Allied Telesis AT-SPLX40 SFP Module

Allied TelesisSKU: 2378016

Price:
Sale price$271.51

Description

Allied Telesis AT-SPLX40 SFP Module – Flexible 1G Fiber Transceiver for Seamless Networking

The AT-SPLX40 SFP Module represents a modern, industry-standard solution for flexible, full-duplex Gigabit Ethernet connectivity. This hot-swappable, fiber interface is designed to plug directly into an SFP slot on Allied Telesyn SFP-compatible devices, delivering reliable performance with minimal downtime. As a miniature SFP (mini-GBIC) transceiver, it delivers the benefits of easy deployment, compact form factor, and maximum efficiency for busy network environments. Built to support scalable networks—from small to mid-size deployments to enterprise campuses—this module enables administrators to upgrade existing links without rip-and-replace costs, while maintaining consistent 1 Gigabit performance across fiber links. Its plug-and-play nature minimizes configuration overhead, making it an ideal choice for data centers, branch offices, and campus networks where reliability, density, and ease of maintenance matter most. Along with standard SFP compatibility, the AT-SPLX40 emphasizes robust signal integrity, durable construction, and a streamlined upgrade path, ensuring that your fiber backbone remains fast, flexible, and future-ready. Whether you are modernizing a legacy network, expanding a fiber backbone, or standardizing components across multiple sites, this SFP module is engineered to fit seamlessly into Allied Telesyn ecosystems and compatible SFP slots, empowering administrators to optimize bandwidth, reduce latency, and simplify inventory management with a single, reliable 1G solution.

  • Flexible 1 Gbps fiber connectivity: Delivers reliable full-duplex Gigabit Ethernet through a compact SFP form factor, enabling efficient use of existing fiber infrastructure and easy scaling as bandwidth demands grow.
  • Hot-swappable and plug-and-play: Installs without powering down the host device in most environments, reducing maintenance windows and allowing rapid replacement or upgrades to keep networks running smoothly.
  • Broad compatibility within SFP ecosystems: Designed to work with Allied Telesyn SFP-compatible products and other devices that follow industry-standard SFP specifications, simplifying cross-vendor deployments and easing inventory management.
  • Proven reliability and signal integrity: Built for dependable operation in demanding network environments, with robust construction and design considerations that support stable links over fiber cabling in enterprise, data center, and campus deployments.
  • Cost-effective, efficient operation: Offers value through standardized components, reduced downtime, and simplified procurement, enabling IT teams to deploy high-quality, field-installable Transceivers without sacrificing performance.

Technical Details of Allied Telesis AT-SPLX40 SFP Module

  • Form factor: SFP (mini-GBIC) transceiver module
  • Data rate: 1 Gbps Ethernet (Gigabit) support for full-duplex operation
  • Interface compatibility: SFP slot compatible with Allied Telesyn devices and other SFP-equipped hardware that adheres to standard specifications
  • Fiber type: Optical fiber interface designed for fiber connectivity with standard SFP users in mind
  • Hot-swappable capability: Yes; designed for quick insertion and removal with minimal downtime
  • Standards: Complies with industry SFP specifications to facilitate broad interoperability across devices and vendors

How to install Allied Telesis AT-SPLX40 SFP Module

  • Power down the host device or ensure it is in a maintenance window if strict hot-swap procedures apply to your environment.
  • Locate an available SFP slot on a compatible switch, router, or media converter from Allied Telesyn or a compliant vendor.
  • Gently align the AT-SPLX40 with the SFP slot, ensuring that the module pins and the slot spokes are properly oriented.
  • Slide the module into the slot until it seats securely with a positive click; avoid excessive force to prevent damage.
  • Connect the fiber optic cable to the transceiver using the appropriate connector type; ensure connector cleanliness and correct polarity to maximize link reliability.
  • Power up the device (if powered down) and verify link status via the port LEDs or management interface; in some cases, you may need to configure the port for 1G operation.
  • Test basic connectivity and throughput to confirm proper operation; keep spare AT-SPLX40 modules on hand for quick replacement in case of failure.
  • Handle the module with electrostatic discharge (ESD) precautions and store unused modules in anti-static packaging.

Frequently asked questions

  • What is the Allied Telesis AT-SPLX40 SFP Module? It is a 1 Gbps fiber SFP transceiver that plugs into SFP slots on Allied Telesyn devices and other compatible equipment to provide flexible, full-duplex Gigabit Ethernet connectivity over fiber.
  • Is the AT-SPLX40 hot-swappable? Yes. The module is designed for hot-swappable operation in compatible hardware, allowing swaps with minimal downtime when replacing or upgrading components.
  • Which devices are compatible with the AT-SPLX40? The module is built to work with Allied Telesyn SFP-compatible products and other devices that adhere to standard SFP specifications; always verify slot compatibility and supported transceivers in your device’s documentation.
  • What kind of fiber cabling should I use? Use standard fiber optic cabling appropriate for 1 Gbps fiber links and the connector type supported by your network gear (commonly LC connectors in many deployments); ensure proper cable cleanliness and connector handling.
  • Do I need any special drivers or software? In most cases, SFP modules are plug-and-play and do not require additional drivers; however, some devices may require port configuration to operate at 1 Gbps or to enable SFP functionality in the management interface.
  • How can I ensure reliable performance? Use high-quality fiber components, clean connectors, proper cable management, and ensure the module is seated correctly in a compatible slot; monitor link status and perform periodic throughput tests to maintain optimal network performance.

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