Intel Compatible E10GSFPLR TAA Compliant 1G/10GBASE-LR SFP+ 1310nm 10km Single-mode LC Connector

Meet ENET’s high‑quality, Intel‑compatible transceiver designed to deliver dependable, enterprise‑grade performance without paying premium OEM prices. The Intel Compatible E10GSFPLR is a functionally identical SFP+ module engineered to work seamlessly with Intel networking gear, offering a 1310nm 10km link with a single‑mode LC connector. Built to meet or exceed industry standards while staying within the rigorous requirements of a TAA‑compliant product, this transceiver is ideal for data centers, campus networks, and long‑haul connections where reliability and compatibility matter most. ENET’s commitment to compatibility across 50 manufacturers translates into a cost‑effective solution that matches OEM functionality, spectrum, and performance—so you can deploy with confidence, knowing you’re protected by a 100% guaranteed compatible claim. Whether you’re upgrading a mature Intel deployment or designing a new next‑gen network, this ENET transceiver is engineered to integrate smoothly into diverse environments while maintaining the performance you expect from a 10GBASE‑LR link.

• Intel‑grade compatibility and performance: This SFP+ module is designed to match Intel E10GSFPLR specifications exactly, delivering a plug‑and‑play experience for Intel‑based networks. By aligning with Intel’s formal interface and signaling expectations, it ensures stable, predictable operation across a wide range of Intel switches, routers, and servers. The result is a dependable 10GBASE‑LR upgrade path or hardware refresh that preserves native performance, latency characteristics, and link integrity, allowing you to scale your network without re‑engineering your existing stack.
• Functionally identical, cost‑effective alternative: ENET’s OEM‑compatible optics provide a cost‑effective alternative to OEM hardware without sacrificing quality or functionality. You can expect the same electrical and optical behavior, same frame structure, and identical performance metrics as the original Intel module, but at a fraction of the price. This makes it an attractive choice for large deployments, labs, or mixed‑vendor environments where balance between budget and performance is critical.
• 1310nm single‑mode, 10km reach with LC connection: The transceiver uses a 1310nm laser and single‑mode fiber for long‑haul transmission up to 10 kilometers, supporting high‑quality, low‑loss links in campus backbones and data center to data center connections. The LC duplex connector supports reliable, low‑cost terminations with standard SMF cabling, making it suitable for typical telecom, data center, and enterprise fiber layouts that require robust 10G links over moderate distances.
• TA A compliant, tested reliability: This module is designed to meet the Trade Agreements Act (TAA) requirements, ensuring it’s a compliant choice for government, education, and enterprise customers subject to procurement standards. ENET emphasizes rigorous testing and compatibility validation to minimize field issues, delivering stable link performance, consistent optical power, and dependable operation within Intel ecosystems and beyond.
• Easy procurement, broad compatibility, and support: Beyond Intel compatibility, ENET’s transceivers are engineered to align with a wide array of vendors and devices, enabling simple sourcing, quicker deployment, and reduced risk when upgrading mixed environments. With extensive testing, robust quality control, and responsive support, this transceiver helps you simplify procurement while maintaining high performance in critical networks.

Technical Details of Intel Compatible E10GSFPLR TAA Compliant 1G/10GBASE-LR SFP+ 1310nm 10km Single-mode LC Connector

• Form factor: SFP+
• Data rate: 1G/10GBASE-LR
• Wavelength: 1310 nm
• Fiber type: Single‑mode
• Distance: 10 km
• Connector: LC duplex
• Compatibility: Intel E10GSFPLR compatible; functionally identical to OEM Intel module
• Compliance: TAA compliant
• Product family: ENET OEM‑compatible SFP+ transceiver

How to install Intel Compatible E10GSFPLR

Installing this SFP+ transceiver is straightforward and designed for minimal downtime. Follow these steps to ensure a clean, reliable deployment in your Intel‑based network equipment:

• Power down the host device only if your system requires a formal power‑down procedure; otherwise, you can perform a hot‑swap if your switch or router supports it. Always consult your device’s maintenance policy before hot‑swapping any module.
• Remove the protective caps from the SFP+ port and the transceiver’s optical connectors to expose the LC interface and avoid contamination.
• Insert the ENET Intel‑compatible E10GSFPLR module firmly into the SFP+ slot until it seats with a click, ensuring the faceplate is aligned and secured by the port’s latching mechanism.
• Connect the fiber pair using clean, properly terminated single‑mode (SMF) cables with LC connectors. Verify the fiber ends are free of dirt or dust and that the connectors are fully seated.
• Power on the device (or complete the hot‑swap if supported). Check the optical link status through the device’s management interface or front‑panel LEDs. The link should come up and mirror the configured rate (1G or 10G) depending on your network settings.

Frequently asked questions

• Q: Is this module truly Intel compatible? A: Yes. The ENET Intel Compatible E10GSFPLR is designed to match Intel’s E10GSFPLR specifications for seamless operation in Intel‑based networks, offering a plug‑and‑play experience with minimal compatibility risk.
• Q: What speeds does this module support? A: It supports 1G/10GBASE‑LR, enabling flexible deployment in mixed environments and upgrades from slower links as your bandwidth needs grow.
• Q: What is the reach of this transceiver? A: It provides up to 10 kilometers of single‑mode fiber transmission, suitable for data center backbones, campus networks, and metro‑distance links.
• Q: Is the transceiver compliant with trade and procurement standards? A: Yes. It is TAA compliant, making it suitable for government, educational, and enterprise procurement pathways that require compliance with trade regulations.
• Q: Can I mix ENET compatible optics with OEM Intel modules? A: In many cases you can, as ENET designs its optics for broad interoperability. However, for mission‑critical deployments, always verify link stability and perform compatibility testing in your specific environment.