TeraView announces next steps in its 6G ambitions

TeraView, the pioneer and leader in terahertz technology and solutions, is currently planning next step in its development of 6G technology, enabled by its recent successful IPO in Korea.

6G, which uses Terahertz frequencies, will go beyond communication and provide integrated sensing and computing capabilities with a vision of everything connected, everything sensed, and everything intelligent. Previous generations such as 4G and 5G connected people, 6G has a vision of connecting everything. 6G will also serve as a distributed neural network that provides sensing, communication and computing capabilities to fuse the physical, cyber, and biological worlds, truly ushering in an era in which everything will be sensed, connected, and intelligent.

By way of background, every new cellular generation is driven by innovative applications. 6G is no exception: new applications and technological trends will determine its performance targets, which will differ appreciably from current 4G and 5G platforms. New applications requiring 6G include virtual and mixed reality services, autonomous vehicles and other forms of connected autonomous robotic systems used across industries. The past five generations of cellular systems had one focussed function: wireless communications. However, in response to the new applications cited above, 6G will disrupt this premise through an offering of functions that include communications, localization (e.g. determining position in 3D space with unprecedented accuracy) and sensing/imaging.

By way of recent example, in February 2026, the ITU, the United Nations agency for digital technologies, announced[1] new requirements for IMT 2030, the framework for future 6G spectrum allocation and requirements. One of the six key requirements identified for 6G is the integration of sensing/imaging and communication capabilities.

TeraView’s emerging products and core technology are well-aligned with the ITU’s emphasis on sensor and communications integration. In the near term, there is a requirement for the evaluation of material characteristics for integration-enabling technologies, such as Reconfigurable Intelligent Surfaces (RIS) using TeraView’s 6GSolve test & measurement system. RIS are being targeted as a fundamental enabling component of future 6G communications system because they improve 6G radio propagation using intelligently, programmable reflecting surfaces in the office or outdoor scenarios. The ability of TeraView’s 6GSolve product to characterise such materials across the 6G frequency band will be critical to RIS development and deployment.

In the longer term, the clear vision is to take 6G beyond previous generations by integration of sensor and imaging capabilities afforded at Terahertz frequencies. The mobile device will not longer be only a phone but will be capable of used in a variety of sensing and imaging applications, such as detecting pollutants in air, food safety and ingredient/calorie detection, remote medical imaging and telemedicine and gesture recognition for virtual reality and digital twin applications. TeraView is again uniquely placed to provide 6G sensing and imaging capabilities due to its 25 years of experience with both the design and manufacture of Terahertz sensors, as well as TeraView’s intimate knowledge of these application areas, many of which are protected by core TeraView IP.

NVIDIA also recently presented Terahertz frequencies and digital twins as core infrastructure technologies for the 6G era in an official technical document, and including recent announcements at MWC 2026 in Barcelona, Spain.  Notably, NVIDIA explicitly designated the Terahertz band as the core baseband technology for the 6G ecosystem in its official ARC-OTA technical documentation. Terahertz frequencies offer a significantly broader spectrum than existing 5G millimeter waves, theoretically enabling ultra-high-speed transmission of up to 1Tbps, positioning it as a key technology for next-generation ultra-high-speed wireless communications.

Don Arnone, TeraView’s CEO, stated “With 25 years+ experience working at 6G frequencies, TeraView is uniquely placed to provide both the test & measurement tools to develop the key components of 6G networks as well as to provide both the Terahertz sensors and Terahertz imaging expertise necessary to realise the goal of integrating sensing and communications capabilities within 6G. The fact that major AI companies such as NVIDIA along with international governmental organisations such as ITU are pushing Terahertz for 6G demonstrates the importance of core Terahertz technology. TeraView is currently in dialogue with major Asian and European wireless providers about how to best deploy our measurement capabilities with products such as 6GSolve. Our recent IPO in Korea is also the beginning of our efforts to extend our core Terahertz hardware and applications into 6G integration. ”

[1]https://www.itu.int/en/ITU-R/study-groups/rsg5/rwp5d/imt-2030/pages/default.aspx