$48.45
A 2-meter passive copper cable offering reliable 10GbE connectivity for short-distance network interconnects.
SFP+ Copper Cables
SFP+ copper cables are essential for high-speed data transfer and reliable network connections in various professional environments. These cables are specifically designed to support 10 Gigabit Ethernet applications, ensuring efficient and seamless communication between devices. Ideal for short-distance connectivity, SFP+ copper cables offer a cost-effective solution for data centers, enterprise networks, and other high-performance computing setups. Explore our selection of SFP+ copper cables to find the perfect match for your networking needs, whether you're upgrading existing infrastructure or building a new system from the ground up.
$416.99
A 9.8 ft Twinax SFP+ cable for short-distance connections within and between racks.
$42.99
A black 1m passive Twinax copper cable for seamless 10GbE connections with Cisco-compatible devices.
$60.69
A 3-meter copper Twinax cable offering reliable 10GbE connectivity with superior bit error rate performance.
$150.00
A black 1-meter Twinax SFP+ cable for short-distance rack connections.
$150.00
A 0.5-meter passive copper cable offering reliable 40GbE connectivity with superior bit error rate performance.
$609.00
A passive copper breakout cable offering 40GbE to 4x10GbE connectivity up to 5 meters.
$200.00
A 1-meter passive copper cable with QSFP+ connectors for high-speed fiber networking connectivity.
$599.99
A 5-meter passive copper breakout cable for high-speed connectivity with QSFP+ and 4xSFP+ connectors.
$469.00
A 3-meter passive copper breakout cable offering 40GbE to 4x10GbE connectivity for Dell platforms.
$225.00
A 3-meter passive copper cable offering reliable 40GbE connectivity with superior bit error rate performance.
$450.00
A 7-meter passive copper cable offering reliable 40GbE connectivity with superior bit error rate performance.
$315.00
A 5-meter passive copper cable offering reliable 40GbE connectivity with superior bit error rate performance.
$740.00
A 7-meter passive copper cable offering cost-effective, reliable 40GbE to 4x10GbE network connections.
$200.00
A 1-meter passive copper cable offering reliable 40GbE connectivity with superior bit error rate performance.
$450.00
A 0.5-meter passive copper cable offering reliable communication with superior bit error rate performance.
$500.00
A 1-meter passive copper cable offering reliable communication with superior bit error rate performance.
$720.00
A 2-meter passive copper cable offering reliable communication with superior bit error rate performance.
$1045.00
An active breakout cable offering 40GbE to 4x 10GbE connectivity over a 10-meter range.
$1900.00
An active optical cable offering 10GbE connectivity with an 8x SFP+ breakout over 10 meters.
$22.83
An aqua 13ft OM3 fiber optic cable ideal for 10 gigabit network connections and backward compatibility.
$920.00
A 3-meter networking cable for high-speed connectivity with QSFP28-DD and SFP28 connectors.
$66.77
An aqua duplex multimode fiber optic cable ideal for 10 gigabit network connections and backward compatibility.
$949.00
A low-cost, low-power dual-port server adapter with direct attach copper connections for efficient data transfer.
SFP+ Copper Cables
SFP+ copper cables, often referred to as Direct Attach Copper (DAC) cables, are an essential solution for anyone looking to establish high-speed, reliable connections in environments where performance and simplicity matter most. These cables are designed for short-distance applications, typically within the same server rack or between adjacent racks, making them a staple in IT departments, small business networks, and even advanced home labs. With SFP+ modules permanently affixed to each end, these cables eliminate the need for separate transceivers, streamlining installation and reducing the risk of compatibility issues. The plug-and-play nature of SFP+ copper cables means that even on a brisk January morning, when you’re eager to get a new network segment up and running without delay, you can count on these cables to deliver quick results with minimal fuss. Whether you’re connecting switches, linking servers, or expanding storage capabilities, SFP+ copper cables provide the low latency and robust signal integrity required for today’s bandwidth-intensive applications.
When considering which SFP+ copper cable to purchase, it’s important to factor in both the technical requirements of your network and the practical realities of your workspace. Passive cables are ideal for very short runs—often up to 5 meters—whereas active cables, which include embedded signal processing chips, can extend that reach to around 7 to 10 meters while maintaining signal quality. These cables are engineered to be cost-effective, offering a significantly lower price point compared to fiber optic alternatives for similar distances, and their low power consumption helps keep operational costs in check. As you browse options, keep an eye on compatibility: while most SFP+ copper cables are built to Multi-Source Agreement (MSA) standards, some network hardware may require vendor-specific coding to ensure seamless operation. For IT professionals upgrading a network, educators wiring a classroom, or tech enthusiasts building a high-performance home setup, these cables offer a straightforward way to achieve 10 Gigabit Ethernet speeds without the complexity of fiber optic installation. They’re also a thoughtful gift for anyone who loves to tinker with networking gear or is looking to boost the performance of their digital workspace as the new year gets underway.
In practical use, SFP+ copper cables excel in scenarios where low latency and high throughput are non-negotiable. Imagine a creative studio where video editors need lightning-fast access to shared storage, or a small business where virtualization and rapid data transfer are part of the daily workflow—these cables provide the backbone for seamless collaboration and productivity. Their durability and ease of use make them a trusted choice for network upgrades, seasonal refreshes, or as part of a larger infrastructure overhaul. And for those looking to explore more about high-speed networking solutions, including a broader range of options for 10GbE connectivity, you can find additional resources and product selections on our 10 Gigabit Ethernet Cables page. Whether you’re building out a new rack this winter or simply optimizing your existing setup, SFP+ copper cables offer the reliability, performance, and simplicity needed to keep your network running at its best.
FAQs:
SFP+ copper cables are most commonly used to connect network devices such as switches, servers, and storage units within the same rack or between adjacent racks. Their high-speed, low-latency performance makes them ideal for data centers, business networks, and advanced home labs where reliable 10 Gigabit Ethernet connectivity is required over short distances.
Passive SFP+ copper cables do not contain any electronic components and are best suited for very short distances, usually up to 5 meters. Active SFP+ copper cables have built-in signal processing chips that help maintain signal quality over longer distances, typically up to 7-10 meters, making them suitable for slightly more extended runs within a network environment.
Most SFP+ copper cables are designed to be MSA (Multi-Source Agreement) compliant, which means they should work with a wide range of network devices. However, some manufacturers require vendor-specific coding for full compatibility, so it's important to check your device's requirements before purchasing.
Yes, SFP+ copper cables are specifically engineered for 10 Gigabit Ethernet (10GbE) connections. They provide a cost-effective and energy-efficient solution for high-speed data transfer between compatible devices over short distances.
For short-distance connections, SFP+ copper cables offer several advantages over fiber optic cables, including lower cost, easier installation, reduced power consumption, and lower latency. Their plug-and-play design also simplifies network upgrades and maintenance, especially within the same server rack or between nearby racks.
