Kush
Gulati

The Signal Between Two Worlds

Everything AI processes started as a radio wave, a laser pulse, a vibration, a photon. Before it becomes a matrix multiply or a model inference, something has to convert that real-world signal into bits. That conversion - the unglamorous, physics-bound, microsecond handshake between the analog world and the digital one - is what Kush Gulati has spent his entire career perfecting.

He did not arrive at this problem late. His PhD dissertation at MIT was on the design of a low-power reconfigurable analog-to-digital converter. That was around 2001. The problems he identified then - power consumption, noise, process node constraints, signal fidelity - are still the problems he is solving today, just at scales and speeds that would have been unimaginable when he started.

Omni Design Technologies, the company Gulati co-founded in Milpitas, California in 2015, delivers semiconductor IP - specifically data converter cores - that chip designers embed into system-on-chip designs for 5G base stations, autonomous vehicle sensors, AI accelerators, satellite transceivers, and optical interconnects. The IP is the invisible substrate. Nobody running a 5G tower or processing LiDAR point clouds thinks much about the ADC sitting inside their SoC. Gulati thinks about almost nothing else.

Five Companies. One Problem.

Gulati is a serial entrepreneur in the most literal sense: he has started or co-founded five companies, all in the same technical domain. This is not restlessness. It is the profile of someone who keeps finding the market has not fully solved the thing he cares about.

In 2001, fresh from his MIT doctorate, he co-founded Engim, Inc. in Acton, Massachusetts - a wireless communications startup where he led the mixed-signal group developing high-speed data converters for early wireless standards. Engim was venture one. In 2005 he joined Bitwave Semiconductor in Lowell, Massachusetts as Director of Analog and Mixed-Signal Development, working on software-defined radio for wireless handsets. That was not his company, but it was the same problem set.

In 2007 he co-founded Cambridge Analog Technologies (CAT) in Massachusetts and ran it as President and CEO. CAT focused on ultra-low power, opampless ADC architectures - a genuinely novel approach to circuit design that challenged the conventional amplifier-based topology most analog designers had used for decades. In August 2011, Maxim Integrated acquired CAT and brought Gulati in as Executive Director and General Manager of the Advanced IP Solutions Group. He stayed at Maxim for several years, building IP licensing business at one of the industry's most respected analog houses.

The SWIFT Advantage

Then in 2015, Gulati left Maxim and founded Omni Design Technologies. The catalyst was a gap he had been watching widen: advanced FinFET process nodes (7nm, 5nm, 3nm) are optimized for digital logic. Transistors in these nodes switch faster and consume less power when processing digital signals. But they are hostile to analog circuits, which depend on precise, predictable transistor behavior that FinFET's short-channel effects, variability, and supply voltage limitations all undermine.

Most analog IP vendors had not solved this. They were either offering designs ported from older nodes (with performance compromises) or custom analog blocks that took years to develop per customer. Gulati's thesis at Omni Design was that proprietary circuit techniques - developed and validated at scale - could crack the FinFET analog problem in a reusable, platform-based way.

The result is SWIFT - Omni Design's proprietary data converter architecture. SWIFT ADCs and DACs support sampling rates up to 20+ gigasamples per second, resolutions from 6 to 14 bits, and operate across 28nm to advanced FinFET nodes. More importantly, they are platform products: Omni Design can generate derivatives for new customers rapidly because the core architecture is proven and parameterizable rather than custom-designed from scratch.

Markets That Move Fast Enough to Keep Him Interested

Omni Design's IP shows up in an unusually wide set of end markets - and this breadth is by design. Gulati has positioned the company at the intersection of several exponential growth curves that all share the same underlying need: converting high-bandwidth, high-dynamic-range signals at low power.

5G base stations need multi-gigahertz ADCs and DACs to handle massive antenna arrays and wideband carrier aggregation. LiDAR systems for autonomous vehicles need high-dynamic-range ADCs that can distinguish a white truck from a gray road at 200 meters. AI accelerators and co-packaged optics need low-latency, low-jitter converters to feed optical interconnects at 200G and beyond. In February 2026, Omni Design announced advances in its 200G-class Co-Packaged Optics IP portfolio specifically targeting next-generation AI infrastructure data center deployments.

The satellite and defense markets add another dimension: radiation-tolerant, space-grade data converters that can survive outside Earth's magnetosphere while still hitting commercial performance targets. These are not adjacent markets for Omni Design. They are the same IP platform applied to different packaging and qualification requirements.

The $35 Million Validation

In September 2025, Omni Design Technologies closed a Series A financing round of over $35 million. The round was oversubscribed - notable in a period when semiconductor IP companies face heightened scrutiny on revenue timelines and customer concentration. The investor syndicate included CDIB-TEN Capital (a joint venture of CDIB Capital and TEN Capital), CDIB-Innolux II, FM Capital, Tipping Point Ventures, Tipping Point Capital, VentureTech Alliance, Foothill Ventures, ASMedia, and Monta Vista Capital.

The oversubscription and the presence of Asian strategic investors - particularly ASMedia and CDIB-linked funds - signals both customer traction and the geographic reality of where advanced SoC design activity is concentrated. TSMC's foundry customers in Taiwan and the broader Asia-Pacific ecosystem are among the most sophisticated users of high-performance analog IP in the world.

Career Timeline

Education

Achievements & Recognition

• Maxim Integrated Products Fellowship at MIT - awarded for outstanding research in analog circuit design
• Analog Devices Outstanding Student Designer Award at MIT - among the most competitive recognitions in analog IC design education
• Successfully completed acquisition exit at Cambridge Analog Technologies (acquired by Maxim Integrated, August 2011)
• Built Omni Design Technologies to 130 employees and $28.5M annual revenue across five global design centers
• Closed oversubscribed $35M+ Series A in challenging 2025 fundraising environment with tier-one strategic investors
• Served on program committees for International Solid-State Circuits Conference (ISSCC) and VLSI Circuits Symposium - two of the most selective venues in semiconductor research
• Board advisor at Prescient Devices, Cambridge Electronics, Inc., and Skulpt, Inc.
• Featured speaker at MIT StartMIT, CASPA Entrepreneurship & Startup Seminar, and India Abroad on semiconductor entrepreneurship

The Omni Design IP Stack

What Makes Gulati Different

A lot of people start semiconductor IP companies. Very few do it five times in the same niche. The pattern in Gulati's career suggests someone who keeps finding that the existing solutions are not quite right - not wrong enough to walk away from, but wrong enough that he feels compelled to rebuild.

Cambridge Analog Technologies was acquired because Maxim wanted the technology, not just to eliminate a competitor. That distinction matters. It means CAT's opampless ADC work was genuinely novel enough to be worth owning. At Omni Design, the same logic applies: if SWIFT were just a conventional ADC ported to FinFET, no one would pay IP licensing fees for it. The fact that tier-one customers in five separate markets have adopted it suggests the technology does something others cannot replicate easily.

Gulati's business minor at MIT is an unusual credential for a circuit designer. Most analog PhDs have never taken a business course. That combination - deep physics intuition plus commercial awareness - explains why he keeps building companies rather than staying in research or continuing to climb the ladder at a large semiconductor firm.

He is also deeply embedded in the Indian-American semiconductor community in Silicon Valley, speaking at events like CASPA (Chinese American Semiconductor Professionals Association) and India Abroad. Omni Design's global design center strategy - five centers across geographies - reflects both where the talent is and where the customers are building their next-generation chips.

Fun Facts

Latest Updates

• FEB 2026 Omni Design advances 200G-class Co-Packaged Optics IP portfolio for next-generation AI infrastructure data centers
• SEP 2025 Omni Design Technologies closes $35M+ oversubscribed Series A led by CDIB-TEN Capital and CDIB-Innolux II
• MAR 2025 Extends SWIFT data converter solutions for FR1 and FR2 5G subsystems
• JAN 2025 Delivers multi-gigahertz SWIFT data converter solutions for satellite communications
• DEC 2023 Featured in India Abroad interview discussing India's strategic role in the semiconductor industry