5G networks deliver faster and more reliable communications. They open doors to exciting new connections to Internet of Things networks, autonomous driving, broadband fixed wireless, and faster video viewing.

Talent RF specializes in rf Cable that are used in basic and high performance test and measurement instruments. This includes component testing, computing and networking, design validation instruments, and spectrum analyzers. These instruments require precision RF components manufactured to be highly reliable in applications that require repeatable performance.

The Universe is a laboratory holding undiscovered knowledge that may spawn unimagined new benefits and entirely new industries. Astronomy is our tool for unlocking that knowledge. To preserve our ability to discover this new knowledge, we must prevent interference that blocks the Universe from our view. For optical astronomers, that means reducing light pollution of the night sky. For radio astronomers, it means preventing interference from “noisy” radio transmitters that spill over into our sensitive receiving systems.

RF components perform vital functions in mission-critical electronic systems. Such products require superior performance and reliability in hostile environments and stressful conditions. We offer solutions to commerce applications such as ruggedized communications and radar.

The automotive industry has been revolutionized with the increased adoption of telematics in vehicles including GPS, Cellular, Bluetooth Wi-Fi, and Satellite Radio. No longer are satellite navigation systems and sophisticated in-vehicle entertainment confined solely to the luxury end of the market. As telematic advancements become more reliable, available and inexpensive, vehicles are transforming into intelligent platforms for enabling mobile life. With these advancements in communications technology and increased consumer demand for a diverse array of on-board telematics services, RF communications systems have become integral components of today's automobiles.

Quantum computing is expected to be in the next critical revolution in the computing industry as the power and speed required for advancement in this area exceeds the current limits of a binary system. This new method of computing will utilize qubits, instead of traditional bits, which will be able to store a 0 and 1 as well as infinite values in between and can also exist in multiple states at the same time - the property of quantum superposition. Superposition will allow quantum computers to perform a single operation using massive amounts of data simultaneously, a task that could take a classical computer thousands of years to accomplish.