Rack & Cabling

The IMC-318I is a centralized powered chassis designed with a modular enclosure that takes up to 18 miniature media converters (the IMC-350/370 series). It provides high port density mounting and emphasizes power efficiency. By easily and effectively connecting multiple converters in one chassis, the IMC-318I eliminates the mass needs of AC power adapters, saving network device construction space.

The IMC-71x series provides conversion of Ethernet-to-fiber and a variety of networking technologies. It enables network operators to drastically reduce the capital and operational expenses by providing all copper-to-fiber and multi-mode to single-mode conversions and network distance extensions. This modular approach allows network operators to inexpensively change protocols by simply changing the module rather than the entire unit. With AC or DC power options, it is a economical way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series has the highest port density in the industry -- along with a robust design, hot-swappable architecture, SNMP management via iView , and redundant power supplies for fault tolerance, which a diverse range of applications, using a variety of protocols, require. The temperature controlled fans in the IMC-713/716 chassis activate only when the chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can be remotely controlled via SNMP.

The IMC-71x series provides conversion of Ethernet-to-fiber and a variety of networking technologies. It enables network operators to drastically reduce the capital and operational expenses by providing all copper-to-fiber and multi-mode to single-mode conversions and network distance extensions. This modular approach allows network operators to inexpensively change protocols by simply changing the module rather than the entire unit. With AC or DC power options, it is a economical way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series has the highest port density in the industry -- along with a robust design, hot-swappable architecture, SNMP management via iView , and redundant power supplies for fault tolerance, which a diverse range of applications, using a variety of protocols, require. The temperature controlled fans in the IMC-713/716 chassis activate only when the chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can be remotely controlled via SNMP.

The IMC-71x series provides conversion of Ethernet-to-fiber and a variety of networking technologies. It enables network operators to drastically reduce the capital and operational expenses by providing all copper-to-fiber and multi-mode to single-mode conversions and network distance extensions. This modular approach allows network operators to inexpensively change protocols by simply changing the module rather than the entire unit. With AC or DC power options, it is a economical way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series has the highest port density in the industry -- along with a robust design, hot-swappable architecture, SNMP management via iView , and redundant power supplies for fault tolerance, which a diverse range of applications, using a variety of protocols, require. The temperature controlled fans in the IMC-713/716 chassis activate only when the chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can be remotely controlled via SNMP.

The IMC-71x series provides conversion of Ethernet-to-fiber and a variety of networking technologies. It enables network operators to drastically reduce the capital and operational expenses by providing all copper-to-fiber and multi-mode to single-mode conversions and network distance extensions. This modular approach allows network operators to inexpensively change protocols by simply changing the module rather than the entire unit. With AC or DC power options, it is a economical way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series has the highest port density in the industry -- along with a robust design, hot-swappable architecture, SNMP management via iView , and redundant power supplies for fault tolerance, which a diverse range of applications, using a variety of protocols, require. The temperature controlled fans in the IMC-713/716 chassis activate only when the chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can be remotely controlled via SNMP.