We provide end-to-end VLSI engineering support across frontend and backend development flows, with a focus on reliable execution, clean design practices, and scalable engineering solutions.
Our work spans digital design, verification, physical implementation, FPGA prototyping, and validation support for semiconductor and hardware teams.
What We Do
We provide end-to-end semiconductor design services across the complete chip development lifecycle:
- RTL Design & Microarchitecture
- Functional Verification (UVM/SystemVerilog)
- FPGA Design & Prototyping
- Physical Design & STA
- DFT & Scan Insertion
- Analog & Mixed Signal Verification
- Custom Layout & Circuit Design
- Embedded Systems Integration
- Silicon Validation & Debug
Our engineering approach emphasizes quality, performance, and faster time-to-market.
Frontend Design
RTL
Design digital architecture, logic design, and integration support for scalable digital systems.
Digital Verification
SystemVerilog/UVM-based verification environments focused on coverage, reliability, and debug efficiency.
Analog Mixed Signal Verification
Analog and mixed-signal verification support for validating functionality, integration, and system-level behavior across complex semiconductor designs.
Backend Design
Circuit Design
Custom analog circuit development, simulation, and validation for high-performance semiconductor systems.
Layout Design
Custom IC layout design and physical implementation support for reliable and manufacturable semiconductor systems. Analog ,std cell , memory, Rf, highspeed layouts.
Physical Design
Backend implementation support across floorplanning, STA, P&R, timing, and signoff flows. Practical physical design support from floorplan to timing, power, and design closure.
Post Silicon Validation
Debug and analysis support across integration and verification flows.
Building the Future of Silicon
As semiconductor technology continues to evolve rapidly, [AYT] remains committed to helping businesses innovate confidently through advanced VLSI engineering services and collaborative partnerships.
Building intelligent systems for the next generation.