Headquartered in Visakhapatnam, Andhra Pradesh, India, MosGrid Technologies is building a robust semiconductor engineering ecosystem through VLSI design services, technical consulting, and talent solutions. We bridge skilled Indian engineering talent with high-impact core opportunities while empowering semiconductor enterprises to scale capabilities, accelerate chip tape-outs, and drive forward-thinking innovation.
Headquartered in Visakhapatnam, Andhra Pradesh, India, MosGrid Technologies delivers semiconductor engineering services, VLSI solutions, technical consulting, and talent solutions to support the evolving global chip industry.
MosGrid Technologies provides VLSI design, implementation, and tailored engineering support throughout the chip development lifecycle. We help semiconductor teams meet project goals with reliable, efficient execution. Our expertise adapts to evolving project needs.
MosGrid Technologies delivers semiconductor engineering solutions across the core VLSI design and development lifecycle. Our focus is on quality-driven engineering, efficient execution, and meeting evolving semiconductor industry requirements.
MosGrid Technologies helps semiconductor companies access specialized VLSI talent through technical recruitment, talent sourcing, and engineering resource deployment. We help businesses find the right engineering talent to meet project requirements, accelerate development, and build capable semiconductor teams.
MosGrid Technologies delivers talent solutions tailored to industry requirements. We work closely to understand project needs, provide specialized technical expertise, and support efficient project execution.
Building toward automation-driven engineering workflows and technology solutions that improve design productivity, streamline repetitive tasks, and support efficient semiconductor development.
Focused on creating opportunities for engineering talent and developing future technology capabilities across semiconductor IP, software tools, and engineering-led product innovation.
A structured, tape-out-driven pathway bridging foundational silicon concepts to core industry deployment across India.
We deliver high-performance RTL design and FPGA development solutions, translating complex system specifications into robust, synthesizable digital architectures. Our focus is on design efficiency, scalability, and optimized power, performance, and area (PPA).
We provide comprehensive IP, block-level, and SoC verification services to ensure functional correctness and design robustness. Leveraging advanced verification methodologies, we help achieve high functional coverage, early bug detection, and first-time-right silicon.
We offer end-to-end DFT solutions that enhance chip testability, improve manufacturing yield, and ensure product reliability. Our expertise includes scan insertion, ATPG, MBIST, and test coverage optimization for production-ready silicon.
We provide end-to-end physical design and timing closure solutions, covering floorplanning, placement, clock tree synthesis, routing, and sign-off analysis. Our methodologies optimize PPA while ensuring timing convergence and implementation readiness.
We deliver precision-driven physical verification services to ensure layout integrity and compliance with foundry design rules. Our expertise includes DRC, LVS, ERC, and sign-off verification to support reliable, manufacturable, and tape-out-ready designs.
We specialize in analog and mixed-signal circuit design, developing precision-engineered solutions tailored to demanding performance requirements. Our analog layout expertise emphasizes device matching, parasitic control, noise minimization, and layout optimization for robust silicon performance.
We provide timing analysis and closure support to ensure reliable chip performance across operating conditions. Our expertise includes setup and hold analysis, timing constraints validation, MCMM analysis, clock skew evaluation, and timing optimization to achieve design frequency targets.
We support power integrity analysis to evaluate electromigration (EM) and IR-drop risks across the power delivery network. Our focus includes static and dynamic IR-drop analysis, current-density evaluation, power-grid integrity, and identifying potential reliability issues to support robust silicon implementation.
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MosGrid Technologies Pvt. Ltd.
Visakhapatnam, Andhra Pradesh, India
Monday – Friday: 09:00 AM – 06:00 PM IST
Serving Pan-India Design CentersAll client RFQs and candidate inquiries receive an initial technical assessment within 12 to 24 hours.