The JR-DS-02 is a modular IP dispatch console that integrates an embedded Intel Core PC (i3/i5/i7) with a 10.1-inch capacitive touchscreen in a compact metal enclosure weighing approximately 2 kg. With 4 GB of DDR3 memory and a 128 GB SSD, it runs dispatch management software for IP telephone systems, supporting operators in command centers, security monitoring rooms, and emergency response facilities. A built-in 200W-pixel camera and HD audio codec enable video conferencing directly from the operator station.

What dispatch functions does the JR-DS-02 support?

The console serves as an IP master station within a distributed dispatch system. Key operator functions include forced insertion into active calls, forced removal, one-to-one and two-way calling, group calling, and one-way audio monitoring of remote stations. For facility-wide communication, it supports zone-based paging and broadcasting, background music distribution, and security alarm linkage. These functions are accessed through the touchscreen interface with one-key presets, reducing operator response time during incidents. The console also supports shout-down deterrence—remotely broadcasting a warning message to a specific zone or station—and integrates with business management platforms for call logging and operator performance tracking.

How does the modular accessory system work?

The JR-DS-02 features a modular accessory mounting system that accommodates a single handle, HD telephone handset, and gooseneck microphone. These accessories connect to the base unit and can be configured or swapped according to the operator's workflow—for example, a dispatcher handling primarily telephone traffic may prefer the handset and microphone, while a security operator may use only the touchscreen and handle. The metal enclosure measures 379 × 224 × 48.5 mm and includes two USB 2.0 and two USB 3.0 ports for additional peripherals. Powered by a 12 V DC supply, the fanless thermal design relies on passive cooling through the metal chassis, suitable for 24/7 operation in control room environments.