SiMa.ai - The First Purpose Built Gen AI at the Edge MLSoC

SiMa.ai The First Purpose Built Gen AI at the Edge MLSoC

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Home: https://sima.ai

Developer Tools

#embedded edge
#Machine Learning
#MLSoC
#computer vision
#autonomous vehicles
#robotics

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What is SiMa.ai?

SiMa.ai offers a comprehensive platform for edge AI, centered around its Machine Learning System on Chip (MLSoC™). This technology allows for the efficient implementation of full-pipeline, real-world ML solutions. SiMa.ai's MLSoC™ is designed to work with any edge application, network, model, modality, framework, sensor, and resolution.

The platform delivers significant performance and power efficiency improvements, achieving up to 10x better performance and 40%-400% better FPS/watt compared to competitors. SiMa.ai's solutions cater to a range of industries, including industrial sector & robotics, autonomous vehicles, government, healthcare, smart retail, and drones.

Features

Performance: 10x performance and 12x faster end-to-end pipeline FPS than PCIe ML accelerator.
Power Efficient: 40%-400% better FPS/watt.
MLSoC™ Product Family: Enabling full-pipeline implementations of real-world ML solutions.
MLSoC™ Boards: Hardware solutions for deploying ML applications.
MLSoC™ DevKit 2.0: For rapid evaluation, prototyping, and demonstration of computer vision edge ML applications.
Palette Software: Software tools for developing and deploying on the MLSoC platform.
Edgematic: No code computer vision pipeline evaluation and iteration for faster time to deployment.

Use Cases

Industrial Sector & Robotics: Improve performance in challenging industrial applications.
Autonomous Vehicles: Expedite autonomous and electrification roadmaps.
Government Sector: Provide powerful, SWaP-friendly, and future-proof solutions.
Healthcare: Enable on-device processing of medical data with low power.
Smart Retail: Generate real-time insights on consumer behavior.
Drones: Achieve +2x flight time and +20x improved responsiveness.
Smart Vision: Facilitate highly-efficient, low-power design.