#Sweden #Kista #Sivers Semiconductors #aiRadar #TRX BF02

Sivers Semiconductors Collaborates with aiRadar to Create Advanced 28GHz Antenna Module

In a significant move within the technology sector, Sivers Semiconductors AB, a renowned entity in the field of photonics and wireless innovations, has secured a notable contract from aiRadar Inc. This latest partnership will see Sivers developing an advanced 28GHz antenna module, leveraging the impressive capabilities of Sivers' high-performance TRX BF02 beamforming transceiver chip. This collaboration marks a pivotal moment in radar technology, particularly as it pivots towards the demanding sectors of defense and aerospace.

Innovation at the Forefront

As industries evolve, the demand for cutting-edge technologies in radar systems grows, especially in commercial and defense applications. The partnership with aiRadar, recognized for its next-generation radar imaging systems, highlights Sivers' adaptability beyond conventional telecom applications. Harish Krishnaswamy, Managing Director of the Wireless Business Unit at Sivers Semiconductor, emphasized this potential, stating, "This partnership with aiRadar is a clear example of how our technology can be adapted beyond telecom to empower cutting-edge radar applications."

The new antenna module that will emerge from this collaboration is positioned to power aiRadar's latest radar systems, with a strong focus on defense use-cases such as high-performance drone platforms. This synergy not only combines the robust RF Integrated Circuit designs from Sivers but also imbues aiRadar's advanced signal processing expertise into one holistic solution.

Meeting Demands of the Future

With the escalation of technological advancements, the requirements set by the aerospace industry are exceptionally high. The performance, form factor, and reliability must meet strict standards. The module’s cutting-edge features will accommodate demanding environments, supporting data rates up to 5 Gbit/s with a frequency range spanning from 24.0 GHz to 29.5 GHz. This ensures that the technology is suitable for licensed 5G systems and advanced radar platforms alike.

Michael Grigorian, Chief Operating Officer of aiRadar Inc., expressed excitement over this development, stating, "We're thrilled to expand our offering of sophisticated multimode radars into the Ka frequency band using the TRX BF02 module." The technology is set to unlock new product ranges for DroneSAR, aiRadar's surveillance system, enhancing their capabilities in drone detection and reconnaissance operations.

Advanced Capabilities

The TRX BF02 represents a significant achievement in RF technology, specialized for customizable, high-performance radar deployments. It operates within a broad temperature range of -40°C to +85°C, ensuring resilience in varying environmental conditions. Furthermore, it features a 16TX+16RX channel beamforming transceiver, paving the way for high-resolution solutions that meet the exigent standards of modern radar systems.

This initiative also underscores the importance of collaborations in driving technological advancements. As Sivers Semiconductors and aiRadar pool their respective strengths and insights, the potential for innovating within radar technology remains vast. The future of radar applications appears promising, suggesting enhanced operational capacities in both defense and commercial-grade products.

A Step Towards Future-Ready Technologies

As we look ahead, this collaboration could be a stepping stone towards realizing even more sophisticated radar solutions that enable enhanced situational awareness and strategic operations in various sectors. The infusion of Sivers' expertise in RFIC design aligns perfectly with aiRadar's commitment to pushing the boundaries of radar imaging technology.

For anyone interested in learning more about this exciting partnership, further details can be found on Sivers Semiconductors' official website. This move forward exemplifies not just a partnership but an evolution in the operational capabilities of radar systems, crucial for modern applications.

Contact Information:
For media inquiries, reach out to Tyler Weiland at Shelton Group (+1-972-571-7834) or email [email protected]
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