Network Innovation with FPGA Boards and Solutions
Unlock networking innovation with scalable solutions designed for cloud, telecom, and enterprise applications, ensuring seamless connectivity, enhanced security, and optimized data processing.
Radio Telescopes
The RFSoC unifies RF data converters, programmable logic, and microcontrollers, providing essential functions for radio astronomy backends like real-time signal processing, digitization, high-speed interfacing, and software control. The Zynq UltraScale+ RFSoC offers high-performance analog-to-digital conversion, real-time signal processing capabilities, and extensive bandwidth coverage, making it an ideal solution for designing radio telescope backend receivers. This advanced system directly samples RF signals at the receiver’s front end and offers flexible processing modes.
Data Center
The Agilex 7 SmartNIC is a specialized network interface card designed for data center applications that offloads networking tasks from CPUs. Built on Intel’s Agilex 7 FPGA technology, it delivers high performance with low latency for virtualized environments. The SmartNIC accelerates functions like encryption, compression, and packet processing while supporting software-defined networking. It features high-speed interfaces (up to 200 Gbps), programmable architecture for customization, and power efficiency – making it ideal for cloud providers, telecom operators, and enterprise data centers.
Wireless Radios
Wireless radio systems demand ultra responsive, high-throughput processing platforms to handle dynamic spectrum access, real-time modulation/demodulation, waveform generation, advanced MIMO, and multi-channel RF chains. High-performance SoMs featuring heterogeneous ARM cores and programmable logic provide the flexible architecture needed for signal-intensive wireless radio workloads. With high-speed I/O, low latency paths, and reconfigurable hardware, these platforms enable efficient deployment of next-generation communication systems across 5G-6G, military tactical radios, secure links, and industrial wide-area networks.
Network Infrastructure
Network infrastructure platforms require ultra-high data throughput, low-latency packet processing, and scalable architectures to meet the demands of 5G, edge computing, and modern data centers. High-performance MPSoC based and FPGA accelerated SoMs deliver the flexible processing needed for packet forwarding, network slicing, encryption, synchronization, and real time analytics. With high speed transceivers, ARM processing, and programmable logic, these modules enable telecom, cloud, and enterprise networks to support next-gen software defined networking and edge environments.
