Powering Innovation
Across Industries
Deep semiconductor design expertise tailored to the unique requirements, standards, and challenges of the world's most demanding industry verticals.
From AI accelerators to mil-spec sensors, our teams bring silicon-proven methodology to every vertical we touch — backed by ISO certifications and deep ecosystem partnerships.
Artificial Intelligence
& Machine Learning
The AI revolution runs on custom silicon. We design high-performance compute architectures optimized for inference and training workloads — from edge AI accelerators to data center GPUs and NPUs. Our teams understand the unique demands of neural network processing: massive parallelism, memory bandwidth optimization, and power-efficient compute.
We've contributed to designs spanning custom ASIC accelerators, on-chip tensor processing units, and heterogeneous compute SoCs for AI-first applications.
AI Accelerators
NPU / TPU
Edge aAI
HBM Integration
5G & Networking
Next-generation connectivity demands semiconductor designs that push the boundaries of throughput, latency, and power efficiency. We design silicon for 5G baseband processors, RF front-ends, network switches, routers, and infrastructure SoCs.
Our networking expertise spans high-speed SerDes design, protocol engines (Ethernet, PCIe, CXL), and custom DSP implementations for signal processing in cellular and wireline applications.
5G Baseband
RF Front-End
High-Speed SerDes
Network Processors
Automotive & Autonomous Vehicles
Automotive semiconductor design demands uncompromising safety, reliability, and performance. We deliver ISO 26262-compliant designs for ADAS, infotainment, powertrain, and body electronics — with deep expertise in functional safety at ASIL-B through ASIL-D levels.
From vision processing SoCs for autonomous driving to power management ICs for EV platforms, our automotive practice covers the full spectrum of in-vehicle silicon.
ADAS / AD
ISO 26262
EV Power
Infotainment
Consumer & Wearables
Consumer devices demand aggressive power optimization without compromising performance. We design ultra-low-power SoCs, sensor hubs, audio processors, and wearable-class chips that extend battery life while delivering rich user experiences.
Our consumer practice covers smartphones, smartwatches, hearables, AR/VR headsets, and smart home devices — always pushing the envelope on integration density and power efficiency.
Ultra-Low-Power
Sensor Hub
Audio DSP
AR / VR
Internet of Things
IoT semiconductor design is defined by extreme constraints: ultra-low power, small die area, wireless connectivity, and security — all at aggressive cost targets. We design IoT-class SoCs, MCUs, and connectivity ICs optimized for these trade-offs.
Our IoT expertise spans BLE, Wi-Fi, Zigbee, LoRa, and NB-IoT connectivity, with integrated security subsystems and edge intelligence capabilities.
BLE / Wi-Fi
LoRa / NB-IoT
MCU Design
Security
NVMe · UFS · Flash
Storage & Data Infrastructure
Modern storage demands blazing-fast data throughput, robust error correction, and enterprise-grade reliability. We design controller SoCs, PHY interfaces, and signal processing engines for SSD, NVMe, UFS, and enterprise storage applications.
Our storage practice covers the full controller pipeline: host interfaces, flash translation layers, ECC engines, and high-speed NAND/NOR flash PHY design.
SSD Controllers
NVMe / UFS
ECC Engines
Flash PHY
RISC-V Ecosystem
RISC-V is reshaping the processor landscape, and Npowert is at the forefront. We design custom RISC-V cores, SoCs, and IP — from tiny embedded controllers to high-performance application processors. Our RISC-V practice covers the full stack: core design, verification, software ecosystem enablement, and production deployment.
Whether you're building a RISC-V-based MCU for IoT or a multi-core application processor, we bring deep ISA expertise and production experience.
Custom RISC-V Cores
SoC Integration
ISA Extensions
Software BSP
High-Rel · Mil-Spec · Power
Industrial & Defense
Industrial and defense applications demand the highest levels of reliability, longevity, and environmental resilience. We design radiation-tolerant, wide-temperature, and high-reliability semiconductor solutions for harsh-environment applications.
Our industrial practice covers motor control ICs, industrial automation processors, power conversion controllers, and defense-grade communication and sensing systems built to mil-spec standards.
High Reliability
Wide Temperature
Motor Control
Mil-Spec
