Quantum Computing secures second photonic chip order from University of Texas

Quantum Computing Inc. has announced a significant milestone, securing its second purchase order for its thin film lithium niobate (TFLN) photonic chip foundry. The order, placed by the University of Texas at Austin, will support groundbreaking research by the university’s RF Acoustic Microsystem Group and is expected to be fulfilled by the first quarter of 2025.

This purchase is part of the pilot launch program for Quantum Computing Inc.’s foundry, which aims to deliver scalable, next-generation photonic chip solutions for various industries. The collaboration underscores the increasing demand for advanced signal processing and computing applications that leverage the versatility of TFLN.

Enabling next-gen microsystems through photonic chips

The University of Texas plans to utilise the TFLN photonic chips to further its research in chip-scale acoustic and cross-domain microsystems. The chips will be fabricated using Quantum Computing Inc.’s standard processing recipes, but the order also includes a custom run tailored to the unique requirements of the university’s research group. This project highlights the adaptability of TFLN in addressing advanced research challenges, particularly in micro electromechanical systems.

The collaboration is expected to extend TFLN’s application potential into various technological domains, including advanced acoustic systems and high-performance computing, establishing its reputation as a key enabler in the future photonics market. Experts note that TFLN’s scalability and versatility make it a pivotal material in the evolution of both classical and quantum technologies.

Industry leadership in photonic innovation

Dr. William McGann, Chief Executive Officer at Quantum Computing Inc., emphasised the strategic importance of this collaboration. He described the order as a testament to the growing commercial appeal and technological capabilities of the company’s TFLN photonic chips. He also highlighted that the QCi Foundry is designed to meet the increasing demands of signal processing, sensing, and computing markets while advancing acoustic systems for large-scale deployment.

McGann added that partnerships like this with the University of Texas demonstrate the pivotal role TFLN technology is beginning to play across various sectors, including telecom, datacom, and quantum computing. The CEO’s remarks reflect growing recognition of Quantum Computing Inc. as a leader in the photonics and quantum optics technology landscape.

Building momentum with global recognition

This announcement follows closely on the heels of Quantum Computing Inc.’s first TFLN order, secured earlier this year from a prominent research institute in Asia. Both orders affirm the company’s position as an innovator in high-performance photonic chip technology.

The company’s foundry in Tempe, Arizona, remains on track to begin production in early 2025, further consolidating its leadership in the photonics market. The facility is expected to process not only TFLN but also other transition metal ferroelectrics, which are critical for next-generation optical chip applications.

Quantum Computing Inc. has highlighted its commitment to advancing the commercial viability of TFLN-based systems through partnerships with leading academic and research institutions. These efforts aim to accelerate the integration of TFLN into industries demanding cutting-edge photonic solutions.

Looking ahead

The photonics industry is entering a transformative phase, with Quantum Computing Inc. at the forefront. The strategic partnerships it is forging reflect a growing appreciation for TFLN’s role in driving innovation in signal processing, quantum computing, and advanced acoustic systems. As the company continues to expand its reach, industry observers anticipate that it will play a central role in shaping the future of integrated photonics.

Quantum Computing Inc.’s recent achievements, including the University of Texas partnership, signal a bright future for the company as it continues to deliver scalable, impactful photonic technologies.