NETGEAR AXM762P10-10000S 10GBASE-LR SFP+ Transceiver Module
Overview
The NETGEAR AXM762P10-10000S is a 10GBASE-LR SFP+ optical transceiver designed for long-reach, point-to-point Ethernet backbone connectivity over single-mode fiber. This module delivers 10 Gigabit speeds across distances up to 10 kilometers — critical for data center interconnect, campus core links, and remote facility connections where copper is impractical. The AXM762P10-10000S (often searched as AXM762P10 10000S) installs into any compatible SFP+ port on NETGEAR switches and routers, eliminating the need for external media converters and simplifying network expansion.
Key Features
- 10 Gigabit Ethernet Performance: Full 10 Gbps throughput over single-mode fiber means you're not bottlenecking your backbone — data moves at wire speed between facilities or between switch stack frames without latency loss.
- 10-Kilometer Transmission Range: The 1310nm wavelength and -14 dBm optical power budget reach up to 10km on standard single-mode fiber (ITU G.652). If you need shorter distances (up to 300m on multi-mode fiber), you would require a different wavelength module; this is built for distance.
- Hot-Swappable Form Factor: Pull and replace the AXM762P10-10000S without powering down the switch or restarting services — real benefit when you need to swap modules during business hours or troubleshoot fiber connections without facility downtime.
- LC Connector: Standard duplex LC connectors mate with most carrier-grade fiber patch panels and backbone cabling infrastructure. Verify your patch cords are also LC single-mode before ordering.
- Digital Optical Monitoring (DOM) Support: Real-time visibility into transceiver temperature, optical power, and voltage on compatible platforms — lets you catch degrading signal or thermal issues before they cascade into packet loss.
- Multi-Source Agreement (MSA) Compliance: Meets industry SFP+ standards, reducing lock-in risk and simplifying replacement cycles compared to proprietary modules.
Integration & Compatibility
The AXM762P10-10000S plugs into any SFP+ port on NETGEAR ProSafe and M4300 series switches, as well as third-party equipment with compatible SFP+ cages. Confirm your switch BIOS and firmware support the module's wavelength and speed profile — most modern NETGEAR platforms do, but legacy or older firmware occasionally flags non-validated optics. Pair with single-mode fiber patch cords rated for 10GBASE-LR (1310nm wavelength); multi-mode fiber will introduce unacceptable signal loss over distance.
If your backbone runs under 300 meters or relies heavily on multi-mode fiber already installed, consider a 10GBASE-SR (850nm) variant instead — it's optimized for shorter reaches on MMF and avoids the cost of fiber replacement. For longer distances (40km+) across geographic regions, step up to 10GBASE-ER or 10GBASE-ZR modules within the network switches ecosystem to avoid expensive regeneration equipment.
Deployment Considerations
The AXM762P10-10000S is a passive optical module — it requires compatible SFP+ host equipment and correctly terminated single-mode fiber. Budget for LC duplex patch cords, fiber certification testing, and DOM-capable management software to monitor the link. Excessive bending or rough handling of the fiber patch cord can degrade optical margin; route carefully and avoid loops tighter than 5cm radius near the connector.
Frequently Asked Questions
Q: Can I use the AXM762P10-10000S on multi-mode fiber?
A: No. This is a single-mode module optimized for 1310nm over SMF. Multi-mode fiber will scatter the signal and lose most of the 10km reach. For MMF deployments, choose a 10GBASE-SR (850nm) module instead.
Q: What is the maximum transmission distance for the AXM762P10-10000S?
A: Up to 10 kilometers on standard single-mode fiber (ITU G.652). Distance depends on fiber loss budget and connector quality; certified testing of your link is recommended for long-haul runs.
Q: Does the AXM762P10-10000S support Digital Optical Monitoring?
A: Yes. The module includes DOM capability for real-time temperature, optical power, and voltage monitoring on platforms with compatible management interfaces (SNMP, web, or CLI).
Q: Is the AXM762P10-10000S hot-swappable?
A: Yes. You can insert and remove the module without powering down the switch, as long as the SFP+ cage supports hot-swap (all modern NETGEAR switches do). Traffic on other ports continues uninterrupted.
The NETGEAR AXM762P10-10000S is a solid long-haul backbone module — 10 Gbps over 10km on single-mode fiber is exactly what you need when your campus or data center interconnect won't tolerate copper distance limitations or when fiber is already run. The hot-swap form factor means you can upgrade or troubleshoot without maintenance windows.
Technical Highlights:
- 1310nm Single-Mode Wavelength: Reaches 10 kilometers with acceptable optical margin on standard ITU G.652 fiber — far enough for multi-building campuses and short-haul carrier links without regeneration.
- 10GBASE-LR Standard Compliance: Interoperability with other vendors' LR modules means you're not locked into NETGEAR optics across your entire backbone if you build a heterogeneous core.
- DOM-Ready: Real-time optical and thermal telemetry prevents silent signal degradation — critical in production environments where fiber micro-bends or connector fouling creeps up slowly.
Deployment Considerations:
- Single-mode fiber **only**; multi-mode will not work and will waste your module. Verify every patch cord and infrastructure run before ordering.
- Confirm your switch firmware supports DOM polling and optical monitoring — older management stacks may not expose transceiver health, leaving you flying blind on signal quality.
- The AXM762P10-10000S is **passive** — it relies on clean fiber termination, proper connector mating, and minimal bend radius. A single bad patch cord can kill 10km of range.
Best fit: campus backbones, data center-to-remote-office interconnect, and carrier-class facility links where distance and uptime demand single-mode fiber and you need plug-and-play reliability without external converters.
