V1152 12-Port XMC FPGA Card Overview
The V1152 is the industry’s most advanced FPGA XMC Card solution. It is designed to provide a real time high-bandwidth network interface and processing module for next generation radar, and signal intelligence systems. This FPGA XMC Card comes with a range of Xilinx Virtex/Kintex UltraScale+ FPGAs, along with different memory configurations to meet application requirements. Additionally, our FPGA XMC Cards support different carrier boards using PCIe, Ethernet, and XAUI host interfaces. Our FPGA XMC Card’s design flexibility is intended to meet application requirements. This has resulted in optimized SWaP, shorter development cycles, and enhanced performance.
Get This Card Pre-Loaded with One of the Following IP Cores:
Ethernet RTPS Fibre Channel Link Layer Fibre Channel ASM Fibre Channel ULP sFPDP ARINC 818
V1152 12-Port XMC FPGA Card Features
- Three QSFP28 ports accommodate either:
- 3x 100G Ethernet
- 3x 40G Ethernet
- 12x 25G Ethernet
- 12x 10G Ethernet
- 12x 1G Ethernet
- 12x 1/2/4/8/16/32G Fibre Channel
- 12x 1/2/2.5/10G sFPDP
- 12x ARINC 818-2
- Xilinx Virtex/Kintex UltraScale+ FPGA
- Supports PCIe Gen3 x 16 and Gen4 x 8
- PPS time synchronization with μSec resolution
- Thermal sensors for monitoring card temperature
- Robust FPGA development framework
- Advanced APIs that support multi-core and multi-processor architectures
- Optimized VxWork and Linux drivers and libraries
- UDP offload engine for real time communication
- Streaming front-end FPGA core for quick sensor integration
- Available in air and conduction-cooled XMC form factors
V1152 12-Port XMC FPGA Card Applications
- High bandwidth sensor interface
- Mission system network interface
- Network offload applications
- Deep packet inspection
V1152 12-Port XMC FPGA Card Benefits
- High density FPGA XMC card for next generation data distribution and signal intelligence systems
- Supports 1/10/25/40/100G Ethernet, 1/2/4/16/32G Fibre Channel, 1/2/2.5/10G sFPDP, and ARINC 818-2
- A COTS solution optimized for SWaP (size, weight and power)
- Next generation host interface connection bandwidths
- A programmable FPGA with a powerful development framework
- Real-time data streaming directly from sensors
