Quantum Computing, Inc. Announces Second Purchase Order for TFLN Photonic Chip Foundry from University of Texas at Austin
Quantum Computing Inc. (QUBT) has received its second purchase order for its thin film lithium niobate (TFLN) photonic chip foundry from the University of Texas at Austin. The order will support the University's RF Acoustic Microsystem Group's research and is part of QCi Foundry's pilot launch program, with fulfillment expected in Q1 2025. QCi's Foundry in Tempe, Arizona, will process TFLN and other transition metal ferroelectrics, with production scheduled to begin in Q1 2025. This follows QCi's first order from a research institute in Asia, positioning the company in the high-performance, TFLN-based optical chip market.
Quantum Computing Inc. (QUBT) ha ricevuto il suo secondo ordine di acquisto per il suo chip fotonico in niobato di litio a film sottile (TFLN) dalla Universit脿 del Texas ad Austin. L'ordine supporter脿 la ricerca del Gruppo di Microsistemi Acustici RF dell'Universit脿 ed 猫 parte del programma di lancio pilota della QCi Foundry, con consegna prevista per il primo trimestre del 2025. La QCi Foundry a Tempe, Arizona, elaborer脿 il TFLN e altri ferroelettrici a base di metalli di transizione, con produzione programmata per iniziare nel primo trimestre del 2025. Questo segue il primo ordine di QCi da un istituto di ricerca in Asia, posizionando l'azienda nel mercato dei chip ottici ad alte prestazioni basati su TFLN.
Quantum Computing Inc. (QUBT) ha recibido su segundo pedido de compra para su chip fot贸nico de niobato de litio de pel铆cula delgada (TFLN) de la Universidad de Texas en Austin. El pedido respaldar谩 la investigaci贸n del Grupo de Microsistemas Ac煤sticos RF de la Universidad y es parte del programa de lanzamiento piloto de QCi Foundry, con cumplimiento esperado en el primer trimestre de 2025. La QCi Foundry en Tempe, Arizona, procesar谩 TFLN y otros ferroel茅ctricos de metales de transici贸n, con producci贸n programada para comenzar en el primer trimestre de 2025. Esto sigue al primer pedido de QCi de un instituto de investigaci贸n en Asia, posicionando a la empresa en el mercado de chips 贸pticos de alto rendimiento basados en TFLN.
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Quantum Computing Inc. (QUBT) a re莽u sa deuxi猫me commande d'achat pour sa puce photonique en niobate de lithium 脿 film mince (TFLN) de l'Universit茅 du Texas 脿 Austin. La commande soutiendra la recherche du groupe de microsyst猫mes acoustiques RF de l'Universit茅 et fait partie du programme de lancement pilote de QCi Foundry, dont l'ex茅cution est pr茅vue pour le premier trimestre de 2025. La QCi Foundry 脿 Tempe, en Arizona, traitera le TFLN et d'autres ferro茅lectriques 脿 m茅taux de transition, avec un d茅but de production pr茅vu pour le premier trimestre de 2025. Cela fait suite 脿 la premi猫re commande de QCi d'un institut de recherche en Asie, positionnant l'entreprise sur le march茅 des puces optiques 脿 haute performance bas茅es sur le TFLN.
Quantum Computing Inc. (QUBT) hat seine zweite Bestellung f眉r seinen photonischen Chip aus d眉nnem Lithiumniobat (TFLN) von der Universit盲t Texas in Austin erhalten. Die Bestellung wird die Forschung der RF-Akustik-Mikrosystemgruppe der Universit盲t unterst眉tzen und ist Teil des Pilotstartprogramms der QCi Foundry, mit einer Erf眉llung, die f眉r das erste Quartal 2025 erwartet wird. Die QCi Foundry in Tempe, Arizona, wird TFLN und andere ferroelektrische 脺bergangsmetalle verarbeiten, wobei die Produktion im ersten Quartal 2025 beginnen soll. Dies folgt auf die erste Bestellung von QCi von einem Forschungsinstitut in Asien und positioniert das Unternehmen im Markt f眉r Hochleistungs-Optikchips auf TFLN-Basis.
- Secured second purchase order for TFLN photonic chip foundry
- Foundry facility on track to begin production in Q1 2025
- Expanding commercial viability with multiple customer orders
- None.
Insights
The second purchase order for TFLN photonic chip foundry services represents incremental progress in QCi's commercialization strategy, though the financial impact appears The key strategic value lies in validating the market demand for their TFLN technology, particularly in academic research applications.
The planned Q1 2025 production timeline for the Tempe facility is crucial, as it will determine QCi's ability to capture market share in the growing photonics sector. With two early customers secured before production begins, there are positive indicators for initial facility utilization. However, investors should note that academic research orders typically have lower revenue potential compared to commercial contracts.
The expansion into micro electromechanical systems applications could open additional market opportunities beyond the core quantum computing focus, though meaningful revenue impact would likely be years away. The
The order will enable the University to advance chip-scale acoustic and cross-domain microsystems, utilizing the scalable industrial processes provided by the QCi Foundry. As part of this order, QCi will leverage its standard TFLN processing recipes to facilitate a custom fabrication run tailored to the needs of the University's research group. This collaboration lays the groundwork for further expanding the use of TFLN into applications that extend into micro electromechanical systems, further establishing TFLN's potential as a versatile material system and a key enabler for the next-generation photonics market and beyond.
"This strategic collaboration with the University of
This announcement follows QCi's recent news of securing its for its TFLN photonic chip foundry from a prominent research and technology institute based in
To learn more about the QCi Foundry or to explore collaboration opportunities with QCi and its foundry services, please visit the QCi Foundry .
About Quantum Computing Inc.
聽("QCi" or the "Company") (Nasdaq: QUBT) is an innovative, integrated photonics and quantum optics technology company that provides accessible and affordable quantum machines to the world today. QCi products are designed to operate at room temperature and low power at an affordable cost. The Company's portfolio of core technology and products offer unique capabilities in the areas of high-performance computing, artificial intelligence, cybersecurity, as well as remote sensing applications.
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FAQ
When will QCi (QUBT) begin production at its TFLN foundry in Tempe, Arizona?
What is the latest purchase order received by Quantum Computing Inc. (QUBT)?
When will QUBT fulfill the University of Texas at Austin's order?
