Accortec SFP (mini-GBIC) Module

The Accortec SFP (mini-GBIC) Module is engineered to elevate your network performance with a compact, reliable, and versatile fiber-optic transceiver. Built to meet the demands of modern data centers, enterprise networks, and service-provider infrastructures, this module delivers robust 1 Gbps connectivity in a compact SFP form factor. Designed for plug-and-play integration, it supports hot-swapping and seamless compatibility with a wide range of switches, routers, and optical line terminals that adhere to common SFPMSA standards. By combining high-quality materials, precise manufacturing, and rigorous testing, Accortec delivers a transceiver you can depend on for steady throughput, minimal latency, and consistent link stability across diverse environments. Whether you’re upgrading legacy infrastructure or deploying a dense, high-performance network, the Accortec SFP mini-GBIC module brings flexible fiber connectivity, reliable performance, and long-term value to your IT ecosystem.

• High-Performance, Industry-Standard SFP Module: The Accortec SFP (mini-GBIC) Module is designed to meet or exceed industry standards for small form-factor pluggable transceivers. It delivers dependable, consistent data transmission at typical 1 Gbps Ethernet speeds, enabling smooth upgrades for switches and routers that support SFPs. Its adherence to standard form factor and electrical interface means broad compatibility with a wide array of network gear, reducing downtime during deployments or replacements and ensuring you can scale your network without forklift upgrades. This makes it ideal for data centers, campus networks, and enterprise backbones where predictable performance and easy integration are paramount.
• Plug-and-Play Convenience with Hot-Swap Capability: The Accortec SFP module is designed for effortless insertion into standard SFP slots, enabling quick upgrades with minimal disruption. Its hot-swappable nature means you can replace or upgrade transceivers without powering down critical network equipment, which translates to higher uptime and operational efficiency. This convenience is particularly valuable in environments with dense switch stacks or distributed networking gear, where maintenance windows are precious and prolonged outages are not acceptable. The module’s robust latching mechanism ensures secure, reliable seating in the port to prevent accidental disconnections during operation.
• Reliable Fiber Connectivity with Standard LC Duplex Interface: Featuring a standard LC duplex fiber connector, the Accortec SFP module ensures reliable optical coupling for high-quality signal integrity. The transceiver supports common fiber types used in enterprise and data-center deployments, delivering stable link budgets, low insertion loss, and minimal return loss. The result is improved data integrity across links, reduced retransmissions, and consistent performance for applications ranging from core switching to access-layer connectivity. With tight optical tolerances and quality-tested components, you gain confidence in long-term link stability even in challenging optical environments.
• Durable, Energy-Efficient Design for Modern Networks: Built to endure real-world network conditions, the Accortec SFP module emphasizes durability and reliability. Its design minimizes power consumption while maintaining strong optical performance, contributing to lower operating costs and cooler equipment enclosures—an important consideration for modern data centers and edge deployments. The module also benefits from industry-standard protective features, such as electrostatic discharge (ESD) protection and robust shielding, to help guard your investment against common field hazards. This combination of durability and efficiency makes the module well-suited for 24/7 operation in mission-critical networks.
• Trusted Compatibility and Value for Diverse Deployments: Accortec is known for delivering reliable, compatible transceivers that work across a broad range of devices and network architectures. The SFP (mini-GBIC) Module provides a dependable option for network upgrades, spares provisioning, and fresh deployments. Its value proposition lies in consistent performance, wide compatibility, and a favorable total cost of ownership—particularly attractive for organizations seeking to extend the life of their existing infrastructure while pursuing modernization and scalability. With rigorous factory testing and quality control, you can deploy with confidence, knowing the transceiver is designed to perform consistently across varying loads and traffic patterns.

Technical Details of Accortec SFP (mini-GBIC) Module

• 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 Accortec SFP (mini-GBIC) Module

• Power down the networking device according to your maintenance procedures, then disconnect power to ensure a safe installation.
• Identify an available SFP slot on the switch, router, or optical device. Remove any existing transceiver if needed following the device manufacturer’s instructions.
• Align the Accortec SFP module with the slot and carefully slide it into place until the latch engages with a click. Do not force the module; proper seating is essential for reliable operation.
• Attach the fiber optic cable to the LC duplex connector, ensuring the correct polarity and mode for your fiber (MMF or SMF) and that the cable is clean and undamaged. Lightly seat the connector to avoid over-tightening the fibers, which can affect signal integrity.
• Power up the device and boot into the operating system or network management interface. Verify the transceiver status and link LED indicators, and configure the port as needed in your switch or router. Run basic connectivity tests to confirm a stable link and expected throughput.

Frequently asked questions

• What is an SFP (mini-GBIC) module? An SFP (small form-factor pluggable) module, sometimes referred to as a mini-GBIC, is a compact transceiver that plugs into a network device’s SFP port to provide fiber optic connectivity. It facilitates flexible, scalable networking by supporting various fiber standards and data rates, while enabling easy hot-swapping and upgrades without replacing entire devices.
• Is the Accortec SFP module compatible with my switch or router? The module is designed to be compatible with devices that support SFP transceivers following standard MSA (Multi-Source Agreement) specifications. Always verify your device’s vendor compatibility list and confirm the SKU or UPC corresponds to the exact fiber type (MMF/SMF) and data rate required for your network before purchase.
• What fiber type and connector does this module use? The module uses a standard LC duplex connector for optical fiber. The fiber type (multimode or single-mode) and the specific wavelength or reach depend on the SKU. Check the product specifications or packaging to confirm compatibility with your optical backbone or access links.
• How do I troubleshoot a link problem with an SFP module? Start by inspecting the LED indicators on the device to verify link status. Ensure the fiber cable is clean and properly terminated, and confirm there are no bent fibers or damaged connectors. Verify that the correct port configuration and speed settings are applied in the switch/router. If issues persist, reseat the module, try a known-good spare, and consult the device logs or vendor support for further diagnostics.
• What is the warranty and service coverage for the Accortec SFP module? Warranty terms vary by supplier and region. Typically, enterprise-grade transceivers come with a limited warranty against manufacturing defects. For precise warranty duration and service options, refer to the vendor’s product page and your purchase documentation.
• Why should I choose this Accortec SFP module? The Accortec SFP (mini-GBIC) Module combines industry-standard compatibility, plug-and-play simplicity, and reliable fiber connectivity in a compact form factor. It’s designed to deliver consistent performance, reduce downtime during upgrades, and support scalable network architectures—from data centers to distributed enterprise deployments—while keeping energy use and maintenance overhead in check.