These cutting-edge technologies offer an optimal solution for 5G frequency range 2 (FR2) research in laboratory environments and seamless deployment of base stations in the field.

The total solution of antenna system design services redefines the ecosystem value chain to offer an excellent cost v.s. performance ratio For 5G/B5G, SATCOM and Radar Antenna system.

An innovative phased array antenna testing method for mmWave antenna module makers.

TMYTEK mmWave MIMO solution is capable of large-scale MIMO antenna matrix testbed, and provides an algorithm development platform for beamforming management with the flexibility to re-architect the beamformer testbed to form a multiset of array antenna frontends. The SPI control feature implements the ultra-low-latency beam switching that meets the 3GPP requirement.

Optimize CAPEX and reduce OPEX without performance compromise. The solution has been tried, tested, and validated with most Sub-6 GHz instruments to guarantee uncompromised performance for mmWave system researchers and developers.

The best compatible solution to work with baseband platforms for mmWave communication and sensing system developer.

TMYTEK’s cutting-edge beamformer testbed provides multi-channel PA, LNA, Tx/Rx switch, and phase shifter, with a super intuitive GUI. This solution offers a ready-to-use array antenna verification platform for mmWave communication frontend system developers.

The TMYTEK 5G mmWave Developer Kit is an all-in-one solution that combines hardware and software to allow engineers to easily setup a 5G communication system to conduct various 5G mmWave experiments.

BBox 5G is a ready-to-use mmWave beamformer that can expand a single RF source to 16 channels for testing multiple element array antennas. The independent channel on/off, gain and phase control provide the flexibility for different scale of array antenna configuration

TMYTEK UD Box 5G covers most sub-6 GHz to full 5G NR FR2 band applications. Featuring single/ dual-channel modes for one-way non-signaling and two-way signaling tests.