skip to content
Log out

Session expired

XiR R8200 Repeater

DR 3000 Relais TDMA
The XiR R8200 repeater is a continuous-duty unit that supports two simultaneous voice or data paths in digital TDMA mode. It mounts easily in wall or rack systems.

This repeater is part of the MOTOTRBO series, delivering increased capacity and spectrum efficiency, integrated data communications and enhanced voice communications through a complete solution.

Contact sales

Share this on

Connect with us on

Back
XiR R8200 Repeater
Product Info
Jump to ...
Back
XiR R8200 Repeater

Features

    Reliable Performance
    Runs 100% continuous full-duty cycle at 40-45W

    TDMA Digital Audio Capability
    Time-division mulitple-access (TDMA) provides twice the calling capacity with single 12.5 kHz channel

    Easy Installation
    Wall- or rack-mountable, with sturdy handles.

    Integrated Power Supply

Specification Sheet

Back
XiR R8200 Repeater
Accessories
Filter

Show only:

list item image

HPN4008

Two-way Radio Accessories

PS 14V DC 10A UNI 117/240 VAC US PLUG

list item image

RMN5053

Two-way Radio Accessories

This is a heavy-duty IMPRES microphone for users who want more durability and enhanced audio.

list item image

AARLN4885

Earpieces

Receive Only Earpiece with 3.5mm. The In-ear earbud that attaches to the RSM, allows user to receive incoming radio communications discretely.

Back
XiR R8200 Repeater
Resources
Jump to ...
Back
XiR R8200 Repeater

Application briefs

Brochures

Case Studies

Press releases

White Papers

    • The Future of Professional Two-way Radio: Digital

      Updated 2012/11/23 | PDF 1.22MB

      Mobility Enabled Access (MEA) technology is a high performance, scalable ad hoc network solution that has been deployed extensively in mobile data and public safety applications. MeshConnex software delivers MEA technology as a portable, scalable software solution that can be integrated into a variety of market applications. Its low footprint and operating system independence mean that it can be applied to sensor and personal area networks, while its inherent robustness and self-healing routing capabilities make it ideally suited for industrial applications and homeland security.