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Tripp Lite 10G SFP+ 0.5 Meter Direct Attach Copper (DAC) Cable
Lagging server links? The Tripp Lite 10G SFP+ 0.5 Meter DAC Cable solves it.
High-performance networking requires more than just standard patches. The Tripp Lite 10G SFP+ 0.5 Meter Direct Attach Copper (DAC) Cable offers a high-speed, cost-effective alternative to expensive fiber optics for short-range connections.
Data centers in Bangladesh often struggle with the heat and power consumption of 10GBASE-T copper modules. This passive twinaxial cable bypasses those issues by using 30 AWG wire to maintain signal integrity over 20 inches of length.
High-Speed Performance of the Tripp Lite N280-20N-BK
This cable supports data transfer rates up to 10 Gbps for high-density environments. It handles 1x, 2x, 4x, and 8x Fibre Channel speeds for versatile storage area network applications.
Technical Build and MSA Compliance
The Tripp Lite 10G SFP+ 0.5 Meter Direct Attach Copper (DAC) Cable is built to industry-standard SFF-8431 specifications. Zinc die-cast connectors feature pull-to-release tabs for quick installations and secure locking within SFP+ ports.
This model utilizes 30 AWG high-performance twinaxial wiring to ensure signal purity across its 0.5-meter span. The 100-ohm impedance matching prevents signal reflections, which is vital for maintaining error-free data transmission in high-speed switch fabrics.
Compatibility with Cisco and Other Major Brands
One major advantage for IT managers in Bangladesh is the N280-20N-BK's compatibility. It serves as a direct equivalent to the Cisco SFP-H10GB-CU50CM for seamless integration into existing environments.
Use Cases for IT Professionals and Specialized Creators
This 0.5-meter cable is the go-to choice for short-distance patches within a single rack. It is widely used by IT firms, Banks, and Software Developers who need stable 10G links.
System admins use these for daisy-chaining switches or connecting storage arrays to adjacent controllers. Tech hobbyists and Specialized Creators also rely on them for high-speed home labs and local media servers. This length is perfect for minimizing cable clutter while maintaining organized airflow throughout your equipment cabinet.
Why Buy from PCB Store in Bangladesh?
At PCB Store, we provide the Tripp Lite 10G SFP+ 0.5 Meter Direct Attach Copper (DAC) Cable with local support. Our team handles warranty claims and technical issues directly, giving you peace of mind for your infrastructure.
We offer reliable after-sales service across Bangladesh, ensuring your network stays online 24/7. Grab your DAC cables today and optimize your rack efficiency at the best price in Bangladesh before stock runs out
Inside Dhaka: ৳80
Outside Dhaka: ৳130
Yes, this cable is a direct equivalent to Cisco SFP-H10GB-CU50CM. It follows MSA standards, making it compatible with most major networking brands that do not use vendor lock-in software.
Passive DAC cables like the Tripp Lite N280-20N-BK consume virtually no power, significantly less than 10GBASE-T RJ45 modules. This helps keep your server room temperatures lower and reduces energy costs.
No, this is a passive copper cable designed for very short distances. It has a maximum length of 0.5 meters, making it suitable only for connections within a rack or adjacent racks.
Actually, DAC cables generate far less heat than SFP+ copper transceivers. Because it is a passive connection, it doesn't require active components that contribute to the thermal load of your switch.
For short distances under 7 meters, DAC cables are cheaper and more energy-efficient. Fiber is better for long-distance runs but requires expensive transceivers at both ends, increasing the total setup cost.
The price varies based on import costs, but you can find the best current deal at PCB Store. We offer competitive rates and authentic products with official after-sales support in Bangladesh.
While designed for 10G, compatibility depends on your switch port. Most SFP+ ports are backward compatible, but the cable is optimized for 10 Gbps and Fibre Channel applications for maximum efficiency.