The BNC Female Bulkhead to SMB Male RG174 Cable Assemblies are purpose-built for engineers, technicians, and integrators who need a clean, reliable way to transition between BNC and SMB interfaces in tight spaces. Built on a 50 Ohm RG174 coaxial cable, these assemblies combine low-loss signal transmission with a slim, highly flexible profile that routes easily through crowded enclosures or compact rack setups. On one end, the BNC female bulkhead connector lets you bring a stable RF connection directly to a panel, chassis, or project box. The bulkhead design, complete with mounting hardware, ensures the connector stays firmly in place even in applications that see frequent mating and unmating. On the other end, the SMB male connector provides a quick, secure snap-on interface that is widely used in RF modules, timing devices, GPS receivers, and test and measurement equipment. These assemblies are ideal for applications where you need to keep signal paths short and clean while maintaining easy access at the front panel. Whether you are building a custom test fixture, integrating RF modules into an enclosure, or adapting legacy BNC equipment to modern SMB-based boards, these cables offer a straightforward, professional solution. Manufactured to consistent RF standards, the BNC Female Bulkhead to SMB Male RG174 Cable Assemblies deliver stable impedance, solid mechanical reliability, and repeatable performance over time. Their compact size, flexibility, and robust connector terminations make them well suited for both lab benches and field deployments, where dependable connectivity and neat cable management really matter.

• BNC female bulkhead connector for secure panel or enclosure mounting
• SMB male connector for quick
• reliable snap-on RF connections
• 50 Ohm RG174 coaxial cable for flexible
• low-profile routing
• Suitable for RF
• GPS
• timing
• and test and measurement applications
• Compact
• lightweight design ideal for tight spaces and dense assemblies
• Reliable mechanical construction for frequent connect/disconnect cycles
• Consistent impedance for stable RF performance across the assembly