VCL-5051, 10G Optical repeater

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VCL-5051, 10G Optical repeater

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The VCL-5051, 10G Optical repeater is a ruggedized and robust, 3-R 10G Repeater that Re-Generates, Re-Shapes, and Re-Times the 10G optical signal so that it may be extended over long distances on optical links. VCL-5051 supports point-to-point applications.

The most common application for the VCL-5051 repeater is for transmitting (Re-Amplification, Re-Shaping and Re-Timing) of 10G optical signal over extended optical spans. By installing a VCL-5051, the existing 10G interfaces can be extended by a factor of “n” over multiple optical spans, with each optical span admeasuring approximately 100KM / 62 Miles.

10G Interface Specifications:

Interfaces per unit	Two
Protocol	10G Ethernet
Optical Connector	LC (SFP+)
Optical Transmitter	LASER
Optical Transmit Power	As per selected SFP+ module
Optical Receive Power	As per selected SFP+ module

Connectors:

Power	2-Pin Connector for DC Input 3-Pin, IEC 320-C14 Receptacle Connector for AC Input
10G Interface	2 x SFP+
Management	1 x USB Type-B Connector, 1 x Ethernet (RJ-45) Connector
Alarm-IN	1 x Terminal Block, 2-PIN Connector
External Alarm	1 x Terminal Block, 3-PIN Connector
Alarm reporting	2 x RS232 / RJ-45 Connectors

Power Supply Options:

12V DC, solar powered battery bank (9V to 14V DC)
48V DC, nominal (18V DC to 60V DC)
110/220V DC
90~240V AC, 50/60Hz

Power Supply Specifications:

Voltage reversal protection	Protected
Short circuit protection	Protected
Power Consumption	<14W at ambient

Electromagnetic Standards Compliance:

EN 50081-2, EN 50082-2
IEC 61000-6-2 (Immunity)
IEC 610000-6-4 (Emission)
Complies to IEEE and IEC standards

CE Compliance:

Low Voltage Directive 2014/35/EU
Electromagnetic Compatibility 2014/30/EU

Other Regulatory Compliances:

RoHS, Meets CE requirements
Complies with FCC Part 68 and EMC FCC Part 15

Application Diagram:

UNMS (Unified Network Management System)

Secure (supports TLS/SSL for encrypting connections between devices)
Permission-based security
Uses Software Defined Perimeter (SDP), the username/password login are replaced with Single-Packet Authorization (SPA) and the receiving device cannot be seen by hackers. This introduces an additional layer of security and is beneficial with or without SSL/TLS.
Guaranteed message delivery (no data loss or duplication of data)