Caltta SmartLink 600 Ad-Hoc portable repeater

Caltta SmartLink600 Portable Ad-Hoc Repeater

Caltta SmartLink600 system supports decentralized deployment and dynamic routing to implement rapid networking and provide a wide range of wireless communication services in complex environments without relying on external networks and other equipment.

Features of Caltta SmartLink600 Ad-hoc Repeater:

Light and Portable

The compact backpack design and 3.7kg lightweight body (including antenna and battery) make Caltta SmartLink600 Ad-hoc Repeater easy to be carried on the back and deployed rapidly at the front line.

Ruggedized Design and Reliable Quality

IP67 and MIL-STD-810G compliant, working temperature from -40℃~+60℃ (with chill-proof battery), all-weather operation.

Standard Compliant

Compliant with DMR standards and compatible with radios of mainstream DMR radio manufacturers.

Easy Configuration

Built-in LCD and keypad make configuration and startup easy and efficient.

Wide Coverage

Up to 25W RF power and optimized RF circuit design ensure Caltta SmartLink600 of good performance in long-distance network coverage.

Flexible and Dynamic Networking

It supports flexible and dynamic networking modes including chain, star, tree, and hybrid, which can be flexibly changed without modifying parameters or adjusting the layout.

Carrier Network as Backup

It supports external accessory connection to ensure communication through carriers' 4G networks in case of disconnection with other ad-hoc nodes.

High Spectrum Efficiency

The whole Ad-Hoc system network needs only two 12.5KHz frequencies, which are not necessarily adjacent or symmetric. It saves spectrum resources for customers. Radios don't need to switch channels across sites.

Large Capacity and Replaceable Battery

Equipped with a built-in battery of 236W capacity, Caltta SmartLink600 supports long working duration. It has a power interface connectable to an external power adapter or battery for power supply.

Mobile Ad-Hoc DMR Coverage

Caltta SmartLink600 is typically used to create an Ad-Hoc mobile network with a maximum of 32 nodes when a wired backhaul connection is not available.