Keep Work Moving
Nova is being developed around the goal of keeping compute resources productively occupied.
CoreInfinity processor architecture
Nova
Developing a new class of high-throughput processor architecture.
CoreInfinity is building Nova to rethink how computers execute software: sustaining useful throughput, scaling efficiently, and moving from RTL, simulation, and regression work toward FPGA proof-of-concept implementation.
The programme has moved beyond concept. The public story is what can be shared safely: architecture work, validation infrastructure, patent development, and the path to hardware proof points.
01
Processor Architecture
CoreInfinity is developing Nova, a next-generation processor architecture.
02
RTL and Regression
The architecture is being advanced through RTL development, simulation, and regression work.
03
FPGA Path
FPGA hardware has been secured and proof-of-concept implementation work is underway.
What is Nova?
A next-generation processor architecture from CoreInfinity.
Nova is a processor architecture programme designed to rethink throughput, scalability, and useful compute efficiency for future systems.
Nova keeps useful work moving.
That is the public-facing idea: more sustained utilisation, less wasted execution, and a processor architecture now being exercised through real engineering infrastructure.
The public thesis is direct: modern software and intelligent systems need architectures that keep more resources productively occupied under demanding conditions.
CoreInfinity is keeping the implementation private while sharing enough context for investors, engineers, journalists, and potential partners to understand the direction and momentum.
The challenge
Computing demand is moving faster than conventional efficiency gains.
AI, simulation, robotics, edge intelligence, and high-assurance software all increase pressure on throughput, power, latency, and platform predictability.
More work is expected from every watt.
Energy and utilisation are now strategic constraints, from embedded systems through advanced compute platforms.
Throughput must be useful, not just theoretical.
Future systems need architectures that sustain productive execution instead of depending on idealised benchmark conditions.
New workloads need new architectural options.
Nova is CoreInfinity's work toward a different foundation for the next era of compute.
The vision
Reimagining how computers execute software.
Nova is being shaped around practical compute pressure: sustained throughput, scalable execution, efficient utilisation, and a credible path toward real hardware.
Scale the Architecture
The programme is focused on architectural choices that can grow toward demanding future platforms.
Reduce Waste
CoreInfinity is focused on making silicon resources do more useful work with less waste.
Prove It in Hardware
Development is moving through simulation, RTL, proof-of-concept implementation, and hardware proof points.
Programme progress
Past investigation. Now proving the architecture.
Nova has been through sustained architecture, RTL, simulation, and regression work. The next public proof points are FPGA implementation, hardware validation, and larger demonstrations.
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Done
Architecture definition
Nova's core architecture direction is defined.
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Done
RTL codebase
A substantial RTL implementation exists and is being developed.
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Done
Simulation platform
Simulation infrastructure is in place to exercise and refine the architecture.
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Done
Regression infrastructure
Regression suites support repeatable testing as the implementation evolves.
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Done
Core concept validation
Fundamental architecture behaviour has been validated through modelling and simulation work.
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Active
Patent development
Patent families are being developed around the architecture.
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Active
FPGA implementation
Hardware has been secured and proof-of-concept implementation is underway.
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Next
Hardware validation
Validate Nova behaviour on physical implementation targets.
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Next
Multi-board demonstration
Demonstrate scale-out behaviour across a larger proof-of-concept platform.
Current status
The project is active and moving toward hardware proof points.
The public status is intentionally high level. It is enough to show substance while keeping the architecture itself protected.
Established in the UK
Core Infinity Limited is the company developing Nova.
Built and exercised in RTL
Nova's fundamental behaviour has been implemented, modelled, and exercised through simulation and regression work.
Patent portfolio in development
CoreInfinity is progressing the protection strategy around the architecture.
FPGA platform secured
Proof-of-concept work is advancing toward physical validation and demonstration.
Where Nova can go
Designed to scale from devices to infrastructure.
Nova is being developed as a general-purpose compute architecture, not a single-market processor. The ambition is an architectural foundation that can grow from mobile-class devices through desktop PCs, game consoles, workstations, servers, and infrastructure-scale platforms as implementation evidence matures.
Mobile and Compact Devices
- Phones
- Tablets
- Handheld systems
Desktop and Personal Computing
- Desktop PCs
- Laptops
- All-in-one systems
Gaming and Interactive Systems
- Game consoles
- Handheld gaming
- Real-time media
Professional Workstations
- Engineering workstations
- Creative systems
- Simulation platforms
Servers and Cloud
- Servers
- Datacentres
- Virtualisation
Embedded and Edge Systems
- Robotics
- Industrial systems
- Field devices
Intelligent Computing
- AI workloads
- Analytics
- Cognitive systems
Strategic Compute Platforms
- Research systems
- Custom silicon paths
- Long-term platform architectures
About CoreInfinity
Building toward a new class of processor architecture.
Core Infinity Limited is a UK technology company developing Nova. The company is focused on high-throughput, energy-conscious computing for future workloads.
The near-term focus is selective: continue technical development, protect the architecture, validate hardware behaviour, and speak with credible investors, semiconductor partners, research collaborators, and senior engineers.
Contact
Interested in Nova?
Contact CoreInfinity for investment, partnership, semiconductor collaboration, research discussion, engineering conversations, or press enquiries.
andy@coreinfinity.co.uk
United Kingdom