$172.89
A hot-pluggable SFP transceiver offering 1.25GbE connectivity up to 100 meters with diagnostic monitoring.
Gigabit Ethernet SFP Modules
Gigabit Ethernet SFP modules provide a reliable and flexible solution for expanding network capabilities across a wide range of environments. Designed to support high-speed data transmission, these modules make it easy to optimize connectivity and streamline network infrastructure. Whether upgrading an existing setup or building a new network, gigabit ethernet SFP modules help ensure seamless communication between devices while supporting future growth. Explore options that fit your networking needs and experience enhanced performance with the right gigabit ethernet SFP modules.
$132.09
A hot-pluggable transceiver offering 10GbE fiber connectivity with real-time diagnostic monitoring capabilities.
$30.03
A hot-pluggable SFP transceiver module enabling 1000Base-T, SX, or LX interfaces for high-speed data communication.
$69.87
A hot-pluggable transceiver offering 10GbE fiber connectivity with 300m reach and real-time diagnostics.
$555.39
A hot-pluggable transceiver offering 10GbE connectivity up to 30m with real-time diagnostic monitoring.
$1100.07
A 12-pack of hot-pluggable SFP+ transceivers offering 10GbE connectivity with 300m reach and diagnostics.
$372.30
A hot-pluggable transceiver offering 1000BASE-LX connectivity with a 10km range and real-time diagnostics.
$439.68
A hot-swappable fiber transceiver module providing 10 GbE connectivity over single mode fiber up to 10 km.
$60.27
A hot-pluggable SFP module enabling 1000Base interfaces, compatible with Cisco routers and switches.
$67.99
A hot-pluggable SFP module enabling 1000Base interfaces, compatible with Cisco routers and switches.
$52000.00
A hot-pluggable transceiver offering 100GbE connectivity up to 30 km with real-time diagnostics.
$198.90
A hot-pluggable transceiver offering 1000BASE-SX fiber connectivity up to 550 meters with diagnostic monitoring.
$69.82
A reliable SFP module offering 1GbE connectivity over fiber with a 10 km range and LC connector.
$397.76
A high-temperature optical transceiver offering 10GbE-1GbE connectivity with real-time diagnostic monitoring.
$42.99
A black 1m passive Twinax copper cable for seamless 10GbE connections with Cisco-compatible devices.
$162.69
A hot-pluggable transceiver with Duplex LC connector offering 10GbE connectivity up to 400 meters.
$1224.00
A hot-pluggable transceiver offering 100GbE fiber connectivity up to 300 meters with real-time diagnostics.
$484.50
A hot-pluggable transceiver offering 10GbE fiber connectivity with real-time diagnostic monitoring.
$209.00
An active optical cable providing 10GbE connectivity up to 5 meters for qualified platforms.
$7589.00
An 8-pack of hot-pluggable transceivers offering 16GbE fiber connectivity with real-time diagnostic monitoring.
$162.69
A hot-pluggable transceiver offering 10Gb fiber connectivity with real-time diagnostic monitoring.
$441.99
A plug-in 10GBASE-SR SFP+ module that reduces costs and simplifies Ethernet networking infrastructure.
$672.47
A hot-pluggable transceiver offering 10GbE connectivity up to 10 km with real-time diagnostics.
$681.25
A hot-pluggable transceiver offering 25GbE fiber connectivity with real-time diagnostic monitoring.
Gigabit Ethernet SFP Modules
In today’s fast-paced digital landscape, Gigabit Ethernet SFP modules have become foundational components for building robust, high-speed networks in both professional and personal settings. Whether you’re managing a bustling office, scaling up a data center, or enhancing your home lab, an ethernet sfp module provides the flexibility and reliability needed to support seamless data transmission and connectivity. These compact, hot-swappable devices are designed to fit into network switches, routers, and other compatible hardware, enabling users to customize their network infrastructure with ease. As the holiday season brings a surge in online activity and remote collaboration, ensuring your network is equipped with the right SFP module can make all the difference in maintaining uninterrupted connections and efficient workflows. For IT professionals, system integrators, and tech enthusiasts alike, these modules are essential tools for expanding bandwidth, reducing latency, and future-proofing network environments.
Selecting the right Gigabit Ethernet SFP module involves considering several key factors, including compatibility, transmission distance, and the type of cabling in use. For those working within Dell environments, a dell sfp or dell spf module ensures seamless integration and optimal performance, minimizing the risk of connectivity issues or downtime. Many organizations also look for dell compatible xpon transceivers to support fiber-to-the-premises (FTTP) deployments, which are increasingly popular in both enterprise and residential settings. When evaluating options, pay close attention to the specific network requirements, such as whether you need single-mode or multi-mode support, and the transmission range necessary for your application—whether it’s connecting devices across a sprawling campus or linking servers within a single rack. For growing businesses or tech-savvy individuals setting up a home office, these modules also make thoughtful, practical gifts, especially during the winter months when network reliability is paramount for virtual gatherings, streaming, and online gaming. The versatility of SFP modules means they can easily adapt as your needs evolve, supporting everything from simple upgrades to more complex network architectures.
As network demands continue to grow with the increasing reliance on cloud services, video conferencing, and high-volume data transfers, investing in quality SFP modules is more important than ever. The modular nature of these transceivers allows for straightforward upgrades—simply swap out an existing module for a higher-capacity option as your bandwidth needs increase. For those looking to push their network capabilities even further, exploring higher-speed solutions such as 10GbE SFP+ Transceivers can provide the performance boost required for data-intensive tasks. Whether you’re a seasoned IT manager overseeing a complex infrastructure or a hobbyist experimenting with network setups at home, the right SFP module offers a blend of speed, reliability, and adaptability. Embracing these technologies not only enhances day-to-day productivity but also ensures your network is ready to meet the challenges of tomorrow, no matter the season.
FAQs:
Single-mode SFP modules are designed for long-distance data transmission, typically using a laser to send signals over a narrow core fiber optic cable. They are ideal for connecting buildings or distant network segments. Multi-mode SFP modules, on the other hand, use LEDs and are optimized for shorter distances within the same building or campus, utilizing a wider core fiber. Choosing between them depends on your cabling infrastructure and the distance your network needs to cover.
Yes, Gigabit Ethernet SFP modules are available for both fiber optic and copper cabling. Fiber SFPs are used for longer distances and higher EMI environments, while copper SFPs (often called RJ-45 SFPs) are suitable for shorter connections using standard Ethernet cables. It's important to match the SFP module type to your existing cabling and network requirements.
Most Gigabit Ethernet SFP modules are hot-swappable, meaning they can be inserted or removed from compatible network devices without powering down the equipment. This feature allows for quick upgrades or replacements with minimal disruption to network operations, which is especially valuable in mission-critical environments.
Compatibility depends on both the physical form factor and the software support of your network device. Most modern switches and routers support industry-standard SFP modules, but it's always best to consult your device’s documentation or manufacturer’s compatibility list to ensure proper operation and avoid potential issues.
Gigabit Ethernet SFP modules are commonly used to connect switches across different floors or buildings, link servers to network backbones, and provide flexible connections for modular network designs. They are also useful for creating redundant network paths to enhance reliability and for integrating legacy and new equipment within evolving IT infrastructures.
