Efficient Computer

About Efficient Computer

Efficient Computer develops a programmable processor architecture that utilizes spatial dataflow to enhance energy efficiency, achieving up to 166 times greater efficiency than standard embedded CPUs. This technology enables long-lasting, battery-powered devices for applications in industrial automation, wearables, and space systems, addressing the critical issue of energy consumption in resource-constrained environments.

```xml <problem> Many industrial automation systems, wearables, and space systems are constrained by the limited battery life and energy inefficiency of standard embedded CPUs, hindering the deployment of advanced functionalities and increasing maintenance costs. This is particularly challenging in remote or inaccessible environments where frequent battery replacements are impractical. </problem> <solution> Efficient Computer has developed the Fabric processor architecture, a programmable processor that utilizes spatial dataflow to achieve significantly greater energy efficiency compared to conventional CPUs. This technology enables devices to operate for extended periods on battery power, facilitating real-time data processing and intelligent decision-making at the edge. The Fabric processor is designed to support familiar programming languages and AI/ML frameworks, allowing developers to seamlessly integrate it into existing workflows. </solution> <features> - Spatial dataflow architecture that minimizes energy waste by optimizing data movement between instructions. - E1 Processor: Ultra-energy-efficient processor designed for compute at the extreme edge. - effcc Compiler: Facilitates the translation of software written in standard programming languages to the Fabric processor architecture. - Compatibility with existing programming languages and AI/ML frameworks. - Enables battery-powered sensors to operate for years in industrial automation applications. - Supports advanced health monitoring applications in wearables with extended battery life. - Reduces power consumption and heat generation in satellite and space systems. </features> <target_audience> The primary target audience includes developers and manufacturers of industrial automation equipment, wearable devices, and satellite/space systems seeking to enhance energy efficiency and extend the operational lifespan of their products. </target_audience> ```

What does Efficient Computer do?

Efficient Computer develops a programmable processor architecture that utilizes spatial dataflow to enhance energy efficiency, achieving up to 166 times greater efficiency than standard embedded CPUs. This technology enables long-lasting, battery-powered devices for applications in industrial automation, wearables, and space systems, addressing the critical issue of energy consumption in resource-constrained environments.

Where is Efficient Computer located?

Efficient Computer is based in Pittsburgh, United States.

When was Efficient Computer founded?

Efficient Computer was founded in 2022.

How much funding has Efficient Computer raised?

Efficient Computer has raised 16219999.

Who founded Efficient Computer?

Efficient Computer was founded by Alex Hawkinson.

  • Alex Hawkinson - Founder
Location
Pittsburgh, United States
Founded
2022
Funding
16219999
Employees
33 employees
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Efficient Computer

Score: 100/100
AI-Generated Company Overview (experimental) – could contain errors

Executive Summary

Efficient Computer develops a programmable processor architecture that utilizes spatial dataflow to enhance energy efficiency, achieving up to 166 times greater efficiency than standard embedded CPUs. This technology enables long-lasting, battery-powered devices for applications in industrial automation, wearables, and space systems, addressing the critical issue of energy consumption in resource-constrained environments.

efficient.computer3K+
Founded 2022Pittsburgh, United States

Funding

$

Estimated Funding

$16.2M+

Team (30+)

Alex Hawkinson

Founder

Company Description

Problem

Many industrial automation systems, wearables, and space systems are constrained by the limited battery life and energy inefficiency of standard embedded CPUs, hindering the deployment of advanced functionalities and increasing maintenance costs. This is particularly challenging in remote or inaccessible environments where frequent battery replacements are impractical.

Solution

Efficient Computer has developed the Fabric processor architecture, a programmable processor that utilizes spatial dataflow to achieve significantly greater energy efficiency compared to conventional CPUs. This technology enables devices to operate for extended periods on battery power, facilitating real-time data processing and intelligent decision-making at the edge. The Fabric processor is designed to support familiar programming languages and AI/ML frameworks, allowing developers to seamlessly integrate it into existing workflows.

Features

Spatial dataflow architecture that minimizes energy waste by optimizing data movement between instructions.

E1 Processor: Ultra-energy-efficient processor designed for compute at the extreme edge.

effcc Compiler: Facilitates the translation of software written in standard programming languages to the Fabric processor architecture.

Compatibility with existing programming languages and AI/ML frameworks.

Enables battery-powered sensors to operate for years in industrial automation applications.

Supports advanced health monitoring applications in wearables with extended battery life.

Reduces power consumption and heat generation in satellite and space systems.

Target Audience

The primary target audience includes developers and manufacturers of industrial automation equipment, wearable devices, and satellite/space systems seeking to enhance energy efficiency and extend the operational lifespan of their products.

Efficient Computer - Funding: $15M+ | StartupSeeker