Beijing CPCI FPGA high speed interfaces functional verification platform

Product Overview This board is a board Xilinx V5 series chip design company chip signal processing boards. Xilinx's made a XC5VLX110T-1FF1136 / XC5VSX95T-1FF1136 / XC5VFX70T-1FF1136 chips. Then an FPGA DDR2 memory 2GB, 32MB Nor flash memory, used to store programs. External expansion SATA, PCI, PCI express, Gigabit network interface, SFP interfaces, custom bus supports up to 266 IO. The board is ideal for low-end interface authentication platform can quickly build CPCI architecture products. Board design to support industrial-grade chips. Product Attributes Board Performance Introduction (1) FPGA board index that can be used XC5VLX110T-1FF1136 / XC5VSX95T-1FF1136 / XC5VFX70T-1FF1136 three kinds of chips. XC5VLX110T-1FF1136 has a logic module 160 x 54 maximum RAM module 1,120Kb, DSP48E 64 个, CMT clock management 6, RocketIO GTP 16, total IObank 20, the largest number of IO use 680. (2) Connector index a) FPGA an external DDR2 memory maximum support to 4G. b) an external Nor Flash memory, supports up to 128MB. c) four external SATA connector that supports SATA hard disk connectivity development. d) an external PCIe interface, support X4 PCIe. e) plug-PCI Bridge PCI9656 chip, support J1, J2 of PCI 64bit 33MHz transmission. f) by FMC interconnected with an outer plate. g) External 2-way fiber supports 2.5Gbps transfer. h) add a gigabit network that supports UDP data transmission i) J3 J4 J5 support 198 IO, can support single-ended or differential LVDS LVTTL level signal input and output. Other notes software features: Based on the PCI drivers and diagnostic programs Window2k / XP; and (1) FPGA-based interface testing program (2) DDR2 memory access and test procedures. (3) RapidIO access and test procedures. (4) PCI access the test program. (5) PCIeX4 transmission testing program. (6) SATA storage testing procedures. (7) optical fiber transmission testing procedures. (8) J3 J4 J5 IO test program. Description plates are used in the transaction. In FMC sub-module design, electrical signals through fixed position, with a minimum of system support and a flexible pin assignment, minimizes design effort and resources, not only improve efficiency, but also brought many significant advantages .