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ARC-V RMX-500 power efficient 32-bit RISC-V processor for embedded applications
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10 Gb/s full HW stack UDP/IP Transmitter/Receiver
10 Gb/s full HW stack UDP/IP Transmitter/Receiver IP block for high performance data transfers from embedded Ethernet based systems
In application areas such as Data Communication and Imaging, there is a need for increased transfer speeds to handle higher resolutions and higher acquisition rates. This implies more complex solutions in terms of FPGA and board design. This IP core is a real-time offload engine where the communication is processed and accelerated in HW – all the way from UDP to Ethernet Phy. An Ethernet PHY can be integrated in the FPGA enabling a direct connect to the fiber optical SFP+ transceiver.
With data transfer near line rate at theoretical maximum throughput, it is useful for sending large amount of data to a remote PC or host.
In application areas such as Data Communication and Imaging, there is a need for increased transfer speeds to handle higher resolutions and higher acquisition rates. This implies more complex solutions in terms of FPGA and board design. This IP core is a real-time offload engine where the communication is processed and accelerated in HW – all the way from UDP to Ethernet Phy. An Ethernet PHY can be integrated in the FPGA enabling a direct connect to the fiber optical SFP+ transceiver.
With data transfer near line rate at theoretical maximum throughput, it is useful for sending large amount of data to a remote PC or host.
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Block Diagram of the 10 Gb/s full HW stack UDP/IP Transmitter/Receiver
