Conversion & Accessories  

Miniature 10Gbps Media Converter

LA-MC2N-10G0101

High-performance, using Optical - Electrical - Electrical wavelength conversion, realize the optical signal equilibrium amplification, clock extraction and optical regeneration.

Miniature 10Gbps Media Converter

LA-MC2N-10G0101

High-performance, using Optical - Electrical - Electrical wavelength conversion, realize the optical signal equilibrium amplification, clock extraction and optical regeneration.

LA-MC2N-10G0101 is high-performance 10G optical media converter, using Optical - Electrical - Electrical wavelength conversion, realize the optical signal equilibrium amplification, clock extraction and optical regeneration, and with WDM (DWDM/CWDM) technology, can achieve optical signals transmit in a singlefiber by single or multiple way over a long distance. On the existing network infrastructure, it can quickly improve the communication capacity, expand the bandwidth, while using low cost and high cost-effective solutions to manage and operate the system, easy operation and maintenance.

PART NO

LA-MC2N-10G0101

Transmission Distance

RJ45, Twisted-pa 100Meter standard CAT5/CAT5e cable

SFP, Distance depend on plug-in Fiber Transceiver Fiber: MM 500m/2km, SM 20/40/60/80/120km

Transmission Speed

10Gb/s

Protocols

IEEE802.3an (10Gbase-T)  IEEE802.3ae (10Gbase-SR/LR/ER/ZR)

Access Type

10G LAN

Interface Type

RJ45 to / from SFP+

Pass Through Mode

10KBytes

DIP Switches

Optional

Maximum Packet Forwarding Rate

14,880,950/S

 

Environmental Requirement

Operating Temperature: 0~50 Storage Temperature: -10~70

Relative Humidity: 5%~90% (Non-condensation) MTBF: 50,000h

Enclosure: Metal

Power Supply

Specifications and Dimensions

DC: 5V~12V, 1/0.24A

Power Consumption: Full-load<5W

Power consumption≤2W (without module)

Mechanical Structure

Dimensions: 95mm(D)×60mm(W)×20mm(H)   Weight: 120g

Warranty

1 Year

Emissions

FCC Class A, CE Class A


Ordering Information
LA-MC2N-10G0101 DESCRIPTION: Miniature 10G Media Converter
Date Version Description Download
2020-05-30 PDF LA-MC2N-10G0101
Photo Model Description
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