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https://www.radioradar.net/en/news_of_electronic/xmc_pmc_v1021.html

10-Gigabit Ethernet XMC/PMC Module

AdvancedIO Systems announced the V1021 configurable 10GbE connectivity and packet processing XMC/PMC module. Thanks to the integration of SFP+, the latest 10-gigabit optical transceiver technology, the V1021 provides high bandwidth data-pipe performance with flexible processing functionality in a single chassis slot. This optimization enables system developers in resource-demanding real-time applications such as radar, signals intelligence, and sensor processing to pack more functionality into a system while reducing its size and cost.

 AdvancedIO’s V1021 is an open-standard form factor module that solves the problem of connecting real-time embedded systems to extreme high-speed Ethernet networks, a problem many liken to drinking from a fire hose. Like AdvancedIO’s deployed V1020 product, the V1021 can also be used as a high-speed pipe to directly interconnect embedded processing systems.

 Features of AdvancedIO’s V1021 include

    * Standard VITA 42.3 XMC/PMC mezzanine module that integrates onto standard off-the-shelf platforms for wide applicability
    * Standard PCI-X and PCI Express host interfaces for easy integration and high performance
    * SFP+ 10-Gigabit Ethernet optical transceiver technology which is being widely adopted throughout the networking industry
    * Customizable functionality via Xilinx FPGA for application optimization and in-field upgrades
    * Compatible optimized udpXG communications protocol for offloading and streamXG data streaming acceleration cores and software designed specifically for real-time applications
    * Standard sockets-based software API for easy integration and future software portability

 
The V1021 offers a migration path. Because of its compatibility with AdvancedIO’s V1020 software and functionality, existing V1020 customers who require higher-density systems can deploy the V1021 in its place without making any application source code changes. As well, both modules use the same fiber optic LC connectors.
 

Source: www.channel-e.biz