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The effcc compiler optimizes your code for Efficient’s Fabric architecture, delivering unparalleled energy savings and performance.
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The effcc compiler supports high-level languages and frameworks so that developers can optimize existing applications for the Fabric processor without rewriting code. Simply drop in your code—and compile.
Unlike traditional FPGA synthesis tools, effcc can compile code in minutes, allowing developers to refine, test, and deploy new functionality fast.
Advantages
The effcc compiler offers a familiar interface to help developers quickly harness the full potential of the Fabric with minimal onboarding. With full support for C, effcc integrates seamlessly into existing toolchains for faster development.
Using Efficient’s proprietary MOF technology, the effcc compiler automatically analyzes and optimizes code to reduce energy consumption on the Fabric, extending application functionality, performance, and battery life.
We are continually expanding effcc’s support for popular languages like C and TensorFlow, offering developers more options and flexibility as new libraries and frameworks are added.
The effcc compiler integrates seamlessly with existing developer tools, acting as a drop-in replacement for GCC/Clang compilers.
Use Cases
In wearable devices, the Electron E1 processor extends battery life while supporting high-performance health monitoring and fitness tracking, making it ideal for long-term, energy-efficient use.
The Electron E1 boosts smart farming by processing data directly at the edge, improving resource management and productivity through real-time analysis and decision-making.
The Electron E1 enables efficient data processing for logistics, asset tracking, and preventive maintenance, helping to streamline industrial operations and reduce energy costs.
In space and defense applications, where power is limited, the Electron E1 processor delivers advanced computing capabilities while keeping energy use low, making it suitable for mission-critical environments.
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