LYNX Technik Yellobrik OET 1910 MM Ethernet/Fiber Optic Transceiver
Best high-speed fiber converter for extending professional network infrastructure over distance.
The LYNX Technik OET 1910 MM is a compact electrical Ethernet to fiber optic converter designed to extend 1Gbit/s or 10Gbit/s Ethernet networks over long distances. When paired with another unit, it creates a cost-effective Ethernet extender solution reaching up to 20km using singlemode fiber. This module supports both Singlemode and Multimode fiber, offering a maximum throughput of 20Gbit/s in full duplex mode. Integrated LED indicators provide clear status for power and signal presence, enhancing operational convenience and ease of use.
$788.50
Owner Satisfaction
4.7
/ 5
Category Rank
21
/ 2576
#21 in Repeaters & Transceivers
Price vs Category Average
-20%
Below average
Data Rate
101
/ Gbit/s or Gbit/s
Who it's for
- Network engineers needing long-distance data transmission beyond copper limits
- Field production crews requiring durable, portable hardware for tight spaces
- Broadcast professionals demanding interference-free signal integrity and electrical isolation
Who should skip it
- Budget-conscious buyers seeking affordable commercial-grade networking solutions
- Installers preferring the simplicity of Power over Ethernet setups
- Infrastructure planners requiring long-haul connectivity over single-mode fiber
Performance breakdown
Transmission Range
Extends high-speed network connectivity up to 20km with impressive signal reliability.
Throughput Capacity
Handles 20Gbit/s full duplex traffic with ease for demanding data environments.
Form Factor
Compact Yellobrik design fits seamlessly into tight rack or field setups.
Deployment Flexibility
Hot-swappable SFP+ slots allow for rapid configuration changes on the fly.
Build Durability
Rugged construction ensures consistent performance in professional broadcast and IT environments.
Operational Simplicity
Integrated LED indicators provide instant status updates for quick troubleshooting.
Key Specs
Data Rate
10Gbit/s or 1Gbit/s
Dimensions
4.73 x 1.65 x 0.86 inches (120 x 42 x 22mm)
Weight
125g (4.4oz)
Power Supply
+12V DC @ 4W with SFPs (7 - 15V DC input range)
Maximum Range
Up to 20km over singlemode fiber
Connector Type
LC (Optical), RJ-45 (Electrical)
Operating Temperature
5° to 40°C (41° to 104°F)
Warranty
3 Years
Features
- Extends Ethernet reach over fiber optic cable
- Supports 1Gbit/s and 10Gbit/s data rates
- Seamless Fiber to Copper conversion
- Up to 20km reach over singlemode fiber
- Hot-swappable and hot-pluggable
- Compact Yellobrik design for easy integration
- Multimode support via 850nm/LC Connectors
- Maximum 20Gbit/s full duplex throughput
What customers say
Professionals highly value the LYNX Technik Yellobrik OET 1910 MM for its exceptional reliability and robust build quality. This transceiver flawlessly extends standard Ethernet signals over multimode fiber, providing stable, high-bandwidth connections over long distances essential for remote and large venue setups. Its compact, rugged form factor is a significant advantage for deployment in tight spaces or mobile units. While the initial cost is premium, users agree the superior operational stability and dependable performance justify the investment. System engineers trust this component for maintaining crucial signal integrity and minimizing downtime, making it a cornerstone of reliable network infrastructure.
Know before you buy
The OET 1910 MM is rated for a maximum reach of up to 20km when using singlemode fiber. Extending the connection beyond this distance may result in signal degradation and is not supported by the manufacturer.
Yes, the transceiver is designed to handle both 1Gbit/s and 10Gbit/s data rates, providing flexibility depending on your specific network requirements.
Yes, the unit is both hot-swappable and hot-pluggable, allowing you to install or remove the device from your setup without needing to power down your entire network infrastructure.
This module supports both singlemode and multimode fiber. It utilizes LC connectors for the optical interface, making it compatible with standard fiber cabling used in professional networking environments.
The unit operates on a +12V DC power supply and has an input range of 7V to 15V DC. It consumes approximately 4W of power when equipped with SFPs.
The device features integrated LED indicators on the chassis. These provide real-time visual feedback regarding power status and signal presence, making it easy to troubleshoot connectivity at a glance.
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