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Cypress EZ-USB Series 2100 manual

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Table of contents for the manual

  • Page 1

    EZ-USB Series 2100 Family The Anchor Chips EZ-USB™ family (AN21XX/AN23XX) provides significant improvements over other USB architectures including an enhanced 8051 core, 4 or 8 Kbytes of RAM, an intelligent USB core, and high-performance I/O ports. The family includes 16 different products to accommodate the needs of different systems. The enhanc[...]

  • Page 2

    EZ-USB Series 2100 High-Speed Peripheral Shared Memory Flash ROM EEPROM EPROM ROM Micro- processor DMS Controller (Optional) USB Protocol Controller Chip USB Port I/O The EZ-USB RAM architecture provides design and software flexibility . Its “soft” configuration enables peripheral manufacturers and designers to make changes to the USB device th[...]

  • Page 3

    EZ-USB Series 2100 Single-Chip Solution Lower overall system cost Minimum board space with 44 PQFP and 80 PQFP packages Quicker design and faster time to market than other USB solutions Minimal design resources RAM Architecture Quick changes in firmware and driver code Updates in the field via software downloads Flexibility in multiple configuratio[...]

  • Page 4

    EZ-USB Series 2100 The focus of the EZ-USB family is to provide the peripheral designer a multitude of design configurations and migration paths. The “soft,” programmable nature of the EZ-USB architecture provides flexibility while minimizing risks. USB requires synchronization between four major technology suppliers: operating system, UHCI/OHC[...]

  • Page 5

    EZ-USB Series 2100 Enumeration and ReNumeration Anchor Chips’ proprietary ReNumeration™ function is the means by which the enhanced 8051 firmware is downloaded. How It W orks Upon power-up or plug-in, the EZ-USB chip automatically enumerates as a default USB device. This allows the USB core to download 8051 code. The USB core logic inside EZ-US[...]

  • Page 6

    EZ-USB Series 2100 USB firmware develop- ment is faster since there is less code to write. This reduction in firmware allows the design team to concentrate more on software development for the peripheral function. Fewer 8051 MIPs are dedicated to USB processing. W ith the EZ-USB family , as little as 10% of 8051 processing time is dedicated to USB.[...]

  • Page 7

    EZ-USB Series 2100 This diagram shows how conventional USB contr ollers handle a thr ee-stage USB setup transaction called “Get Descriptor .” The serial data flowing over the USB is shown as thr ee stages: Setup, Data and Status. The number ed ar r ows indicate transfers between the USB, endpoint FIFOs, and micropr ocessor memory . Significant [...]

  • Page 8

    EZ-USB Series 2100 T urbo Performance T o make full use of the USB bandwidth, the EZ-USB family has large endpoint buffers and a fast method for transferring data into and out of the buffers. W ith the EZ-USB architecture, bulk and isochronous endpoints can be configured as double-buffered with maximum packet sizes. W ith the 2-Kbyte FIFO, the EZ-U[...]

  • Page 9

    EZ-USB Series 2100 T o write data to outside logic, the 8051 loads a data pointer with a USB FIFO register addr ess, and then executes a “movx a,@dptr” instruction to move a byte from the FIFO to the 8051 accumulator . The EZ-USB cor e simultaneously broadcasts the FIFO data on the external data bus pins and generates the external write signal [...]

  • Page 10

    EZ-USB Series 2100 Flexible for Many Applications Loading 8051 Firmware from the Host Options for Loading 8051 Firmware The EZ-USB family provides the peripheral developer with four options for loading its 8051 firmware. Software file from the host system Loading from a software file provides the maximum flex- ibility to the peripheral manu- factur[...]

  • Page 11

    EZ-USB Series 2100 More Endpoint Buffer Memory The EZ-USB chip supports more endpoints and provides more endpoint buffer memory than any other USB-device solution in the market. The USB specification describes an endpoint as a source or sink of data. In the EZ-USB chip, endpoints are constructed as RAM (bulk, control, interrupt endpoints) or FIFOs [...]

  • Page 12

    EZ-USB Series 2100 EZ-USB Series 2100 Xcelerator Development Kit Development Board The EZ-USB Xcelerator develop- ment board is compact and powerful. It provides an AN2131QC, 64 kilobytes of external RAM, two UARTS, and user-programmable seven segment display , LED indicators, and switches. One UART is used to communicate with the W in- dows-hosted[...]

  • Page 13

    EZ-USB Series 2100 Anchor Utilities Anchor Chips provides the best tools to accelerate the developer ’s firmware development. The USB Control Panel allows the developer to send and receive interrupt, bulk, and isochronous packets and standard USB device requests without first developing the host- based driver for the specific application. The USB[...]

  • Page 14

    EZ-USB Series 2100 3. 0 3.0 80 PQFP 0.80 1. 00 Ref 12 4 25 40 64 41 80 65 0.80 BSC. 24.10 23.70 20.05 19.95 18.10 17.70 14.05 13.95 Packages and Pin Definitions 1 10.10 9.90 13.45 12.95 8.00 REF 11 33 23 12 22 44 34 0.80 BSC. 44 PQFP 2.35 MAX 0.45 0.30 0 o ~7 o 1.00 0.80 1.95 + 0. 15 80-Pin Lead Detai l 2. 76 2. 66 0.28 0.18 8 Pl aces 12 o REF. Bas[...]

  • Page 15

    EZ-USB Series 2100 t u p t u O / t u p n It u p t u O / t u p n I t u p t u O / t u p n I t u p t u O / t u p n It u p t u O / t u p n I C S 5 2 1 2C S 5 2 1 2 C S 5 2 1 2 C S 5 2 1 2C S 5 2 1 2 C S 6 2 1 2 C S 5 3 1 2 C S 6 3 1 2 C S 1 2 1 2C S 1 2 1 2 C S 1 2 1 2 C S 1 2 1 2C S 1 2 1 2 C S 1 3 1 2 C Q 1 3 1 2C Q 1 3 1 2 C Q 1 3 1 2 C Q 1 3 1 2C Q[...]

  • Page 16

    EZ-USB Internal ROM Product Family EZ-USB Internal RAM Product Family Ordering Information W ith the broadest family of USB solutions in the market, peripheral manufactur es can find the right combination of features, boar d space, and price to fit their applications. All eight of EZ-USB family members with internal RAM can be converted to ROM equi[...]