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Qunnect<\/a>, a company pioneering quantum infrastructure, has announced the deployment of its Carina<\/a> product suite at Montana State University (MSU)<\/a>. The installation establishes a quantum entanglement network in the Northwestern United States and is intended to support real-world research and applications on campus-scale telecommunications fiber.<\/p>\n The Carina product suite integrates atom-based, entangled-photon generators, single photon counting detectors, and adaptive polarization compensation into a single rack-mount unit. The system is designed to generate high-rate entangled photon pairs at telecom wavelengths for fiber spans up to 100 km, with features for real-time polarization stabilization. It also provides a modular interface for integration with existing DWDM networks and classical data channels.<\/p>\n The quantum network is positioned to strengthen MSU\u2019s role as a leader in quantum innovation by creating a testbed for demonstrations and applications that extend beyond cryptography. According to Professor Krishna Rupavatharam<\/a>, CTO of MSU\u2019s QCORE<\/a> facility, having hands-on access to this technology will accelerate quantum efforts. This deployment builds on Qunnect\u2019s existing networks, including GothamQ<\/a> in New York City and BearlinQ<\/a> in Berlin, Germany. The collaboration also aligns with the launch of QCORE, an MSU initiative that houses multiple quantum computer systems and is supported by the U.S. Air Force<\/a>.<\/p>\n Read the full announcement from Qunnect here<\/a>, see the report from NBC Montana here<\/a>, and review QCR\u2019s previous report on the ORCA deployment at MSU here<\/a>.<\/p>\n September 10, 2025<\/p>\n
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