Semiconductor engineering services
ASIC design and verification, DFT and physical design, analog layout, and the embedded firmware and software that runs on the chip, from iVLSI Technologies in Bhubaneswar.
Or email info@ivlsi.com
01 · Services
From RTL and verification to layout, firmware and the software on top of the silicon.
All services →RTL and SoC design expert delivering fabrication-ready IPs with comprehensive verification including UVM, low-power, formal.
Expert in P&R, STA, DFT, ATPG, and physical verification across advanced nodes with timing closure.
iVLSI delivers precise semiconductor design specializing in custom analog, mixed-signal, RF, memory, and high-speed layouts.
Robust embedded software solutions optimized for performance and reliability in chip applications.
Low-level firmware development for seamless hardware-software integration and optimal performance.
Empowering businesses with scalable, AI-driven engineering solutions accelerating innovation, performance, resilience, and digital transformation globally.
02 · How we work
Hand us a full project end to end, or add engineers to your own team.
Turnkey project process
Product idea evaluation, technology selection, scoping and requirements analysis.
VLSI front-end and back-end, embedded integration, PCB and IP cores.
Rapid prototyping, functional validation, performance optimization.
Foundry coordination, packaging and assembly, final testing.
From concept to production: feasibility, design & development, prototyping & testing, and manufacturing & delivery.
Details on turnkey projects →Dedicated, end-to-end project teams with project management and technical expertise.
Details on project teams →Flexible, short-term experts and project-based teams that scale with your needs.
Details on contract staffing →Full-time hiring support for specialized VLSI, embedded and FPGA roles.
Details on permanent staffing →03 · Design-flow coverage
Where each practice sits in the chip design flow. Stage names follow the scope in each service description.
04 · Engineering insights
In-depth tutorials on the timing and implementation problems we work on.
All articles →
What PODE and CPODE are, how single and double diffusion breaks differ, and what cell-edge rules mean for…
How multi-bit flip-flops save clock power, which flops can be banked, the timing and useful-skew trade-offs, and a…
What via pillars and via ladders are, why they matter at advanced nodes, when to insert EM-required and…
Backside power delivery moves the power grid below the transistors. What it changes in floorplanning, PDN…
Learn clock gating in VLSI: dynamic power savings, why AND-gate gating glitches, how the integrated clock gating…
Learn time borrowing (cycle stealing) in VLSI: how latches borrow time, the maximum time borrow formula, a worked…
05 · Contact
