Name: Aten 1.25G Multi-Mode/550M Fiber SFP Module
Brand: ATEN
SKU: 2A-136G
Price: 146.30 AUD
Availability: OutOfStock

Aten 1.25G Multi-Mode/550M Fiber SFP Module

Sku: 2A-136G

Brand: ATEN

Category: KVM Cables-Accessories

$146.30

Shipping Information

Availability: On Order

On Order - These items are sourced upon request and may take longer to deliver. We will confirm availability once your order is received, as some products may occasionally be discontinued or unavailable.

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The 2A-136G 1.25G Multi-Mode/550M Fiber SFP Module provides reliable 1 GbE connectivity over multi-mode fiber up to 550 meters, featuring hot-pluggable design, high performance, and compliance with safety and industry standards.

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Description

Manufacture: Aten | Model: 2A-136G

The 2A-136G 1.25G Multi-Mode/550M Fiber SFP Module provides 1 GbE connectivity up to 550 meters. The transceiver can be installed in both transmitters and receivers. As a hotpluggable module with a standard duplex connector for fiber communications, the 2A-136G works with multi-mode-fiber (MMF) connections and operates at a nominal wavelength of 850 nm which makes it a cost-effective and high performance transceiver.

Package Contents

2 x 1.25G Multi-Mode/550M Fiber SFP Module

Extend your network connectivity up to 550 meters
Differential Inputs and Outputs
Small Form Factor Pluggable MSA (SFP Multi-Source Agreements standards) Compliant
Compliant with SFF-8472 MSA Digital Diagnostic Monitor (DDM), Internal Calibration
Class 1 Laser International Safety Standard IEC 825 Compliant. Complies with EN60825-1 and FDA 21 CFR 1040.10 and 1040.11
Operation Temperature from 0° C to 70° C
RoHS Compliant

Fiber Optics
Data Rate	1.25 Gbps
Operating Distance	550 m
Fiber Type	Multi Mode
Connector Type	LC
DDM	Yes
Environmental
Operating Temperature	0-70°C
Storage Temperature	-40-85°C
Physical Properties
Weight	0.02 kg ( 0.04 lb )
Dimensions (L x W x H)	5.59 x 1.46 x 1.30 cm (2.2 x 0.57 x 0.51 in.)
Note	For some of rack mount products, please note that the standard physical dimensions of WxDxH are expressed using a LxWxH format.