3930 M5 Repeater for M700 Base

Seamless Wireless Coverage Expansion for Your DECT Network

The Snom M5 DECT Repeater, model 3930, is a professional-grade wireless extension device engineered specifically for Snom M700 and M300 DECT base stations. This intelligent repeater solves one of the most persistent challenges in wireless communication: coverage gaps in large or structurally complex facilities.

By wirelessly extending the range of your existing DECT infrastructure without requiring any additional network cabling, the M5 enables seamless communication across multiple floors, sprawling warehouses, extended office spaces, and campus environments where the base station alone cannot provide adequate coverage.

Core Technology: Intelligent Wireless Extension

The M5 repeater operates by wirelessly synchronizing with your Snom M700 or M300 base station, creating an expanded coverage cell that bridges gaps in signal reception. Unlike traditional range extenders that require a wired network connection, the M5 is completely wireless, drawing power from its included AC adapter and connecting to the DECT network over the air.

This makes deployment exceptionally simple and flexible—place the repeater in an area with existing coverage to extend that coverage to adjacent dead zones. The device supports up to 12 repeater slots and can handle up to 5 simultaneous calls in narrowband mode or 2 calls in wideband HD mode, ensuring expanded coverage does not come at the expense of call capacity.

Daisy-Chain Capability for Maximum Coverage

A defining feature of the M5 is its daisy-chain capability, allowing up to three repeaters to be connected in series to a single base station. This enables organizations to extend coverage incrementally across very large facilities.

For example, a base station on the first floor can connect to a repeater on the second floor, which can then connect to another repeater on the third floor, creating a seamless coverage umbrella throughout an entire building. Each repeater in the chain maintains synchronization with the network, ensuring consistent call quality and reliable handover as users move between coverage zones.

Seamless Handover and Uninterrupted Roaming

The M5 is engineered to support true mobility within the expanded coverage area. As users move between the coverage zones of the base station and connected repeaters, calls are handed over seamlessly without interruption or degradation in audio quality.

This seamless roaming capability ensures that employees can move freely throughout the facility—from their desk to the warehouse floor to a conference room—while maintaining crystal-clear, uninterrupted conversations. The repeater supports wideband HD audio, preserving the exceptional voice quality that Snom DECT systems are known for across the entire expanded network.

Simple Deployment and LED Status Indication

Deploying the M5 repeater is remarkably straightforward. Once powered on, the device automatically scans for and synchronizes with the nearest compatible Snom base station. A clear LED status indicator on the front of the unit provides at-a-glance confirmation of synchronization status and signal strength, simplifying the process of finding the optimal placement location.

The compact, unobtrusive design allows the repeater to be placed discreetly on a shelf, mounted on a wall, or positioned anywhere within range of the base station to maximize coverage extension.

Target Applications: The Ideal Solution for Large-Scale DECT Deployments

The Snom M5 DECT Repeater is the definitive solution for any organization using Snom M700 or M300 base stations that needs to extend coverage beyond the standard range. It is ideally suited for multi-floor office buildings where coverage must be extended to upper levels without running Ethernet cabling. It excels in large warehouses and distribution centers where workers need reliable communication across vast floor spaces.

In retail environments spread across multiple buildings or floors, the M5 bridges coverage gaps seamlessly. For manufacturing facilities with metal structures that impede signal propagation, strategically placed repeaters ensure every corner of the facility remains connected.