Finisar Series
FINISAR FTLX1413D3BTL FTLX1412M3BTL
- Product description: FINISAR FTLX1413D3BTL FTLX1412M3BTL_10GBase-LR XFP Transceiver (SMF, 1310nm, 10km, LC, DOM, -40 to 85C)_liyuan tech
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Manufacturer: Finisar
Part Number: FTLX1413D3BTL FTLX1412M3BTL
Form Type: XFP
Speed Description: 10GB
Reach: 10km
Wavelength: 1310nm
Media: SMF
Transceiver Type: LR
Connector: LC
DOM: DOM
Finisar FTLX1413D3BTL and FTLX1412M3BTL are industrial-grade XFP optical modules designed for long-distance, high-speed communication.
I. Model Parameters and Functions
1. Packaging and Rate
They adopt XFP (10G Small Form Pluggable) packaging, support 10Gbps full-duplex transmission, and are compatible with multi-rate scenarios (1.24-11.32 Gbps).
They can be adapted to 10G Ethernet (10GBASE-LR/LW), Fiber Channel (10G/8G/4G/2G/1G), STM-16/64, and other protocols.
The module is equipped with a 1310nm DFB laser and PIN photodetector, achieving a transmission distance of 10 kilometers through single-mode fiber (SMF), with a typical optical budget of 6.8 dB.
2. Industrial-grade Reliability
The operating temperature range is -40°C to 85°C, suitable for extreme environments such as outdoor base stations and factory workshops.
It features a TO-Can packaging design with high sealing and heat dissipation performance, and complies with RoHS environmental standards.
3. Digital Diagnostic Function (DOM/DDM)
It monitors parameters such as optical power, bias current, temperature, and voltage in real time through a 2-wire serial interface,
supporting remote fault detection and performance optimization, meeting the requirements of telecommunication-level network management.
4. Compatibility and Certification
It is compatible with Finisar's original factory protocol, conforms to the XFP MSA standard, and can be seamlessly integrated with equipment from mainstream manufacturers such as Cisco,
Juniper, and Fortinet. Some compatible versions (such as third-party modules) have passed TAA certification, making them suitable for government or critical infrastructure projects.
II. Typical Application Scenarios
1. Telecommunications and Metropolitan Area Networks
Mobile Backhaul: Connects base stations to core networks, supporting the CPRI (Common Public Radio Interface) protocol for the transmission of 4G/5G base station data.
Backbone Network Extension: Achieves long-distance interconnection between central office equipment in metropolitan area networks, such as 10G links between switches and OLTs (Optical Line Terminals).
2. Industrial Automation
Factory Networks: Used in intelligent manufacturing environments for robot control, PLC communication, and production line data collection. The industrial-grade temperature adaptability can withstand high temperatures and dust in workshops.
Traffic Monitoring: Transmits data from surveillance cameras on highways and railways to ensure stable transmission of real-time video streams.
3. Data Center Interconnection (DCI)
Cross-data center connection: Achieves 10G high-speed interconnection within a campus or between cities through single-mode fiber, supporting FCIP (Fiber Channel over IP) and iSCSI storage traffic.
Edge Computing: Establishes low-latency links between IoT edge nodes and core clouds to meet real-time analysis and decision-making requirements.
4. Broadcasting and Satellite Communications
Signal Distribution: Transmits high-definition/4K video signals, supporting the OTN (Optical Transport Network) protocol for long-distance transmission between broadcasting centers and transmission stations.
Satellite Ground Stations: Stably transmits satellite data in harsh weather conditions, with an industrial-grade temperature range ensuring long-term operation outdoors.
III. Technical Advantages and Selection Recommendations
1. Multi-protocol Flexibility
The module supports telecommunication-level protocols such as CPRI, OTU1e/OTU2e, and can simultaneously carry voice,
data, and video traffic, suitable for hybrid service networks. For example, in 5G base stations, it can not only transmit baseband data but also support fronthaul/midhaul links.
2. Differences from Similar Products
(The text ends here, so the comparison with similar products is not provided.) Temperature ,
Adaptability: Compared to the standard temperature module (0-70°C), the support for -40°C low temperature enables its deployment in high-latitude regions or cold chain logistics monitoring systems.
Cost Optimization: Third-party compatible modules (such as the Edgeoptic version) cost only 60-70% of the original factory price, while providing the same performance and lifetime warranty.
3. Deployment Considerations
Optical Fiber Matching: It is recommended to use G.652D single-mode optical fiber to avoid signal degradation caused by dispersion.
Power Consumption Management: Industrial-grade modules consume approximately 2.5-3W of power. Ensure good heat dissipation of the equipment to avoid overheating issues when multiple modules are densely deployed.
In addition to FINISAR FTLX1413D3BTL FTLX1412M3BTL , Liyuan Tech supply a wide range of other Finisar Series . If you have any need or interest, please feel free to send inquiry to global@chn-liyuan.com
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