AI ACCELERATORS
Metis Compute Board
Axelera AI Metis Compute Board offers efficient ai compute for multi-stream applications in a compact design. It features a quad-core Metis AIPU and an ARM-powered RK3588 processor.
The Axelera AI Metis Compute Board
with ARM-based RK3588
The Axelera AI Metis Compute Board offers everything needed to build accurate and fast inference solutions right out of the box.
Equipped with a quad-core Metis AIPU and an RK3588 processor, this single-board computer (SBC) offers exceptional performance for demanding workloads in a compact, energy-efficient design. Its architecture includes a four-lane PCIe connection for seamless AI acceleration, making it ideal for multimodal applications using parallel or cascade model processing.
Connectivity is robust, with four USB ports, HDMI 2.0, dual Gigabit LAN, and versatile GPIO, UART, and I2C interfaces. Storage is equally flexible, featuring 64GB onboard eMMC, two SATA ports, and a microSD slot. Paired with Axelera’s Voyager SDK, the board simplifies AI model deployment and optimization, ensuring faster prototyping and reduced time-to-market. Whether running TensorFlow, PyTorch, or ONNX models, developers benefit from a scalable, ready-to-deploy platform that balances efficiency, versatility, and power in edge AI compute.
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Key Features

SBC with integrated Metis AI accelerator
A single-board computer (SBC) based on a Metis AIPU with a four-lane PCIe connection to the CPU makes it possible to run high performance inference tasks, suitable for running multi-stream and multi-model applications.

Local compute for Edge/IoT devices
Compact form factor SBC for low system complexity. With exceptional energy efficiency, the Metis Compute Board is designed for devices at the Edge that require intense compute resources.

ARM-based application processor
Powered by two quad-core ARM Cortex CPUs for general-purpose processing, the board is powerful enough to support nearly any use case, while ensuring compatibility with diverse application requirements.

Broad range of interfaces
Multiple connectivity options, including four USB ports, HDMI 2.0 port, and two gigabit LAN ports for networks and peripherals. Other interface capabilities include: UART, I2C, GPIO options make it simple to connect to and integrate with sensors and other peripherals.

Complete development stack
Including a Board Support Package (BSP) and the Axelera Voyager SDK the Metis Compute Board makes a complete platform to accelerate deployment, reduce development overhead, and simplify system integration.

Scalable platform
The Metis platform is designed to be adaptable to evolving AI needs. With its unique architecture based on RISC-V and D-IMC (digital in-memory compute), Axelera AI’s model zoo is continuously evolving to support the latest and most demanding neural networks.
Technical Specifications
Fast and Efficient
AI inference hardware
that does not break budgets.
Whether you are a computer vision system developer or integrator, software vendor or OEM, our AI acceleration hardware has been built to meet your needs. Delivering leading AI acceleration hardware in a range of industry accepted form factors supported by our easy-to-use software stack, Metis simplifies development, integration and deployment of AI inference acceleration.
Bram Verhoef, Director of Customer Engineering & Success at Axelera AI, demonstrates our latest edge AI and vision technologies and products at the 2024 Embedded Vision Summit. Specifically, Bram gives a product line overview and demonstrates the types of computer vision applications that Axelera AI’s Metis AIPU accelerates
See Metis in Action
24-live stream cameras
We showcase 24 concurrent live-streams, showing industry-leading multi-stream inference for video analytics, on a single Metis AI Processing Unit. Experience 24 live camera streams being processed using YoloV5 object detection based on a single Metis PCIe card.
Enabling a safer workplace
Together with our Partner Fogsphere we will highlight the power of AI will make the workplace safer. We will live demonstrate a Personal Protective Equipment (PPE) use-case, showing the capability for real-time monitoring of safety gear usage, such as helmets and vests. .