Rabbit® 6000 Communications and Control Processor A System-on-Chip ideal for industrial designs requiring multiple connectivity options. On-board features include Wi-Fi, USB and Ethernet. Overview The Rabbit 6000 raises the industry standard as the first wireless processor providing a rich set of industrial embedded control features. It is the perfect complement to future hardware designs, such as our award winning single-board computer (SBC) products that provide low-cost PLC functionality. Running at 200 MHz, the Rabbit 6000 is optimized for embedded control systems requiring high performance without sacrificing costs. 24-bit Address 16-bit Data External Memory 32 KB of Battery Backed SRAM USB 2.0 Full Speed Host Serial Ports E-F (Async or HDLC) Serial Ports A-D (Async or SPI) Slave Port Quadrature Decoder The integrated hardware and software environment with processor specific libraries allows for programmable features such as I/O and peripherals to dramatically reduce development costs and time to market. The Rabbit 6000 eliminates the dependency on external components, thus increasing product longevity. Block Diagram Features/Benefits Complete Solutions • Clock speed up to 200 MHz • On-board 802.11 a/b/g and 10/100 Ethernet • 64 I/O and up to 6 serial ports (4 as SPI) • 1 MB internal DRAM and 32K battery backable SRAM • USB 2.0 full speed host Development Kits • 12-bit A/D converter samples up to 1Megasamples/s • Ideal for industrial motor control • Integrated hardware and software environment • Easily add an HMI as well as CANbus protocol support with the on-board FIMs Supported Software Platforms

Features Package Package Size Operating Voltage Operating Current 372 μA/MHz @ 1.2V / 3.3V ( Wi-Fi and Ethernet Disabled) Operating Temperature Maximum Clock Speed 64+ (arranged in eight 8-bit ports) Network Interfaces Serial Ports Baud Rate Clock speed / 8 max. asynchronous Ten 8-bit, one 10-bit with 2 match registers, and one 16-bit with 8 match registers Real-Time Clock Watchdog Timer/Supervisor Clock Modes Power-Down Modes Sleepy (32 kHz), Ultra Sleepy (16, 8, 2 kHz) 8 or 16-bit data, 8 address lines 12-bit, eight multiplexed channels, up to 1 megasamples/s 10-bit, 2 synchronous channels,...