Iqsight Llc NDA-MCSMB-30M Smb to Bnc Cable 3.0m

Product Description

The IQSIGHT LLC NDA-MCSMB-30M is a 3.0-meter coaxial signal cable with an SMB connector on one end and a BNC connector on the other. This type of cable is used to interconnect RF signal equipment, instrumentation, or communication hardware where SMB and BNC interfaces need to be bridged. The 3.0-meter length provides enough slack for rack-mounted or bench-top installations where equipment is spaced apart. Technicians working with test equipment, antenna distribution systems, or low-voltage signal networks will find this cable suitable for making quick, reliable connections between mismatched connector types.

This cable is suited for applications involving RF signal routing, instrumentation setups, or any installation where an SMB-terminated device must connect to a BNC-terminated port. Common install scenarios include signal distribution panels, test bench configurations, and equipment integration in commercial or industrial environments. The SMB connector is a snap-on style, while the BNC connector uses a quarter-turn bayonet lock, making both ends straightforward to connect and disconnect in active service environments.

Key Features

• SMB to BNC connector configuration for cross-interface signal routing
• 3.0-meter cable length for flexible equipment spacing
• Quick-connect SMB snap-on interface for fast mating and unmating
• BNC bayonet-lock connector for secure, low-loss signal termination
• Sold as a single unit for targeted replacement or expansion use

Compatibility

Designed as an OEM-style interconnect cable for equipment using SMB and BNC RF signal interfaces in instrumentation, signal distribution, or low-voltage communication systems.

Installation Notes

Installation is performed by low-voltage or electronics technicians familiar with RF connector handling. Before connecting or disconnecting, confirm that signal sources are powered down or at a safe signal level to avoid connector damage. Do not force the SMB snap-on connector - align carefully before seating to prevent damage to the center pin. Secure cable routing to avoid sharp bends that could degrade signal integrity over time.