Description
Accortec 10 Gig SFP+, Multimode 850nm SR
The Accortec 10 Gig SFP+, Multimode 850nm SR is a cutting-edge optical transceiver engineered to significantly enhance your networking capabilities with superior data transfer rates and reliability. Designed to meet the demands of modern data transmission, this SFP+ module offers a seamless solution for high-density networks, data centers, and enterprise environments. Built to the MSA standards, it slides into standard SFP+ slots and works with most network switches, routers, and servers that support 10GBASE-SR over multimode fiber. The 850 nm VCSEL technology at the heart of this transceiver delivers precise, stable signaling over multimode fiber (MMF), enabling short-reach connections with minimal dispersion and excellent signal integrity across busy networks. Whether you are upgrading an existing infrastructure or deploying a new 10 Gig network, this Accortec SFP+ SR module is crafted to deliver dependable performance, low power consumption, and straightforward plug-and-play operation for rapid deployment.
- Blazing-fast 10 Gigabit performance: Enjoy full-duplex 10G Ethernet with robust throughput, enabling high-bandwidth workloads, virtualization, and rapid data transfers between servers, storage systems, and core network devices.
- Short-reach multimode compatibility: Specifically designed for multimode fiber installations, 850 nm SR transceivers bring optimized performance over OM3 and OM4 cables, delivering high-speed links within data centers and LANs with clean signal integrity.
- Plug-and-play reliability: The Accortec SFP+ SR is a hot-swappable, field-proven module that works with a wide range of switches, routers, and NICs that adhere to SFP+ specifications, reducing downtime during upgrades and maintenance.
- Efficient power and compact design: Engineered for low power consumption and a compact footprint, this transceiver minimizes heat generation and simplifies rack density in crowded data center environments while maintaining stable operation.
- Durable, enterprise-grade engineering: Built with high-quality components to withstand the rigors of data center operation, including reliable optical performance, robust ESD protection, and long-term reliability in demanding 24/7 networks.
Technical Details of Accortec 10 Gig SFP+, Multimode 850nm SR
- Data rate: 10.0 Gbps (10GBASE-SR compatible) for high-throughput networks and low-latency applications.
- Wavelength: 850 nm VCSEL transmitter for short-reach multimode fiber (MMF).
- Transceiver type: SFP+ hot-swappable optical transceiver module compliant with MSA specifications.
- Fiber type: Multimode fiber (MMF), optimized for OM3 and OM4 cables.
- Connector type: LC duplex optical connector for reliable, low-loss fiber mating.
- Distance (typical): Up to 300 meters on OM3 MMF; up to 400 meters on OM4 MMF (actual distance depends on fiber quality and installation conditions).
- Temperature range (operating): 0°C to 70°C, suitable for standard data center environments; extended storage temperature ranges may apply when not in operation.
- Power consumption: Typical power usage in the expected operating range, designed to minimize heat output in dense rack deployments.
- MDM/DDM support: Features may include digital diagnostic monitoring (DDM/MDM) for real-time visibility into optical parameters where supported by host equipment.
- Compliance: Compatible with 10GBASE-SR links and commonly supported by devices that accept SFP+ transceivers adhering to multi-source agreement (MSA) standards.
How to install Accortec 10 Gig SFP+, Multimode 850nm SR
- Power down the host device (switch, router, or server) before removing or inserting the transceiver to protect the port and ensure proper detection.
- Insert the SFP+ module firmly into the SFP+ slot until you hear a click or feel the latch engage, ensuring the module is oriented correctly with the label facing outward.
- Route and connect the multimode fiber cable to the LC duplex connector, using clean, appropriate OM3/OM4 MMF cables. Avoid bending fibers beyond the recommended bend radius and ensure fiber ferrules are clean and free of dust.
- Connect the opposite end of the MMF link to the corresponding port in the network device, ensuring a matching 10GBASE-SR configuration on both ends where required by the network policy.
- Power on the device and verify link status through the management interface or LEDs on the network hardware. Confirm the interface comes online at 10 Gbps and run a basic throughput or loopback test to validate the link reliability.
Frequently asked questions
- What is the Accortec 10 Gig SFP+, Multimode 850nm SR best used for? It is ideal for short-reach, high-bandwidth links within data centers, server rooms, and campus networks where multimode MMF with OM3/OM4 cabling is prevalent, delivering reliable 10G Ethernet performance over relatively short distances.
- What fiber type do I need? Multimode fiber (MMF), specifically OM3 or OM4, paired with LC duplex connectors, is recommended to maximize reach and performance for 850 nm SR transceivers.
- Is this transceiver compatible with 10GBASE-SR devices? Yes. The module is designed to comply with SFP+ and 10GBASE-SR standards and should work with devices that support SR deployments on MMF links.
- How far can I run this transceiver? Typical distances are up to 300 meters on OM3 MMF and up to 400 meters on OM4 MMF, depending on fiber quality, connector quality, and network conditions.
- What about management features? Many SFP+ SR modules support digital diagnostic monitoring (DDM/MDM) when the host device provides this capability, offering real-time insight into transmit power, temperature, supply voltage, and other key metrics.
- Do I need any special tooling or cables? No special tools beyond standard clean-room fiber handling are required. Use LC-LC MMF cables of appropriate spec, handle fibers with care, and keep connectors clean to maintain optimal optical performance.
- How do I troubleshoot a link that won’t come up? Verify the module seating, confirm that both ends are using compatible 10GBASE-SR configurations, check for clean fiber terminations, ensure correct fiber type and distance, and inspect port settings or VLAN/policy configurations that could block the link. If needed, test with a known-good SFP+ or fiber to isolate the fault.)
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