Emerson KAT4000 manual

1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
162
163
164
165
166
167
168
169
170
171
172
173
174
175
176
177
178
179
180
181
182
183
184
185
186
187
188
189
190
191
192
193
194
195
196
197
198
199
200
201
202
203
204
205
206
207
208
209
210
211
212
213
214
215
216
217
218
219
220
221
222
223
224
225
226
227
228
229
230
231
232
233
234
235
236
237
238
239
240
241
242
243
244
245
246
247
248
249
250
251
252
253
254
255
256
257
258
259
260
261
262
263
264
265
266
267
268
269
270
271
272
273
274
275
276
277
278
279
280
281
282
283
284
285
286
287
288
289
290
291
292
293
294
295
296
297
298
299
300
301
302
303
304
305
306
307
308
309
310
311
312
313
314
315
316
317
318
319
320
321
322
323
324

Go to page of

A good user manual

The rules should oblige the seller to give the purchaser an operating instrucion of Emerson KAT4000, along with an item. The lack of an instruction or false information given to customer shall constitute grounds to apply for a complaint because of nonconformity of goods with the contract. In accordance with the law, a customer can receive an instruction in non-paper form; lately graphic and electronic forms of the manuals, as well as instructional videos have been majorly used. A necessary precondition for this is the unmistakable, legible character of an instruction.

What is an instruction?

The term originates from the Latin word „instructio”, which means organizing. Therefore, in an instruction of Emerson KAT4000 one could find a process description. An instruction's purpose is to teach, to ease the start-up and an item's use or performance of certain activities. An instruction is a compilation of information about an item/a service, it is a clue.

Unfortunately, only a few customers devote their time to read an instruction of Emerson KAT4000. A good user manual introduces us to a number of additional functionalities of the purchased item, and also helps us to avoid the formation of most of the defects.

What should a perfect user manual contain?

First and foremost, an user manual of Emerson KAT4000 should contain:
- informations concerning technical data of Emerson KAT4000
- name of the manufacturer and a year of construction of the Emerson KAT4000 item
- rules of operation, control and maintenance of the Emerson KAT4000 item
- safety signs and mark certificates which confirm compatibility with appropriate standards

Why don't we read the manuals?

Usually it results from the lack of time and certainty about functionalities of purchased items. Unfortunately, networking and start-up of Emerson KAT4000 alone are not enough. An instruction contains a number of clues concerning respective functionalities, safety rules, maintenance methods (what means should be used), eventual defects of Emerson KAT4000, and methods of problem resolution. Eventually, when one still can't find the answer to his problems, he will be directed to the Emerson service. Lately animated manuals and instructional videos are quite popular among customers. These kinds of user manuals are effective; they assure that a customer will familiarize himself with the whole material, and won't skip complicated, technical information of Emerson KAT4000.

Why one should read the manuals?

It is mostly in the manuals where we will find the details concerning construction and possibility of the Emerson KAT4000 item, and its use of respective accessory, as well as information concerning all the functions and facilities.

After a successful purchase of an item one should find a moment and get to know with every part of an instruction. Currently the manuals are carefully prearranged and translated, so they could be fully understood by its users. The manuals will serve as an informational aid.

Table of contents for the manual

  • Page 1

    KA T4000: AMC Carrier f or A T C A ® Use r’ s Man ua l from Emerson Net work Powe r ™ Embedded Compu ting April 2007[...]

  • Page 2

    The inf ormation in this m anual h as been c h eck ed and is beli eved to be accu rate and re li- abl e. HOWE V ER , N O RE SPO NSIB ILI T Y IS A SSUMED BY ARTE SY N COMM UNI C A T IO N PRO D- UCTS FOR ITS USE OR FOR ANY INAC CURACIES. Specification s are subject to change without notice. AR TESYN COMMUNIC A TION PRODU CTS DOE S NO T ASSUME ANY LIA[...]

  • Page 3

    10007175 -02 KA T4000 User’s Ma nual i R egulator y Agency W arnings & No tic es The Emers on KA T40 00 me ets th e requ irement s set for t h by th e Fed eral Com munic atio ns Comm ission (FC C) in Title 47 of the Code o f Feder a l R egulations. The f ollowin g in form ation is prov ided as required by thi s agency . This devic e complies [...]

  • Page 4

    R egulator y Agency W arnings & No tic es (con tinued ) KA T4000 U ser’s Manual 10007175 -02 ii EC D e c la r a t i o n of C o n fo r m it y Acc ordin g to EN 45014: 1998 Man ufa c tu rer’ s Na me: Emerson Net work Powe r Embedded Computing Manu fac tu rer’s Add ress: 8310 Ex celsior Driv e Madison, W isconsin 53717 Decl ares th at the fo[...]

  • Page 5

    10007175 -02 KA T4000 Us er ’s Manu al iii Conten ts 1O v e r v i e w Comp onents an d Fea tures . . . . . . . . . . . 1-1 KAT4000 Opt ions . . . . . . . . . . . . . . . . 1-3 Functi onal Ove rview . . . . . . . . . . . . . . . . 1-5 Physica l Memo ry Ma p . . . . . . . . . . . . . . . 1-6 AMC Mapping . . . . . . . . . . . . . . . . . . . . . . 1[...]

  • Page 6

    Conten ts (continued) KA T4000 Us er ’s Manu al 10007175 -02 iv 10 GbE-1 GbE Fat Pipe Switch Module PLD . . . . . . . . . . . . . . . . . . . . . . . . . . . 5-16 Produ ct I D/Ver sion Regi ste r . . 5-16 Scratch R egister . . . . . . . . . . . . 5-17 I2C Re gister . . . . . . . . . . . . . . . . 5-17 Reserv ed Reg ister 1 . . . . . . . . . 5-18 [...]

  • Page 7

    Conten ts (continued) 10007175 -02 KA T4000 Us er ’s Manu al v Bused Re sourc e Status Com mand 9-22 Graceful Reset Command . . . . . . . . 9-23 Diagnos tic Interrup t Result s . . . . . 9-24 Get Paylo ad Shutdow n Time-Out Comman d . . . . . . . . . . . . . . . . . . . . . 9-24 Set Payload Shutdown Time-Out Comman d . . . . . . . . . . . . . . .[...]

  • Page 8

    Conten ts (continued) KA T4000 Us er ’s Manu al 10007175 -02 vi Typog raphic C onventio ns . . . . . . . 14-9 Boot Comma nds . . . . . . . . . . . . . . . . . . . 14-9 bootd . . . . . . . . . . . . . . . . . . . . . . . . . 14-9 bootel f . . . . . . . . . . . . . . . . . . . . . . . . 14-9 bootm . . . . . . . . . . . . . . . . . . . . . . . . 14-[...]

  • Page 9

    Conten ts (continued) 10007175 -02 KA T4000 Us er ’s Manu al vii Ethern et Switc h Confi guration . . . . . . . A-2 Default Switch Configuration . . . . . A-2 Serial Comm and Line Interface ( CLI) . . . A-3 Log In /Log Out Procedu res . . . . . . . . A-3 Help Utility. . . . . . . . . . . . . . . . . . . . . . A -3 Comman d Hierarc hy . . . . . . [...]

  • Page 10

    KA T4000 Us er ’s Manu al 10007175 -02 viii (blank page)[...]

  • Page 11

    10007175 -02 KA T4000 Us er ’s Manu al ix Figures Figure 1- 1: Gener al System Block Dia gram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-5 Figure 1-2: K AT4000 Memory Map. . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-6 Figure 1- 3: AMC [...]

  • Page 12

    Figures (continued) KA T4000 Us er ’s Manu al 10007175 -02 x Figure 8- 2: Diagram of SATA line co nnections . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 8- 6 Figure 9- 1: IPMC Connect ions Block Diagram . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-2 Figure 9- 2: E[...]

  • Page 13

    10007175 -02 KA T4000 Us er ’s Manu al xi Ta b l e s Table 1-1: KAT4000 Add ress Summary . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-7 Table 1-2: Regulatory A gency C ompliance . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 1-10 Table 1-3: Technical Ref[...]

  • Page 14

    Ta b l e s (conti nued) KA T4000 Us er ’s Manu al 10007175 -02 xii Table 9-10: Get De bug Le vel Com mand . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-16 Table 9-11: Set D ebug Lev el Comm and . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 9-17 Tab[...]

  • Page 15

    Ta b l e s (conti nued) 10007175 -02 KA T4000 Us er ’s Manu al xiii Table 11-1: RTC Reg ister Map . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 11-2 Table 12- 1: Zone 1 C onnector, P 10 Pin Ass ignme nts . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 12-1 T[...]

  • Page 16

    Ta b l e s (conti nued) KA T4000 Us er ’s Manu al 10007175 -02 xiv Table B-23 : B3 +12V Current SDR Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-38 Table B-24 : B3 +12V Volt SDR Description . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . B-40 Table B-25[...]

  • Page 17

    10007175 -02 KA T4000 Us er ’s Manu al i Reg i s te r s Regis ter 3-1: L2 Con trol Regi ster (L 2CR) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 3- 4 Register 3-2: MPC85 48 Hardware Im plemen tation Depe ndent R egister 0 (HID0) . . . . . . . . . . . . . 3-6 Register 3-3: MPC85 48 Hardware I[...]

  • Page 18

    Reg i s te r s (continued) KA T4000 Us er ’s Manu al 10007175 -02 ii Register 7-19: Clock Contro l Registers 1-14 (CCR1-CCR14) at 0xfc40,0070, 0xfc40,0074, 0xfc40,0078, 0xfc40, 007c, 0xfc40,0080, 0xfc40, 008 4, 0xfc40,0088, 0xfc40,008c, 0xfc40,0090, 0xfc40,0094, 0x fc40,0098, 0xfc40,009c, 0xfc40,00a0, 0xfc40,00a4 , respectively . . . . . . . . . [...]

  • Page 19

    10007175 -02 KA T4000 User’s Ma nual 1-1 Section 1 Overview The KA T4000 is a sin gle-slot Advanc ed T elec om C omputin g Archi tecture (Adv anced T C A ® , A TCA™) ca rrier wit h up to four A dvanc ed Mezzanine Cards (A MC) expansio n module s. This expansion capabi lit y enables a wide variet y of control and packe t processing applications[...]

  • Page 20

    Overview: Compo nents and Fe at ures KA T4000 U ser’s Manual 10007175 -02 1-2 The NOR Fla sh consists of two 16 megab y te banks. The supp or ted NAND flas h is 512 mega- bytes or 1 gig aby te . Flash is only imple me nte d on the proc ess or KA T4000 board con figur a- tion. Chapte r 6 provides more inform ation. CPLD: The K A T4000 use s a C om[...]

  • Page 21

    Overview: Compo nents and Fe at ures 10007175 -02 KA T4000 User’s Ma nual 1-3 with the PICMG ® AMC.0 R evisi on 2.0 Adva nc ed Mezzanine Ca rd Base S p eci fication with the exc eption o f a c ouple no n-conf or man ces. See the KA T4000 Errata f or details. Each AMC sit e is indiv idually c onfigura ble . Chapt er 8 provi des mor e inf ormation[...]

  • Page 22

    Overview: Compo nents and Fe at ures KA T4000 U ser’s Manual 10007175 -02 1-4 F at Pipe S witc h Module : A high-spe ed fat pipe switch is provided as a plug -ove r mo dule. It suppor ts GbE, Serial Rapid IO (sRIO), P CI Express (PCIe) or 1 0 Gigabit Ethernet (10 GbE). This switch provides an interc onnec t between the AMC sites, the A T C A high[...]

  • Page 23

    Overview: F u nc tional Over vi ew 10007175 -02 KA T4000 User’s Ma nual 1-5 F UNCTIONAL OV ER VIE W The following block diagram provides a func tional ov ervi ew for the KA T4000: Figure 1-1: General System Block Diagram MPC8548 Processor IPMB Base High Speed Fabric A Clock RTM I/O (Optional) High Speed Fabric B Clock sRIO (x4) IPMC T o Zone 3 (O[...]

  • Page 24

    Overview: Ph ysical Me mor y Map KA T4000 U ser’s Manual 10007175 -02 1-6 PH YSICAL MEMOR Y MAP Fig. 1-2 illustrat es the KA T4000 memory map : Figure 1-2: KAT4000 Memor y Map 8000,0000 FC12,0000 FC00,0000 FC80,0000 FC88,0000 FFFF ,FFFF Hex Address 0000,0000 CPLD Registers (512 KB) NAND Flash (32 KB) FFF0,0000 Socketed Flash (if installed) (512 K[...]

  • Page 25

    Overview: Ph ysical Me mor y Map 10007175 -02 KA T4000 User’s Ma nual 1-7 Ta b l e 1 - 1 summariz es the ph ysical ad dresse s for the KA T4000 and prov ides ref ere nces to more det ailed in form atio n: T able 1-1: KAT4000 Address Su mmar y Physical Address (hex): Access Mode : Des crip tion : See P age : FFF0,0000 R/W Boot Area (1 MB) – FF80[...]

  • Page 26

    Overview: Ph ysical Me mor y Map KA T4000 U ser’s Manual 10007175 -02 1-8 1. Depe nds on Fla sh/memory siz e. 2. Both th e PCI Express Switch and sR IO F at Pi pe Switch Module are opt ional. If both devices are discove red onboard, then the PC Ie switch will be allocated 512 MB and the sRIO fat pipe switch modul e will be allocated 1 GB of addre[...]

  • Page 27

    Overview: AMC Mapp ing 10007175 -02 KA T4000 User’s Ma nual 1-9 AMC MAPPING The fi gure be low shows ho w the KA T4000 m ap s to the ports defined b y the AMC . 0 sp ecif i- catio n: Figure 1-3: A MC Por t Mappi ng Regions Port Mapping Port #            !     ?[...]

  • Page 28

    Overview: Additio nal Information KA T4000 U ser’s Manual 10007175 -02 1-10 Clock s: This region suppor ts a subset of the clock architecture, as defined in the AMC.0 specifica- tion. Commo n Optio ns: This region suppor ts essen tial in terfaces tha t are c ommon across multiple F at Pipe imple- men t ations. Fa t P i p e s : This region supp or[...]

  • Page 29

    Overview: Additio nal Information 10007175 -02 KA T4000 User’s Ma nual 1-11 Eme rson main tains te st repo r ts tha t p ro vide s pecifi c inf ormation reg ardin g the method s and equ ipme nt used in complianc e testing. Unshie lded external I/O cable s, loos e scre ws, or a poorly grounded chassis may adv ersely affect the KA T4000’ s ability[...]

  • Page 30

    Overview: Additio nal Information KA T4000 U ser’s Manual 10007175 -02 1-12 (PBDEs) an d lead (Pb). Configurations that are R oHS compliant are built with lead-free sol- der . Configurations that are 5-of-6 are built with tin-lead solder per the lead-in-solder RoH S exe mption . T o obtain a certificate o f conf ormi ty (CoC) for the KA T4000 or [...]

  • Page 31

    Overview: Additio nal Information 10007175 -02 KA T4000 User’s Ma nual 1-13 CPU MP C8548E PowerQUI CC III™ Integrated Host Pro cessor Family Preliminar y Reference Manua l (Freescale ® Semiconductor MPC8548ER M Rev . 1: July 2005) http://www.freescale.com EEPROM AT M E L ® 2 -Wire Serial EEPROM 64K AT24C64B Data Shee t (A TMEL ® Corp., Rev .[...]

  • Page 32

    Overview: Additio nal Information KA T4000 U ser’s Manual 10007175 -02 1-14 IPMI/IPMB IPMI — Intelligent Platfo rm Ma nagement Interfa ce Specification v2 .0 (Intel Corp., Hew lett -Packard Co. , NEC Corp., Dell Comp uter Corp., Rev . 1.0; Feb . 12, 2004) IPMB — Intelligent Plat form M anagement Bus Commu nications Pr otocol Spe cificat ion v[...]

  • Page 33

    Overview: Additio nal Information 10007175 -02 KA T4000 User’s Ma nual 1-15 3. Frequen tly, the most current information regarding addend a/errata for specific do cuments may be found on the cor responding web site.[...]

  • Page 34

    KA T4000 U ser’s Manual 10007175 -02 1-16 (blank page)[...]

  • Page 35

    10007175 -02 KA T4000 Us er ’s Manu al 2-1 Section 2 Setup This chapte r describes the physical lay out of the board and the setu p proces s, including power r equir ements a nd envi ronment al con sider ation s. T his chapt er also incl udes troub le- shootin g, se r vic e , and warran t y in form ation. ELEC TROSTATIC DISCHARGE Befor e you be g[...]

  • Page 36

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007175 -02 2-2 Figure 2-1: Comp one nt Map, T op (R ev . 02) XXXX- YYYYYY C422 C374 C457 U81 100Base-T L13 L8 L9 L7 L12 L11 U80 Flash Y2 U34 U33 U32 C323 U82 1000Base-T U79 1000Base-T C417 C418 C453 C428 C448 C452 C420 C445 C380 C458 C381 C437 C433 C436 C434 C415 C435 C414 L10 U72 U6 U7 [...]

  • Page 37

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er ’s Manu al 2-3 Figure 2-2: Component Map , Bott om (Rev . 02) R68 R2137 R2125 R2112 R2111 R2110 R2109 R2131 R1023 R1016 C592 C590 C588 C585 R2133 U2002 C827 C833 C668 R1202 R1201 R2126 R2122 R2121 R2118 R2117 R2116 R2115 R2114 R2113 R1200 C2043 R2132 C2041 R2134 R2130 R2129 R2128 R2127 C[...]

  • Page 38

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007 175-02 2-4 F ront Panel The front pane l, shown in Fi g. 2-3 , consists o f fou r single-width, mid-siz e Advanced Mezza- nine C ard (AMC) sites (double- width and compact mo dules can be accommodated), a hot swap LED, an out o f service LED, two use r LEDs (see “LEDs ” on page 2[...]

  • Page 39

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er ’s Manu al 2-5 • Zone 3 (A T C A) is for the optional R ear T ransition M odule (RTM) I/O in terc on nect—J30 through J33 P10: This c onnector provid es the po we r and IPMB t o the KA T4000. The P1 0 conn ector ha s four lev els of seque ntial ma ting to prov ide the proper f unctio[...]

  • Page 40

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007175 -02 2-6 T able 2-3: Ju mpers– JP2 a nd JP7 Note: Jumper settings for JP7 pin s 1:2, 3 :4 and 5:6 are not applicable to the n o-CP U KA T4 000 bo ard configu ration. Jumper: Shunt Descripti on: Reg iste r Map: JP2 1:2 IPMC Mod e bit MD2 out -factory use only–used for initia l p[...]

  • Page 41

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er’s Manu al 2-7 Figure 2-4: Ju mper , Fuse and Swi tch Location s, T op                   ?[...]

  • Page 42

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007 175-02 2-8 Figure 2-5: Ju mper , Fuse and Swi tch Location s, B ottom               ?[...]

  • Page 43

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er’s Manu al 2-9 JT AG Int erfaces The KA T4000 pro vides the ca pability fo r JT AG typ e bound ar y scan testing. The IPMC c on- trols the two JT AG int er faces (hubs), see Fig. 2- 6 . On e JT AG hub is connected to the fat pipe switch mod ule, t wo PL Ds, and the fo ur AMC sites. The ot[...]

  • Page 44

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007175 -02 2-10 JP1: The 10-pin JP1 c onfig uration he ad er is provided f or PLD programming. Inst alling a shunt on JP1, pins 1:2, e nable s the JP3 PLD programming he ader . The heade r pin assign men t s are defined in Ta b l e 7 - 3 . J35: J35 is the 14-pin IPMC JT AG/emu lati on he[...]

  • Page 45

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er’s Manu al 2-11 Figure 2-7: LEDs, T op & & & & & &! & & & & & & &! & &! & & &?[...]

  • Page 46

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007 175-02 2-12 Figure 2-8: LEDs, Bottom CR2001   CR2003 Hot Swap ;<:0:%** User 0:%** User 0:%** Out of Service 0:%**-0&:%** B&-,/C[...]

  • Page 47

    Setup: KA T4000 Circ uit Boar d 10007175 -02 KA T4000 Us er ’s Manu al 2-13 Res e t The rese t signals are routed to the PLD . See Cha pte r 7 for the rese t registe r s. The fo llowing sourc es can reset t he KA T4000: Fr on t P a ne l : Th e front pane l reset switch can rese t the board. Rem ote IPM I: The KA T4000 is capable o f being rese t [...]

  • Page 48

    Setup: KA T4000 Circ uit Boar d KA T4000 Us er ’s Manu al 10007 175-02 2-14 Figure 2-9: KAT4000 Reset Diagra m Soldered Flash 16/32/64MB MPC8548 Processor KSL CPLD %:9&(2:* DEBUG_HRESET* %:(&(2:* Voltage Monitor 250ms Delay Voltage Monitor 250mS Delay <:9&(2:* <:(&(2:* DEBUG_SR[...]

  • Page 49

    Setup: KA T4000 Setup 10007175 -02 KA T4000 Us er ’s Manu al 2-15 KA T400 0 SETUP For st ep -by-ste p setup instructions, see the KA T4000 Quick S tart Guide , #1 0008585 -xx, or the KA T4000 Quick St ar t Guide for the No-CPU Carrie r Board , #1000850 6-xx. Y ou need the f ollowing items t o se t up and check the ope ration o f the Emerson KA T4[...]

  • Page 50

    Setup: KA T4000 Setup KA T4000 Us er ’s Manu al 10007175 -02 2-16 Po wer R equirements The KA T4000 draws all payload power from the dual redundant -48 volt inputs on the A TCA connector P10 (Z one 1). Unde r normal opera t ing condit ions, the p owe r requireme nt is share d between th e t wo -48 volt s upplie s. Pow e r is limite d to 200 w att[...]

  • Page 51

    Setup: Tr o u b l e s h o o t i n g 10007175 -02 KA T4000 Us er ’s Manu al 2-17 Cooling requireme nts are a function of operating soft ware, AMC power c on sumption and AMC airflow resistanc e. The KA T4000 the rmal p erformanc e must be v eri fied in the e nd use r’s operatin g en vironme nt. Contact Emerson T echnical Support at 1-800-327-1 2[...]

  • Page 52

    Setup: Tr o u b l e s h o o t i n g KA T4000 Us er ’s Manu al 10007175 -02 2-18 Product R epair If you plan to re turn the board to Emerson Network Power for se r vice, visit http://www . artesyncp.com/support on the inte r net or sen d e-mail to serviceinfo@artesyncp.c om to obtain a Return Merch andise Authorization (RMA) number . W e will ask [...]

  • Page 53

    10007175 -02 KA T4000 Us er ’s Manu al 3-1 Section 3 Central Processing Unit This chapter i s an over vie w of th e pro cessor log ic (o ptiona l) on the K A T4 000. It in clu des inf orma tion on the CPU, exc ep tion handli ng, and the I/O parallel p or t pin a ssignmen ts. The KA T4000 uses a F reescale MPC854 8 Pow erQUICC III™ microproc ess[...]

  • Page 54

    Central Processing Un it: KA T4000 Us er ’s Manu al 10007 175-02 3-2 Figure 3-1: MPC8548 Bloc k Diag ram The MPC8548 P owerQUICC III ve rsion follows the P owe rQUICC II comm unications proc es- sor . Some new MPC8548 f eatur es u sed on the KA T4000 includ e: • e500 core 32-bit impleme ntation of the Book E architecture • Ser ial Mana geme n[...]

  • Page 55

    Central Processing Un it: MPC8548 F unctions 10007175 -02 KA T4000 Us er ’s Manu al 3-3 MPC8548 FU NCTIO NS The MPC8548 pro vides t he foll owing functions on the KA T4000 module . •D u a l U A R T d e v i c e s •T w o I 2 C c o n trollers • Programmable interrupt controller •D D R 2 S D R A M m e m o r y c o n t r o l l e r • G en era [...]

  • Page 56

    Central Processing Un it: Microprocessor Core (e 500) KA T4000 Us er ’s Manu al 10007175 -02 3-4 4 Poll L2CR[L2I] un til it is c leared. 5 Enable the L2 cache f or normal operation and then se t the L2CR[L2E]. Timer/Counter Each of the four 32-bit wide time r/counte r s can be se lec ted to opera te a s a timer or a counter . Ea ch timer/ counter[...]

  • Page 57

    Central Processing Un it: Microprocessor Core (e 500) 10007175 -02 KA T4000 Us er ’s Manu al 3-5 L2SI Z: L2 SRAM Size—indica tes the total a vaila ble L2 SRAM siz e (read-only). 00 R ese r v ed 01 256 kilob y te 10 512 kilob y te 11 1024 kil oby te L2DO: L2 Data-Only m ode (reserved i n full memor y-mapped SRA M mode) 0 L 2 cache allo cates ent[...]

  • Page 58

    Central Processing Un it: Microprocessor Core (e 500) KA T4000 Us er ’s Manu al 10007175 -02 3-6 L2LFR : L2 cache Lock bits Fla sh Re set—L2 cache mu st be en abled for rese t to occur (reser ved in full memory-mapped SRAM mode). 0 L2 cache lock bits are not cle ared or the clear ope ration c ompleted 1 Reset operat ion cl ears each L 2 ca che [...]

  • Page 59

    Central Processing Un it: Microprocessor Core (e 500) 10007175 -02 KA T4000 Us er ’s Manu al 3-7 R: R ese r ved shou ld be cle ared. DOZE: Doz e powe r manageme nt mode 0 Do ze mo de di sabled 1 Doz e mode en abled NAP: Nap power m anagement mode 0 Nap mode disabl ed 1 Nap mode enabled SLP: Sleep power manageme nt mo de en able 0 Sle e p mode di [...]

  • Page 60

    Central Processing Un it: Int erru p ts and Exc eption Proce ssing KA T4000 Us er ’s Manu al 10007175 -02 3-8 Registe r 3-3: MPC8548 H ardwa re Im ple ment atio n Dep en den t Regi st er 1 (HID1) PLL_M ODE: Re ad-on ly for integra ted devices 01 Fixed v alue for MPC8548 PLL_CFG: This is reflected direc tly from c onfiguration input pins ( read-on[...]

  • Page 61

    Central Processing Un it: Int erru p ts and Exc eption Proce ssing 10007175 -02 KA T4000 Us er ’s Manu al 3-9 Noncritical: The proces sor is able to change program flow to handle conditions generated b y ex ternal sign als, errors, or unu sual co nditio ns. The Sav e and R estore registe r s, SRR0/SRR1, sa ve st ate when they ar e ta ken and use [...]

  • Page 62

    Central Processing Un it: Pe ripher al Int er face KA T4000 Us er ’s Manu al 10007175 -02 3-10 EE: Ex tern al interrup t E nable—allows the proc essor to tak e external input, fixed-interval ti me r , sys tem management, per for mance mon itor , or d ecrementer interr upts. 0 Disabled 1E n a b l e d PR: Privilege l eve l 0 Supe r visor -leve l [...]

  • Page 63

    Central Processing Un it: MPC8548 Pe riphe ral Module s 10007175 -02 KA T4000 Us er ’s Manu al 3-11 1. The priority of e ach IDMA ch anne l is pr o gramme d inde pen dently . MPC8548 PERIPHERAL MODULES Three- Speed Ethernet Controllers (TSEC) T wo TSECs incorporate a MAC sublay er that supports 10 Mbps, 100 Mbps, and 1 Gbps Ethernet networks. See[...]

  • Page 64

    Central Processing Un it: Proce ssor Rese t and Clo cking Signa ls KA T4000 Us er ’s Manu al 10007175 -02 3-12 Local Bus Controller (LBC) The MPC8548 LBC c onnects to extern al me mor y , DSP and ASIC de vic es. Ther e are three separat e sta te machi nes: • G eneral -P ur pose Chi p Sel ec t Ma chi ne ( GP CM) contr ol s ac cess to asyn chr on[...]

  • Page 65

    Central Processing Un it: MPC8548 Ex c e p tion Handli ng 10007175 -02 KA T4000 Us er ’s Manu al 3-13 SY SCL K: System Clock is the primar y clock input to the e500 core and all the device s and interfaces that operat e synchronously with the core . RT C: Re al - Time Clock is a n input t o the MPC854 8. Op tionally , it can be used to c lock the[...]

  • Page 66

    Central Processing Un it: JT A G/COP In ter fac e KA T4000 Us er ’s Manu al 10007 175-02 3-14 JT AG /CO P IN TE R FA CE A single JT AG/COP heade r is provided for debug purposes for the proce ssor . This interface provides for boundary-scan testing of the CPU (see Fig. 3- 2 ) and is compli ant with the IEEE 1149.1 s tandard. The header pin assign[...]

  • Page 67

    Central Processing Un it: No P rocessor Configur ation 10007175 -02 KA T4000 Us er ’s Manu al 3-15 T able 3-6: Processor JT AG/C OP Pin Assignmen ts (P1) CPU_CK STP_ OUT*: Checkst op Output—when a sse rted, this output signa l indicate s that the CPU h as de tected a che cks top co ndi tio n an d has ceas ed o perati on. CPU_ T CK : T est Clock[...]

  • Page 68

    KA T4000 Us er ’s Manu al 10007175 -02 3-16 (blank page)[...]

  • Page 69

    10007175 -02 KA T4000 Us er’s Manu al 4-1 Section 4 Common S witch R egion The KA T4000 suppo r ts multip le int erface s. This c hap ter describe s the Ethe rnet core swi tch, switch configuration, Ethernet address and PCI Express switch. The board area network (BAN) refe r s to the routing of the Ethernet port s u sing the Vitesse VSC7376 Giga [...]

  • Page 70

    Common S witch R egion: Eth e rnet Core Switch (optiona l) KA T4000 Us er ’s Manu al 10007175 -02 4-2 ETHERNET CO RE SWITC H (OPTIONAL ) The op tion al Vitesse V SC73 76 GbE switch is a mu ltila yer switc h with 26 tri-speed (10/100/10 00 Mbps) SGMII Et herne t ports and integ rated 1000Ba se-BX (Se rDes) int er- fac es. The GbE switc h supports [...]

  • Page 71

    Common S witc h R egion: Et hernet Core S witch ( optional) 10007175 -02 KA T4000 Us er’s Manu al 4-3 Figure 4-2: VSC 7376 GbE Switch Bloc k Diagram Switch Configuration The processor h as a local bus connecti on to the Ethernet core switch and the fat pipe switch module (reads and wr ites directly to the registers). O n powe r - up, the configur[...]

  • Page 72

    Common S witch R egion: Eth e rnet Core Switch (optiona l) KA T4000 Us er ’s Manu al 10007175 -02 4-4 On-Board Path Device Settings Caution : On -board device values are dete r mined by Emerson. Do not change these values. Alte ring on-board devic e values coul d caus e system fa ilure . Note: P roprietar y information regarding reg ister functio[...]

  • Page 73

    Common S witch R egion: Ethe rnet Addr ess f or the KA T4000 10007175 -02 KA T4000 Us er ’s Manu al 4-5 Ta b l e 4 - 3 shows the GbE fat pipe’s Ethernet swi tch default off-board ports . T able 4-3: G bE Fat Pipe Module Ethernet Switch Off-Board Por ts Ethernet T ransceiv er s The Marvell 8 8E1111 gig abit Etherne t transc eivers are u sed to i[...]

  • Page 74

    Common S witch R egion: Ethe rnet Ad dres s for th e GbE F at Pi pe KA T4000 Us er ’s Manu al 10007175 -02 4-6 T able 4-4: Etherne t Por t Address Numb ering The l ast pa ir of hex numbe rs correspo nd t o the f ollowing f ormula: n — 1000, where n is the unique se r ial nu mber a ssigned to each bo ard. For ex ample, i f the seri al number o f[...]

  • Page 75

    Common S witch R egion: PCI Express Switch (optio nal) 10007175 -02 KA T4000 Us er ’s Manu al 4-7 PCI EXPRESS SWIT CH (OPTION AL) The option a l PLX T echnology , Inc. PE X 8524 PCI Express switch de vice c ontains 24 PCI Express l anes an d up to six ports. The PCIe switch supports the following : • One por t connected from e ach AMC sit e to [...]

  • Page 76

    Common S witc h R egion: PC I Exp ress S witch (optio nal) KA T4000 Us er ’s Manu al 10007 175-02 4-8 PCI Express Inter face Figure 4-3: PE X 8524 Bloc k Dia gra m The stations implemen t the PCI Express Base 1.0a Physic al, Dat a Link , and T r ans ac tion layer s. Each PCI Express station is able to suppor t up to 16 integrat ed Serializ er/De-[...]

  • Page 77

    Common S witc h R egion: PC I Exp ress S witch (optio nal) 10007175 -02 KA T4000 Us er’s Manu al 4-9 EEPR OM Inter fac e The PE X 8524 has an em bedded 6 4-kilobyte SPI EEPROM controlle r . Th is direct inter face provides the 7.8 MHz seri al clock (EE_SK), chip select (EE_C S*), and data output (EE_DO) for the EEPR OM; and recei ves da ta input [...]

  • Page 78

    KA T4000 Us er ’s Manu al 10007175 -02 4-10 (blank page)[...]

  • Page 79

    10007175 -02 KA T4000 Us er ’s Manu al 5-1 Section 5 F at Pipe S witc h Module The fat pipe switch modul e is a plug-over module that provides a high-speed i nte rconnect bet wee n the AMC modul es, the A T CA high-speed fabric por ts, t he proce ssor , and the Etherne t core swi tch or the PCIe switc h on the KA T4000. There are four c onfigurat[...]

  • Page 80

    F at Pipe S witc h Module: GbE F at Pipe S witc h Module KA T4000 Us er ’s Manu al 10007 175-02 5-2 GBE F AT PIPE SWITCH MOD ULE Fig. 5-1 shows how t he GbE fat pipe switch modu le maps to ports d efined by the AMC. 0 speci fication ; see Fig. 1-3 for the full por t mapping diagram. Figure 5-1: A MC Por t Map Fat Pipes Region–G bE F a t Pipes: [...]

  • Page 81

    F at Pipe S witc h Module: GbE F at Pipe S witc h Module 10007175 -02 KA T4000 Us er’s Manu al 5-3 The following block diagram provides a func tional ove rv iew for the GbE fat pipe switch module : Figure 5-3: G bE Fat Pipe Switch Mod ule Block Diagram PLD Clock SEEPROM VSC7376 26-port GbE Switch 180-pin high-speed connector I 2 C SDA/SCL (18) Gb[...]

  • Page 82

    F at Pipe S witc h Module: GbE F at Pipe Swi tch Module KA T4000 Us er ’s Manu al 10007175 -02 5-4 GbE F a t Pipe Switc h Module Circuit Board The following figures show the c omponent map s for the GbE fat pipe switch module circuit board. Figure 5-4: G bE Fat Pipe Switch Module Componen t Map, T op (Rev. 00) Figure 5-5: G bE Fat Pipe Switc h Mo[...]

  • Page 83

    F at Pipe S witc h Module: GbE F at Pipe S witc h Module 10007175 -02 KA T4000 Us er’s Manu al 5-5 Components and F eat ures The following is a summar y of the GbE fat pipe sw itch module hardware compone nts and feat ur es: VSC73 76, Ha wX -G26 GbE S witch : The Vite sse VSC 7376 GbE switch i s a multil ayer swit ch wit h 26 tri-speed ( 10/100/1[...]

  • Page 84

    F at Pipe S witc h Module: GbE F at Pipe S witc h Module KA T4000 Us er ’s Manu al 10007 175-02 5-6 J1 is a 120-pin h igh-speed connector tha t provide s an inte r face to the f our AMC sit es, the Ethe r net c ore switch a nd an 88E1111 G igabit PHY . J2 is a 180-pin high-speed c onnec tor that prov ides an interface to the RTM channel , clock, [...]

  • Page 85

    F at Pipe S witc h Module: GbE F at Pipe Swi tch Module 10007175 -02 KA T4000 Us er ’s Manu al 5-7 Registe r 5-1: Pro duct ID/ V er sion Register (PIDV) at 0x00 PID3–PID0 : Produ ct ID 0000 F at Pip e Module , GbE 0001 F at Pip e Module , sRIO 0010 F at Pip e Module , 10 GbE-1 GbE 0011 F at Pip e Module , 10 GbE-1 0 GbE (All ot he r value s are[...]

  • Page 86

    F at Pipe S witc h Module: GbE F at Pipe Swi tch Module KA T4000 Us er ’s Manu al 10007175 -02 5-8 SCL: SCL C ontrol 0D r i v e s l o g i c “ 0 ” o n t h e I 2 C clo ck line 1T r i s t a t e s I 2 C cl ock line (pul led high ex te rnally) ADD1, ADD0: I 2 C A ddress V alu es in t hese b its drive a ddr ess to I 2 C R OM Signal Detect Re gister[...]

  • Page 87

    F at Pipe S witc h Module: GbE F at Pipe Swi tch Module 10007175 -02 KA T4000 Us er ’s Manu al 5-9 Registe r 5-6: Module St atus Register (ST A T) at 0x05 R: Res er ve d CPU: Swi t ch M o de 0 Inte rnal 8051 microc ontolle r disabled, para llel in terface us ed for man agement acce ss 1 Inte rnal 8051 microc ontroller e nabled S2V5: 2.5V Pow er S[...]

  • Page 88

    F at Pipe S witc h Module: GbE F at Pipe Swi tch Module KA T4000 Us er ’s Manu al 10007175 -02 5-10 Registe r 5-8: GPIN /LED Regi ster (GPLE D) at 0x 07 GPIO2– GPIO 0: Gene ral Purpose Input from VSC73 76 RSVD : Res er ve d LED3–L ED0: LED S tate 0O f f 1O n 76543210 GPIO2 GPIO1 GPIO0 RSVD LED3 LED2 LED1 LED 0[...]

  • Page 89

    F at Pipe S witc h Module: 10 GbE -1 GbE F at Pipe S witch Mod ule 10007175 -02 KA T4000 Us er’s Manu al 5-11 10 GBE-1 GBE F A T PIPE SWITCH MODULE Fig. 5-8 shows how t he 10 GbE-1 GbE fat pipe switch modu le maps to ports def ined by the AMC.0 s pecif icati on; see Fig. 1 -3 f or the full por t mapping diagram. Figure 5-8: A MC Port Map Fat Pip [...]

  • Page 90

    F at Pipe S witc h Module: 10 GbE -1 GbE F at Pipe S witch Mod ule KA T4000 Us er ’s Manu al 10007 175-02 5-12 The following block diagram provides a functio n al overview for the 10 GbE-1 GbE fat pipe switc h module : Figure 5-10: 10 GbE-1 GbE Fat Pipe Switc h Module Block Diagram PLD BCM56580 16-port GbE/ 4-port 10 GbE Switch 180-pin high-speed[...]

  • Page 91

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule 10007175 -02 KA T4000 Us er ’s Manu al 5-13 10 GbE-1 GbE F at Pipe Switch Module Circuit Board The following figures sh ow th e c omponent m a ps f or the 10 GbE -1 GbE fat pipe switch mod- ule cir cuit b oard. Figure 5-11: 10 GbE-1 Gb E F at P ipe S witc h Modul e C ompo ne nt Ma [...]

  • Page 92

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule KA T4000 Us er ’s Manu al 10007175 -02 5-14 Componen ts and F eatures The fo llowin g is a summ ar y of th e 10 GbE-1 GbE fa t pipe switc h module h ardwa re com po- nents an d features: BCM5 6580 1 0 GbE -1 GbE Swi tch: The Broa dcom BCM56580 is a Lay er 2 and 3 net work swit ch w[...]

  • Page 93

    F at Pipe S witc h Module: 10 GbE -1 GbE F at Pipe S witch Mod ule 10007175 -02 KA T4000 Us er’s Manu al 5-15 PEX 8 111 PCIe to PCI Brid ge: The BC M56580 swit ch is m anaged b y the PCIe co nnection from the MPC8 548 via the PE X8111 bridge chip. The PCIe to PCI bridge supports forward and reverse transparent bridging bet ween the PC Ie and PC I[...]

  • Page 94

    F at Pipe S witc h Module: 10 GbE -1 GbE F at Pipe S witch Mod ule KA T4000 Us er ’s Manu al 10007 175-02 5-16 Figure 5-14: 10 GbE-1 GbE Fat Pipe Switch Reset 10 GbE-1 GbE F at Pipe Switc h Module PLD The PLD i s used to i nter face to the BCM565 80 s witch. T able 5-3 lists the 8-bi t PLD regist ers followed by the register bit descriptions. T a[...]

  • Page 95

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule 10007175 -02 KA T4000 Us er ’s Manu al 5-17 PID3–PID0 : Produ ct ID 0000 F at Pip e Module , GbE 0001 F at Pip e Module , sRIO 0010 F at Pip e Module , 10 GbE-1 GbE 0011 F at Pip e Module , 10 GbE-1 0 GbE (All ot he r value s are rese r ved) PVER1, PVER0 : PL D V ers ion 00 R evi[...]

  • Page 96

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule KA T4000 Us er ’s Manu al 10007175 -02 5-18 SCLC: SCL Control 0D r i v e s l o g i c “ 0 ” o n t h e I 2 C clo ck line 1T r i s t a t e s I 2 C cl ock line (pul led high ex te rnally) ADD1, ADD0: I 2 C A ddress V alu es in th ese b its drive a ddr ess to th e Et hernet s witc h[...]

  • Page 97

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule 10007175 -02 KA T4000 Us er ’s Manu al 5-19 Note: So ft ware must ensure that the s witch is held in reset for the minimu m amount of time as listed in the Ether- net switch data sheet. Module Stat us R egist er The re ad-only Module S t atu s register c ontains in forma tion re la[...]

  • Page 98

    F at Pipe S witc h Module: 10 GbE-1 GbE F at Pipe S witch Mod ule KA T4000 Us er ’s Manu al 10007175 -02 5-20 GPIO3– GPIO 0: GPIO Sta te 0 Logic low 1L o g i c h i g h GPIN/ LED Regis ter The GPIN/LED register c o ntrols gene ral pu rpose inputs to the PLD from the carrier . There are also four LEDs which are under so ft ware control. Registe r[...]

  • Page 99

    F at Pipe S witc h Module: 10 GbE -10 GbE F at Pipe Swit ch Module 10007175 -02 KA T4000 Us er’s Manu al 5-21 10 GBE-10 GBE F AT PIPE SWITCH MODULE Fig. 5-15 shows how the 10 GbE-10 Gb E fat pipe switch mo dule maps to por ts d efined by the AMC.0 s pecif icati on; see Fig. 1 -3 f or the full por t mapping diagram. Note: This fat pipe switch modu[...]

  • Page 100

    F at Pipe S witc h Module: sRIO F at Pipe S witc h Module KA T4000 Us er ’s Manu al 10007 175-02 5-22 SRIO F AT PIPE SWIT CH MODULE Fig. 5-17 shows how th e sRIO fat pipe swit ch module m aps t o por ts defin ed by the AMC.0 speci fication ; see Fig. 1-3 for the full por t mapping diagram. Note: This fat pipe switch module option is currently not[...]

  • Page 101

    10007175 -02 KA T4000 Us er ’s Manu al 6-1 Section 6 Memor y Configuration The KA T4000 inclu d es the fol lowing me mor y devices : • T wo banks of NOR Flash (32 MB t otal) and one bank of sock eted Flash (51 2 KB) • Up to 1gig aby te of DD R2 Synchronous D RAM (SDRAM) • Up to 1 gigabyte of N AND Flash • T wo 8-kilobyte banks of non-vola[...]

  • Page 102

    Memor y Configuration: On-Card SDRAM KA T4000 Us er ’s Manu al 10007175 -02 6-2 Caution : When re moving sock et ed PL CC devices, alw ays u se an extrac tion tool designed specifically for th at t ask. Otherwise, you risk dam aging the PLCC devi ce. The KA T4000 supports a redund ant boo t bank. This bo ot bank is a utom atically used if the pri[...]

  • Page 103

    Memor y Configuration: NVRA M Alloca tion 10007175 -02 KA T4000 Us er ’s Manu al 6-3 NVRAM ALLOC ATION The KA T4000 us es two eight -kilobyte I 2 C S ROMs for stor ing n on- volatile informatio n such as b oard , m oni tor, an d op erat in g sy st em conf ig urat io ns, as w ell as in form atio n sp ec ifi c to a use r’s application . All Eme r[...]

  • Page 104

    KA T4000 Us er ’s Manu al 10007175 -02 6-4 (blank page)[...]

  • Page 105

    10007175 -02 KA T4000 Us er ’s Manu al 7-1 Section 7 CPLD In addition to reset and inte rrupt registers, the complex program mable logic device (CPLD) prov ides the p eriph eral bus inter face for: user LED s, conf igur ation jump ers , boa rd revi sion , boo t devic e selection, and the h ardware con figur ation registe r . The CPLD is in-sy ste[...]

  • Page 106

    CPLD: V ersion and ID R egiste rs KA T4000 Us er ’s Manu al 10007175 -02 7-2 V ERS ION AND ID REGISTERS Product ID Register (PIDR) The read- only P rodu ct ID reg ister indicates the p roduc t na me an d config uration . Th e valu es of these bits are defined by strapping resi stors. Default register values are shown in the b ot- tom ro w of the [...]

  • Page 107

    CPLD: V ersion and ID R egiste rs 10007175 -02 KA T4000 Us er ’s Manu al 7-3 PI D1, PID 0: PI D Sele c t 00 KA T4000 01 R ese r v ed 10 R ese r v ed 11 R ese r v ed R: Res er ve d EC S : Ethernet C ore Switch 1 Etherne t Core Swit ch is installed 0 Ethe rnet C ore S w itc h is no t installe d PCIE: PCI Express Switc h 1 PCI Expres s Sw itch i s i[...]

  • Page 108

    CPLD: Configur ation R egis ters KA T4000 Us er ’s Manu al 10007175 -02 7-4 CONFIGURATION R EGISTERS Hardware Configuration Register 0 (HCR0) The read-only Hardware Con figura tion 0 register indicat es various settin gs of the particular prod uct config urat ion. The v alues o f thes e bit s are d efined by st rappi ng re sisto rs. Default regi [...]

  • Page 109

    CPLD: Misce llaneous R e gisters 10007175 -02 KA T4000 Us er ’s Manu al 7-5 CORE 2-0: Core CCB PLL R atio 000 R eserved 001 R eserved 010 R eserved 011 3:2 100 R eserved 101 5:2 110 3:1 111 R eserved SY S3-0 : System C CB PLL Rati o 0000 16: 1 1100 12: 1 All othe rs are rese r ved MISCELLANEO US REGISTERS LED Contr ol Register (LEDR) The KA T4000[...]

  • Page 110

    CPLD: Misce llaneous R e gisters KA T4000 Us er ’s Manu al 10007175 -02 7-6 LDM: LED Deb ug Mode Setting (0) puts the four debug LEDs into use r mod e allowing soft ware to turn them off/on individually . By default, they are in hardware debug mode and are connected to specific intern al/external signals. 1 Debug mode probes are enabled (default)[...]

  • Page 111

    CPLD: Misce llaneous R e gisters 10007175 -02 KA T4000 Us er ’s Manu al 7-7 RIO7-0: 1 Logic “1" on the net 0 Logic “0" on the net RTM GPIO Control Register (RGCR) The R TM GPIO Cont rol registe r con trols GPIO between the carrier card and the Re ar T ransi - tion Module (RTM). The GPIO pin buffers are open collector . Set (1) the b[...]

  • Page 112

    CPLD: B o ot a n d Re se t Re g i s t er s KA T4000 Us er ’s Manu al 10007175 -02 7-8 FWP 1: Flash 1 Write Pro tect 1 N ot wr ite prot ec ted 0W r i t e p r o t e c t e d FWP 0: Flash 0 Write Pro tect 1 N ot wr ite prot ec ted 0W r i t e p r o t e c t e d NFWP: NAN D Fla sh W rite Protect 1W r i t e p r o t e c t e d 0 N ot wr ite prot ec ted SD [...]

  • Page 113

    CPLD: B o ot a n d Re se t Re g i s t er s 10007175 -02 KA T4000 Us er ’s Manu al 7-9 Registe r 7-12: Re set Ev ent R egist er (R E R) a t 0xfc 40,0020 R: Res er ve d SHR: Sof t w are I ssu ed Ha rd Reset 1 The last re set was caus ed by a write to the Re set Command registe r WE: W atc hdog Expiration 1 A reset wa s caused by the expira tion of [...]

  • Page 114

    CPLD: B o ot a n d Re se t Re g i s t er s KA T4000 Us er ’s Manu al 10007175 -02 7-10 CSR1: Clock Sync hronize r 1 Rese t 1 Reset 0N o r e s e t ( d e f a u l t ) CSR2: Clock Sync hronize r 2 Rese t 1 Reset 0N o r e s e t ( d e f a u l t ) CSR3: Clock Sync hronize r 3 Rese t 1 Reset 0N o r e s e t ( d e f a u l t ) PCIE: PCI Express Re set 1 Res[...]

  • Page 115

    CPLD: B o ot a n d Re se t Re g i s t er s 10007175 -02 KA T4000 Us er ’s Manu al 7-11 DER: Debug Ethernet R eset 1 Reset 0N o r e s e t ( d e f a u l t ) BCR: Base Cha nnel E thernet Reset 1 Reset 0N o r e s e t ( d e f a u l t ) NFR: NAND Flash R eset 1 Reset 0N o r e s e t ( d e f a u l t ) R: Res er ve d Boo t De vic e Redi rectio n Re gis te[...]

  • Page 116

    CPLD: B o ot a n d Re se t Re g i s t er s KA T4000 Us er ’s Manu al 10007 175-02 7-12 Figure 7-1: Boot De vic e Redirection Registe r 7-15: Boot De vic e Redirection Register (BDRR) at 0xfc4 0,0030 BRB: Bo ot Redirec t ed Bit 1 The current boot device does not m atch the initial default boot devic e. R: Res er v ed BSJ : Boot from S ocket Ju mpe[...]

  • Page 117

    CPLD: Cloc k Sync hroniz er R egiste r s 10007175 -02 KA T4000 Us er ’s Manu al 7-13 CLOC K SYNCH RONIZ ER REGI STERS Clock Synchroniz er Control R eg isters 1-3 (CSC1—CSC3) The Clock Sync hronize r Control registe rs control the functionality of the clock synchroniz er devic es. Defaul t is 0x40 f or register 1 and 0x00 f or registers 2 and 3 [...]

  • Page 118

    CPLD: Cloc k Sync hroniz er R egiste r s KA T4000 Us er ’s Manu al 10007175 -02 7-14 Clock Synchronizer Primary Source Registers 1-3 (CPS 1—CPS3) The Clock Synchron izer Prim ar y Source regist ers define the input prim ar y so urce t o the thr ee cloc k syn chron izer devices. Default is 0x 00 for r egis ter 1, 0x 02 for re gis ter 2 and 0x 04[...]

  • Page 119

    CPLD: Cloc k Sync hroniz er R egiste r s 10007175 -02 KA T4000 Us er ’s Manu al 7-15 Clock Synchronizer Secondary Source Registers 1-3 (CSS1—CSS3) The Clo ck S ynch ro nizer Se conda r y Sour ce re gi ster s def ine the i np ut se conda r y sour ce to the three c lock synchr oniz er de vic es. Def ault is 0x 01 for r eg iste r 1, 0x03 for re gi[...]

  • Page 120

    CPLD: Cloc k Sync hroniz er R egiste r s KA T4000 Us er ’s Manu al 10007175 -02 7-16 00011 aTCA CLK2 B 00100 aTCA CLK3 A 00101 aTCA CLK3 B 00110 AMC1 C LK1 00111 AMC1 C LK2 01000 AMC1 C LK3 01001 AMC2 C LK1 01010 AMC2 C LK2 01011 AMC2 C LK3 01100 AMC3 C LK1 01101 AMC3 C LK2 01110 AMC3 C LK3 01111 AMC4 C LK1 10000 AMC4 C LK2 10001 AMC4 C LK3 10010[...]

  • Page 121

    CPLD: Cloc k Sync hroniz er R egiste r s 10007175 -02 KA T4000 Us er ’s Manu al 7-17 Clock Contr ol Registers (C CR1—CCR14) The Clock Control r egisters con trol the source c lock to the various cl ock destinations. Defa ult is 0 x0E for a ll 14 regist ers. Default r egiste r values are sho w n in the bott o m row of the register t able. Regist[...]

  • Page 122

    CPLD: Cloc k Sync hroniz er R egiste r s KA T4000 Us er ’s Manu al 10007175 -02 7-18 Note: T his 8 KHz s ourc e is ge nera te d by th e PLD ba sed off Sync 1 cl ocks. Th erefore , the S ync 1 par t m ust be e nabled for this clock to be ac tive. Clock Synchronizer Inter rupt Registers (CSI1-CSI3) The Clock Synchroniz er Inte rrupt registe r s con[...]

  • Page 123

    CPLD: JT AG In ter face 10007175 -02 KA T4000 Us er ’s Manu al 7-19 HPI, PPI: Holdov er and PLL Loc k Los s Pending In terrupt (read-only) 1I n t e r r u p t l a t c h e d 0 No interrup t latched HS, P S: Holdove r and PLL Lock Loss Statu s ( read-only) 1 Indica tes synchron iz er in holdo ve r/PLL lock loss st ate 0 Indica tes synchron iz er not[...]

  • Page 124

    CPLD: JT AG In ter fac e KA T4000 Us er ’s Manu al 10007 175-02 7-20 Figure 7-2: P L D J TA G D i a g r a m JP1 is the configur ation heade r for PLD programming. Installin g a shun t on jumper JP1, pins 1:2, enables the JP3 PLD progra mming header . Th e header pin a ssignments are defined in T able 7-3 . T able 7-3: JP1 Pin Assignment s Shunt D[...]

  • Page 125

    10007175 -02 KA T4000 Us er ’s Manu al 8-1 Section 8 AMC Sites The KA T4000 pro vides four A d vanc ed Mezzanine Car d (AMC) site s capable of supporting the fol lowing AMC form fa ctors: single- or double-widt h; mi d -size or com pact. T otal powe r of the AMC sit es, including op tional RTM s, sh all no t exc eed 120 wa tts. B+ st yle AMC con [...]

  • Page 126

    AMC Sites: AMC Connectors KA T4000 Us er ’s Manu al 10007 175-02 8-2 AMC CO NNEC TORS The c onnectors for modul es B1 throug h B4 ha ve 17 0 pins (see Fig. 8-1 ) and suppor t t he Ethe r ne t co re switc h, the PCI Expr ess Switch, t he F at Pipe S witch module , and Zon e 3. R efe r to the c omponent map i n Fi g. 2-1 for the loca tion and or ie[...]

  • Page 127

    AMC Sites: AMC Signal s 10007175 -02 KA T4000 Us er ’s Manu al 8-3 Bn_T TIPn/RTI Pn+/-: Input (rece ive) and output (transmit) signals t o Zone 3. CLK1+/-: C LOCK 1 Connects to the AMC synchronizat ion clock transce ivers. CLK2+/-: C LOCK 2 Connects to the AMC synchronizat ion clock transce ivers. EXP n _B _RX 4/T X4+ /-: Option al test loop to B[...]

  • Page 128

    AMC Sites: Pin A ssi gnmen ts KA T4000 Us er ’s Manu al 10007175 -02 8-4 PIN AS SIGN MENT S Each c onnector ha s 170 pins (se e Fig. 8- 1 ) and su ppor ts PCIe and Gb E signals, the Ethernet core switch , the PCI Exp ress swit ch, t he fat p ipe swit ch module , use r I/O confi gura tion sig- na ls an d Zo n e 3 . T able 8-1: B1-B4 AM C Pin Assig[...]

  • Page 129

    AMC Sites: Pin A ssi gnmen ts 10007175 -02 KA T4000 Us er ’s Manu al 8-5 67 GND 68 AMCn_TXD7+ 69 AMCn_TXD7- 70 GND 71 Bn_SDA 72 12 V 73 GND 74 Bn_CLK1+ 75 Bn_CLK1- 76 GND 77 Bn_CLK2+ 78 Bn_CLK2- 79 GND 80 Bn_CLK3+ 81 Bn_CLK3- 82 GND 83 GND 84 12 V 85 GND 86 GND 87 E XPn_B_TX4- 88 E XPn_B_TX4+ 89 GND 90 EXPn _B_RX4- 91 E XPn_B_RX4+ 92 GND 93 E XPn[...]

  • Page 130

    AMC Sites: SA T A Lines KA T4000 Us er ’s Manu al 10007175 -02 8-6 SA T A LIN ES This section dis plays the S A T A line con nections for AMCs in t he KA T4000. U se SA T A lines t o link AMC modules with st orage devices (e .g., SA T A hard driv e or Emerson Ethe rnet test card). Figure 8-2: Diagram o f SA T A line conn ections 145 Bn_T TIP5+ 14[...]

  • Page 131

    10007175 -02 KA T4000 Us er ’s Manu al 9-1 Section 9 System Manageme nt The KA T4000 pro v ide s an in tel ligen t hardware m anagem ent syste m, as de fined in the Adv ance dTCA ® Base Speci f ica tion (PICMG ® 3.0; AMC.0). This syst em imple me nts an Int el- ligent P latform Managem ent Controll er (IPMC ) based on the p ropri etar y BMR-H8S[...]

  • Page 132

    System Manageme nt: IPMC Ove r vi ew KA T4000 Us er ’s Manu al 10007175 -02 9-2 The f ollowin g block diag ram show s the IPMC c onnections for the KA T4000. Figure 9-1: IPMC Connections Block Diagram IPMB-B IPMB-A IPMC Pigeon Point Reference Design B///>C <&2 <&2 @ "' (?[...]

  • Page 133

    System Manageme nt: IPMI Me ss aging 10007175 -02 KA T4000 Us er ’s Manu al 9-3 IP MI MES SAGI NG All IPMI messages con tain a Net work Function Code field, which defines the categor y for a par ticular command. Each category has t wo codes a s signed to it–one for requests and one for re sponses. The code f o r a request h as the le ast signif[...]

  • Page 134

    System Manageme nt: IPMI Me ss aging KA T4000 Us er ’s Manu al 10007175 -02 9-4 IPMI Co mpleti on Codes All IPMI response messages contain a hexade cimal Completion Code field that indicates the st atus of t he o per ati on. Ta b l e 9 - 2 lists the Comple tion Codes (as de fined in the IPMI s pecifi- cation) u sed by th e IPMC. T able 9-2: Co m [...]

  • Page 135

    System Manageme nt: IPMB Pro toc ol 10007175 -02 KA T4000 Us er ’s Manu al 9-5 IPMB PROT OC OL The IPMB message protocol is designed to be robust and suppor t many different ph ysical interfaces. The IPMC supports messages ove r th e IPMB inte rf ace . Messages are defined as either a re quest or a response , as indicate d by the lea st significa[...]

  • Page 136

    System Manageme nt: SIPL Protocol KA T4000 Us er ’s Manu al 10007175 -02 9-6 • The seven th by te and beyond contain parameters for specific commands (if required). • The fin al by te is the two’s-c ompleme nt checksum of all o f the mes sage data after the firs t checksum. An I PMI r espo nse messa ge (s ee Ta b l e 9 - 4 ) is simil ar to [...]

  • Page 137

    System Manageme nt: Mess age Bridging 10007175 -02 KA T4000 Us er ’s Manu al 9-7 The following figures show an example of an ex tension command request and response, resp ectively . Figure 9-2: Ex te nsion C omm a nd R eques t Exa mpl e Figure 9-3: Ex te nsion C ommand R espo nse Ex ample MES SAGE B RIDGING The Mes sage Bridg ing fac ility is res[...]

  • Page 138

    System Manageme nt: Mess age Bridging KA T4000 Us er ’s Manu al 10007175 -02 9-8 The KA T4000 IPMC also sup ports message brid ging be t wee n the Payloa d Inte r face and IPMB -O , w hich allo w s the payload to s end custom me ssages to and receiv e them from othe r shelf e ntities, such as th e shelf man ager . Message bridging is implemen ted[...]

  • Page 139

    System Manageme nt: S t and ard Co mmands 10007175 -02 KA T4000 Us er ’s Manu al 9-9 sufficie nt for storing at le ast three IPMB mes sages, but ma y be not enough f or a larger number o f message s. T aking this into acc oun t, th e pa yload so f tware mu st re ad me ss ag es from the queue as fast a s possible, caching them on the on-ca rrier p[...]

  • Page 140

    System Manageme nt: S t and ard Co mmands KA T4000 Us er ’s Manu al 10007175 -02 9-10 Set Se nsor Hysteresis Sensor/Ev ent 04, 05 00 24 Get Sens or Hyste resis Sensor/Eve nt 04, 05 00 25 Set Se ns or Thresholds Sensor/E vent 04, 05 00 26 Get Sens or Thresholds Sensor/E vent 04, 05 00 27 Set Se nsor Eve nt Enable Sensor/Ev ent 04, 05 00 28 Get Sen[...]

  • Page 141

    System Manageme nt: S t and ard Co mmands 10007175 -02 KA T4000 Us er ’s Manu al 9-11 The IPMC im pleme nts many stand ard IPMI c omm ands. Fo r example , sof tware can use the watc hdog timer comm ands to monitor the syste m’s h ealth. Normally , the sof twa re rese ts the watchdog timer pe rio dically to preve nt it from expiri ng. The IPMI s[...]

  • Page 142

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-12 V ENDOR COMMA NDS The IPMC suppor ts additi onal IPMI commands th at are spec ific t o Pigeon P oint and/or Eme rson. This section p rovide s detailed descrip tions of tho se ex te nsions. T able 9-6: Ven dor C ommand Summar y Get Status Comman d The IPMC fi[...]

  • Page 143

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-13 comm a nds to provide a re sponse (if nece ssar y). The eve nt notification ch aracter is sen t in a synchronous m a nner , and does not appear in the con te nts of SIPL me ssages se nt to the payload. T able 9-7: Ge t St atus C ommand T y pe: By te: Data F [...]

  • Page 144

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-14 Get Serial Interface Properties Comman d The Get Serial Inte r face Properties command is u sed to get the properties of a par ticular seri al interface . T able 9-8: Ge t Serial Int erface Proper ties Command 7 Bits [4:7] C lock B us 2 Even ts Thes e bit s [...]

  • Page 145

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-15 Set Ser ial Interface Prop erties Command The Set Serial Interface Properties command is us ed to set the properties of a part icul ar seri al interface . T able 9-9: Se t Seria l Inter fa ce Pr oper tie s Com man d Response Data 1 Completion Cod e 2:4 PPS I[...]

  • Page 146

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-16 Get Debu g Level Command The Get Debug Level command gets the cur ren t debug leve l of the IPMC firmwa re . T able 9-10: Ge t Debug Level Com mand T y pe: By te: Data F ield: Re qu e s t Da t a 1 :3 PPS I ANA P rivate Enterprise ID , MS By te firs t 0x00400[...]

  • Page 147

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-17 Set Debug L ev el Co mmand The Set Debug Level c ommand se ts the current de bug leve l of the IPMC firmware . T able 9-11: Set Debug Leve l Command Get Hard ware A ddre ss C ommand The Get Hardware Address c ommand reads the hardware addres s of the IPMC. T[...]

  • Page 148

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-18 Set Hardware Address Comm and The Set Hardware Addre ss command allows ove rriding of the har dware address read from hard ware when the IPMC opera tes in (Manual) Standalon e mode. T able 9-13: Se t Hardware Address Command Get Handle S witch Command The Ge[...]

  • Page 149

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-19 Set Handle Switch Comman d The Set Handle Switch command se ts the state of the Hot S wap handle switch in (Manual) St an d al o n e m o d e. T able 9-15: Se t Hand le Switch Comma nd Get P ayloa d Commun icat ion Time-Out C ommand The Get Pa yload Communica[...]

  • Page 150

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-20 Set Payload Communication T ime-Out C ommand The Set Payloa d Communica tion Time-Out comm and sets the payload com munication time-out value . T able 9-17: Set Payload Communic ation Time-Out Co mmand Enable Payload Control Command The Enable Payload C ontr[...]

  • Page 151

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-21 Res e t I P MC C o m ma n d The Re se t I P M C command allows the pa yload to rese t th e IPMC ov er the SIPL. T able 9-19: Reset IPMC C ommand Hang IPMC Command The IPMC provi des a wa y to te st the watch dog timer support by impleme nting the Hang IPMC c[...]

  • Page 152

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-22 Bused Resource Control Comm and To s e n d a Bused R esource Con t rol command to the shelf manager , the payload us es the Bused R esourc e Cont rol com man d of t he SI PL . T able 9-21: B use d Reso u rce Con tr ol Co mm a nd Bused Resource Status Comma n[...]

  • Page 153

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-23 T able 9-22: Bused Resource Status Comma nd Grac eful R eset C ommand The IPMC supports the Graceful R eboo t option o f the FRU Con trol comman d. On re ceiving such a c ommand, the IPMC sets the Gr ace ful Re boot R equest bit of the IPMC status, se nds a [...]

  • Page 154

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-24 The IPMC does not re set the paylo ad on rece iving the Graceful R eset c ommand or time- out. If the IPM C participa tion is nec es sar y , the payl oad must reque st the IPMC t o perform a payload rese t. The Graceful R eset comm a nd is also used t o noti[...]

  • Page 155

    System Manageme nt: Ven d o r C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 9-25 T o avoid deadlocks that ma y occur if the payload soft ware does not respond, the IPMC p ro- vides a special time-out for th e pa yload shutdown sequ enc e. If the payload does not send the Graceful R eset comm and within a defini te pe riod of time, the IP[...]

  • Page 156

    System Manageme nt: Ven d o r C o m m a n d s KA T4000 Us er ’s Manu al 10007175 -02 9-26 Enable AMC Si te Command The Enable AMC Site command is u sed to enable an AMC sit e. T able 9-28: Enable AMC Site Command Disable AM C Site Command The Dis able AMC Site command is us ed to disable an AMC site . If an AMC site is di sabled, the IPMC firmwar[...]

  • Page 157

    System Manageme nt: IPMC W atc hdog Time r Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 9-27 IP MC W ATC HDOG TI MER C OMMANDS The IPMC implemen ts a standardized ‘W atchdog Timer’ that can be use d for a number o f system time-ou t functions by System Man agem ent So f t ware (SMS) or b y the monitor . Set- ting a time-out value of zero [...]

  • Page 158

    System Manageme nt: IPMC W atc hdog Time r Comm ands KA T4000 Us er ’s Manu al 10007175 -02 9-28 The Timer Use fie lds indicate : Monitor FR B-2 Tim e-out: A F ault-re silien t Booting, leve l 2 (FRB -2) time-out has occurred. This indicates th at the la st sys tem reset or p ower c ycle wa s due to th e sys tem tim e-o ut d uri ng P OST , pr esu[...]

  • Page 159

    System Manageme nt: IPMC W atc hdog Time r Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 9-29 Monitor Sup port for Watchdog Timer If a system “Warm R eset” occurs, the watchdog time r ma y still be running while the moni- tor exec utes POST . Theref ore, the monit or should take steps to stop or r estar t the watc h- dog timer e ar ly in P[...]

  • Page 160

    System Manageme nt: IPMC W atc hdog Time r Comm ands KA T4000 Us er ’s Manu al 10007175 -02 9-30 T able 9-32: Set Watchdog Timer C ommand T y pe: By te: Data F ield: Re qu e s t Da t a 1 T i m er U se [7] 1b =don’t l og [6] 1b =don’t s top timer on Set W atchdo g Timer command (new fo r IPMI v1 .5) new p arame te rs take eff ect imme diat ely[...]

  • Page 161

    System Manageme nt: IPMC W atc hdog Time r Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 9-31 1. P ote nti al race conditions exist with imple men tation of this opt ion. If the Set Wa tchd og Timer com mand is sen t ju st b e for e a pretime-o ut inte rrupt or time-out is se t to o ccur , the time- out co uld occur be fore the comm and is exe[...]

  • Page 162

    System Manageme nt: IPMC W atc hdog Time r Comm ands KA T4000 Us er ’s Manu al 10007175 -02 9-32 Response Data 1 Completion Cod e 2T i m e r U s e [7] 1b =don’t l og [6] 1b=timer is star ted (running) 0b=timer is stopped [5:3 ] reserved [2:0 ] timer use ( logged on ex piration if “don’t log” bit = 0 ) 000b=reser ved 001b=Monitor FRB -2 01[...]

  • Page 163

    System Manageme nt: FR U LEDs 10007175 -02 KA T4000 Us er ’s Manu al 9-33 FRU LEDS This sec tion describ es the front panel LEDs controlled by the IPMC a nd documents how to cont rol ea ch LE D w ith the st and ard FR U LE D com man ds. Referen ce th e PIC MG ® 3.0 Revision 2.0 Adva ncedT C A ® Base Specificat ion fo r more det ailed in form at[...]

  • Page 164

    System Manageme nt: FR U LEDs KA T4000 Us er ’s Manu al 10007175 -02 9-34 Get FRU LED Properties Command This comm and allows so f t ware to determ i ne which LE Ds are unde r IPMC c ontrol . T able 9-35: Ge t FRU LED Properties Command Get LED Color Capa bilities Command LED 1 can be either red or amber , thi s c ommand is used to dete rmine the[...]

  • Page 165

    System Manageme nt: FR U LEDs 10007175 -02 KA T4000 Us er ’s Manu al 9-35 Response Data 1 Completion Cod e CCh If the L ED ID contained in t he Request data is not present on the FRU 2 PICMG Identifier—indicates that this is a PICMG defined group extension command. Use value 00h. 3 LED Color Capabilities—when a bit is set, the L ED suppor ts [...]

  • Page 166

    System Manageme nt: FR U LEDs KA T4000 Us er ’s Manu al 10007175 -02 9-36 Set FRU LED State Command The Set FRU LED State co mmand allow s the state of the FRU LEDs t o be con trolled by the management sy stem. T able 9-37: Se t FR U LED State Comma nd T y pe: By te: Data F ield: Request Data 1 PICMG Identifier—i ndicates that this i s a PICM G[...]

  • Page 167

    System Manageme nt: FR U LEDs 10007175 -02 KA T4000 Us er ’s Manu al 9-37 4 LED Function 00h LED off override 01h-F Ah LED blinking ove rride FBh Lamp T es t state T urn on L ED specified in b y te 3 for the duration specified in byte 5, then return to the highest prior ity stat e . FCh LED st ate restored to Local Contr ol state FDh- FEh Reserve[...]

  • Page 168

    System Manageme nt: FR U LEDs KA T4000 Us er ’s Manu al 10007175 -02 9-38 Get FR U LED S tate C ommand The Get FRU LED State comm and allows the state of the FRU LEDs to be con trolled by the management sy stem. T able 9-38: Ge t FRU LED St ate Command T y pe: By te: Data F ield: Request Data 1 PICMG Identifier—i ndicates that this i s a PICM G[...]

  • Page 169

    System Manageme nt: Entities and Entit y A ssociations 10007175 -02 KA T4000 Us er ’s Manu al 9-39 ENTITIES A ND ENT ITY ASSOCIATIO NS The Adv ance d T C A speci fication ( see PICM G Enginee ring Change Notic e 3.0 listed in Ta b l e 1 - 3 ) use s Entity IDs and Instanc es to des cribe physical c o mpone nts as sociated with FR Us. Devic e-relat[...]

  • Page 170

    System Manageme nt: Se nsors and Se nsor Da t a R ec ords KA T4000 Us er ’s Manu al 10007175 -02 9-40 Figure 9-4: IPM B Ent ity Structur e SENS ORS AND SE NSOR D ATA RE CORDS The KA T4000 imple ments a numbe r of se nsors as described in Ta b l e 9 - 3 9 . “ Appendi x B” details t he KA T4000 Sensor D ata Rec ord (SDR) paramet e r values. A l[...]

  • Page 171

    System Manageme nt: Se nsors and Se nsor Da t a R ec ords 10007175 -02 KA T4000 Us er ’s Manu al 9-41 B2 Hot Swap PICMG FRU Hot Swap=F0 Sensor - spec ific Discret e=6F PICMG AM C Module=C1 Devic e- rela tive=62 Ye s B3 Hot Swap PICMG FRU Hot Swap=F0 Sensor - spec ific Discret e=6F PICMG AM C Module=C1 Devic e- rela tive=63 Ye s B4 Hot Swap PICMG [...]

  • Page 172

    System Manageme nt: Se nsors and Se nsor Da t a R ec ords KA T4000 Us er ’s Manu al 10007175 -02 9-42 2. Only supported on configur ations with a CPU. 3. Only supported on configur ations with a CPU and PCIe switch. The IPMC im plement s a Device Senso r Dat a Record (SD R) Repos itor y t hat cont ai ns S DRs fo r the IPMC, the FR U device , and [...]

  • Page 173

    System Manageme nt: Se nsors and Se nsor Da t a R ec ords 10007175 -02 KA T4000 Us er ’s Manu al 9-43 Note: E ach by te has e ight bits. T able 9-40: Event Message F ormat Ev en t -g e nerating sens ors with a T hreshold E ve nt/Re ading T yp e (0x01) initiate an eve nt message when a s ensor reading cros ses the defined th reshold. The default t[...]

  • Page 174

    System Manageme nt: FR U Inv en tor y KA T4000 Us er ’s Manu al 10007175 -02 9-44 FRU INVENTOR Y The IPMC st ores Fie ld Rep lac eable Unit (FRU) inf ormation in its boot me mor y (SROM ). The data s truc t ure cont ains i nformati on su ch as the pro duc t name, par t nu mber , s erial nu mber , manufac turin g date, and E-k eyi ng information .[...]

  • Page 175

    System Manageme nt: E-Key in g 10007175 -02 KA T4000 Us er ’s Manu al 9-45 E- KEY I N G This sect ion details the interfaces governed by E-k eying and th e protoc ol s they suppor t. Spec ifically , this includ es the in te r faces i mplemen ted b y the KA T4000 and the E - k eying def- inition that c orresponds t o eac h interface . The IPMC sup[...]

  • Page 176

    System Manageme nt: E-Key in g KA T4000 Us er ’s Manu al 10007175 -02 9-46 Carrier Point -to-Point Connectivit y The KA T4000 suppo r ts one 100 0BASE-BX port on AMC port 0 of AMC sit e B1, B2, B3, and B4. The KA T4000 supp or ts eit her 1000BASE- BX or PCIe (x1) on AMC port 1 of A MC sites B1, B2, B3, a nd B4, de pending on t he con figuration .[...]

  • Page 177

    System Manageme nt: Firmw are Upgrade 10007175 -02 KA T4000 Us er ’s Manu al 9-47 FIRMWARE UPGRADE The IPMC firm ware upgrade is performe d using a set of special upgrade request and reply messages t hat are de livered to and from the IPMC in the same wa y as standard IPMI c om- mands (f or more inf or ma tion, refer t o Intelligen t Platf orm Ma[...]

  • Page 178

    System Manageme nt: Firmw are Upgrade KA T4000 Us er ’s Manu al 10007175 -02 9-48 Firm ware Upgrade S tar t Com mand The Firmware Upgrade Star t command swit ches the IPMC to the upgra de mode. If the IPMC firmware re ce ives th is comm and, it stores a s pecial magic numbe r in a reser v ed loca- tion of SRAM indicating that the Boot Lo ader is [...]

  • Page 179

    System Manageme nt: Firmw are Upgrade 10007175 -02 KA T4000 Us er ’s Manu al 9-49 Firmware Upgrade Prepare Command The Firmware Upgrade Prepare comma nd pr epares the I PMC for pro gram ming of a ne w firm ware i mage. Prep aratio n of the sla ve H8S flash memo r y i ncludes onl y erasin g th e slave H8S fla sh, while pre parati on of the m aster[...]

  • Page 180

    System Manageme nt: Firmw are Upgrade KA T4000 Us er ’s Manu al 10007175 -02 9-50 T able 9-47: Firmware Upgrade Write C omma nd Firmwar e Up grade Com plete Co mmand The Firmware Upgrade Complete c ommand comple tes the programming o f the IPMC. When the Boot Lo ad e r rece ive s this request, it writes an y remaining cac h ed d ata to fla sh, se[...]

  • Page 181

    System Manageme nt: Firmw are Upgrade 10007175 -02 KA T4000 Us er ’s Manu al 9-51 This command is only suppor ted by the Boot Loade r . If the IPMC firmware r eceiv es this comm a nd, it sends a re p ly with the 0xC1 (Invalid Comm an d) completion code. T able 9-49: Firmware Upgrade Restore Backup Command Firm ware Upg rade Backup R evi sion Com [...]

  • Page 182

    System Manageme nt: Firmw are Upgrade KA T4000 Us er ’s Manu al 10007175 -02 9-52 2 The upgrade initiator resen ds the Firmware Upgrad e Start command and the Boot Loader returns a succ ess r eply indicatin g that an upgrad e sessi on has b een ope ned. 3 The upgrade initiator issu es a Firmware Upgrade Prepare (mast er H8S flash) comman d to era[...]

  • Page 183

    10007175 -02 KA T4000 Us er’s Manu al 10-1 Section 10 Sync hronization C locks The KA T4000 imple ments a flexibl e clocking circ uit based on a c lock sel ection/holdov er chi p with a PLD wra ppe r . This PLD wrappe r allows local s oft ware c ontr ol of the s ource c lock selection from these input options: backplane CL K1A/B, ba ckplane CLK2A[...]

  • Page 184

    Sync hronization C locks: MT9045 and MT90 46 Clock KA T4000 Us er ’s Manu al 10007175 -02 10-2 All clock circu itr y and the sync hronizatio n clock inte r face mee ts all hard req uire men t s as state d in the la test PICMG3.0 and AMC.0 s pecifi cation s, as w e ll as t hose i n all re levan t AMC subspecifications. • Backpl ane CLK1A/B and C[...]

  • Page 185

    10007175 -02 KA T4000 Us er’s Manu al 11-1 Section 11 R eal- Time Clo ck The stand ard R e al- Time Clock (RT C) for the KA T4000 is pro vided by an M41T00 de vice from STMicroelectron ics. This device has powe r sense circuitr y an d use s eight bytes of non -vola- tile RAM f or the clock/cal end ar function. T he M41T00 i s powe red from the +3[...]

  • Page 186

    Rea l - T i m e Cl o ck : Clock Ope ration KA T4000 Us er ’s Manu al 10007175 -02 11-2 7 Y ears register 8 Control register The M41T00 c lock con tinua lly monitors the supply v o ltage (Vcc) f or an out of t ole rance con dition. If Vcc fa lls bel ow swit ch-ov er vo ltage (Vs o), the M41T00 : • T erminate s an acce ss in progress • Resets t[...]

  • Page 187

    Rea l - T i m e Cl o ck : Clock Ope ration 10007175 -02 KA T4000 Us er ’s Manu al 11-3 Day: Day of th e week Date: Da y of th e mo nt h OUT: Outp ut lev el 1 Defa ult at initi al powe r-u p 0 F T/OUT (pin 7) driven l ow when FT is also ze ro FT: Fre q ue nc y T e st b i t 1 Whe n osci llator i s running a t 32,768 Hz, the FT/OUT pin wi ll toggle [...]

  • Page 188

    KA T4000 Us er ’s Manu al 10007175 -02 11-4 (blank page)[...]

  • Page 189

    10007175 -02 KA T4000 Us er’s Manu al 12-1 Section 12 Conn ec tor s The re are m ultiple c onnec to rs on the KA T4000. R ef erenc e Fig. 2-1 and F ig. 2-2 for their l oca- tions. Wheth er individual backp lane connector s are populated on the KA T4 000 depends on the spec ific product configu ration. The backplane c onnec tors, Z ones 1 through [...]

  • Page 190

    Conn ec tor s : Zon e 2 KA T4000 Us er ’s Manu al 10007175 -02 12-2 ZONE 2 Zo ne 2 (ZD) de fines five bac kplan e conn ectors, J20 throug h J24, whic h suppor t the da t a transp or t int erface . The KA T4000 is a Ba se node board sup por ting two Base chann els, the ref ore only the J23 conne ctor is installed to su ppor t the 10BASE- T , and/o[...]

  • Page 191

    Conn ec tor s : Zon e 2 10007175 -02 KA T4000 Us er’s Manu al 12-3 • Six signal pairs (12 pins) are avai lable to support the optional Synchroniza tion Clock Int erface ( J20) f or 8 KHz, 19 .44 KHz, and u se r defin ed clocks • T en signal pairs are available for an op tional Updat e Channel in terface (J20) Figure 12-2: Zone 2 Co nnect ors,[...]

  • Page 192

    Conn ec tor s : Zon e 3 KA T4000 Us er ’s Manu al 10007175 -02 12-4 • m is the logic al slot n umber (1-1 6) •p i s t h e p o l a r i t y ( + , - ) T able 12-3: Zone 2 Connec tor , J 23 Pin A ssig nments ZONE 3 These option al Zon e 3 type A connectors, J30 through J 33, suppor t a Re ar T ransition Mod- ule (RTM ). Fea tur es in clu de: • [...]

  • Page 193

    Conn ec tor s : Zon e 3 10007175 -02 KA T4000 Us er ’s Manu al 12-5 Spare AMC sit e I/O will all be rou ted to Z one 3 a s generic diffe renti al pairs, carr ying any- thing from SerDes to TDM signals to single-end ed GPIO signals, and is capable of da t a rates as hi gh a s 3.125 Gb ps. T able 12-4: Zone 3 Connec tor , J 30 Pin A ssig nments T a[...]

  • Page 194

    Conn ec tor s : Zon e 3 KA T4000 Us er ’s Manu al 10007175 -02 12-6 T able 12-6: Zone 3 Connec tor , J 32 Pin A ssig nments Row: E F G H 1 no connect no connect RTM_GPIO3 RTM_GPIO2 2 B2_RTIP3 B2_R RING3 R TM_GPIO1 RTM_GPIO0 3 GIG4_TX+ GIG4_TX- B2_RTIP4 B2_RRING4 4 B2_T TIP6 B2_TRING6 B2_RTIP6 B2_RR ING6 5 B2_T TIP8 B2_TRING8 B2_RTIP8 B2_RR ING8 6[...]

  • Page 195

    Conn ec tor s : Zon e 3 10007175 -02 KA T4000 Us er’s Manu al 12-7 Figure 12-3: Zone 3 Connec tor , J33 T able 12-7: Zone 3 Connec tor , J33 Pin As signments A (AM C4): B (AM C3) : C (AM C2) : D ( AMC1) : 1 B4_C ONSOLE_TX B3_CONSOLE_TX B2_CON SOLE_TX B 1_CONSOLE_TX 2 B4_C ONSOLE_RX B3_CONSOLE_RX B2_CONSOLE_RX B1_CONSOLE_RX 3 GND GND GND GN D 4 B4[...]

  • Page 196

    KA T4000 Us er ’s Manu al 10007175 -02 12-8 (blank page)[...]

  • Page 197

    10007175 -02 KA T4000 Us er ’s Manu al 13-1 Section 13 R ear T r ansition Module The KA T - Z3DB is an optional, single-slot A T C A Rear T ransition Modul e (RTM) providing re ar shelf I/O acc ess for the KA T 4000. T his R TM is for de velopme nt purp ose s only . It has not been te sted for EMI, EMC or ESD. This R TM c onnects to the KA T4000?[...]

  • Page 198

    R ear T r ansition Module: F unc tion al Ove r view KA T4000 Us er ’s Manu al 10007 175-02 13-2 F UNCTIONAL OV ER VIE W The following block diagram provides a func tional ov ervi ew for the KA T-Z 3DB. Figure 13-1: RTM General S ystem Block Di agram with Fac e Plate    [...]

  • Page 199

    R ear T r ansition Modu le: Ci rcuit Board 10007175 -02 KA T4000 Us er ’s Manu al 13-3 CIRCUIT BOARD The KA T -Z 3DB circuit board is a re ar transition module assembly . It use s a 6-lay er printed circuit board with the following dimensions. T able 13-1: RT M C ir cu it B oa rd Di men si on s The fo llowing fig ure shows th e comp onen t map f [...]

  • Page 200

    R ear T r ansition Modu le: Ci rcuit Board KA T4000 Us er ’s Manu al 10007175 -02 13-4 Figure 13-2: RTM Compone nt Map, T op (Rev . 00) R1 R10 R11 R12 R13 R14 R4 R5 R6 R7 R8 R9 R17 R18 SW1 SW2 L1 L10 L11 L12 L13 L14 L15 L16 L17 L18 L19 L2 L20 L21 L22 L23 L24 L3 L4 L5 L6 L7 L8 L9 R19 R20 R21 R22 R23 R24 R25 R26 CR1 P33 24-Pin A1 A TCA Guide P32 A [...]

  • Page 201

    R ear T rans ition Module: Fa c e P l a t e 10007175 -02 KA T4000 Us er’s Manu al 13-5 F ACE PLA TE The re ar fac e plate inclu des ope nings for si x 9-pin micro-D connectors and one RJ 45 con - nector for seri al I/O (see Fi g. 13-1 ). The re are also t wo reset switches : a board reset and an IPM I reset . CONNECT ORS The re are sev eral c onn[...]

  • Page 202

    R ear T rans ition Module: Se tup KA T4000 Us er ’s Manu al 10007 175-02 13-6 Figure 13-4: St and ard C onso le C ab le Wiring , #10007665 -xx Ethernet Por t The face plate ha s one 10/100BA SE- T Ethernet por t, P3 , for debug purposes that routes through P30 to the GbE Core Switc h. This por t is not func tional with the no-C PU KA T4 000 con f[...]

  • Page 203

    R ear T r ansition Modu le: Installation 10007175 -02 KA T4000 Us er ’s Manu al 13-7 ❐ Card cage and power supply ❐ Comput er terminal When you unpack the module, sav e the antistatic bag an d box for future shipping or stor- age. Identification Numbers Bef ore you install the KA T -Z3DB in a syste m, you should rec ord the f ollowing inf orm[...]

  • Page 204

    R ear T rans ition Module: Installation KA T4000 Us er ’s Manu al 10007 175-02 13-8 KA T4000’s K2 and K1, resp ectively . Finally ma te the RTM’ s P33 to the K A T4000 J33 con nector and ma nua lly pus h in the module. 4 Lock the Hot S wap ejector handles. Figure 13-5: In stalling a KA T -Z3DB RTM on the KA T4 000   ?[...]

  • Page 205

    10007175 -02 KA T4000 Us er ’s Manu al 14-1 Section 14 Monitor The KA T4000 monito r is base d on the Emb edded Po werPC Linux Univ ersal Boot (U-Boot) Project program, av ailable u nder th e GNU Ge nera l Pu blic Lic ense (GPL ). For in structions on how to obtain the sourc e code f or this GPL program, please visit http://www .ar te- syncp . co[...]

  • Page 206

    Monitor: Command-Line Fe atures KA T4000 Us er ’s Manu al 10007 175-02 14-2 The monitor command prompt in Fig. 14-1 is the resul t of a succ essful h a rdw are boot of th e KA T4000 with a GbE f at pi pe switch mod ule . Figure 14-1: Example Monitor Start-up Display for KA T4000 w ith GbE Fat Pipe Switch Module ?[...]

  • Page 207

    Monitor: Command-Line Fe atures 10007175 -02 KA T4000 Us er’s Manu al 14-3 The monitor command prompt in Fig. 14-2 is the resul t of a succ essful h a rdw are boot of th e KA T4000 with a 10 Gb E-1 G b E fa t pip e switch module . Figure 14-2: Example Monitor Start-up Display for KA T4000 w ith 10 GbE-1 GbE Fat Pipe Switch Module ?[...]

  • Page 208

    Monitor: Basic Ope ration KA T4000 Us er ’s Manu al 10007175 -02 14-4 This prompt is also displ ayed as an indicati on th at the monitor h as fi nished exec uting a command or func tion invok ed at the command prompt (exce pt when the command loads and jumps to a us er application). The hardware produc t name , K A T4 000, and the current sof t w[...]

  • Page 209

    Monitor: Basic Ope ration 10007175 -02 KA T4000 Us er ’s Manu al 14-5 Figure 14-3: Po wer -up/Reset Se quence Flowchar t RESET Initiali ze HID0 Init ial i ze MS R Reloca te the MPC8548 CCSRBDR base addres s Map LAWBARs/ TLBs Invali dat e the L2 cache LED 0001 Invalidate and enable t he L1 data ca che Setup in itial stack and data region in ca che[...]

  • Page 210

    Monitor: Mo ni tor Recover y and Update s KA T4000 Us er ’s Manu al 10007175 -02 14-6 POST Diagnostic Re s ults The KA T4000 Pow er -On Self- T est (P O ST) diagnostic resu lts are stored as a 32-bit value in I 2 C NVRAM at the offset 0x1DD8-0x1DDB. Error s will also be stored in the Vital Produc ts Data section and FRU use r spac e area for acc [...]

  • Page 211

    Monitor: Mo ni tor Recover y and Update s 10007175 -02 KA T4000 Us er ’s Manu al 14-7 Rec ov ering the Monitor 1 Mak e sure that a m onito r ROM devic e is installed in the PL CC sock et on the K A T4000. 2 Ensure there is a jumpe r on JP7, acros s pins 1 and 2. 3 Issue the following command, where se rial_number is the board’s serial number , [...]

  • Page 212

    Monitor: Monitor Comm and Re fe renc e KA T4000 Us er ’s Manu al 10007175 -02 14-8 Optionally , save y our settings : KAT4000 (1.0) => saveenv TFTP the new monito r (bina r y) imag e to me mor y loca tion 0x1000 00: KAT4000 (1.0) => tftpboot 100000 path_to_f ile_on_tftp_server Updat e the monitor: KAT4000 (1.0) => moninit serial_number 1[...]

  • Page 213

    Monitor: Boot Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 14-9 Comman d Help Access al l availa ble mo nitor commands by p ressi ng the ? key o r ent erin g help . Ac ces s the monitor onli ne help for individual c ommands by t yping help < c ommand > . The fu ll com- mand n a me mu st b e e nt ered t o acces s the online he lp. T ypo [...]

  • Page 214

    Monitor: Boot Comm ands KA T4000 Us er ’s Manu al 10007175 -02 14-10 T o us e net wo rk dow nlo ad com man ds ( e.g. , bo otp, b oot v x, ra rpb oot , tf tpb oot ), the envi- ronmen t vari ab le s listed in T able 14-4 must be config ured. T o set a sta tic I P , th ese envir on- men t variables m ust be s p eci fied throug h the c omma nd line i[...]

  • Page 215

    Monitor: Boot Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 14-11 Definition: dhcp [ loadaddress] [bootfilename] To u s e t h e dhcp comm and, your DHCP se r ver m ust be configured with the v ariables desig- nat ed in T able 14-5 . T able 14-5: D HCP Ether net Configurat ion 2. V alues for ethaddr , netdev and autoload are set by the user . 3[...]

  • Page 216

    Monitor: F ile Load Comman ds KA T4000 Us er ’s Manu al 10007175 -02 14-12 Definition: tftpbo ot [loadaddress] [bootfilename] FILE LOAD CO MMANDS The file lo ad comman ds load fi les ove r t he se r i al port. loadb The loa db command loads a binary file ov er the serial port. The comm and takes two optional p arameters : offs et: The addres s of[...]

  • Page 217

    Monitor: Memor y Co mman ds 10007175 -02 KA T4000 Us er ’s Manu al 14-13 cmp The cmp command c ompares count objects between addr1 and addr 2 . Any differences are display ed on the console displa y . Definition: cmp [. b, .w, .l] addr1 addr2 count cp The cp co mman d co pies count ob jects located at the sour ce address to the targ e t address. [...]

  • Page 218

    Monitor: Memor y Co mman ds KA T4000 Us er ’s Manu al 10007175 -02 14-14 00080030: ffff ffff ffff ffff ffff ffff ff ff ffff ................ mm The mm co mmand modifies me mor y one object at a time . Once star ted , the comman d line prompts f or a n ew value at the star ting address. Af ter a ne w value is ente red, pressin g ENTER auto -increm[...]

  • Page 219

    Monitor: Fla sh Comman ds 10007175 -02 KA T4000 Us er ’s Manu al 14-15 00080020: ffffffff ffffffff ffffffff fffff fff ................ 00080030: ffffffff ffffffff ffffffff fffff fff ................ 00080040: ffffffff ffffffff ffffffff fffff fff ................ 00080050: ffffffff ffffffff ffffffff fffff fff ................ 00080060: ffffffff ff[...]

  • Page 220

    Monitor: EEPROM/I 2C Commands KA T4000 Us er ’s Manu al 10007175 -02 14-16 protec t The protect com mand en ables or d isables the Fla sh sector pro tection for the sp ecified Fla sh sector . Protection is imple men ted u sing soft ware only . The prot ection mech anism insi de the physical Flash par t is not being used. Definition: Pr otect all [...]

  • Page 221

    Monitor: EEPROM/I 2C Commands 10007175 -02 KA T4000 Us er ’s Manu al 14-17 icrc32 The icr c32 co mpute s a CRC32 c hecksum. Definition: icrc32 chip address[.0, .1, .2] count iloop The iloop command re ads in an inf inite l oop on the speci fied address range . Definition: iloop chip address[.0, .1, .2] [# of objec ts] imd The imd command displ ay[...]

  • Page 222

    Monitor: IPMC Comm ands KA T4000 Us er ’s Manu al 10007175 -02 14-18 imw The imw comm and writes (fills) memory . Definition: imw ch ip address[.0, .1, .2] value [count] inm The in m co mm and m odifi es I 2 C mem or y , reads it, and k e e ps the addre ss. Definition: inm ch ip address[.0, .1, .2] iprobe The ipr obe c o mmand pr obes to disc ov [...]

  • Page 223

    Monitor: IPMC Comm ands 10007175 -02 KA T4000 Us er ’s Manu al 14-19 fru set chassis <field> <value> field := [ type | part | serial ] fru set board <field> <value> field := [ date | maker | name | serial | part | file ] fru set product <field> <value> field := [ maker | name | part | version | serial | asset |[...]

  • Page 224

    Monitor: Envir onment Param eter C om mands KA T4000 Us er ’s Manu al 10007 175-02 14-20 Definiti on: sensor [probe|read|dump] Sensor probe prints out e ach sen sor number and name . sensor probe <sensor number> Sensor re ad p rints out the se nsor reading for se n sor . sensor read <sensor number> Sensor dump prints out the raw Sens [...]

  • Page 225

    Monitor: Te s t C o m m a n d s 10007175 -02 KA T4000 Us er ’s Manu al 14-21 printenv The printenv com mand d isplays all of t he envir onm ent variables and the ir current val ues to the display . Definition: Prin t the values o f all e nvironme nt va riable s. printenv Print the value s of all e nvironme nt variab le (exact ma tch) ‘na me’.[...]

  • Page 226

    Monitor: Oth e r C om ma nd s KA T4000 Us er ’s Manu al 10007175 -02 14-22 um The um comm and is a destructive me mor y te st. Pres s the ‘ q’ ke y to quit this test; t he moni- tor complet e s running the most recent iteration, and exits to the default prompt af ter dis- playing cum ulative re sults for the c ompleted itera tion s. Definitio[...]

  • Page 227

    Monitor: Oth e r C om ma nd s 10007175 -02 KA T4000 Us er ’s Manu al 14-23 Definition: Se t the dat e and time. date [MMDDhhmm[[CC]YY][.ss]] Display the date and time . date Re set the RT C device. date reset echo The ech o co mmand echo es args to console. Definition: echo [ args..] enumpci The en um p ci comma nd enum erates the P CIe bus ( whe[...]

  • Page 228

    Monitor: Oth e r C om ma nd s KA T4000 Us er ’s Manu al 10007175 -02 14-24 Definition: isdram addr loop The lo op command execu tes an infinite loop on address ran ge. Definition: loop [ .b, .w, .l] address number_of_object s memmap The mem map c ommand displays the board’s memor y map lay out. Definition: memmap moninit The mo nin it command r[...]

  • Page 229

    Monitor: Oth e r C om ma nd s 10007175 -02 KA T4000 Us er ’s Manu al 14-25 Sh ow t he h eader of PC I d evice bus.dev ice.func tion . pci header b.d.f Displ ay the P CI c onfig uratio n spa ce (CFG). pci display[.b, .w, .l] b.d.f [address] [# of objects] Modif y , read, and kee p the CFG address. pci next[.b, .w, .l] b.d.f address Modif y , autom[...]

  • Page 230

    Monitor: Oth e r C om ma nd s KA T4000 Us er ’s Manu al 10007175 -02 14-26 run The run command runs the commands in an e nvironmen t variable var . Definition: run va r [ … ] Use $ f or var i able substitution; the syntax “$( variable _name )” should be u sed for variable expansion . Examp le: => set env cons_opts console=tty0 console=tt[...]

  • Page 231

    Monitor: Oth e r C om ma nd s 10007175 -02 KA T4000 Us er ’s Manu al 14-27 switch_reg The switch_reg comm and reads or writes to the Ethernet c ore sw itc h or fat pipe Ethernet switch registers. The valu es ch anged via this command are not persistent and clear after a hard or so f t reset. Option values are as f ollows : switch (core or fp), po[...]

  • Page 232

    Monitor: Enviro nme nt V ariable s KA T4000 Us er ’s Manu al 10007175 -02 14-28 T o show VLANs in use on the fa t pipe switch: vlan show fp ENVIRONMENT V ARIABL ES Pres s the ‘s ’ ke y on the k eyboard during re set to forc e the default monitor e nvironmen t vari- ables t o be loaded during h ardware initia lizati on but befo re diag nostic [...]

  • Page 233

    Monitor: Enviro nme nt V ariable s 10007175 -02 KA T4000 Us er ’s Manu al 14-29 ecc_ 1bit_ re port off Sel ect the re porting o f sin gle bit , c orrectabl e E CC e rro rs to the conso le (error s of 2 o r more bits are alw ays repor ted). V ali d option s : on, off enume rate on PCI bus e num er ation. V alid options : on, of f ethaddr 00:80:F9:[...]

  • Page 234

    Monitor: Enviro nme nt V ariable s KA T4000 Us er ’s Manu al 10007175 -02 14-30 The monitor suppor ts optional e nvironmen t variables tha t enable additional functionalit y . The mo nin it com m and (s ee “mo ninit ” on pa ge 1 4-24) cl e ars all e nvi ron men t v aria bles and sets the standar d environme nt variables to the default values.[...]

  • Page 235

    Monitor: Tr o u b l e s h o o t i n g 10007175 -02 KA T4000 Us er ’s Manu al 14-31 6. The monini t command does not initializ e these vari ables. Each paramete r is only defined if a ch ange from the de fault setti ng is d esired and is n ot de fined after initi alizat ion of t he e nvironmen t vari ables. TR O U B L E S H O O T I N G T o bypass [...]

  • Page 236

    Monitor: D ownload Formats KA T4000 Us er ’s Manu al 10007175 -02 14-32 DOWNLOAD FORMATS The KA T4000 monitor su ppor ts bina r y and Moto rola S-Rec ord download f o rma ts, as describ ed in the f ollow ing sections. Binary Th e bin ar y for mats (an d asso ciat ed co mman ds) in clu de: • Executable binar y files ( go ) • Vx Works and QN X [...]

  • Page 237

    10007175 -02 KA T4000 Us er ’s Manu al 15-1 Section 15 Acr onym Li st AMC Ad vanced M ezzan ine Ca rd ASCII American S tandard Code for Inf o rmation Inte r change ATA Advanced T e chnology Attachmen t AT C A Advanced T elecom Computing Architecture o r Advanc edT C A BIOS Basic Input/output System BDRR Bo ot D evi ce Redir ec t ion Reg ist er BM[...]

  • Page 238

    Acr onym Li st: (continued) KA T4000 Us er ’s Manu al 10007175 -02 15-2 LPC Low Pin Count LU N Logical U nit Num ber MAC Medium/media Acc ess Control/c ontroller MMC Mo dul e M anag ement Cont rol ler NEBS Ne twork E quipm ent -Buil ding S ystem netFn Net work F unc tion Code OEM Original Equipment Manufacturer OS Op era ti ng Sys tem PCI Periphe[...]

  • Page 239

    10007175 -02 KA T4000 Us er’s Manu al A-1 Section A Appendix A NO-C PU KA T4000 The following block diagram provides a fun ctional overview for th e no -CPU KA T40 00 board con figur ation. This con figura tion incl udes 256 K b of SRAM me mor y u sed by t he inte rnal 8051 micr ocont rolle r on the VSC737 6 Etherne t co re switch for run time co[...]

  • Page 240

    Appendix A: Ethern et Sw itc h Con figurat ion KA T4000 Us er ’s Manu al 10007175 -02 A-2 ETHERNET S WITCH C ONFIGURATION If a processor is no t used on the KA T4000, t he Ethernet c ore s witch and GbE fat pipe switch module (opt iona l) are man aged by an 8051 microc ontroller in ternal to e ach switch. C us- tom c onfigurat ion of the switc h [...]

  • Page 241

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-3 • Mirror: Mirroring is disabled. • IP: IP mode is disabled and no IP address/ma sk/ ga teway is configured. T o enable the web inte r face, an IP address m ust be configured. SERI AL COMMAND LINE INT ERFACE (CLI) Through t he se rial-ba sed switch c[...]

  • Page 242

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-4 Console Prompt [<prompt string>] ------ Up Console> password ? Syntax: Console Password [<password>] Description: Set or display console password. The em pty string (“”) disables the password check. [<password>]: Password string[...]

  • Page 243

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-5 Also, a t group leve l us e the slash (/) key t o refer t o a context rela tive to the top leve l (e.g., from the syste m group , en ter a /console/con figuration comm and or change context into the c onsole group by en terin g /cons ole ). Comman d U s[...]

  • Page 244

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-6 The <portli st> type is very useful whe n setting u p multiple ports in the same mode. F or example, the following commands will di vide the por ts into t wo untagged VLANs and enable VLA N awa reness: Examp le: vlan a dd 1 1-8 vlan add 2 9-16 vla[...]

  • Page 245

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-7 VLAN Aware [<portlist>] [enable|disable] VLAN PVID [<portlist>] [<vid>|none] VLAN Frame Type [<portlist>] [all|tagged] Aggr Configuration Aggr Add <portlist> Aggr Delete <portlist> Aggr Lookup <portlist> Aggr Mo[...]

  • Page 246

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-8 System Comm ands System Confi guration: Syntax: System Configuration [all] Desc ription: S how sy stem name, sof t war e versi on, hard ware ver sion a nd management MAC addres s. Option ally show the full c onfigurati on. [all] : Show t he tot al s wit[...]

  • Page 247

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-9 [<password>] : Pa sswor d string of up to 16 ch aracters. Console Tim eout: Syntax: Console Timeout [<timeout>] Description : Set or show the c onsole inactivit y timeout in seconds. The value ze ro disables timeout. [<timeout>] : Time[...]

  • Page 248

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-10 [enable|disable] : En able/ disable flo w co ntrol (De fault: Show fl ow control mo de). Por t Sta te: Syntax: Port State [<portlist>] [enable|disable] Description : Set or show the state f or the por t. <portlist> : P ort li st (De fa ul t[...]

  • Page 249

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-11 MAC Add <macaddress> <portlist>|none [<vid >] Description: Add a static MAC address table entry and VLAN ID on p or ts. <macaddress> : MAC address , 12-digit hex string, optionally separated with dashes or c olons (e .g., 01 020[...]

  • Page 250

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-12 MAC Learning [<enable|disable>] Des criptio n: En able/disable MA C table aut o -le arning. [enable|disable] : En able or disable MA C table learn ing (de f ault : disable) . VLAN C omman ds VLANs use port IDs versus the port number (i.e . , the [...]

  • Page 251

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-13 [<portlist>] : P or t list (De fault : All ports). [enable|disable] : Enabl e/di sabl e VLA N awa reness ( Defau lt: S how awa reness ). VLAN PV ID: Syntax: VLAN PVID [<portlist>] [<vid>|none] Descripti on: Se t or show the port VLAN [...]

  • Page 252

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-14 Description: Lookup and display link aggregation group . <portlist> : Port list. Ag greg ations inc luding any o f the por ts will be sho wn. Ag grega tion Mo de : Syntax: Aggr Mode [smac|dmac|xor] Description: Set or show link aggregation traffi[...]

  • Page 253

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-15 Desc ription: Sh ow the conf igured QoS mod e, default c lass and DSCP mappi ng for the p or t. [<portlist>] : P or t list (De fault : All ports). QoS Mode : Syntax: QoS Mode [<portlist>] [tag|port|diffserv] Description : Set or show the Qo[...]

  • Page 254

    Appendix A: Seri al Command Line In ter fac e (CLI) KA T4000 Us er ’s Manu al 10007175 -02 A-16 [<tagprio>] : VLAN tag user prior ity, 0-7 (Default: Show use r prior it y). QoS Shap er: Syntax: QoS Shaper [<portlist>] [disable|<rate>] Description : Set or show the sh aper con figu ration. [<portlist>] : P or t list (De fau[...]

  • Page 255

    Appendix A: Seri al Command Line In ter fac e (CLI) 10007175 -02 KA T4000 Us er ’s Manu al A-17 IP Configuration Description: Show c onfigured IP address, mask, gatewa y, VLAN ID and mode. IP Setup: Syntax: IP Setup [ipaddress> [<ipmask> [ipgateway> ]]] [<vid>] Desc ription: S et or sh ow IP c onfig uratio n. [<ipaddress>][...]

  • Page 256

    Appendix A: We b I n te r f a ce KA T4000 Us er ’s Manu al 10007175 -02 A-18 Debug Write Register <block> <subblock> <a ddress> <value> Des criptio n: W rite value t o registe r address. <block> : Block ide nti fier , 0-7 or 0x0-0x7. <subblock> : Sub block i den tifie r , 0-15 or 0x0-0xf . <address> : R e[...]

  • Page 257

    Appendix A: We b I n te r f a ce 10007175 -02 KA T4000 Us er ’s Manu al A-19 • Conf igur e aggr ega tion gro up s •C o n f i g u r e Q o S • Rea d an d c lea r s ta ti s ti c s co un ter s • Restore s ystem d efault s Note: T he web i nt erfac e u ses port ID s ve rsus th e por t nu mbe r (i .e., th e physi cal n umber of the po rt). Po r[...]

  • Page 258

    Appendix A: We b I n te r f a ce KA T4000 Us er ’s Manu al 10007175 -02 A-20 Figu re A- 2: W eb Int erfac e for th e Ethern et Cor e Swit ch[...]

  • Page 259

    10007175 -02 KA T4000 Us er ’s Manu al B-1 Section B Appendix B SENS OR DATA R ECORD S This appendix details the KA T4 000 IPMI Sensor D ata R ecord (SDR) paramete r values from “Sensors and Sensor Data Recor ds” on page 9-40. Ta b l e B - 1 is a summar y of all the KA T4000 SDR s wit h a li nk to the det ail ed sen sor re cord. A ll val ues [...]

  • Page 260

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-2 Ta b l e B - 2 : KA T4 000 IPMC SDR Des cription Ta b l e B - 3 : Hot S w ap SD R Description +12V Volt 001e T ab le B -32 on page B-54 +12V Current 001f T ab le B -33 on page B-56 F/W (Firmware) Progress 0020 T able B -34 on page B-58 KA T40 00 : V al ue: Pa ram eter : S[...]

  • Page 261

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-3 Sens or Initializa t ion 67 Init Scanning — Init Senso r T ype — Init Events — Sensor Scanning enabled Ev ent Gene ration enabled Se nsor Cap abil itie s 41 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis n o hysteresis Sensor Threshold Access no th res[...]

  • Page 262

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-4 Ta b l e B - 4 : IPMB P hysic al SDR D escription Lowe r Critical Threshold 00 — — Lowe r Non -Critical Threshold 00 — — Po sitiv e-Going Thre shol d Hyst Va l u e 00 — — Nega tive-G oin g Thre shold H yst Va l u e 00 — — OEM 00 — — ID String T ype / L[...]

  • Page 263

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-5 Ta b l e B - 5 : BMC Watchdog SD R Descriptio n Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M0 0 — — M, T olerance 00 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp 00 — — Analog [...]

  • Page 264

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-6 Entity Instance 60 — — Sens or Initializa t ion 67 Init Scanning — Init Sensor T ype — Init Eve nts — Sensor Scanning enab led Ev ent Ge neration en able d Sens or Capabilities 41 Ignore Sensor no Auto Re -Arm enabled Sensor Hysteresi s no hysteresis Sensor T hr[...]

  • Page 265

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-7 Ta b l e B - 6 : +3.3 Volt SDR Descr iption Normal Mi nimum 00 — — Sens or Maximum Re ading 00 — — Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d 00 — — Upper Critical Threshold 00 — — Upper Non-Critical Threshold 00 — — Lower N[...]

  • Page 266

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-8 Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys teresis is sett able/readab le Sensor T hresh old Access thre shold is settabl e/readable Ev ent Me ssage Control global disable only Sens or T ype 02 V oltage — Eve nt/Reading T[...]

  • Page 267

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-9 Ta b l e B - 7 : +2.5 Volt SDR Descr iption Normal Ma ximum d6 — — Normal Mi nimum c2 — — Sens or Maximum Re ading ff — — Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d f5 — — Upper Critical Threshold 00 — — Upper Non-Critical T[...]

  • Page 268

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-10 Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys teresis is sett able/readab le Sensor T hresh old Access thre shold is settabl e/readable Ev ent Me ssage Control global disable only Sens or T ype 02 V oltage — Eve nt/Reading [...]

  • Page 269

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-11 Ta b l e B - 8 : +1.8 Volt SDR Descr iption Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d f4 — — Upper Critical Threshold 00 — — Upper Non-Critical Threshold 00 — — Lower Non-Recov erable Threshol d a3 — — Lowe r Critical Threshol[...]

  • Page 270

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-12 Eve nt/Reading T y pe Code 01 Threshol d — Assertion E vent Ma sk 4000 Lower Non-Recov erable Threshold comparison returned Dea ssertion Even t Mask 4000 Lower Non-Rec ov erable Threshold comparison returned Discrete Re ading Mask 3f3f Upp er Non-Recov erable Threshold[...]

  • Page 271

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-13 Ta b l e B - 9 : +1.2 Volt SDR Descr iption Lower Non-Recov erable Threshol d 93 — — Lowe r Critical Threshold 00 — — Lowe r Non -Critical Threshold 00 — — Po sitiv e-Going Thre shol d Hyst Va l u e 03 — — Neg at iv e-Goi ng Thresh old Hyst V alue 03 — [...]

  • Page 272

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-14 Discrete Re ading Mask 3f3f Upp er Non-Recov erable Threshold settab le Upper Critical Threshold settable Upp er N on- Cr itic al T hre shold s etta ble Lower Non-Recov erable Threshol d settab le Lowe r Critical Threshold settable Lower Non-Cr itical Threshold settab le[...]

  • Page 273

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-15 T able B -10: +1.0 V olt SDR Description Po sitiv e-Going Thre shol d Hyst Va l u e 03 — — Nega tive-G oin g Thre shold H yst Va l u e 03 — — OEM 00 — — ID String T ype / Length Code c5 — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID 000[...]

  • Page 274

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-16 Discrete Re ading Mask 3f3f Upp er Non-Recov erable Threshold settab le Upper Critical Threshold settable Upp er N on- Cr itic al T hre shold s etta ble Lower Non-Recov erable Threshol d settab le Lowe r Critical Threshold settable Lower Non-Cr itical Threshold settab le[...]

  • Page 275

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-17 T able B -11: CPU V olt SDR D escri ption Po sitiv e-Going Thre shol d Hyst Va l u e 03 — — Nega tive-G oin g Thre shold H yst Va l u e 03 — — OEM 00 — — ID String T ype / Length Code c5 — — KA T4000 R ecords: V alue: Parameter: Status: R ecord ID 0009 ?[...]

  • Page 276

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-18 Discrete Reading Mask 3f3f Upper Non -Reco verable Threshold settab le Up per Cr itic al T hresh old sett ab le Upper Non-Critical Threshold settable Lower Non-Recov erable Threshold settab le Lower Cr itic al Th resho ld sett ab le Lowe r Non-Critical Threshold set tabl[...]

  • Page 277

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-19 T able B -12: Inflow T emp S DR Descr iption Po sitiv e-Going Thre shol d Hyst Va l u e 03 — — Nega tive-G oin g Thre shold H yst Va l u e 03 — — OEM 00 — — ID String T ype / Length Code c8 — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID[...]

  • Page 278

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-20 Asser tion Eve nt Mask 7a 95 Lower Non -Reco ve rable Threshold comp arison returned Lower Critical Threshold comparison returned Lower Non-Critic al Threshold comparison returned Upper N on- Recov erable G oing H igh supp or ted Upper Critical Going High suppor ted Upp [...]

  • Page 279

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-21 T able B -13: Outflow T emp SDR Des cription B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp e0 — — Analog Characteristic Flags 07 — — Nominal Reading 16 — — Normal Ma ximum 37 — — Normal Mi nimum 00 — — Sens or Maximum Re [...]

  • Page 280

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-22 Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scanning enabled Ev ent Gene ration enabled Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys [...]

  • Page 281

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-23 Discrete Re ading Mask 3f3f Upp er Non-Recov erable Threshold settab le Upper Critical Threshold settable Upp er N on- Cr itic al T hre shold s etta ble Lower Non-Recov erable Threshol d settab le Lowe r Critical Threshold settable Lower Non-Cr itical Threshold settab le[...]

  • Page 282

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-24 T able B -14: Ve rsion Chang e SDR Des cri ption Po sitiv e-Going Thre shol d Hyst Va l u e 02 — — Nega tive-G oin g Thre shold H yst Va l u e 02 — — OEM 00 — — ID String T ype / Length Code cc — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecor[...]

  • Page 283

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-25 T able B -15: B1 H ot Swap SDR D escription M0 0 — — M, T olerance 00 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp 00 — — Analog Characteristic Flags 00 — — Nominal Reading 00 — — Normal Ma ximum 00 — [...]

  • Page 284

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-26 Sens or Initializa t ion 67 Init Scanning — Init Senso r T ype — Init Events — Sensor Scanning enabled Ev ent Gene ration enabled Se nsor Cap abil itie s 41 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis n o hysteresis Sensor Threshold Access no th re[...]

  • Page 285

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-27 T able B -16: B2 H ot Swap SDR D escription Lowe r Critical Threshold 00 — — Lowe r Non -Critical Threshold 00 — — Po sitiv e-Going Thre shol d Hyst Va l u e 00 — — Nega tive-G oin g Thre shold H yst Va l u e 00 — — OEM 00 — — ID String T ype / Length[...]

  • Page 286

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-28 T able B -17: B3 H ot Swap SDR D escription Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M0 0 — — M, T olerance 00 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp 00 — — Analog Cha[...]

  • Page 287

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-29 Sens or Initializa t ion 67 Init Scanning — Init Senso r T ype — Init Events — Sensor Scanning enabled Ev ent Gene ration enabled Se nsor Cap abil itie s 41 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis n o hysteresis Sensor Threshold Access no th re[...]

  • Page 288

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-30 T able B -18: B4 H ot Swap SDR D escription Lowe r Critical Threshold 00 — — Lowe r Non -Critical Threshold 00 — — Po sitiv e-Going Thre shol d Hyst Va l u e 00 — — Nega tive-G oin g Thre shold H yst Va l u e 00 — — OEM 00 — — ID String T ype / Length[...]

  • Page 289

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-31 T able B -19: B1 + 12V Current SDR Description Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M0 0 — — M, T olerance 00 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp 00 — — Analog [...]

  • Page 290

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-32 Sens or Initializa t ion 5d Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Sensor Scanning enabled Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys teresis is sett able/readab le Sensor T hre[...]

  • Page 291

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-33 T able B -20: B1 + 12V Volt SDR Description Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d ff — — Upper Critical Threshold 00 — — Upper Non-Critical Threshold 00 — — Lower Non-Recov erable Threshol d 00 — — Lowe r Critical Threshol[...]

  • Page 292

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-34 Dea ssertion Even t Mask 4800 Lower Non-Rec ov erable Threshold comparison returned Upper N on- Recov erable G oing H igh supp or ted Discret e Readi ng Mask 3838 Upper Non -R ecov erable Threshold settable Upper Critical Threshold settable Upp er N on- Cr itic al T hre [...]

  • Page 293

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-35 T able B -21: B2 + 12V Current SDR Description ID String T ype / Length Code cc — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID 0013 — — SDR V ersion 51 — — Re co rd Typ e 0 1 Ful l S en s or Re c or d — Re co rd L en g th 3 7 — — Sens[...]

  • Page 294

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-36 T able B -22: B2 + 12V Volt SDR Description Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M8 a — — M, T olerance 40 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp c0 — — Analog Cha[...]

  • Page 295

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-37 Sens or Initializa t ion 5d Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Sensor Scanning enabled Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys teresis is sett able/readab le Sensor T hre[...]

  • Page 296

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-38 T able B -23: B3 + 12V Current SDR Description Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d f0 — — Upper Critical Threshold 00 — — Upper Non-Critical Threshold 00 — — Lower Non-Recov erable Threshol d 00 — — Lowe r Critical Thres[...]

  • Page 297

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-39 Dea ssertion Even t Mask 4800 Lower Non-Rec ov erable Threshold comparison returned Upper N on- Recov erable G oing H igh supp or ted Discret e Readi ng Mask 3838 Upper Non -R ecov erable Threshold settable Upper Critical Threshold settable Upp er N on- Cr itic al T hre [...]

  • Page 298

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-40 T able B -24: B3 + 12V Volt SDR Description ID String T ype / Length Code cc — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID 0016 — — SDR V ersion 51 — — Re co rd Typ e 0 1 Ful l S en s or Re c or d — Re co rd L en g th 3 7 — — Sensor [...]

  • Page 299

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-41 T able B -25: B4 + 12V Current SDR Description Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M0 6 — — M, T olerance 00 — — B0 0 — — B, Accuracy 00 — — Accu ra cy, Ac cura c y Ex p 00 — — R exp, B Exp e0 — — Analog [...]

  • Page 300

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-42 Entity Instance 68 — — Sens or Initializa t ion 5d Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Sensor Scanning enabled Se nsor Cap abil itie s 69 Ign ore S ens or no Auto Re- Arm enab led Sensor Hy steresis hys teresis is sett [...]

  • Page 301

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-43 T able B -26: B4 + 12V Volt SDR Description Sensor Minimum Re ading 00 — — Upper Non -Re cove rable Threshol d ff — — Upper Critical Threshold 00 — — Upper Non-Critical Threshold 00 — — Lower Non-Recov erable Threshol d 00 — — Lowe r Critical Threshol[...]

  • Page 302

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-44 Dea ssertion Even t Mask 4800 Lower Non-Rec ov erable Threshold comparison returned Upper N on- Recov erable G oing H igh supp or ted Discret e Readi ng Mask 3838 Upper Non -R ecov erable Threshold settable Upper Critical Threshold settable Upp er N on- Cr itic al T hre [...]

  • Page 303

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-45 T able B -27: -48V Volt SDR Description OEM 00 — — ID String T ype / Length Code cc — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID 0019 — — SDR V ersion 51 — — Re co rd Typ e 0 1 Ful l S en s or Re c or d — Re co rd L en g th 3 4 — [...]

  • Page 304

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-46 Discrete Re ading Mask 3f3f Upp er Non-Recov erable Threshold settab le Upper Critical Threshold settable Upp er N on- Cr itic al T hre shold s etta ble Lower Non-Recov erable Threshold settable Lowe r Critical Threshold settable Lower Non-Cr itical Threshold settab le U[...]

  • Page 305

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-47 T able B -28: -48V Current SDR Description Po sitiv e-Going Thre shol d Hyst Va l u e 02 — — Nega tive-G oin g Thre shold H yst Va l u e 02 — — OEM 00 — — ID String T ype / Length Code c9 — — KA T400 0 Re cor ds: Value: Para met er: St atu s: R ecord ID 0[...]

  • Page 306

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-48 T able B -29: -48V Source A V olt SDR Descri ption Sensor Units 1 00 Analog Data Form at unsigned Rate U nit n on e Modifie r Unit none Perce nt age n o Sensor Units 2 - Base Unit 05 Amps — Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — [...]

  • Page 307

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-49 Sensor Owner ID 00 — — Sensor Owner LUN 00 — — Sens or Number 00 — — Entity ID 0a — — Entity Instance 60 — — Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scannin[...]

  • Page 308

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-50 T able B -30: -48V Source B V o lt SDR Description Sensor Units 1 00 Analog Data Form at unsigned Rate U nit n on e Modifie r Unit none Perce nt age n o Sensor Units 2 - Base Unit 04 V olts — Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — ?[...]

  • Page 309

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-51 Sensor Owner ID 00 — — Sensor Owner LUN 00 — — Sens or Number 00 — — Entity ID 0a — — Entity Instance 60 — — Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scannin[...]

  • Page 310

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-52 T able B -31: +3.3 V Management SDR Description Sensor Units 1 00 Analog Data Form at unsigned Rate U nit n on e Modifie r Unit none Perce nt age n o Sensor Units 2 - Base Unit 04 V olts — Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M[...]

  • Page 311

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-53 Sensor Owner ID 00 — — Sensor Owner LUN 00 — — Sens or Number 00 — — Entity ID 0a — — Entity Instance 60 — — Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scannin[...]

  • Page 312

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-54 T able B -32: +12V Volt SDR Description Sensor Units 1 00 Analog Data Form at unsigned Rate U nit n on e Modifie r Unit none Perce nt age n o Sensor Units 2 - Base Unit 04 V olts — Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — Ma a — [...]

  • Page 313

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-55 Sensor Owner ID 00 — — Sensor Owner LUN 00 — — Sens or Number 00 — — Entity ID 0a — — Entity Instance 60 — — Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scannin[...]

  • Page 314

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-56 T able B -33: -12V Current SDR Description Sensor Units 1 00 Analog Data Form at unsigned Rate U nit n on e Modifie r Unit none Perce nt age n o Sensor Units 2 - Base Unit 04 V olts — Sensor Units 3 - Modifier Unit 00 Unspecified — Line arizat io n 0 0 — — M0 6 ?[...]

  • Page 315

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-57 Sensor Owner ID 00 — — Sensor Owner LUN 00 — — Sens or Number 00 — — Entity ID 0a — — Entity Instance 60 — — Sens or Initializa t ion 7f Init Scanning — Init Senso r T ype — Init Hyste resis — Init Thr esho lds — Init Events — Sensor Scannin[...]

  • Page 316

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-58 T able B -34: F/W (Fir mware) Progress SDR Description R exp, B Exp d0 — — Analog Characteristic Flags 07 — — Nominal Reading 53 — — Normal Ma ximum a1 — — Normal Mi nimum 00 — — Sens or Maximum Re ading fe — — Sensor Minimum Re ading 00 — — U[...]

  • Page 317

    Appendix B: Sensor Data Rec ords 10007175 -02 KA T4000 Us er ’s Manu al B-59 Sens or Capabilities 41 Ignore Sensor no Auto Re -Arm enabled Sensor Hysteresi s no hysteresis Sensor T hreshold A ccess no threshold Even t Message Control gl obal disabl e only Sensor T ype 0f System Firmware Prog ress — Eve nt/Reading T y pe Code 6f S ensor Speci fi[...]

  • Page 318

    Appendix B: Sensor Data Rec ords KA T4000 Us er ’s Manu al 10007175 -02 B-60 Lowe r Critical Threshold 00 — — Lowe r Non -Critical Threshold 00 — — Po sitiv e-Going Thre shol d Hyst Va l u e 00 — — Nega tive-G oin g Thre shold H yst Va l u e 00 — — OEM 00 — — ID String T ype / Length Code cc — — KA T4000 R ecords: V alue: [...]

  • Page 319

    10007175 -02 KA T4000 Us er ’s Manu al i-1 Index A air flow rate . . . . . . . . . . . . . . . . . . 2-16 AMC connect ors . . . . . . . . . . . . . 2-4, 8-2 custom m odules . . . . . . . . . . . . . 8-1 over view . . . . . . . . . . . . . . . . . . . 1-2 pin ass ignm ents . . . . . . . . . . . . . 8-4 reference manua l . . . . . . . . . . . 1-1 2[...]

  • Page 320

    (continued) KA T4000 Us er ’s Manu al 10007175 -02 i-2 Serial Interface P rotocol Lite (S IPL) proto col . . . . . . . . . . . . . . . . . . . 9-6 stan dard com mands . . . . . . . . . . 9-9 vend or comma nds . . . . . . . . . . 9-12 IPMI sensor data records . . . . . . . . . B-1 J JP4 header . . . . . . . . . . . . . . . . . . . . 2-5 JTAG CPLD [...]

  • Page 321

    (continued) 10007175 -02 KA T4000 Us er ’s Manu al i-3 over view, IPM I . . . . . . . . . . . . . . . . . 9-1 P PCI devic e and ven dor ID . . . . . . . . . 3-4 revision ID . . . . . . . . . . . . . . . . . . 3-4 sign als . . . . . . . . . . . . . . . . . . . . . 8-2 PCI Exp ress switc h EEPROM controller . . . . . . . . . . . 4-9 features . . . [...]

  • Page 322

    (continued) KA T4000 Us er ’s Manu al 10007175 -02 i-4 W watchdog timer . . . . . . . . . . . . . . 9-27 watchdog, BM C . . . . . . 14-18, 14-28 web interface no-CPU KAT4000 . . . . . . . . . . . A- 18 VLAN setup . . . . . . . . . . . . . . . . A-18 Z zone 1-3 connectors . . . . . . . . . . . 12 -1[...]

  • Page 323

    10007175 -02 KA T4000 Us er ’s Manu al Note s __________ _________________ _____________ __________ ________________ _____________ __________ ___ __________ _________________ _____________ __________ ________________ _____________ __________ ___ __________ _________________ _____________ __________ ________________ _____________ __________ ___ __[...]

  • Page 324

    Emerson Net work P ower , Embedded Computing 8310 Exc elsior Dri ve ■ Madison, WI 53717-1935 US A US T oll F ree: 1- 800-356-9602 ■ V oice: +1- 608-831-5500 ■ F AX: 1-608-831-4249 Email: info@a rtesyncp.com www .artesy ncp .co m Busi nes s-Cr it ica l Cont inu it y, Em erson Ne t wor k Powe r an d th e Emerson Network Power logo are tradem ar[...]