Technology for Efficient AI Compute

Efficient AI Starts
Inside the Silicon

Patented memory technology and optimized RISC-V processors that deliver a step-function improvement in AI inference efficiency.

Patented Memory Technology

Aril Standard Cell Memory

  • ■On-chip single and multiport memories
  • ■Enables memory-in-compute
  • ■Silicon proven @ 4nm, scales with logic
40%
Lower active power
1.5×
Faster (2-port 1R1W)
3.6×
Smaller area (2-port 1R1W)
0.45V
Min voltage
Integrates like standard logic
AI Inference Processor

Scalable AI Processor Engine

  • ■RISC-V architecture with integrated vector and matrix engines
  • ■Data center performance at edge power
  • ■Architected for efficiency
100's
TOPS inference per block
Memory-in-Compute
>60
TOPS / Watt
Flexible Datatypes & Dynamic Precision
Low voltage capable for maximum efficiency
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BIG Performance, Little Power

Applications

Built for the Hardest Problems at the Edge

Real-time AI inference where power, size, and thermal constraints leave no margin for waste.

Robotics & Industrial Automation

Multi-camera 3D perception and real-time autonomy for next-generation industrial robots, pick-and-place systems, and factory automation.

Drones, Defense & Aerospace

Intelligence, Surveillance & Reconnaissance (ISR), autonomous flight, and sensor fusion in SWaP-constrained platforms. Proven heritage with U.S. Air Force SBIR programs.

Edge Compute & Vision Systems

Smart cameras, industrial inspection, and video analytics with AI processing at the sensor — no cloud dependency.

Autonomous Vehicles

Hundreds of TOPS for multi-sensor fusion and real-time decision making at a fraction of the power budget.

Why Aril

Engineered for Efficiency

Conventional edge AI processors force a choice between performance and power. Aril's memory-in-compute architecture eliminates that tradeoff — delivering data center-class TOPS in thermal envelopes designed for fanless, sealed systems.

  • Data center-class AI inference at embedded power levels
  • Up to 12× better performance per watt
  • Dynamic voltage scaling for real-time power management
  • RISC-V software ecosystem — no proprietary lock-in
  • Patented Aril Standard Cell Memory enables memory-in-compute efficiency
Aril AI Processor: highest performance and highest efficiency. All other edge AI processors are lower on one or both axes.
Aril AI Processor
Other Edge AI Processors

Aril combines a high-performance microarchitecture, optimized physical design, and patented standard cell memory — a compounding efficiency advantage no single innovation can replicate.

20M+
Processors shipped by founding team
$1B
Total revenue from prior designs
30+
Years in RISC processor design
8
Founding engineers
Proven Team

Not Our First Processor

Aril's founding team designed the RISC processors that powered industry leaders' core routers, laser printers, and mission-critical defense systems. Aril has proven experience with high-reliability, high-volume silicon from design through production.

We bring that same microarchitecture-to-silicon expertise to the RISC-V AI era — solving problems the optimal way, not the conventional way.

QEDMIPSIntelGoogleAMDTensilicaCiscoMellanoxPMC-SierraMoSys

Ready to Build Something
Efficient?

Whether you need optimized memory for your next ASIC or a complete AI inference processor IC for your system, our team is ready to help.

Contact Us