Intelligent Systems
Where computation meets the physical device.
As conventional scaling slows, performance increasingly comes from new architectures, materials, and interconnects. SPARK works at the boundary of computation and physical implementation, from signal integrity to novel device and interconnect concepts.
Solutions
- 01Architecture feasibility
- 02Signal-integrity analysis
- 03Prototype test plan
Focus areas
- 01Alternative computing architectures
- 02Interconnect and signal integrity
- 03Material response in devices
- 04Hardware-software co-design
- 05Measurement and test systems
Why it matters
Semiconductors, Photonics & Computing Hardware
The next gains in computing will come from new architectures and physical implementations as much as from smaller transistors.
Built for
- Semiconductor and photonics companies
- Hardware research laboratories
- Electronics manufacturers
- Defense electronics programs
Applications
- Alternative computing architectures
- High-speed interconnects
- Device characterization
- Hardware test systems
Solutions
How SPARK helps.
Every engagement is scoped to your question, your data, and the decision it supports.
- 01
Architecture feasibility
Map a computational task onto candidate hardware pathways and identify the real constraints.
- 02
Signal-integrity analysis
Characterize timing, noise, and integrity in high-speed or unconventional interconnects.
- 03
Prototype test plan
Define the measurements and fixtures that prove a device concept works.
Next step
Put SPARK on your hardest problem.
Tell us what you need to know and the data you have. We'll scope the fastest path to a decision-ready answer, under NDA where required.