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Regus, Cardiff Gate Business Park, Malthouse Ave, Pontprennau, Cardiff CF23 8RU, United Kingdom

info@novomorphic.com

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Get in touch

System-First Edge AI

for

Signal - Intelligence - Control

We design chips and electronic systems together, so edge devices can sense the world, decide locally, and act in real time under tight power, safety, and security constraints

Design Network Partner

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Edge AI Demands Integrated Engineering

Edge intelligence lives at the intersection of signal acquisition, compute architecture, and real-time control.

We begin with system requirements, latency, power, thermal limits, safety targets, lifecycle, and security, and engineer silicon and electronics to meet them as a unified platform.

From Signal to Control, Designed as One

Signal

Sensor interfaces, mixed-signal integration, RF front ends, and robust data acquisition pipelines engineered for real-world environments.

Intelligence

Secure Edge AI architecture, HW/SW partitioning, SoC subsystems, memory and interconnect optimisation for deterministic local inference.

Control

Real-time logic, safety-aware architectures, power electronics integration, and secure lifecycle management.

Each layer is developed with full awareness of the others. Performance, power, and reliability are achieved through coordinated design.

Our Approach

   

01
step
Define system constraints
Clear targets for latency, power, cost, safety, and lifecycle.
02
step
Analyse workload & data flow
Understanding where compute, memory, and bandwidth truly matter.
03
step
Partition architecture
Determining what belongs in silicon and what remains flexible.
04
step
Prototype & validate
Early modelling, FPGA validation, subsystem testing.
05
step
Deliver silicon & support
Architectures ready for deployment in demanding environments.

Edge Intelligence Across Critical Sectors

Aerospace & Defence ITAR-Free, Dual-Use Signal, Intelligence, Control Platforms

System-first edge architectures engineered for secure sensing, local intelligence and deterministic control, developed within UK-sovereign, ITAR-free environments for mission and commercial deployment. Novomorphic is JOSCAR registered.

Sovereign & ITAR-Free Architecture

  • UK-based development workflows with no offshore access

  • ITAR-free design environments for export flexibility

  • Secure toolchains aligned to MoD and allied standards

Deterministic Edge Intelligence

  • On-device AI for ISR, radar, secure communications, and sensor fusion

  • Latency-defined signal-to-control pipelines

  • Architectures engineered within constrained power and thermal envelopes

Dual-Use, Long-Lifecycle Deployment

  • Platforms suitable for defence and commercial aerospace

  • Radiation-tolerant and thermally resilient design

  • Architectural reuse enabling 10+ year mission lifecycles

Automotive & EVs Smarter Semiconductors. Safer Systems.

We design custom semiconductors and electronic systems for modern vehicles, powering ADAS, EVs, and vehicle control with precision, safety and reliability.

 

Functional Safety

  • Semiconductor designs aligned with ISO 26262 and ASIL targets

  • Verified IP blocks for diagnostics, redundancy and fault tolerance

  • System-first architecture to reduce integration risks across ECUs

Power for the EV Transition

  • Mixed-signal and CS designs for powertrain, battery management, and charging systems

  • Thermal-aware architectures for compact, high-efficiency deployment

  • Electronic systems optimised for real-world conditions and lifetime performance

Built to Scale

  • Designed using automotive-grade Cadence toolflows

  • Trusted UK-based workflows, zero offshore, zero uncertainty

  • Full lifecycle support from concept to system integration and validation

Telecoms & 5G Infrastructure Connectivity at the Speed of Thought

High-speed digital, SERDES and RF semiconductors for network performance, scalability and energy efficiency.

High-Speed Interfaces

  • Custom SERDES and PHY for 5G, fronthaul and datacentre

  • Signal integrity validation early in the flow

  • Aligned with 3GPP and ORAN standards

System-Level Optimisation

  • Architecture workshops to reduce latency and jitter

  • RTL tuned to power/performance trade-offs

  • Verification tailored to telecom-grade reliability

Secure Supply Chains

  • UK-based design, free from export restrictions

  • Trusted flows for critical national infrastructure

  • Engagement with Tier-1 and public sector networks

Energy Systems & Smart Grid Powering the Net-Zero Transition

We design custom semiconductors and electronic systems for resilient, efficient and intelligent energy infrastructure, on the grid, at the edge, and in motion.

Power Electronics Integration

  • Compound semiconductor design using GaN and SiC

  • Co-architected power and control subsystems for switching and conversion

  • Suited for renewables, EV charging, and industrial inverters

Grid-Edge Intelligence

  • Embedded processing and signal-chain integration for energy-aware control

  • Real-time analytics for demand-side response and predictive grid behaviour

  • Secure comms-ready designs for smart infrastructure

Infrastructure-Ready Reliability

  • Electronic systems verified for harsh conditions and 10+ year lifecycles

  • Designed to meet grid standards and long-term maintainability

  • Enables sovereign capability in energy-critical national deployments

Industrial Automation & Robotics Precision Under Pressure

Mixed-signal and embedded intelligence for real-time control, harsh environments, and scalable automation.

Mixed-Signal Integration

  • Custom ADCs, DACs, and sensor interfaces

  • Analogue/digital co-simulation to avoid integration surprises

  • Designs optimised for noise resilience and signal accuracy

Embedded Edge Intelligence

  • On-chip compute for low-latency, high-reliability decisions

  • Supports motor control, predictive maintenance, safety logic

  • Built for ultra-low power and real-time workloads

Reliability at Scale

  • Thermal-aware design for high-duty cycles

  • Functional safety and diagnostic features built-in

  • Manufacturability for industrial-grade volumes

Engineering Capabilities

System Architecture & Partitioning

End-to-end architecture definition across signal, compute, and control domains

 
 
 

Signal Chain & Mixed-Signal Engineering

High-integrity sensor and analogue front-end design delivering robust, real-world data pipelines into digital systems.

 
 

Edge AI & Compute Subsystems

Deterministic on-device inference architectures with optimised memory, timing, and accelerator integration.

 
 
 

Control & Power Electronics Engineering

Real-time control and power-aware architectures engineered for efficient, reliable actuation.

 

Custom Silicon & SoC Implementation

ASIC and SoC development from RTL through verification, FPGA prototyping and physical realisation.

 

Safety, Security & Lifecycle Engineering

Secure, safety-aligned designs built for regulated environments and long operational lifetimes.

 
 
 

Our partners and collaborators