The LP1-120 IP Platform is built around the IEEE 802.15.4 connectivity standard. This platform consists of the IEEE 802.15.4 MAC and PHY, a sensor fusion IP, and the LP-NNP IP. The LP1-120 IP Platform is designed to bring secure wireless connectivity to various ultra-low-power or battery-free smart devices, including industrial IoT, smart cities, smart grids.
The LP1-120 IP Platform is fully integrated for better portability to different embedded processors, including ARM, RISCV and ANDES. It can be smoothly integrated into an SoC or used as the main foundation of a standalone SoC.
IP Platform for AI-Enabled IEEE 802.15.4 Smart Sensors
Overview
Key Features
- IEEE 802.15.4 CONTROLLER :
- BPSK (20 Kbps @ 868 MHz, 40 Kbps @ 915 MHz
- OQPSK (250 Kbps @2450 MHz/2380 MHz, 250 Kbps @ 915 MHz, 100 Kbps @ 868 MHz)
- GFSK (100 Kbps @968 MHz)
- Other optional modulation support
- Bitstream processing (Channel coding, CRC, AES-CCM)
- MAC Firmware
- NEURAL NETWORK PROCESSOR :
- Configurable number of layers
- Configurable number of activation unit per layer
- Configurable input and output width
- Comprehensive firmware
- SENSOR FUSION :
- Kalman Filter Accelerator
- Convolutional Neural Network
- SECURITY ACCELERATOR :
- Protocol Supported : ECDHE, ECDSA
- Acceleration units : ECC, SHA256, AES 128
- TRNG
- AMBA standard interface : AXI/AHB/APB
Benefits
- Power and area-optimized
- Fully integrated for better portability to different embedded processors, including ARM and RISCV
- Built for smooth integration into an SoC or used as the main foundation of a standalone SoC
- Support for highly-differentiating products at a lower cost and time-to-market
- Complete UVM Verification environment
- End-to-end FPGA Validation Platform validated with qualified certification tools
Applications
- Industrial IoT
- Smart Grid
- Smart City
- Smart Home
Deliverables
- Delivered as Soft or Hard IP
- Link Layer Firmware and HCI
- FPGA Validation Platform
- UVM Test Bench
- Technical Specifications
- Integration Manual
Technical Specifications
Foundry, Node
Any
Availability
Available