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2430-2-TW - Omnitron CONV TM3 TRANSPORT MODULE GIGE

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$2,873.57
$1,596.43
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SKU: 2430-2-TW
Condition: Refurbished
Availability: In Stock
Weight: 1.00 LBS
Shipping: Calculated at Checkout
Converter input interface: 1000Base-T
Converter output interface: 1000Base-X
Maximum data transfer rate: 1000 Mbit/s
Connectivity technology: Wired
Ethernet LAN (RJ-45) ports: 1
Fiber ports quantity: 1
Input current: 1.6 A
Operating temperature (T-T): -40 - 60 °C
Storage temperature (T-T): -40 - 80 °C
Operating relative humidity (H-H): 5 - 95%
Operating altitude: -3937 - 157480.3 (-100 - 4000 m)"
Power requirements: 3.3VDC
Fiber type: SF
46C566DB-4644-460E-8DA7-038C0B9646AB E06A9D60-42A9-4459-8131-FA3002495928
Features:- Modular system multiplexes up to sixteen independent T1/E1 circuits and one 10/100/1000 copper Ethernet onto a fiber link- Multiple groups of modules are supported in a chassis- Optional Ethernet connectivity to adjacent module- Remotely-managed configuration and testing enables rapid deployment- Manageable via SNMP with Omnitron NetOutlook® Management Software or third party software- CLI management interface via TELNET or serial port- Commercial (0 to 50º C ) and wide (-40 to 60º C) operating temperature ranges- Lifetime Warranty and free 24/7 Technical Support- iConverter TM3 Fiber Transport Modules- Small Form Pluggable (SFP) or fixed fiber transceivers, in standard and CWDM wavelengths- Multimode, single-mode dual fiber and single-mode single-fiber optionsiConverter 4xT1/E1 MUX Modules- In band (FAC2) T1 loop-back- Out of band local loop-back on the copper and fiber ports, remote fiber loop-back and circuit test modes- Supports balanced T1/E1 or unbalanced E1- Configurable alarm relay contacts for audio/visual fault notification- 24 hour T1/E1 statistic logging- Optional external I/O clock portThe iConverter Modular T1/E1 Multiplexer transports up to sixteen T1/E1 circuits and 10/100/1000 Ethernet over a fiber transport link or CWDM channel. This flexible and scalable system is comprised of an iConverter TM3 fiber transport module, and one or more iConverter 4xT1/E1 MUX modules installed in a 2, 5 or 19-module chassis.Each iConverter TM3 module and up to four contiguous iConverter 4xT1/E1 MUX modules combine to form a MUX group. A MUX group can connect with another MUX group at the opposite end of a dedicated fiber link. A MUX group can also interoperate with a Managed iConverter fixed-configuration T1/E1 Multiplexer.Multiple MUX groups can be installed in a chassis, enabling high-density, star-topology deployments.The iConverter Modular T1/E1 Multiplexer system is designed for service provider, enterprise, government and energy/utility networks.Service provider and utility applications include mobile backhaul and business services that require delivery of multiple T1/E1s and/or Ethernet. High density configurations save rack space at the Central Office, and compact designs provide cost-effective demarcation at the cell tower or customer premises.Enterprise and government applications include extension of multiple T1/E1 circuits from a service provider demarcation point, and building-to-building PBX connectivity.The TM3 transport module has two Ethernet backplane ports for providing additional Ethernet connectivity to adjacent modules . A common application of this feature is to combine a 4-Port switch module in the adjacent slot to provide an solution with four additional 10/100/1000 ports.The iConverter TM3 fiber transport module is available with fixed-fiber or Small Form Pluggable (SFP) transceivers. This enables easy adaptability to different fiber types (multimode, single-mode, single-mode single fiber), distances and wavelengths (standard and CWDM).The iConverter 4xT1/E1 MUX module supports four copper RJ-48 ports for balanced T1/E1 applications. Adapter cables are available to convert each RJ-48 interface to a BNC interface for unbalanced E1 transport applications.The 4xT1/E1 MUX module features an optional external clock port that can be configured as a clock input or output. As an input, the port can be connected to an external clock source, such as a GPS receiver, to provide a common clock for the module. As an output, the port can provide the recovered T1/E1 clock from port 1 to other TDM equipment at the site.

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