Coaxial Connectors - UHF
L-com UHF connectors deliver rugged crimp termination for RG8, RG58, 195-Series, and 400-Series coaxial cables across RF, Wi-Fi, and WLAN applications. These UHF-male crimp connectors support industry-standard cables including LMR®400, WBC400, Belden 9913, HyperLink CA-400, LMR®195, WBC195, and RG58 variants for low loss coaxial installations. Designed for secure termination of radio pigtails and RF system connections, our UHF coaxial connectors ensure consistent signal transmission and long-term durability. Available in set increments for project-based requirements.
For comprehensive RF connector solutions beyond UHF connectors, explore our Coaxial Connectors category, featuring connector types and configurations designed for diverse coaxial cable and RF system applications.
Related Categories:
- Coaxial Connectors - RCA
- Coaxial Connectors - MCX
- Coaxial Connectors - TNC
- Coaxial Connectors - BNC
- Coaxial Connectors - SMB
FAQs
What are UHF connectors used for?
UHF connectors are designed for reliable performance across RF, Wi-Fi, and WLAN applications requiring consistent signal transmission. These UHF-male crimp connectors support low loss coaxial applications and provide dependable connectivity for radio pigtails and RF system connections across multiple installation needs in professional cable assembly and networking applications.
What cable types are compatible with UHF connectors?
UHF connectors support cables such as RG8, RG58, 195-Series, and 400-Series, making them suitable for multiple installation needs. These UHF coaxial connectors are compatible with a wide range of industry-standard cables including LMR®400, WBC400, Belden 9913, HyperLink CA-400, as well as LMR®195, WBC195, and RG58 variants.
How are UHF connectors terminated to coaxial cables?
L-com UHF connectors are designed to ensure secure crimp termination for both radio pigtails and RF system connections. These UHF-male crimp connectors provide dependable connectivity through crimp attachment methods, ensuring efficient performance in demanding environments for Wi-Fi, WLAN, and other RF applications requiring consistent signal transmission.
What applications use UHF coaxial connectors?
UHF coaxial connectors support Wi-Fi, WLAN, and other RF applications requiring consistent signal transmission. These connectors are designed for low loss coaxial applications, radio pigtails, and RF system connections across professional cable assembly and networking applications where reliable performance and long-term use are required.
Are UHF connectors compatible with LMR cable series?
UHF connectors are compatible with LMR®400, WBC400, Belden 9913, HyperLink CA-400 from the 400-Series, as well as LMR®195, WBC195, and RG58 variants from the 195-Series. This compatibility ensures UHF-male crimp connectors work with industry-standard cables for low loss coaxial installations and RF system connections.
What construction features do UHF connectors provide?
L-com UHF connectors are ruggedly constructed and built for durability and ease of installation, ensuring efficient performance in demanding environments. These UHF-male crimp connectors deliver reliable results for professional cable assembly and networking applications requiring dependable connectivity for low loss coaxial, RF, Wi-Fi, and WLAN installations.
Need assistance selecting the right UHF connector for your RF system or coaxial cable installation? Our skilled technical support team provides expert guidance on cable compatibility, crimp termination methods, and connector configurations for your specific low loss coaxial and RF connectivity requirements.
Contact Sales:Sales@L-com.com
Product Technical Support:techsupportrf@infiniteelectronics.com
The L-com offers a wide in-stock selection of coaxial connectors - UHF, including UHF-male crimp connectors compatible with RG8, RG58, 195-Series, and 400-Series cables, with shipping available for domestic and international orders. Our connectors are designed for low loss coaxial, RF, Wi-Fi, and WLAN applications, providing reliable and durable performance.
