AXING BSD 4-10N Presa di connessione antenna multimediale, 4 uscite, 5-1006 MHz, 10 dB, da incasso BSD00410N

With a wide frequency range of 5–1006 MHz and 10 dB attenuation across all outputs, the AXING BSD 4-10N is a multimedia antenna wall outlet built for modern CATV and broadband networks. It supports DOCSIS 3.1, making it suitable for high-speed internet and TV distribution in star topology installations.

Overview

The BSD 4-10N is a flush-mount end outlet (Stichdose) with four outputs: two F-connectors for data, one IEC male for TV, and one IEC female for radio. Its die-cast zinc chassis provides durability and shielding class A according to EN 50083-2. The outlet is designed for use in single cable systems where each outlet is fed by a dedicated cable from a central splitter.

What stands out

• Four outputs: 2x F-connector (data), 1x IEC male (TV), 1x IEC female (radio)
• Frequency range: 5–65 MHz for data/return path, 47–1006 MHz for TV/radio
• Attenuation: 10 dB on all outputs
• Impedance: 75 Ohm
• Return loss: >18 dB
• Shielding class A (EN 50083-2)
• Die-cast zinc housing
• Flush-mount installation
• Compatible with DOCSIS 3.1

Technical details

• Product type: Multimedia antenna wall outlet
• Outlet type: End outlet (Stichdose)
• Number of outputs: 4
• Output connectors: 2x F-connector (data), 1x IEC male (TV), 1x IEC female (radio)
• Frequency range (TV/radio): 47–1006 MHz
• Frequency range (data/return path): 5–65 MHz
• Attenuation (TV): 10 dB
• Attenuation (radio): 10 dB
• Attenuation (data): 10 dB
• Impedance: 75 Ohm
• Shielding class: Class A (EN 50083-2)
• Return loss: >18 dB
• DC pass: No
• Mounting type: Flush-mount (Unterputz)
• Compatibility: DOCSIS 3.1
• Housing material: Die-cast zinc chassis
• Application: CATV / Broadband networks
• Installation topology: Star (Single Cable System)

Our verdict

The AXING BSD 4-10N is a solid choice for distributing TV, radio, and data in residential or commercial settings. Its DOCSIS 3.1 compatibility and robust construction ensure reliable performance in modern networks.