Low Power Hardware Acceleration IP
AREA-EFFICIENT HARDWARE ENGINE DESIGNED FOR POWER AND RESSOURCE-CONSTRAINED EMBEDDED DEVICES
Overview
Our hardware acceleration engines are area and power -efficient. These are the support for very compact and complete systems-on-chip. Make your next IoT products secure and smarter with proven and standard-compliant IPs.
Benefits & Applications
Benefits
- Power and area optimized
- Fully standard compliant
- Easy to integrate
- FPGA Validation platform
Applications :
- Smart Sensors
- Embedded Sim
- Secure RFID
Hardware Acceleration IP
Low Power NNP
Designed for ultra-low power consumption and area efficiency
Low Power Security Engine
Designed for ultra-low power consumption and area efficiency
- ECDHE
- ECDSA
- ECC/SHA/AES/TRNG
Resources
Low Power NNP
Low Power Security Engine
Request Datasheet
Low Power Hardware Acceleration IP FOR IOT
AREA-EFFICIENT HARDWARE ENGINE DESIGNED FOR POWER AND RESSOURCE-CONSTRAINED EMBEDDED DEVICES
Low Power Neural Network Processor
POWER AND AREA OPTIMIZED AI-MICRO CORe FOR REsource-constrained IoT SENSORS
Overview
The LP-NNP is a power and area-optimized Neural Network Processor designed for resource-constrained IoT sensors. It is an AI micro-engine designed to enable efficient neural network processing on low-power IoT sensors. The size of the engine is configurable for various applications. It comes with a comprehensive firmware that adapts existing machine learning learning libraries to its functionalities
Benefits
- Power optimized
- Area optimized
- Configurable
- AMBA Standard Interface
- AXI/AHB/APB
- UVM verification environment
- FPGA Validation Platform
- Comprehensive Firmware
APPLICATIONS
- Industrial IoT
- Smart Grid
- Smart Cities
Low Power Neural Network Processor
The Low Power Neural Network Processor is designed to enable distributed learning on IoT. It is fully customizable comes with a firmware that adapts functionalities from existing ML libraries to the engine implementation.
Resources
Low Power NNP
Low Power Security Engine