Skip to product information
1 of 1
Cable Assemblies

ABONIX RG316 BNC Male to SMB Female RF Coaxial Cable 2FT (60cm), 50 Ohm Low Loss

ABONIX RG316 BNC Male to SMB Female RF Coaxial Cable 2FT (60cm), 50 Ohm Low Loss

Regular price Rs. 577.00
Regular price Sale price Rs. 577.00
Sale Sold out
Shipping calculated at checkout.

Size : 2FT/60CM

ABONIX RG316 BNC Male to SMB Female RF Coaxial Cable 1FT (30cm), 50 Ohm Low Loss
1FT/30CMRs. 577.00
ABONIX RG316 BNC Male to SMB Female RF Coaxial Cable 3FT (1M), 50 Ohm Low Loss
3FT/1MRs. 578.00

ABONIX RG316 BNC Male to SMB Female RF Coaxial Cable Assembly 2FT (60cm) is a premium-quality 50 Ohm low loss RF cable designed for dependable signal transmission in antennas, GPS modules, wireless communication systems, RF testing equipment, and electronic applications. Manufactured using high-performance RG316 coaxial cable, it offers excellent flexibility, durability, and shielding characteristics to help maintain signal integrity while minimizing interference and attenuation.

Featuring a precision BNC Male connector on one end and an SMB Female connector on the other, this cable ensures secure and stable connectivity between compatible RF devices. The 2FT (60cm) length provides added installation flexibility compared to shorter cables, making it ideal for equipment layouts that require extra reach while maintaining efficient signal transfer. The low loss design supports reliable performance in GPS receivers, RF modules, antennas, communication devices, signal analyzers, transceivers, embedded systems, IoT projects, laboratory instruments, and test setups.

Built for both professional and hobbyist applications, the ABONIX RG316 RF cable assembly combines rugged construction, precision manufacturing, and trusted electrical performance. Whether you're connecting GPS equipment, extending antenna connections, developing RF systems, or performing laboratory testing, this 50 Ohm coaxial cable delivers reliable connectivity, reduced signal loss, and long-lasting performance for a wide range of RF and wireless communication applications.

View full details