Distributed & redundant architecture means enhanced survivability

The HDX•C system architecture minimizes the risk of single point failures as it distributes resources system-wide and network-wide, using multiple points of direct access. HDX•C features REDCOM’s distributed system architecture which employs multiple call controllers which provides a strong defense against a Denial of Service (DoS) attack. HDX•C provides continuous service with innovative alternate routing that combines IP routes and TDM trunks.

Scalable and stackable

Based on REDCOM’s distributed architecture, HDX•C is scalable and stackable with a “building block” approach. A shelf can function as a complete system by itself or be stacked to make systems up to 16,000 ports (4,000 non-blocking).

Command & Control Features

Link Command System (LCS): a software package that operates as an attendant/operator on a standard PC. Its graphical user interface can be used with a touch-screen monitor and features keyboard based dialing, paging, conferencing, attendant-to-attendant calls, access restrictions and more.

REDCOM’s ClusterNet™ technology connects multiple sites and allows them to function as a single, truly integrated switching system. ClusterNet can be used with REDCOM HDX•C, REDCOM SLICE® and REDCOM SLICE® 2100™ to create a scalable communications system designed for a distributed network configuration.

MAUI (Maintenance Administration and User Interface) provides a single point of OA&M. MAUI is a an intuitive GUI that simplifies the configration and maintenance of your REDCOM network.

Tactical Traffic Metering Package (TTMP): a software package that enhances traffic analysis & CDR/LAMA features of your HDX•C. TTMP allows network administrators to collect & analyze data over multiple sites.

HDX•C includes Call Detail Recording (CDR) and Station Message Detail Recording (SMDR) to provide a record for both IP and TDM based calls. CDR can be enabled for all calls, including trunk, tandem, and local.