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Network Protected by Emerson
Keeping network closets cool and delivering continuous power are fundamental to protecting sensitive VoIP (Voice over Internet Protocol) and PoE(Power over Ethernet) technologies and other communications equipment.
Emerson Network Power delivers the highest availability for Cisco Network applications. Full protection is afforded for everything from IP desktop phones, to network wiring closets, to the MDF, to the call processing and routing servers in the data center.
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Emerson is proud to be part of Cisco’s Technology Developer Partner Program. Our products have passed the test criteria for interoperability with any Cisco router or switch running Cisco CallManager Express or Cisco Unity Express. It accommodates all stackable Cisco switches and routers, including Cisco 1800, 2800, and 3800 Series integrated services routers. | |
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Cisco Compatible Solutions
Liebert IP Telephony Availability System (AC power-based)
Nterprise™ Solution (DC power-based)
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Liebert IP Telephony Availability System
The Liebert IP Telephony Availability system, version 1.0 has met the Cisco Technology Developer Partner Program test criteria for interoperability with Cisco CallManager 4.1(2) and Cisco callManager 4.0(2), Cisco CallManager Express 3.1, Cisco Unity Express, release 1.1.2, Cisco Unity 4.0(3), and Unity Bridge 3.0(2)
APPLICATIONS:
The Liebert IP Telephony Availability System brings data center-level power protection to network edge equipment in remote access points, such as branch offices, retail stores, and other locations. It supports stackable switches and routers. Local Emerson representatives can tailor the system to other equipment, and also provide the installation support and maintenance services required to sustain high levels of equipment availability.
Combining IP telephony protection capabilities not found together in any other system, the Liebert IP Telephony Availability System is perfect for your edge of network deployments and gives IT managers the peace of mind and ease of use they need in power protection.
The Liebert IP Telephony Availability System includes:
- Liebert GXT2U UPS - Rack-mount, double-conversion online UPS, typically with a battery, delivers five to ten minutes of backup at full load. If a backup generator is not available, additional battery modules can be added to the UPS to extend runtimes to two hours or more.
- Liebert OpenComms Web card - Enables remote UPS monitoring through SNMP and provides remote restart capability
- Liebert 2U POD - Continuous Power Availability that allows you to bypass the UPS for maintenance, and also provides power output distribution.
- Liebert Foundation wall-mount/ free standing enclosure - Enables System Security with a locking door and hinged back, providing both security and ease of maintenance.
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Liebert NterpriseIP™ Solution
The NterpriseIP Solution has met the Cisco Technology Developer Partner Program test criteria for interoperability with Cisco CallManager 4.1(2) and Cisco callManager 4.0(2), Cisco Unity, and Unity Bridge 3.0(2)
APPLICATIONS:
The NterpriseIP™ Solution is specifically designed to support the deployment of VoIP and PoE equipment. The integrated solution is totally pre-wired in a EIA cabinet with 19" mounting rails, including a DC power plant, batteries, space for your switch, cabling, and designed for 'plug-n-play' installation. Utilizing DC Power to support a converged network infrastructure creates a back-up system that is scalable, has six-nines or better availability, is highly efficient (90%+), generates less heat than comparable solutions and provides a selection of 1-4 hours of back-up time.
1. Scalable with built in redundancy
2. Two battery trays offer a wide selection of back-up options
3. Single AC input interface and TVSS for extra protection
4. Integrated grounding for all system components
5. Extensive Monitoring:
a. Web based and SNMP interface
b. Programmable relay contacts
c. Local and remote control
6. Rack space for your equipment
7. Easy to configure and install
To learn more, download our white papers:
Power and Cooling Best Practices for IP Communications
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