Addon AOC-E10GSFPSR-AO 

Supermicro® AOC-E10GSFPSR Compatible TAA 10GBase-SR SFP+ transceiver module (MMF, 850nm, 300m, LC, DOM)

The AddonAOC-E10GSFPSR-AO is a high-quality, TAA-compliant SFP+ transceiver module engineered for seamless 10GBase-SR connectivity in enterprise and data center environments. Fully compatible with Supermicro® AOC-E10GSFPSR systems, this transceiver provides up to 10Gbps data transfer over multimode fiber (MMF) with a maximum reach of 300 meters. Operating at an 850nm wavelength and using an LC duplex connector, it is ideal for short-range, high-speed communication in racks and between adjacent data center nodes. The built-in Digital Optical Monitoring (DOM) functionality allows real-time monitoring of performance metrics, helping network administrators maintain uptime and operational efficiency.

Features

This Addontransceiver is purpose-built for high-performance 10 Gigabit Ethernet (10GbE) applications, offering low latency, low power consumption, and robust optical signal integrity. Supporting transmission over OM3 or OM4 multimode fiber, the module enables fast and stable data exchange between switches, servers, and routers in environments that demand high bandwidth and reliability.With a standard LC duplex interface, this plug-and-play solution is easy to install and integrates smoothly with Supermicro and other compliant network hardware. Whether you're managing virtual machines, handling large-scale storage traffic, or running high-volume web applications, the AOC-E10GSFPSR-AO delivers consistent speed and uptime. Its compact, hot-swappable form factor makes it perfect for dense deployments and reduces service interruption during maintenance or upgrades.

Advanced Options

Engineered for enterprise-grade reliability, the AddonAOC-E10GSFPSR-AO is designed to maintain signal integrity and performance under continuous, high-bandwidth operations. Its 850nm VCSEL laser ensures clean optical transmission over multimode fiber with minimal signal loss, while the integrated DOM enables proactive monitoring of critical parameters like temperature, voltage, and optical power.