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The new 5G frequency spectrum is allocated to potentially mitigate issues associated with previously overcrowded lower spectrums and lower bandwidths. This new frequency allocations not only enables potentially higher speeds but also can significantly decreases the impact of interference. The 5G NR (New Radio) technology introduces diverse frequency ranges from sub 6 GHz to higher mmWave bands, enhancing adaptability for a broad spectrum of applications.
In the context of 5G technology, FR2 bands, (Frequency Range 2) or millimeter wave (mmWave) bands, refer to the frequency spectrum from 24.25 GHz to 52.6 GHz. These higher frequency bands can provide high data rates and capacity over shorter distances compared to the lower FR1 bands, frequencies less than 6GHz, making them more suitable for densely populated urban areas or specific applications that require high throughput, such as high-resolution video streaming, augmented reality, and other bandwidth-intensive applications.
5G mmWave technology represents a transformative advancement in wireless connectivity. The development and testing of antenna systems capable of supporting higher frequencies introduce distinct challenges. These include the need for advanced beamforming capabilities and addressing the unique propagation characteristics inherent with the mmWave bands.
As a leader in the antenna market and pioneer of new testing protocols, Airgain is heavily invested in the success of 5G through the development of antenna technology and products that support 5G FR1 and FR2 massive MIMO beamforming architecture to ensure our partners get the best real-world performance for their products.
Airgain’s new 5G NR FR1 antenna family features innovative designs, including customizable solutions to match the needs of a range of equipment use cases.
Our add-on 5G NR external antenna series, with high efficiency design, supports both indoor and outdoor applications. Additionally the customizable add-on high gain antenna array solution with flexible design options for embedded integrated or standalone applications is available for indoor and outdoor FWA CPE solutions.
Airgain’s new 5G and mmWave laboratory is designed to address the unique challenges introduced by mmWave frequencies, enabling quick identification of issues and enabling rapid enhancements in design. Engineered with cutting-edge features and equipments, our lab provides comprehensive testing capabilities:
We have an amazing, private LTE network option available on the 3.5 GHz band.
The CBRS (Citizens Broadband Radio Service)
The CBRS spectrum presents significant opportunities for enhancing private network capabilities by expanding both signal coverage and capacity. As a mid-band spectrum, its availability effectively bridges the gap between public and private cellular networks, facilitating enhanced connectivity for enterprise applications. This enhancement is particularly beneficial for applications demanding higher throughput and broader coverage.
Airgain developed the most comprehensive Over-the-Air test system to evaluate the performance of CBRS antennas embedded into consumer devices. As a result, we have successfully integrated CBRS antenna systems across a wide range of applications.
Looking for a single feed antenna that offers CBRS + C Band coverage from 3.3 GHz to 4.2 GHz in a very compact form factor? Well, look no further than the Q-Series. This ‘Double Infinite Balun’ balanced antenna is designed to provide optimal performance in ‘noisy’ device enclosures, complete with built-in noise rejection.
The add-on 5G NR external antenna series, offering both high performance low- and high-gain design to support both indoor and outdoor applications. It is ideal for small cell, indoor or outdoor CPE solutions.
A truly customizable add-on 5G NR high gain antenna array solution – one that offers flexible design options for embedded integrated or standalone applications, as well as multiple gain and bandwidth options for indoor or outdoor CPE solutions.
