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XBR-SFP10G1590-20 represents a 10G CWDM SFP+ optical transceiver at 1590nm, utilizing a cooled EML laser and PIN photodiode to achieve reliable duplex LC optical links over single-mode fiber up to 20km, with built-in digital diagnostic monitoring for ongoing system visibility.
| Brocade Part Number | XBR-SFP10G1590-20 | Vendor Name | LINK-PP |
| Form Factor | SFP+ | Max Data Rate | 10.7Gbps |
| Wavelength | 1590nm | Max Cable Distance | 20km |
| Connector | Duplex LC | Media | SMF |
| Transmitter Type | EML | Receiver Type | PIN |
| TX Power | -1 to +5dBm | RX Power | -23 to -6dBm |
| Receiver Sensitivity | <-16dBm | DDM Support | Yes |
| Operating Temperature Range | 0 to 70°C | Protocols | SFP+ MSA Compliant, CPRI, eCPRI, ITU-T G.652 |
Brocade XBR-SFP10G1590-20 Compatible LINK-PP module is a commercial-grade 10G CWDM optical module operating at 1590nm with up to 20km reach over single-mode fiber. It combines wavelength multiplexing, duplex LC connectivity, and digital diagnostic monitoring to support efficient transmission and clear operational insight. The design enables consistent interoperability and optimized use of fiber infrastructure.
Built with a hot-pluggable SFP+ footprint, it allows quick insertion and replacement in active systems. Compliance with SFP+ MSA and SFF-8472 ensures alignment with industry standards and broad device compatibility. Its compact structure fits well in space-constrained networking setups.
It delivers 10Gbps data rates to support smooth traffic flow across aggregation links. This helps connect multiple access points to higher network layers with stable throughput. It is suitable for scenarios requiring reliable mid-range data transmission.
By using CWDM technology, multiple wavelengths can share a single fiber strand, improving utilization. This reduces the need for additional fiber deployment while supporting network growth. It offers a practical approach to expanding bandwidth capacity.
The 1590nm wavelength operates within standard CWDM grids, allowing straightforward integration into existing systems. It supports stable signal propagation over single-mode fiber. This contributes to consistent link behavior across deployments.
With support for up to 20km transmission, it enables reliable communication between distant network points. This helps minimize the need for intermediate equipment. It is well suited for medium-distance optical links.
A duplex LC interface provides separate transmit and receive paths for clear signal exchange. It is widely adopted and easy to connect within standard fiber infrastructures. This ensures stable and reliable link setup.
Integrated digital diagnostic monitoring provides access to key operating data such as optical power, laser bias current, and temperature. This allows ongoing visibility into link conditions. It helps simplify troubleshooting and performance tracking.
| Pictures | ID# | Description | Price | Stock | Add to Cart |
Q: Our network management system polls SFF-8472 registers via SNMP — does this CWDM SFP+ module report live light levels correctly? By R***h on 2026-03-10
A: Absolutely, it fully supports SFF-8472 compliant real-time Digital Diagnostic Monitoring (DOM) for reading live temperature, voltage, and Rx/Tx power. By admin on 2026-03-11
Q: We have a 17km single-mode link with two patch panels — does the PIN photodiode have enough sensitivity? By H***s on 2026-01-11
A: Yes, the combination of the cooled EML laser and high-sensitivity PIN receiver provides ample optical power budget for 20km single-mode fiber links. By admin on 2026-01-12
Q: Can I hot-swap this 1590nm CWDM module directly into a running core switch port without disrupting adjacent 10G traffic? By W***s on 2025-08-02
A: Absolutely, its hot-pluggable SFP+ footprint and low power draw allow safe live insertion with minimal risk of voltage drops or link flaps on neighboring ports. By admin on 2025-08-03
Q: Can we aggregate this LS-CW5910-20C 10G SFP+ module with other CWDM channels into a passive 18-channel Mux/Demux? By C***e on 2025-05-28
A: Yes, its 1590nm wavelength strictly complies with the ITU-T CWDM grid for seamless multiplexing into passive CWDM systems. By admin on 2025-05-29
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