Product
23U VPX signal processing board based on XC7V690T
This board based on 3U VPX cooling system, which is suitable for high-speed image processing, radar signal processing and so on. The chip adopts industrial grade design. The processing board contains 1 piece of Xilinx's Virtex7 series FPGA-XC7V690T-2FFG1761i. Onboard two sets of 64-bit wide DDR3, each with a capacity of 4GB and an HPC FMC interface. The VPX interface connects four groups of X4 GTH, 24 groups of LVDS, one group of RS422, and one group of 1000base-T. The electrical and mechanical design of the board is based on THE VPX standard (VITA 46.0). It supports cooling function and can meet users' needs in special environments.
Specification
Main processor Xilinx XC7V690T-2FFG1761I
Standard VPX VITA 46.0
FMC interface FMC ANSI/VITA 57.1 – 2008 ,ASP-134486-01 In HPC:LA,HA,HB full interface and DP0~DP7 eight channel high speed interface
On-board cache Two sets of DDR, each set of 512Mx64bit(4GB), MT41K512M8Rh-125-it
Loading Flash BPI Load model,BPI Flash 2Gb
VPX interface P1: GTX X16, which supports PCIe and SRIO protocols P2: LVDS X24, RS422 for one route, 1000base-T for one route
Emulator interface 1x 6Pin JTAG interface, spacing 2.54mm
LED Two power status indicator, FPGA status indicator (Can be programmed)
Reset the channel external reset
Size 100mm x 160mm x20mm
Power supply +12V@4A
Power consumption 48W
Working temperature Industrial -20℃ to +65℃
Test Software
Main processor XC7V690T-2FFG1761I
Software Version Vivado2017.4
Interface test program DDR test、RapidIO test program、Gigabit network、RS232 test
Interface application program RapidIO client Windows program PCIe client test program
FMC test program on board Provide the corresponding test interface program according to the sub-card model
Document
· 23U VPX signal processing board based on XC7V690T.pdf

If you have a question or need a quote, please leave your message. We'll get back to you as soon as possible.

Get Quotes
Get Quotes

We use cookies to help us improve our webpage. Please read our Cookie Policy.

Ok Block Cookie