Name: Media Converter Module 10Base-T RJ45 to 10b-fl 1310nm SMF SC 20km
Brand: Transition Networks
Price: 644.95 USD
Availability: InStock

Transition Networks CETTF1014-105 Media Converter Module 10Base-T RJ45 to 10b-fl 1310nm SMF SC 20km

The Transition Networks CETTF1014-105 Media Converter Module provides a reliable bridge between copper Ethernet and single mode fiber optics. Designed for 10Base-T RJ45 Ethernet ports, this converter transforms electrical signals to 1310nm wavelength... Read More

price

$644.95

In Stock: 2
Manufacturer: Transition Networks
Model or Part: CETTF1014-105
Condition: Refurbished
Weight: 1.20lb
Dimensions: 6.69in x 5.35in x 2.28in

Qty

Add to Cart

Buy Now

Add to Wish List

Shipping Information

United States Shipping

Orders over $200 qualify for Free Super-Saver Shipping! We ship at our discretion via the most cost-effective method using FedEx, UPS, or USPS.

To ensure your order is processed efficiently, all shipping charges must be pre-paid at checkout. We are unable to bill directly to third-party shipper accounts or use customer-provided labels for domestic shipments.

International Shipping

International orders begin processing as soon as payment is confirmed.

Pre-paid Shipping: For your convenience, you can select and pay for international shipping directly at checkout.
Carrier Accounts: Alternatively, we can bill transport costs directly to your FedEx account number. (Note: We cannot bill to DHL, TNT, or UPS accounts).
Customer Labels: We are also happy to ship internationally using pre-paid labels provided by you for any carrier.

Expedited and Rush Shipping

Need it faster? HardwareJet.com offers 1 or 2-day expedited shipping options during checkout for eligible items.

To get your order to the front of the line, expedited orders include a small rush fee in addition to the carrier's shipping charges. If an item is not available for expedited shipping, these options will not appear in your cart.

Product Information

Item Condition

New - Sealed or Open Box Condition
Excellent - Almost-New, Missing Original Packaging
Refurbished - Seller Refurbished, Good Condition, Previously Used Item

To bring you an even wider selection, some of our items are shipped directly from our trusted partners. Delivery times may vary for these items.

Description

Overview
The Transition Networks CETTF1014-105 Media Converter Module provides a reliable bridge between copper Ethernet and single mode fiber optics. Designed for 10Base-T RJ45 Ethernet ports, this converter transforms electrical signals to 1310nm wavelength light for transmission over up to 20km of SMF (single mode fiber) using an SC connector. It is an ideal solution for extending network reach in campus, metro, and industrial environments where long distance connectivity is required without sacrificing the simplicity of standard RJ45 connections.

Key Features

Converts 10Base-T RJ45 to 1310nm SMF with SC connector
Supports link distances up to 20km over standard single mode fiber
Compact, hot-pluggable module for easy installation
LED indicators for power, link, and activity status
Low power consumption and high reliability for continuous operation
Compliance with IEEE 802.3i and relevant fiber optic standards

Technical Specifications

Media type: 10Base-T RJ45 to 1310nm SMF
Fiber type: Single mode fiber (SMF)
Connector type: SC (female) on fiber side
Maximum fiber distance: 20km
Wavelength: 1310nm
Data rate: 10Mbps
Power supply: 5V DC (PoE optional)
Operating temperature: -10 to 55 deg Celsius
Dimensions: 30mm x 20mm x 10mm (approx.)
Weight: 15g (approx.)

Applications

Campus networks extending Ethernet to remote buildings
Metro and metropolitan area networks requiring fiber backhaul
Industrial automation where rugged fiber links are needed
Surveillance systems that need long distance camera connectivity
Utility and energy sectors for secure, low latency communication
Any environment where copper cabling limits reach and fiber is preferred

With the CETTF1014-105 Media Converter Module, you gain the flexibility to leverage existing Ethernet infrastructure while taking advantage of the long reach, immunity to electromagnetic interference, and future proofing that fiber optics provide.