Quintessent raises $11.5M in seed funding to future-proof optical connectivity

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Quintessent, a pioneer in heterogeneous silicon photonics and quantum dot laser technology, has closed on just over $11.5 million in an oversubscribed Seed funding round.

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Provider: 
Business Wire, Inc.Business Wire, Inc.
Retrieved on: 
Thursday, March 14, 2024
Information
Tags: 
Software, Technology, Artificial Intelligence, Data Management, A.I, Partner, Sierra Ventures, OUP, Merck Group, Growth, Silicon, Cryptocurrency
Geotags: 
UNITED STATES, NORTH AMERICA, CALIFORNIA
Organisation: 
QUINTESSENT
Summary
Key Points: 
  • Quintessent, a pioneer in heterogeneous silicon photonics and quantum dot laser technology, has closed on just over $11.5 million in an oversubscribed Seed funding round.
  • Osage University Partners (OUP) led the round along with new investors including M Ventures, and joining existing investors Sierra Ventures, Foothill Ventures, and Entrada Ventures.
  • is catalyzing a rapid transition and growth of the world’s computing infrastructure from general purpose architectures to ones specifically designed for accelerated computing.
  • As a result, data movement efficiency of the interconnecting fabric is a critical bottleneck to accelerating system performance at scale.


Quintessent, a pioneer in heterogeneous silicon photonics and quantum dot laser technology, has closed on just over $11.5 million in an oversubscribed Seed funding round. Osage University Partners (OUP) led the round along with new investors including M Ventures, and joining existing investors Sierra Ventures, Foothill Ventures, and Entrada Ventures.

The proliferation of A.I. is catalyzing a rapid transition and growth of the world’s computing infrastructure from general purpose architectures to ones specifically designed for accelerated computing. This new paradigm of computing requires the orchestration of massively parallel units of distributed but interconnected compute resources at the cluster or datacenter scale. As a result, data movement efficiency of the interconnecting fabric is a critical bottleneck to accelerating system performance at scale.

Achieving sustainable growth of computing and data movement will require new technologies and architectures that can match the rapid progression of bandwidth (density) scaling from computing and switching interfaces while simultaneously minimizing power, latency, fiber count, chip size, and total cost of ownership. In addition, to enable practical deployment at scale and ensure quality of service, significant improvements in reliability relative to today’s solutions are required.

“We are grateful for the support from our new and existing investors who all recognize the need for foundational innovations to catalyze sustainable and reliable interconnect scaling for the era of accelerated computing,” said Alan Liu, CEO and co-founder of Quintessent. “This new funding allows us to grow our team and accelerate the development of highly scalable and highly reliable optical interconnects that transcend the scaling limitations of incumbent solutions, built on top of a unique technology stack including our multi-wavelength comb laser.”

“Novel chip-scale laser architectures have rarely been the focus of today’s photonics companies because the industry is still so nascent and focused in on engineered solutions. But at OUP, as we observed various A.I. and computing hardware companies push the limits of bandwidth and packaging with optical systems, we found they were all challenged by the scaling and cost of their optical laser source,” said Manny Stockman, a Partner at OUP who will be joining Quintessent’s Board of Directors. “Quintessent’s plans to productize interconnect solutions powered by multi-wavelength quantum dot comb lasers may become one of the most critical product developments in photonics at just the right time to intercept the surging demand for optical connectivity at the largest computing corporations in the world.”

About Quintessent:

Quintessent is developing optical connectivity solutions to interconnect compute and switch chips with massively accelerated and power efficient bandwidth across the datacenter. Leveraging multiple innovations spanning materials, device/circuit design, and link architecture, Quintessent technology simultaneously reduces power consumption and required component count while multiplying bandwidth density compared the state of the art. Quintessent is headquartered in Santa Barbara, California.

To learn more about Quintessent, please visit www.quintessent.com or contact [email protected]

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