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Energy waste has long been computing’s greatest constraint. Efficient Computer eliminated it. Now, build freely, deploy anywhere, and run for years—not months.
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Request Information
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To meet modern demands, processors must be entirely reimagined, breaking free from the constraints that have plagued computing for decades.
This spatial dataflow architecture supports general-purpose computing, without being bound by the constraints of traditional processor designs or limited by fixed-purpose accelerators.
The Electron E1 processor combines efficiency, high performance, and general-purpose programmability to unlock new use cases across many industries, including industrial automation, space and defense, critical infrastructure, and wearables.
Experience unmatched results:
Up to 100x energy efficiency improvements over traditional low-power CPUs
Intelligent edge applications that run for years, not days
The effcc Compiler supports high-level languages and frameworks so that developers can optimize existing applications for the Fabric processor without rewriting code
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Features/Benefits
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High performance for the extreme edge:
Low voltage: 5.4GOPS (50MHz system clock)
High voltage: 21.6GOPS (200MHz system clock)
Ultra-efficient and performance modes:
Efficiency mode
Performance mode
Low-power and sleep and deep-sleep modes
Runs general-purpose code on Efficient’s fabric
Support for a growing variety of valuable developer on ramps
Available Now
C
Coming
TFLite
ONNX
C++
Python
Rust
Ultra-fast compilation times
Exceptional developer experience and compatibility
Compiler drop-in replacement for GCC/Clang
Debugger drop-in replacement for GDB (coming second-half 2025)
Integrates seamlessly with most build systems
Ultra-low-power on-chip memory and storage
4 MB of NVM (MRAM) with DMA support
3 MB ultra-low-power SRAM
128KB (8KB/bank) of ultra-low-power cache
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4 μW/MHz active mode power
Power down mode while fabric runs
RV32iac+zmmul support
Standard BGA package
8.3mm x 7.1mm
Onboard clock generation + power conversion
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Supply voltage: 1.8V
Internal logic voltage: 0.55V-08V
Temperature range: -40°C to 125°C
Optimal operating point: 25°C
Programmable power management unit
Programmable wake-up controller
Integrated LDO/buck power conversion
Integrated ultra-low-power clock generation
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6x QSPI masters for peripherals
6x UART with flow control for peripherals
6x SPI slave for host communication
6x I2C masters for peripheral communication
72x GPIO
1x RTC
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Blog
By: Adam Kaufman, Director of Product Marketing
Blog
By: Tony Nowatzki - Research Scientist
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