FPGA

Known for its flexibility and versatility, the FPGA + SoC technology is a major focus area at Antmicro.

We build advanced FPGA-based signal processing systems, as well as create portable and scalable FPGA IP cores, develop relevant tooling and work with open hardware, covering all aspects of the FPGA design process.

PORTABLE AND ROBUST FPGA SYSTEMS

Leverage FPGA's parallel computing capabilities and Antmicro's know-how in the FPGA + SoC ecosystem to build cutting-edge video and audio processing devices.

We combine our FPGA expertise with broad software experience, offering comprehensive co-development services involving operating system customization as well as middleware and end-application development. Our soft SoC are always designed with the software side of the final product in mind.

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Antmicro is a Strategic Founding Member of RISC-V International, driving the technology shift towards fully open computer design all the way down to the ISA. We successfully navigate our customers to use the RISC-V architecture as default in their products and choose smart, open tools and languages such as Chisel to support full openness and scalability.

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Get full control over your device thanks to the vendor-neutral character of the solutions we work with. No licensing fees, no dependence on particular providers - high flexibility, configurability and reusability in a range of scenarios.

VENDOR-NEUTRAL HIGH-SPEED IP CORES

Antmicro’s portfolio of vendor-neutral, portable and customizable high-speed interfaces enables implementing specific functionalities that ensure robust operation of the devices we build for our customers.

PCIe allows systems to transfer big amounts of data at a very high speed, which is crucial for real-time video and audio processing.

MIPI CSI-2 enable connecting various cameras to the devices that we build, while SDI gives us the option to connect broadcast-grade cameras.

S/PDIF provides digital audio transmission capability, e.g. in voice control and keyphrase detection applications.

Our Ethernet FPGA IP implements a high-speed internet connection and can be used to e.g. control the whole system or stream video with an option to filter packets.

We develop dedicated video and audio codecs for real-time data compression and seamless streaming.

Ready to be implemented in a wide range of platforms, our FastVDMA can be used to add a graphical user interface to the system.

Implementing our USB IP cores in device mode enables multiple high-speed endpoints for control and data interfacing, while host mode allows for connecting several USB devices.

The FPGA-based graphics accelerators that improve performance and add functionalities, e.g. mode blending.

Our FPGA-based AI accelerators enhance various systems and platforms such as the EU-funded VEDLIoT project.

In our work, we use a range of softcores, such as Core-V MCU or VexRiscv, which we enhance with additional functionalities, e.g. multi-core capability

OPEN SOURCE FPGA HARDWARE

DC-SCM compatible BMC

A platform providing open-source DC-SCM with a Baseboard Management Controller (BMC) unit based on the Xilinx Artix-7 or Lattice ECP5 FPGA family

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LPDDR4 testing platform

We have built a Xilinx Kintex-7 FPGA-based platform for developing and customizing LPDDR4 memory chips and controllers.

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UltraScale+ Processing Module

Open source carrier board for Xilinx Zynq UltraScale+ MPSoC modules, which enables building fast and accurate multi-channel data-acquisition systems suitable for video processing.

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Arty Expansion Board

A platform enabling system prototyping on the low-cost Arty A7: Artix-7 FPGA Development Board.

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