2.On a single PCIe v2.0 x4, it achieves a theoretical bidirectional transmission rate of 2.4Gbps.
3.It can be configured as unidirectional TX, unidirectional RX, bidirectional TX&RX.
1.2 G / 1 G
All FPGA Xilinx Based cards from LR-LINK are supplied with a basic platform that includes a sample design. This platform enables the engineers to easily connect to any sub-system residing on the card.
Features
Higher Performance
FPGA adopts the working principle based on lookup tables, which has a very fast computing speed and can achieve very high performance and low latency.
Lower Power Consumption
Compared to ASIC chips, FPGA has much lower power consumption. This is because FPGA adopts a programmable logic block design, which can dynamically turn off or on certain logic units as needed, thereby reducing power consumption.
Programmability
Users can define the functionality and behavior of FPGA chips by writing programs.
High Flexibility
FPGA can achieve various digital circuit functions through programming, with strong flexibility and customizability. Users can design and optimize their digital circuit systems according to their actual needs.
Transfer with a SATA cross over cable.
On a single PCIe v2.0 x4, it achieves a theoretical bidirectional transmission rate of 2.4Gbps.
It can be configured as unidirectional TX, unidirectional RX, bidirectional TX&RX.
