Electron Fabric Architecture IP
Bringing the industry-leading energy efficiency of our Electron E1 general-purpose processor to your next SoC. Silicon-proven and licensable, it combines accelerator-class efficiency with full programmability, replacing fragmented ASIC patchworks with a single architecture that accelerates your entire application.
Dataflow-native execution
Orders of magnitude better efficiency achieved through dataflow execution. Mapping programs spatially eliminates the programmability tax – fetch & decode, pipeline reconfiguration, register-file communication – of traditional processors.
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Drop-in software compatibility
Powered by the effcc Compiler, Electron Fabric Architecture IP supports C, C++, RUST, LiteRT, and ONNX for easy integration with existing Arm and RISC-V ecosystems. Just compile with the effcc Compiler, which offers a software experience your team already understands. The effcc Compiler easily drops into your compilation flow.
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Silicon-proven, IP-ready
Devices already use the Fabric architecture in production via the Electron E1 general-purpose processor. You receive a proven ecosystem, including verilated reference design, synthesizable RTL, PPA, UPF models, timing constraints, and the full effcc Compiler SDK.
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A single Electron Fabric Architecture IP block can execute AI inference, signal processing, sparse and graph workloads, compression, cryptography, control code, and more with consistent efficiency. With it, system architects can replace patchworks of accelerators with
Outperforming today's licensable processor cores
Electron Fabric IP delivers a step change in performance over the processor IP available to embedded designers today, because it executes an entire application as a spatial dataflow graph instead of a stream of instructions. Where a licensable core funnels every operation through a handful of pipelines, the Fabric lays the program out across thousands of processing elements and runs those operations concurrently, with data passing straight from producer to consumer rather than round-tripping through a register file. The result is more work per cycle and more work per joule across whole applications, not just on the kernels that happen to map cleanly onto an accelerator.
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Accelerator-class efficiency without accelerator lock-in
Conventional designs trade efficiency for flexibility, forcing architects to stitch together CPUs, GPUs, and fixed-function blocks. Electron Fabric Architecture IP is a real alternative, delivering orders of magnitude more performance and up to 100x greater efficiency on entire applications by executing each application as a spatial dataflow graph, so thousands of operations run concurrently instead of queueing through the few instruction pipelines that processor IP available today depends on. Because the Fabric is fully programmable, you don't need to repeat full accelerator design cycles as new workloads emerge.
One architecture for every workload
A single Electron Fabric Architecture IP block can execute AI inference, signal processing, sparse and graph workloads, compression, cryptography, and control code with consistent efficiency. With it, system architects can replace patchworks of accelerators with one unified solution to simplify integration, validation, and software maintenance.
Easy integration
SoC designers can integrate Electron Fabric Architecture IP into their systems through industry-standard interconnects, including AXI. Compatibility with existing Arm and RISC-V ecosystems lets them drop it into their current platform architecture without re-engineering the surrounding system.
Faster time-to-market,lower risk
Custom accelerator development is slow, expensive, and fragile when requirements change. Electron Fabric Architecture IP, delivered with production-validated RTL and a complete software stack, helps SoC teams to bring silicon to market faster while preserving their existing software ecosystem.
Electron Fabric Architecture IP in the Real World
Critical infrastructure observability
Most smart factory, energy grid, and infrastructure monitoring deployments run continuously for decades. A single Electron Fabric Architecture IP block provides the programmability for these deployments to evolve over time, keeping systems modern and powerful.
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Autonomy and robotics
Robotics platforms run perception, planning, and control loops side by side, typically in separate compute domains. By executing full applications on a single Electron Fabric Architecture IP block, SoC designers can deliver deterministic, real-time performance for VSLAM, navigation, and obstacle avoidance with the energy efficiency needed for embedded energy-constrained systems.
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Defense and aerospace
Mission-critical defense and aerospace systems need significant on-device compute under hard SWaP constraints. Electron Fabric Architecture IP unlocks advanced AI, sensor fusion, and signal processing in a single licensable block. System designers can deliver next-generation autonomy and intelligence without expanding payload weight or thermal overhead.
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Physical AI systems
Edge AI designers want AI inference, sensor processing, and real-time control on the same device. But these workloads traditionally require multiple specialized blocks. Electron Fabric Architecture IP unifies these workloads on a single programmable architecture, delivering on-device intelligence on a fraction of the energy these workloads normally demand, because it executes each application as a spatial dataflow graph rather than queueing it through a handful of instruction pipelines.
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