Meraki 10G Base LR Single-Mode

MerakiSKU: 10780004

Price:
Sale price$3,405.89

Description

Meraki 10G Base LR Single-Mode

Experience enterprise-grade performance with the Meraki 10G Base LR Single-Mode SFP+ transceiver. Engineered for reliability and scalable high-speed connectivity, this module enables 10 Gigabit Ethernet over long-haul single-mode fiber. With 1310 nm laser technology designed for precision data transmission and a compact, hot-swappable form factor, it’s ideal for data centers, campus networks, and backbones that demand dependable uplinks. The Meraki 10G Base LR Single-Mode delivers predictable latency, low BER, and seamless integration with SFP+ capable switches and Meraki devices, empowering administrators to scale bandwidth as network needs evolve.

Whether you’re upgrading uplinks, building a fiber backbone, or extending reach between buildings, this transceiver provides a flexible, cost-effective path to 10G connectivity. It supports distances up to 10 kilometers over standard single-mode fiber, enabling long-range connections without repeaters. The compact SFP+ package fits a wide range of chassis and blades, and its compatibility with standard MSA interfaces ensures interoperability across many vendor ecosystems. By choosing the Meraki 10G Base LR Single-Mode, you invest in a module that combines exceptional performance, robust reliability, and simple deployment for modern, data-intensive networks.

  • Blazing-fast 10G Ethernet over fiber: Supports data transfer rates up to 10 Gbps using 10GBase-LR technology, delivering high throughput for data-intensive applications, virtualized workloads, and storage area networks. Optimized for low latency and stable performance over long distances.
  • Long-range, single-mode flexibility: Engineered for links up to 10 kilometers on standard single-mode fiber, enabling campus interconnects, data center leaf-spine uplinks, and inter-building connectivity without optical repeaters or amplification.
  • MSA-compliant, plug-and-play reliability: Built to fit standard SFP+ slots with a hot-swappable, hot-pluggable design. Seamlessly compatible with Meraki devices and a wide range of SFP+ capable switches from multiple vendors, simplifying inventory and upgrades.
  • Low power consumption and robust build: Designed for energy efficiency in dense network cores and edge deployments, with a compact form factor and reinforced housing to withstand rack and cabinet environments while maintaining superior signal integrity.
  • Ideal for modern data centers and campuses: Perfect for uplinks, server-to-storage connections, and disaster recovery paths. Its reliable single-mode fiber operation helps organizations future-proof their networks as bandwidth demands rise.

Technical Details of Meraki 10G Base LR Single-Mode

  • Get this information from the "specifications" section of the product from https://ec.synnex.com/ using product "UPC" or "SKU" as reference

how to install Meraki 10G Base LR Single-Mode

  • Step 1: Verify device compatibility. Confirm that your Meraki switch, router, or other SFP+ capable device supports 10GBASE-LR modules and accepts SFP+ hot-swappable transceivers.
  • Step 2: Power down (if required by your environment) or prepare for hot-swapping. In many Meraki deployments, SFP+ modules are hot-swappable, but consult your equipment model’s guidelines before insertion.
  • Step 3: Align and insert the module. Gently insert the Meraki 10G Base LR Single-Mode SFP+ transceiver into the SFP+ slot until it seats with a firm click. Do not force the module; ensure the connectors are oriented correctly.
  • Step 4: Connect the fiber cable. Use a suitable single-mode duplex fiber optic patch cable with LC connectors. Clean and inspect fiber ends before connection to ensure optimal signal integrity and to minimize insertion loss.
  • Step 5: Verify link status and perform basic validation. After installation, check the link light and interface status on the switch. Use your standard network monitoring tools to confirm 10 Gbps throughput, link uptime, and error rates. If needed, perform basic configuration to enable the interface, VLAN tagging, or QoS policies as required by your network design.

Frequently asked questions

  • Q: What is 10GBase-LR?
    A: 10GBase-LR is a 10 Gigabit Ethernet standard designed for long-range connections over single-mode fiber. It typically uses 1310 nm wavelength and supports links up to 10 kilometers, making it ideal for data centers, campus backbones, and inter-building connections. It is commonly deployed via SFP+ transceivers such as the Meraki 10G Base LR Single-Mode.
  • Q: What fiber type and connectors does this module require?
    A: The Meraki 10G Base LR Single-Mode uses standard single-mode fiber with duplex LC connectors. Ensure you use genuine single-mode fiber cables and clean connectors before mating to achieve optimal performance.
  • Q: Is this module compatible with non-Meraki devices?
    A: Yes. The module is designed to be compatible with standard SFP+ interfaces and is generally interoperability-friendly with other vendors’ 10GBASE-LR-capable devices, depending on the specific hardware, firmware, and licensing in place. Always verify compatibility with your exact switch model and firmware version.
  • Q: What kind of performance can I expect?
    A: Expect up to 10 Gbps of full-duplex throughput over single-mode fiber for connections up to 10 kilometers, with low latency and low bit error rates. Actual performance depends on fiber quality, connectors, and overall network configuration.
  • Q: Do I need configuration after installing?
    A: In most Meraki deployments, the module is plug-and-play and does not require extensive configuration. You may need to adjust port settings (speed, duplex, VLANs, QoS) on the connected switch to align with your network policy and traffic engineering requirements.
  • Q: How should I troubleshoot a link failure?
    A: Verify physical connections (fiber clean, connectors seated, no macroscopic damage), confirm the SFP+ module is recognized by the device, check link status LEDs, review interface statistics for errors, and test with an alternative fiber run if possible to isolate fiber versus transceiver issues.

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