New ultra-broadband component delivers accurate signal splitting and combining for next-generation wireless, satellite, radar, and defense applications
Sunnyvale, California, 4 August 2026 – KRYTAR has introduced a new 3 dB, 180-degree ULTRA+ Hybrid Coupler designed to support high-performance radio frequency and microwave systems across a broad frequency range of 1.0 GHz to 12.4 GHz. The latest addition to the company’s portfolio is aimed at helping engineers develop more reliable communication, testing, and sensing systems for a wide range of commercial and industrial applications.
Hybrid couplers are essential components in RF and microwave engineering. They are used to split, combine, and distribute signals while maintaining accurate phase and amplitude characteristics. These capabilities are important in systems where signal quality, efficiency, and precision directly affect overall performance.
The new hybrid coupler operates across the L Band through Ku Band frequency ranges, making it suitable for applications such as wireless communication networks, satellite communications, radar systems, antenna beamforming, electronic testing, and advanced research. Wide frequency coverage allows engineers to use a single component across multiple applications, reducing design complexity and improving system flexibility.
According to the company, the component delivers excellent phase and amplitude matching while maintaining low insertion loss and high isolation. These performance characteristics help improve signal integrity and reduce unwanted interference, both of which are critical for modern high-frequency electronic systems.
The hybrid coupler also features a compact design with standard SMA connectors, making it easier to integrate into existing RF and microwave equipment. Its ability to handle both average and peak power requirements makes it suitable for demanding environments where reliability and consistent performance are essential.
As wireless technologies continue to evolve, demand is increasing for components that can support higher frequencies, greater bandwidth, and more complex communication architectures. Applications such as 5G, emerging 6G research, satellite communication, radar, electronic warfare, wireless testing, and beamforming all depend on high-performance RF components that deliver precise signal control.
The launch reflects the broader trend toward advanced microwave and RF technologies that enable faster communication, more accurate sensing, and improved system performance. Engineers are increasingly seeking compact, broadband components that simplify system design while maintaining the high levels of accuracy required by modern electronic applications.
As industries continue to invest in next-generation communication infrastructure, aerospace systems, and advanced electronic technologies, innovations in RF components such as hybrid couplers will remain essential for improving efficiency, reliability, and overall system capability.
