Cable splitter e+p BKV 6

The e+p BKV 6 cable splitter is a 75 Ω passive signal distribution device designed to divide a single coaxial input into two outputs while maintaining impedance matching. Finished in silver, the unit includes one coax F female input and two coax M male outputs, providing straightforward connections for cable TV, satellite equipment, or broadband devices. The compact housing and metal construction offer a balance of durability and compact installation footprint for home or small-business setups.

Advantages

The splitter maintains 75 Ω impedance across input and outputs to reduce signal reflections and preserve signal quality. Its metal casing provides mechanical protection and shielding against external interference. The combination of a coax F input and two coax M outputs ensures compatibility with common coaxial cables and connectors used in television and data distribution systems. The compact silver design supports discreet placement near devices or wall outlets.

Suitable for

• Distributing a single cable TV or antenna feed to two televisions
• Splitting a satellite or cable modem feed to a TV and a set-top box (passive split)
• Extending coaxial signal access in living rooms, bedrooms, or small offices

Key specifications

• Impedance: 75 Ω
• Connectors: 1 × coax F (female) input, 2 × coax M (male) outputs
• Function: Passive 1-to-2 signal splitter
• Finish: Silver metal housing
• Application: Coaxial cable TV, satellite, and broadband signal distribution

How to use

Connect the incoming coaxial cable from the antenna, cable provider, or satellite feed to the coax F input on the splitter. Attach coaxial cables from the two coax M outputs to the devices you want to serve, such as televisions, set-top boxes, or a modem. Ensure all connectors are tightened securely to maintain good contact and minimize signal loss. Place the splitter in a dry, ventilated location away from excessive heat or moisture and avoid bending or sharply kinking coaxial cables near the connectors.

Recommendations

For optimal signal levels, use short, high-quality coaxial cables and minimize the number of inline splitters. If signal degradation or channel loss occurs after splitting, consider using an active amplifier or a professionally installed multiswitch suitable for the specific distribution needs.