Education & Training
Summer Training cum Internships – VVIT University
45-day hybrid program with projects and publications outcome.
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120+ Projects20+ PapersHybrid
VLSI Design Services
Advanced Very Large Scale Integration Solutions
Our VLSI design services encompass the complete spectrum of semiconductor design, from concept to silicon. We specialize in creating high-performance, low-power integrated circuits for various applications including consumer electronics, automotive, and industrial systems.
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Chips Designed
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Silicon Success Rate
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Power Reduction
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Time to Market
Our Capabilities
We offer comprehensive solutions with cutting-edge technology and industry best practices.
Digital IC Design & Verification
Analog & Mixed-Signal Design
Physical Design & Layout
DFT (Design for Test) Implementation
Low Power Design Techniques
ASIC & FPGA Development
Why Choose SSIT for VLSI Design Services
Practical outcomes, clear communication, and delivery focused on business impact.
Concept to silicon readiness
Support across design, verification, and implementation stages of the VLSI lifecycle.
Digital and mixed-signal coverage
Work across digital IC, analog, and mixed-signal design needs with industry tool flows.
Quality-focused methodology
Emphasis on verification quality, performance, and low-power design practices.
ASIC and FPGA paths
Flexible engagement models for ASIC development and FPGA prototyping.
Industry-aligned tooling
Experience with widely used EDA methodologies and semiconductor design workflows.
Talent and training bridge
Connect delivery capability with VLSI training programs for teams and students.
Our Process
A structured approach from discovery to support.
Step 1
Discovery
We clarify business goals, users, constraints, and success criteria before any build begins.
Step 2
Planning
We define scope, milestones, architecture decisions, and a delivery roadmap aligned to priorities.
Step 3
UI/UX
We design clear interfaces and flows that make complex workflows simple for end users.
Step 4
Development
We build secure, scalable features with modern engineering practices and iterative delivery.
Step 5
Testing
We validate functionality, usability, and reliability across devices and environments.
Step 6
Deployment
We launch with stable hosting, monitoring, and a smooth handoff for your team.
Step 7
Support
We provide ongoing maintenance, improvements, and technical support after go-live.
Technologies
Tools and platforms we commonly use for this service.
SystemVerilogVHDLUVMFPGASynopsysCadenceMentor Graphics
Frequently Asked Questions
What VLSI design services are available?+
We provide digital IC design and verification, analog and mixed-signal design, physical design, DFT, low-power techniques, and ASIC/FPGA development support.
Do you also train students and professionals in VLSI?+
Yes. Through our training programs we offer hands-on VLSI workshops and project-based learning aligned with industry needs.
Can you help with FPGA prototyping?+
Yes. FPGA development and prototyping are part of our VLSI and training offerings.
Related Services
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Education & Training
12-Day VLSI Workshop – Sasi Engineering College
Hands-on sessions covering VLSI design, simulation, and implementation.
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Education & Training
Project Based Learning – VVIT & NRI, Vijayawada
One-year hybrid program with publications and product development.
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Industry-ready projectsteamworkinnovation
Energy & Utilities
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The Smart Energy Data Logger is designed to record, monitor, and analyze real-time data from energy meters, capturing 42+ electrical parameters like voltage, current, power, and consumption. It provides actionable insights for predictive maintenance and efficient energy management in industries, campuses, and utilities.
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Facility Management
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The Smart AC Monitoring Unit provides customized automation and monitoring for up to 18 air conditioners in a single unit. It enables remote operation, scheduling, energy usage analysis, and automated switching for cost savings and improved facility management. Designed for universities, offices, and industries, this IoT system enhances efficiency while reducing electricity wastage.
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Water Technology
Water Purifier System – Hardware Development Partner
As a hardware development partner for Revolt-Aqua, SSIT designed and developed a smart water purifier system with IoT-enabled monitoring. This solution enables real-time water quality checks, automated purification cycles, and filter life tracking, ensuring safe and efficient water usage for domestic and industrial consumers.
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Altium DesignerReact NativeIoT Cloud
Ready to Start Your Project?
Let's discuss how we can help bring your vision to life with our expertise in vlsi design services.