PVP cards are based on Virtex-7 field programmable gate array technology, the latest, most compact and power-efficient FPGA available today. A fully-configured card contains 11200 processors, and can execute more than 6x1012 multiply-and-accumulate operations per second. That's over 6 tera-MACS/second, making it the most powerful COTS signal processing card available today !
But processing power alone will go to waste if memory access lags. Actual performance can be orders of magnitude below the specifications. Not to worry! PVP cards have the highest memory bandwidth in the industry. A single card is capable of reading and writing more than 270 Terabits per second.
And if that isn't enough, a fully-configured card contains over 1.2 million lookup tables and 2.4 million flip-flops. So put PVP7 power to work for you today!
# FPGA |
DSP48 |
FF |
LUT |
BRAM |
1 |
2800 |
607,200 |
303,600 |
2060 |
2 |
6600 |
1,214,400 |
607,200 |
4120 |
3 |
8400 |
1,821,600 |
910,800 |
6180 |
4 |
11200 |
2,428,800 |
1,214,400 |
8240 |
max. clock rate (MHz) |
547.95 |
549.45 |
549.45 |
458.09 |
Note 1 - Each DSP48 processor contains a 25x18 multiplier and a 48-bit accumulator
Note 2 - Each Block RAM is dual-ported and contains 18 Kilobits