Features: and The Platform Cable USB ,a USB compatible cable for in-circuit configuration and programming of all Xilinx devices.It derives all operating power from the hub port controller. No external power supply is required. A sustained slave-serial FPGA configuration transfer rate of 24 Mb or s is possible in a Hi-Speed USB environment. Using CY7C68013AandXC2C256 solution, fully for the original xilinx Platform Cable USB Supports all Xilinx devices, FPGA configuration and PROM or CPLD programming Supports Jtag, Slave-Serial and SPI. Interfaces to devices operating at 5V (TTL), 3.3V (LVCMOS), 2.5V, 1.8V and 1.5V Selectable target clock frequency, supports software automatic frequency adjustment Supported on for Windows and Red Hat Enterprise Linux Automatically senses and adapts to target I or O voltage Target clock speeds are selectable from 750 kHz to 24 MHz. Specifications: Size:approx 110x50x20mm or 4.33x1.97x0.79in Model: DLC9LP Power: 5V 0.07A Supported Software: Xilinx ISE 8 to ISE 14.7 and up-to-date ISE software or Xilinx Vivado or IMPACT or ChipScope Microblaze embedded processor debugging Supported Device: All Xilinx devices, FPGA and PROM or CPLD: or All Virtex-FPGA families or All Spartan-FPGA families XC9500 or XC9500XL or XC9500XV CPLDs or CoolRunnerXPLA3 or CoolRunner-II CPLDs XC18V00 ISP PROMs or Platform Flash XCF00S or XCF00P or XL PROMs XC4000 series FPGAs or for Fresh Xilinx devices including V7, Z7 etc. Note: Due to the problems of lighting effects and shooting angles, there will be certain tolerances in the product, please understand. Please allow 0-1cm error due to the manual measurment Package includes: 1 PC x Platform Cable USB 1 PC x Jtag adapter 1 PC x USB 2.0 cable 1 PC x 8-pin to 7-pin separated robin cable 1 PC x 14-pin (2.5mm pitch) Jtag flat cable 1 PC x 14-pin (2mm pitch) Jtag flat cable 1 PC x 10-pin (2.5mm pitch) Jtag flat cable Note: Due to the light and screen setting difference, the item's color may be slightly different from the pictures. Please allow slight dimension difference due to different manual measurement.