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AA1419084-E5 drives long-haul connectivity as a hot-pluggable, commercial-grade 155M SFP single-mode optical module that leverages a 1550nm wavelength to sustain robust Fibre Channel and Ethernet links across an impressive 80km span.
| Avaya Part Number | AA1419084-E5 | Vendor Name | LINK-PP |
| Form Factor | SFP | Max Data Rate | 155Mbps |
| Wavelength | 1550nm | Max Cable Distance | 80km |
| Connector | Duplex LC | Media | SMF |
| Transmitter Type | DFB | Receiver Type |
PIN |
| TX Power | -14 to -8dBm | RX Power |
-32 to -6dBm |
| Receiver Sensitivity |
< -32dBm | DOM Support |
Yes |
| Operating Temperature Range | 0 to 70°C | Protocols | GR-468, MSA Compliant |
Avaya AA1419084-E5 Compatible LINK-PP module is a commercial-grade single-mode transceiver built to secure dependable long-range data links. This hot-pluggable module unifies a 1550nm optics core, a duplex LC port, and onboard telemetry to span long distances without signal degradation. It serves as an efficient hardware solution for standardizing telecommunication and storage network expansions.
This variant incorporates a 1550nm DFB laser that serves as a highly stable, low-noise light source for single-mode fiber infrastructure. Built in strict compliance with SFP MSA and SFF-8472 guidelines, it ensures instant plug-and-play compatibility across diverse host platforms. The specialized transmitter optics prevent pulse broadening to maintain clean eye diagrams over extended runs.
This module delivers a steady 155Mbps data rate, tailored specifically to match the timing constraints of legacy storage architectures. It provides an uninterrupted, fixed-bandwidth pipeline that keeps enterprise Fibre Channel setups perfectly synchronized. This reliable bit rate prevents latency issues and buffer management errors in older-generation storage networks.
By operating in the 1550nm spectral band, the transceiver takes advantage of the absolute lowest attenuation point found in standard single-mode glass. This selection drastically cuts down on optical power loss per kilometer compared to shorter wavelengths. It allows clean, unamplified light propagation across complex regional fiber topologies.
Designed for long-haul operations, this device features a robust optical power budget engineered to bridge distances up to 80km. It eliminates the need for expensive intermediate repeaters or signal regenerators along the fiber path. This extensive reach makes it a cost-effective choice for linking distant corporate branches or rural sub-stations.
The housing features a standardized duplex LC receptacle that establishes a firm, click-to-lock connection with matching fiber patch cables. Its precise mechanical alignment minimizes insertion loss and back-reflection at the optical mating plane. Additionally, the small form-factor design helps conserve valuable faceplate space on high-density switches.
Onboard Digital Optical Monitoring (DOM) gives technicians a continuous window into critical transceiver metrics. Through the host software, users can immediately view live operating temperatures, supply voltage, and precise laser power levels. This proactive diagnostic tool simplifies network troubleshooting and helps prevent unexpected link downtime.
| Pictures | ID# | Description | Price | Stock | Add to Cart |
Q: Is the 1550nm wavelength sensitive to macrobending losses if the fiber patch cords are tightly routed in high-density management trays? By I***k on 2026-03-01
A: Yes, 1550nm light is more vulnerable to bending losses than 1310nm, so you must maintain the standard minimum bend radius for your SMF cabling. By admin on 2026-03-02
Q: If our indoor server room suffers a cooling failure, what is the maximum safe storage/non-operational thermal limit for this module? By L***n on 2026-01-29
A: The transceiver can withstand non-operational ambient warehouse exposure ranging from -40°C up to +85°C without experiencing degradation of its internal optical components. By admin on 2026-01-30
Q: Can the built-in DDM track sudden environmental voltage drops that might threaten link stability in remote field offices? By H***e on 2025-12-09
A: Yes, the module constantly samples host supply voltage alongside optical metrics, flagging anomalies before physical link loss occurs. By admin on 2025-12-10
Q: Does the digital optical diagnostic interface require a separate polling frequency, or does it stream metrics continuously? By K***e on 2025-11-11
A: The DOM parameters are continuously updated on the transceiver's internal registry, allowing your network monitoring software to poll the physical data in real time. By admin on 2025-11-12
Q: Can this module successfully overcome an older 65km single-mode run that has multiple bad splices and high patch panel loss? By J***k on 2025-08-25
A: It depends on your total link budget; this module offers a robust power budget designed specifically to handle the attenuation of long-haul single-mode lines. By admin on 2025-08-26
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