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 iView2, 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-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-790-2SFP is a single-wide SNMP manageable module. The IMC-790-2XFP is a dual-wide SNMP manageable module. They both allow network operators to convert an array of fiber types within a network and can be installed in the modular SNMP-manageable iMediaChassis IMC-79x series and in the unmanaged Media Chassis IMC-71x series.

The IMC-790-2SFP uses 10Gbps SFP  module while the IMC0970-2XFP uses 10Gbps XFP module. Both series are capable of moving large amounts of data over long distance for different applications. The hot-swappable nature of SFP  and XFP, the numerous 10G protocols and types that are available all allow for easy configuration and future upgrading as network demands evolve.

The protocol-independent with dual SFP  ports provide a single conversion between single-mode to multi-mode fiber, single-mode to single-mode fiber, or single-strand to single-mode fiber. The IMC-790-2XFP is protocol-independent with dial XFP ports that can provide a single conversion between copper, different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand single-mode fiber.

The media converters can be easily configured and managed converters with the GUI-based iView2 software, As an SNMP management application ,iView2 gives network managers the ability to monitor and control IMC series products. When iView2 runs as a web server version, it is free and available for download from the website.

The IMC-790-2SFP is a single-wide SNMP manageable module. The IMC-790-2XFP is a dual-wide SNMP manageable module. They both allow network operators to convert an array of fiber types within a network and can be installed in the modular SNMP-manageable iMediaChassis IMC-79x series and in the unmanaged MediaChassis IMC-71x series.

The IMC-790-2SFP uses 10Gbps SFP  module while the IMC0970-2XFP uses 10Gbps XFP module. Both series are capable of moving large amounts of data over long distance for different applications. The hot-swappable nature of SFP  and XFP, the numerous 10G protocols and types that are available all allow for easy configuration and future upgrading as network demands evolve.

The protocol-independent with dual SFP  ports provide a single conversion between single-mode to multi-mode fiber, single-mode to single-mode fiber, or single-strand to single-mode fiber. The IMC-790-2XFP is protocol-independent with dial XFP ports that can provide a single conversion between copper, different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand single-mode fiber.

The media converters can be easily configured and managed converters with the GUI-based iView2 software, As an SNMP management application ,iView1 gives network managers the ability to monitor and control IMC series products. When iView2 runs as a web server version, it is free and available for download from the website.

The IMC-784I-SFP comes with two SFP ports for the providers' network connection and two fixed 10/100/1000Base-T copper ports with four distinct DIP switch selectable configurations 1 plus 1 uplink protection revertive mode, 1 plus 1 uplink protection non-revertive mode, a 4-port Gigabit switch and a dual copper to fiber SFP media/mode converter.

The software management software for IMC-780 series, iView2, allows users to perform remote configuration and alerts administrators to any potential problems on the ling-haul fiber run, providing vital information on link condition and reporting data traffic statistics.

The IMC-782-SFP media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines 10/100/1000Mbps to Gigabit fiber media conversion with an advanced feature set including OAM (operation, administration and management), extra-tagging and Ethernet type control functionalities for network management and troubleshooting. Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a versatile Gigabit solution.


The software management software for IMC-780 series, iView2, allows users to perform remote configuration and alerts administrators to any potential problems on the ling-haul fiber run, providing vital information on link condition and reporting data traffic statistics.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-771/771 series are slide-in module Ethernet-to-fiber media converter for IMC-7xx chassis, which supports hot-swappable and easy installation, It allows network operators to incorporate multiple fiber types and wavelengths within a network. The IMC-770/771 can be monitored and controlled via central site with IMC-710 SNMP management module by iView2, Telnet or CLI while installed in IMC-71x series chassis.

Offering a range of speed up to Gigabit Ethernet and available with SFP or build-in fiber connector: multi-mode, single-mode fiber or double fiber capacity with single-strand which supports the transmission distance from 550m to 70km. The IMC-770/771 series feature in the Link Fault Pass Through (LFPT) functionality, a diagnostic feature that can enable or disable links to assist the end user in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was setup.

The IMC-770I-2SFP converter is protocol-independent with dial SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand fiber. Its SFP port must use an SFP of the same speed while allowing different fiber types. Additionally, the IMC-770I-2SFP and IMC-771I-SFP are industrial equipment devices. The unit operates in environments that demand extended operating temperatures.

The IMC-760 series intelligent media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines media conversion with an advanced-feature set for network management and troubleshooting, including OAM (operation, administration and management). Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a cost-effective solution.

The SNMP software, iView2, allows for remote configuration and alerts administrators to any potential problems on the long-haul fiber run, providing vital information on link condition and reporting data traffic statistics. With iView2, the central location can manage all host/remote pairs installed in the IMC-71x series with the single IP address of the chassis.

The IMC-760 series intelligent media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines media conversion with an advanced-feature set for network management and troubleshooting, including OAM(operation, administration and management). Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a cost-effective solution.

The SNMP software, iView2, allows for remote configuration and alerts administrators to any potential problems on the long-haul fiber run, providing vital information on link condition and reporting data traffic statistics. With iView2, the central location can manage all host/remote pairs installed in the IMC-71x series with the single IP address of the chassis.

The IMC-760 series intelligent media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines media conversion with an advanced-feature set for network management and troubleshooting, including OAM(operation, administration and management). Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a cost-effective solution.

The SNMP software, iView2, allows for remote configuration and alerts administrators to any potential problems on the long-haul fiber run, providing vital information on link condition and reporting data traffic statistics. With iView2, the central location can manage all host/remote pairs installed in the IMC-71x series with the single IP address of the chassis.

The IMC-760 series intelligent media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines media conversion with an advanced-feature set for network management and troubleshooting, including OAM (operation, administration and management). Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a cost-effective solution.

The SNMP software, iView2, allows for remote configuration and alerts administrators to any potential problems on the long-haul fiber run, providing vital information on link condition and reporting data traffic statistics. With iView2, the central location can manage all host/remote pairs installed in the IMC-71x series with the single IP address of the chassis.

The IMC-760 series intelligent media converter connects a host/remote Ethernet network over a fiber optic or CAT5 copper connection. It combines media conversion with an advanced-feature set for network management and troubleshooting, including OAM operation, administration and management). Administrators can observe the end-points over the fiber segment between them as a single management entity. Bandwidth scalability and support for MIBs II makes this modular device a cost-effective solution.

The SNMP software, iView2, allows for remote configuration and alerts administrators to any potential problems on the long-haul fiber run, providing vital information on link condition and reporting data traffic statistics. With iView2, the central location can manage all host/remote pairs installed in the IMC-71x series with the single IP address of the chassis.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-754I-SFP converter is protocol-independent with dual SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand single-mode fiber. The SFP port must use an SFP of the same speed while allowing for different fiber types.

Additionally, the IMC-754I-SFP is an industrial equipment device. The unit operates in environments that demand extended operating temperatures.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.
The IMC-751I-2SFP converter is protocol-independent with dual SFP ports which can provide a single conversion between different wavelengths or single-mode and multi-mode fiber, single-mode to single-mode fiber or multi-mode to single-strand single-mode fiber. The SFP port must use an SFP of the same speed while allowing for different fiber types.

Additionally, the IMC-751I-2SFP is an industrial equipment device. The unit operates in environments that demand extended operating temperatures.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-750/751 series are slide-in module Ethernet-to-fiber media converters for the IMC-7xx chassis, which support hot-swappable and easy installation. They allow network operators to incorporate multiple fiber types and wavelengths within a network. They can be monitored and controlled via a central site with the IMC-710 SNMP management module by iView2, Telnet, or CLI while installed in a IMC-71x series chassis.

Link Fault Pass Through (LFPT) is a diagnostic feature that can enable or disable links to assist end users in troubleshooting a failed segment and configuration control to retain the latest configuration regardless of how the initial configuration was set up. The IMC-750 series can convert a 10/100 ~ 100Mbps copper-to-fiber media rate to auto-negotiation functionality on the twisted pair port for operation, and can fix it at 100Mbps copper-to-fiber with the IMC-751 series.

The IMC-723 series enables user to convert coaxial media to single-mode fiber and extend the distance of data transmissions over access networks up to 40km. The series supports premises networking application to convert the incoming circuit to fiber for distribution into the structured cabling system.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-723 series enables user to convert coaxial media to single-mode fiber and extend the distance of data transmissions over access networks up to 40km. The series supports premises networking application to convert the incoming circuit to fiber for distribution into the structured cabling system.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-723 series enables user to convert coaxial media to single-mode fiber and extend the distance of data transmissions over access networks up to 40km. The series supports premises networking application to convert the incoming circuit to fiber for distribution into the structured cabling system.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 60km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-723 series enables user to convert coaxial media to single-mode fiber and extend the distance of data transmissions over access networks up to 40km. The series supports premises networking application to convert the incoming circuit to fiber for distribution into the structured cabling system.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 60km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-723 series enables user to convert coaxial media to single-mode fiber and extend the distance of data transmissions over access networks up to 40km. The series supports premises networking application to convert the incoming circuit to fiber for distribution into the structured cabling system.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 80km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 plus 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

The IMC-721I series converts the 1.544Mbps T1/J1 and 2.048Mbps E1 traffic from conventional copper-based interfaces over regular fiber optics for long distance transmission up to 60km.

The IMC-721I-T1MUX and IMC-721I-E1MUX are double wide media converter for IMC-71x chassis series that transport four independent T1 lines over a single of dual fiber optic line. They supports for a full bandwidth 10/100BaseT Ethernet connection over the same optical link. The fiber redundancy (1 1) functionality on removable SFP modules offers the enhanced reliability of a protected fiber link while supporting the complete range of optical types and distances. They also feature an independent serial link (RS-232) which is useful for local monitoring and configuration of the unit by technical support personnel.

The IMC-720 series are installed as a host-remote pair and can be remotely managed when the host is installed in an IMC-713/716/719 series with an SNMP management module. Since IMC-700 media converter series management technology functions transparently to the user data, real-time and end-to-end management is provided at all time.

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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 iView2, 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 iView2, 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 iView2, 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-713/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

The IMC-712/716/719 series have the highest port density in the industry-- along with a robust design, hot-swappable architecture, SNMP management via iView2, and redundant power supplies for fault tolerance which diverse applications, using a variety of protocols, is required. The temperature controlled fans in the IMC-713/716 chassis activate only when chassis reaches a certain temperature, thereby extending the life of the fans. The fans on the IMC-719 series can even 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

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 iView2, 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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

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 bu 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 powering options, it is a economic way to overcome a variety of media and mode conversion challenges.

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-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 iView2, 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-710-A SNMP management module allows network operators to utilize the SNMP functionality on all compatible IMC-7xx modules that are installed in IMC-713/716/719 chassis series. The network management module allows centralized monitoring of LAN/WAN through iView2 SNMP management application.