Sennheiser Asp 212
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- This item is covered for 3 years
What you need to know
What you need to know
- RF Distribution 1 input to 2 outputs to distribute an antenna signal to two lines.
- Dual circuit: designed to manage two distinct signal paths within the same installation.
- Passive: simple operation without dedicated power supply.
- DC Coupling: allows continuous power to pass through the line when your system requires it.
Manufacturer Information
Sennheiser
https://www.sennheiser.com
contact@sennheiser.com
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An Essential Accessory in Modern RF Setups
In wireless microphone configurations and RF installations, antenna distribution is a key step to organize a rack, share an antenna, and ensure reliable cabling. This dual circuit format antenna splitter fits this logic: offering a clear and robust solution to split a signal while remaining easy to integrate into an existing chain.
For Which Uses and Users?
This splitter is ideal for stage managers, sound engineers, event service providers, and musicians using RF systems who want to neatly distribute an antenna signal to multiple devices. It is also suitable for fixed installations (venues, places of worship, conferences) where simple, stable, and easy-to-maintain RF distribution is needed.
Questions frequently asked
Does the Sennheiser ASP 212 allow sharing an antenna between multiple wireless devices?
Its configuration splits 1 input into 2 outputs, to distribute an antenna signal to two devices. The dual-circuit architecture meets the organizational needs of wireless racks.
What connectors are used on this antenna splitter?
Connections are made with BNC connectors, a common standard in RF installations. The connection allows quick integration into a coaxial chain equipped with BNC.
Does the splitter operate without external power?
Passive operation ensures signal distribution between the input and the 2 outputs. No external power supply is specified in the provided specifications.
Is DC coupling available on the ASP 212?
DC coupling is integrated into this splitter. It allows the passage of a DC power supply on the coaxial line, according to the RF system's architecture.
Is this splitter suitable for a wireless microphone rack?
This 1 input / 2 outputs configuration is intended for antenna distribution in wireless microphone setups. Its dual-circuit format can also be integrated into fixed installations using BNC RF links.



