10G Fiber Converter (3R Repeater)
Short Description:
10G Fiber Converter Description: Ideal for telecommunications rooms, data centers, R&D laboratories, and network service providers, this 10G Fiber Converter (3R Repeater) excels at wavelength conversion (1310nm/1550nm/CWDM/DWDM) and fiber mode conversion between single-mode and multi-mode fibers, including multi-mode to single-strand single-mode. Featuri…Description
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Description
10G Fiber Converter Description:
Ideal for telecommunications rooms, data centers, R&D laboratories, and network service providers, this 10G Fiber Converter (3R Repeater) excels at wavelength conversion (1310nm/1550nm/CWDM/DWDM) and fiber mode conversion between single-mode and multi-mode fibers, including multi-mode to single-strand single-mode. Featuring dual XFP or SFP+ ports, it seamlessly supports 10G Ethernet, 10G Fiber Channel, and SDH/SONET STM-64/OC-192 standards. Its key 3R function (Re-amplify, Reshape, Retime) regenerates the optical signal, effectively eliminating jitters and noise for a clean, high-quality link over extended distances. Whether deployed as a standalone unit or as a plug-in card within the BD10 Chasiss, this device is the perfect solution for 10G network distance extension and optical signal regeneration, providing a transparent, low-latency transport bridge for demanding applications.
Key Features
Wide Application Range: Perfect for 10Gbase-LAN, 10Gbase-WAN, SDH/SONET STM-64/OC-192, and 10G Fiber Channel applications.
High-Speed Optical Signal Regeneration (3R): Ensures that signals are re-amplified, reshaped, and retimed, preserving high-quality links at 10 Gigabit speeds.
Flexible Fiber Type Support: Supports both single-mode and multimode fiber, including advanced wavelength conversions for CWDM/DWDM, 1310nm, and 1550nm optical wavelengths.
Rack Mountable & Standalone Options: Compatible with a 2U rack (16 slots), as well as available as a standalone device with external power for flexible installation.
Network Management Support: Web, SNMP, and console management options allow easy monitoring and control.
In-Band Management: Seamlessly integrates with your existing network for improved operation and monitoring.
Jumbo Frame Support: Enables the efficient handling of large data packets, ensuring smoother data transmission.
Transparent Transport & Low Latency: Minimal delay for high-performance, real-time data applications.
DMI & Loopback Test Support: Offers diagnostic capabilities to ensure the integrity of fiber connections.
Hot Plugging & Easy Installation: Plug-and-play functionality simplifies setup and ensures quick deployment.
10g media converter Technical Information:
| Performance Data | Technical Indexes |
| Equipment function | 3R Repeater |
| Transmission Speed | 10Gb/s（9.95Gb/s-11.35Gb/s） |
| Protocols | 10Gbase-R，10Gbase-LRM |
| Access Type | IEEE802.3ae 10G LAN/ 10G WAN |
| Interface Type | Type A: SFP+ To/From SFP+Type B: SFP+ To/From XFP
Type C: XFP To/From XFP |
| Transmission Distance | Up to SFP＋ module（Max 40Km）Up to XFP module （Max 80Km） |
| power requirement | Rack-mountable : AC 85 ～ 220V OR DC -48VStandalone: AC 220V OR -48V
Power consumption: ≤4W |
| Work Environment | Operating Temp: 0~ 50 ℃Storage Temp: -10~ 70 ℃
Humidity: 5%~90% （non-condensing） |
| Dimension | Card ： 11.5mm （W）× 78mm （D）Standalone ：156mm （W）×128mm（D）×32mm（H） |
Question: Can I input 2Gbps signal into the 10G optical fiber repeater?
Answer: The 10G fiber repeater can only support 9.95Gb/s-11.35Gb/s.If your rate is 2Gbps,you can choose our 2.5G fiber repeater.
Specification
Application
10g media converter Application:
10Gbase-LAN，10Gbase-WAN
Order
| Product Model | Descriptions | Inquiry |
|---|---|---|
| BD-OEO-10G-A | 10G fber converter,3R repeater,type A:SFP+ to SFP+ | Request Price |
| BD-OEO-10G-B | 10G fiber converter,3R repeater,type B: SFP+ to XFP | Request Price |
| BD-OEO-10G-C | 10G fiber converter,3R repeater,type C: XFP to XFP | Request Price |
Downloads/FAQ
What is 3R repeater?
3R repeater means Regeneration, Reshaping. the optical signal is convertered into electrical signal. The electrical signal will be reclocked and retiming, reshape its signal, then regenerate new signal and convert to optical signal.
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