RTL / Digital Design
Micro-architecture and RTL implementation of digital blocks and subsystems.
Semiconductor Engineering
Semiconductor Engineering at ASAL Technologies covers RTL and digital design, design verification and physical implementation across the chip lifecycle, delivered by dedicated engineering teams. It is for semiconductor companies that need to add expert capacity to tape-out schedules without building every team in-house.
Problems We Solve
What Semiconductor Engineering Solves
- Tape-out schedules constrained by scarce verification and physical design talent
- Verification coverage gaps late in the cycle
- Timing, power and area closure consuming schedule
- Difficulty scaling semiconductor R&D teams quickly
Capabilities
Semiconductor Engineering Capabilities
Design Verification
UVM-based verification environments, coverage closure and regression management.
Physical Design
Floorplanning, place and route, timing closure and sign-off support.
Semiconductor R&D Teams
Dedicated semiconductor engineering teams aligned to your methodology and tools.
Delivery Model
How ASAL Delivers
- 1Dedicated block or subsystem ownership
- 2Integration with your EDA flows and methodology
- 3Milestone reporting against tape-out plans
Tools & Stack
Technologies
- SystemVerilog
- UVM
- Industry-standard EDA flows
- Static timing analysis
- Scripting (Tcl, Python)
Buyer Questions
Semiconductor Engineering: Frequently Asked Questions
- What semiconductor services does ASAL provide?
- ASAL provides RTL/digital design, design verification and physical design, plus dedicated semiconductor R&D teams.
- Can ASAL work within our EDA tools and methodology?
- Yes. Teams integrate with the client's existing EDA flows, methodology and sign-off criteria.
Talk to ASAL About Semiconductor Engineering
Book a call and get a concrete plan for your roadmap.