Verdeler Televes AZ814D 8-voudig 5–1218 MHz 14 dB

Televes AZ814D 8-way splitter distributes RF signals across eight outputs within the 5–1218 MHz frequency range while maintaining 14 dB isolation between ports. Designed for antenna and cable installations, this passive splitter provides balanced splitting for multiple receivers and minimizes interference between connected devices. The compact housing and standard F-type connectors make it suitable for residential and small commercial signal distribution setups.

Advantages

The splitter delivers uniform signal distribution to eight outputs without active amplification, providing stable passive performance across the specified frequency band. Fourteen decibels of isolation reduces cross-talk and prevents signal interference between receivers. The device's wide frequency coverage supports terrestrial and some cable TV signals as well as radio-frequency distribution for typical consumer equipment. Its robust mechanical construction and industry-standard connectors ensure reliable physical and electrical connections in wall or rack-mounted installations.

Suitable for

• Distributing antenna TV signals to multiple televisions in a home
• Small commercial premises requiring several receiver connections
• Shared cable signal distribution in multi-room apartments
• Installations where signal isolation between outputs is needed to prevent interference

Key specifications

• Number of outputs: 8
• Frequency range: 5–1218 MHz
• Port isolation: 14 dB
• Connector type: F-type (female)
• Device type: Passive RF splitter
• Typical use: Antenna and cable signal distribution

How to use

Connect the incoming antenna or cable feed to the splitter's input port and attach each receiver or TV to one of the eight output ports using coaxial cables terminated with F-type connectors. Ensure cable lengths and quality are appropriate to limit insertion loss; use low-loss coax for longer runs. Mount the splitter in a dry, ventilated location and tighten connectors to provide secure grounding and minimal signal reflection. If overall signal level is low after splitting, consider using a line amplifier or a distribution amplifier upstream to compensate for passive loss.

Recommendations

For best results, verify signal levels at the source and at each receiver after installation. Maintain good quality connectors and properly grounded shielding. Avoid unnecessary adapters and splitters in series; if many outputs or long cable runs are required, use an active distribution amplifier. Use the splitter within its specified frequency range to ensure proper performance.