Experiment With Our effcc Compiler Playground

Access the effcc Playground to visualize your code's operation on the Fabric architecture and get a look into the energy saving estimates.

Technology Overview

Revolutionizing energy efficiency in computing with spatial dataflow architecture

Efficient Computer is ushering in a new era of computing with our ultra-energy-efficient Fabric processor architecture. Combining unmatched efficiency and seamless programmability, the Fabric breaks through the limitations of existing processors and enables groundbreaking applications across industries.

Calendar Icon
Power your devices for years, not weeks

Our processors are 100x more efficient than leading low-power CPUs, creating unprecedented levels of compute at the extreme edge.

Pc icon
Experience exceptional performance at the edge

Our technology delivers cutting-edge performance which enables real-time processing and intelligent decision-making in even the most resource-constrained environments.

Gear icon
Use the tools you love

Our processors support your preferred programming languages and AI/ML frameworks and integrates effortlessly with your build process, so you can keep working with the tools you know.

Our Products

Powerful synergy of hardware and software

E1 Processor

The E1 processor harnesses spatial dataflow between instructions to improve performance and eliminate wasted energy.

Efficient Computer Chip image

effcc Compiler

The effcc compiler allows developers to transport software written in familiar programming languages onto the Fabric processor architecture to maximize performance and efficiency.

Efficient Computer Visual Code Representation

App Spotlight

Industrial Automation

Industrial automation often struggles with energy inefficiency which leads to expensive maintenance and the need for manual oversight. Efficient’s processor architecture unlocks the potential for true automation by enabling intelligent, battery-powered sensors that can run for years. This technology supports real-time data processing and predictive maintenance, minimizing human intervention and maximizing operational efficiency.

App Spotlight

Wearables

Wearable technology, particularly in health monitoring, is often constrained by battery life and device size. Efficient’s processor architecture breaks these barriers and ushers in devices that can operate for years on a single battery. This newfound freedom allows for more innovative designs and advanced health applications, from lifelong pacemakers to sophisticated remote health monitoring tools in underserved areas.

App Spotlight

Satellite and Space Systems

In space, where every watt counts, Efficient’s processor architecture redefines what’s possible. By drastically reducing power consumption and heat generation, our technology enables more sensors and advanced functions without increasing payload or cost. This breakthrough allows scientists to innovate beyond current energy constraints and paves the way for new monitoring technologies and further space exploration.

ArrowArrow

Latest Resources

Stay Updated with Latest Articles

Efficient Computer Logo on a grey backgroundEfficient Computer logo on a dark background

Blog

Efficient Takes On Embedded World 2025

By: Adam Kaufman, Director of Product Marketing

Efficient Computer Logo on a grey backgroundEfficient Computer logo on a dark background

Blog

Unlocking Space Innovation with Energy Efficiency at ISSCC 2025

By: Brandon Lucia, CEO and Co-Founder

Efficient Computer Logo on a grey backgroundEfficient Computer logo on a dark background

Blog

Efficient Computer Introduces Software Ecosystem to Showcase Energy Efficiency Gains

By: Brandon Lucia, CEO and Co-Founder

Efficient Computer Logo on a grey backgroundEfficient Computer logo on a dark background

Media

The Cost of AI: Navigating Demand vs Supply for AI Strategy

Host: Joao-Pierre S. Ruth, Senior Editor

Efficient Computer Logo on a grey backgroundEfficient Computer logo on a dark background

Media

AI's Energy Crisis: Innovations Shaping the Future of Computing

Host : Christopher McFadden