Abaco releases SOSA FPGA card
Abaco Systems introduced an FPGA processing card built to SOSA standards for real‑time defence and communications workloads, targeting rugged embedded deployments. The card promises higher data throughput and standards interoperability that military integrators demand, which simplifies board‑level integration for mission systems. For embedded designers, SOSA‑aligned FPGA modules reduce custom interface work and speed field qualification. (x.com)
A field-programmable gate array is a chip that can be rewired after it leaves the factory, so one board can be turned into a radar processor, a radio modem, or a signal-analysis engine just by loading different logic. Defense companies like them because a mission computer can be updated in software instead of waiting for a new custom chip spin. (abaco.com) The hard part is not just computing. A radar or electronic-warfare box has to move huge streams of sensor data in and out with almost no delay, which is why these cards are built around high-speed backplanes, optical links, and Ethernet lanes instead of the connectors you would see in a normal server. (embedded.com) That is where Sensor Open Systems Architecture comes in. It is a United States defense-backed hardware standard built on OpenVPX so different vendors’ plug-in cards can fit the same slot profiles and talk over the same defined interfaces, instead of every program inventing its own wiring map. (abaco.com) Abaco’s new card is called the VP892, and the company announced it on April 7, 2026 as a rugged 3U VPX field-programmable gate array processing engine for defense, communications, and industrial systems. The 3U size means a compact plug-in module for embedded chassis, not a full rack server board. (eejournal.com) At the center is Advanced Micro Devices’ Virtex UltraScale+ VU13P, which is one of the denser devices in that family. In plain terms, that gives the board a larger pool of logic blocks and digital signal processing engines to chew through incoming data in parallel. (eejournal.com) Abaco says the VP892 delivers about 45% more programmable logic and up to 80% more signal-processing capacity than its earlier VP891 card. That is the kind of jump designers use to add more channels, wider bandwidth, or heavier algorithms without changing the rest of the chassis. (militaryembedded.com) The board is also built to move data fast once it has processed it. Abaco lists 100 Gigabit Ethernet plus dual 100-gigabit optical interfaces, which lets one card pull in sensor streams, process them, and hand results to other cards without becoming the bottleneck. (embedded.com) There is an FMC+ expansion connector on the card too. That connector works like a standardized mezzanine slot, so developers can bolt on radio-frequency converters or waveform modules instead of designing a new carrier every time a program needs a different front end. (militaryembedded.com) Abaco is pitching the VP892 for electronic warfare, radar imaging, communications infrastructure, sensor fusion, and even semiconductor inspection. Those jobs all share the same basic problem: they generate too much data to ship somewhere else first, so the math has to happen at the edge, inside a small box that can survive shock, vibration, humidity, and extended temperatures. (militaryembedded.com) (abaco.com) The less flashy part of the announcement is the one procurement teams usually care about most. Embedded.com says support for the UltraScale+ family runs to 2045, which means programs already using that toolchain can reuse old design work, stay inside a Sensor Open Systems Architecture slot profile, and avoid a full board redesign just to get more throughput. (embedded.com)
