A Semiconductor Paradigm
Semiconductors are the foundation of technology today. From being groundbreakers, making seemingly impossible innovations possible, they are the drivers of the present, enabling robust innovations and breakthroughs across domains. Recent “iPhone moments” in adoption of Digital Engineering have also led to an explosion of demand for high-performance, high-processing silicon chips.
However, multi-layered and complex challenges such as supply chain disruption, increased lead times, technology complexity, talent shortages and rising costs are limiting semicon firms from leveraging this increased demand.
LTTS leverages on decades worth of deep multi-domain, multi-vertical expertise to help our customers to solve intrinsic business challenges such as access to expertise, building scalable solutions and faster time to market.
Our Expertise
Our Services
Our goal at LTTS is to elevate industry standards and help businesses transition smoothly into Industry 4.0 by delivering strategic insights and practical methodologies. We help semiconductor industry leaders manage the whole semiconductor life cycle, from fab design through wafer inspection. This enables global enterprises to achieve unprecedented business success while maintaining a robust competitive advantage.
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The LTTS Edge
LTTS has been a reliable partner for the industrial sector for years with unparalleled expertise in motion controllers and SEMI standards.We are backed by a Leadership Rating from Zinnov, over ten years of domain knowledge, a vast pool of precision machine design SMEs, and expertise in industrial protocols. Our capabilities include software, hardware, and mechanical design and our solutions are aligned with new technological advancements across the world.
Our key differentiators include:
Long-term partnerships with key technology providers, including Top 10 OEMs, 4 ODCs, and tool set vendors
14+ turnkey projects
Working with the 16 of 20 top ER&D Spenders
70+ tape outs
Success Stories
Heavy-Duty Edge Intelligence: Driving Autonomy and Absolute Safety in Rugged Mining Environments
LTTS engineered a rugged edge AI platform for autonomous mining, enabling real-time intelligence, resilience, and safer operations.
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One Test Plan, Infinite Chips: How to Automate Validation for Irregular Silicon
LTTS transformed silicon validation with infrastructure-agnostic automation, enabling scalable execution, faster testing, and improved engineering productivity.
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The Autonomous Lab: Shifting from Infrastructure Chaos to Agentic AI Control
Discover how LTTS transformed semiconductor validation with an autonomous AI-driven lab, unifying infrastructure, automating workflows, and accelerating efficiency.
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Sensor Hub for Predictive Maintenance
Sensor Hub for Predictive Maintenance LTTS engineered a plug and play IoT environment in the form of a scalable sensor node and hub, offering a 10-40% reduction in industrial appl...
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Intelligent Server Adapters
Intelligent Server Adapters Our engineers designed and developed programmable FPGA-based SmartNIC adapters which offer up to 15-20% enhanced network performance through intelligen...
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Resources
Semiconductors
LTTS addresses semiconductor industry needs with innovative IC designs for applications like 3D cameras, speech recognition, and smart glasses.
Physical Design
LTTS offers physical design flow and methodologies crucial in achieving efficient power, performance, and area. Our end-to-end full-chip implementation capabilities help designers meet the growing ...
Post-Silicon Validation
At LTTS, we specialize in turnkey design validation and verification services. Using our in-depth test engineering expertise, we focus on eliminating functional and manufacturing bugs while optimizi...
Model Based System Engineering (MBSE)
Model Based System Engineering (MBSE) for Automated Design Evaluation and Configuration Model based System Engineering (MBSE) involves creating a digital model of the complex system to analyze identi...
Model Based Designing
A new approach for tackling complexities in Embedded Software - We look at 4 advantages of a model-based approach and future possibilities in the segment
