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AA094688 is a 25G SFP28 single-mode optical transceiver module that engineered for precision data delivery, sustaining an ultra-lean maximum power consumption of 1.2W while driving 1310nm wavelengths across distances up to 10km with integrated DOM diagnostics.
| DELL Part Number | AA094688 | Vendor Name | LINK-PP |
| Form Factor | SFP28 | Max Data Rate | 25.78Gbps |
| Wavelength | 1310nm | Max Cable Distance | 10km |
| Connector | Duplex LC | Media | SMF |
| Transmitter Type | DFB | Receiver Type |
PIN |
| Receiver Sensitivity | -13dBm | Receiver Overload |
2dBm |
| TX Power | -8 to +3dBm | RX Power | -14 to +3dBm |
| DOM | Supported | Protocols | MSA Compliant, CPRI, eCPRI |
DELL AA094688 Compatible LINK-PP module is a 25GBASE-LR SFP28 optical transceiver designed for dependable single-mode fiber deployments. This module integrates a 1310nm wavelength and real-time DOM monitoring to ensure stable, long-distance data transmission up to 10km. It combines energy efficiency with high-speed connectivity to optimize modern network infrastructures.
This module is engineered for excellent thermal and energy efficiency in demanding environments. It features a 1.2W maximum power consumption with an established link, significantly reducing operational costs. The hot-pluggable SFP28 design also allows for easy installation and maintenance without disrupting network services.
This transceiver delivers a reliable 25Gbps data rate to meet the growing bandwidth demands of modern data centers. It provides a perfect migration path from standard 10G networks to faster, more scalable architectures. The increased throughput ensures efficient handling of high-density uplink traffic.
Operating at a 1310nm optical wavelength, this module ensures minimal signal degradation over single-mode fiber. The chosen spectrum is ideal for local area networks and metropolitan transport systems. It utilizes advanced laser technology to maintain stable signaling across the entire link.
Designed for long-distance transmission, this module reliably supports data transmission distances up to 10km. It is highly effective for connecting enterprise campuses, central offices, and distributed data center facilities. This long-reach capability eliminates the need for mid-span amplification.
The module comes equipped with an industry-standard duplex LC/UPC connector for secure fiber termination. This interface ensures low insertion loss and excellent back-reflection to protect signal integrity. Its compact connector design maximizes panel density in standard patch panels and switches.
Featuring built-in Digital Optical Monitoring (DOM), this transceiver tracks vital operating parameters in real time. Network administrators can easily monitor transceiver temperature, supply voltage, and optical power levels. This proactive diagnostic tool helps prevent link failures and simplifies troubleshooting.
| Pictures | ID# | Description | Price | Stock | Add to Cart |
Q: Does the diagnostic engine comply with the SFF-8472 specification for real-time monitoring of supply voltage and laser bias? By O***n on 2026-04-28
A: Yes, the built-in DDM framework registers voltage, temperature, bias current, and optical power precisely according to SFF-8472 industry guidelines. By admin on 2026-04-29
Q: Can we hot-swap this module into a busy line card without disrupting neighboring 25G SFP28 links? By E***e on 2026-03-15
A: Yes, the module is fully engineered for hot-plugging, allowing clean physical installation without causing power spikes or interrupting adjacent data lanes. By admin on 2026-03-16
Q: Can this 1310nm single-mode transceiver connect to a 1550nm module on the opposite end of a dark fiber run? By C***e on 2025-11-10
A: No, both ends of the physical layer span must utilize matching 1310nm center wavelengths to successfully establish optical synchronization. By admin on 2025-11-11
Q: Does this 10km single-mode SFP module suffer from severe modal dispersion if routed through old legacy single-mode fiber runs? By L***t on 2025-10-18
A: No, because modal dispersion is primarily a characteristic of multimode infrastructure. When operating at a 1310nm wavelength over standard single-mode fiber, chromatic dispersion is minimal, though legacy fiber quality and patch panel degradation should still be verified to ensure proper attenuation margins. By admin on 2025-10-19
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