A Direct Attach Copper (DAC) cable is a cost-effective and efficient high-speed data cable used for short-range connections in data centers and enterprise networks. It utilizes copper conductors to transmit electrical signals, allowing for reliable and speedy data transmission. With optical transceiver on both ends, DAC cables can be directly plugged into compatible network ports without the need for additional optical transceiver. Offering low latency, low power consumption, and easy installation, DAC cables support various protocols and come in different lengths, providing a reliable and economical solution for short-distance interconnects.
The 100G QSFP28 to 4x25G SFP28 breakout DAC cable are engineered with a focus on low power consumption, delivering energy-efficient networking solutions without compromising performance. By optimizing efficiency and reducing energy usage, the breakout DAC cable offer a sustainable solution. Additionally, their reliability and seamless integration capabilities ensure that can enhance network infrastructure without s acrificing efficiency. By choosing breakout DAC cables with low power consumption, can create a more energy-efficient and sustainable networking environment while achieving cost savings.
The 100G QSFP28 to 4x25G SFP28 breakout DAC cable connectivity solution provides a flexible and efficient method for establishing connections between networking equipment. With its breakout design, these breakout DAC cable can divide a single high-bandwidth port into multiple lower-speed ports, providing a variety of connectivity options. These breakout DAC cables facilitate high-speed data transmission without requiring additional transceivers or converters, offering cost-effective and reliable networking solutions. Furthermore, they breakout DAC cables compatible with various networking equipment, making them ideal for modern networking environments.
Unitekfiber supplies breakout DAC cable with excellent compatibility with a wide range of network devices, making them ideal for seamless connectivity in modern network environments. Whether servers, switches, or storage systems from different vendors, the breakout DAC cable provides a versatile and reliable solution. Its compatibility ensures hassle-free integration into existing network setups, allowing for easy deployment and efficient data transmission. Experience enhanced flexibility and scalability with breakout DAC cable that are designed to work seamlessly with various networking equipment, providing optimal performance and reliability for network infrastructure.
We Unitefiber prioritize delivering high-quality networking solutions to our customers. Our breakout DAC cable undergo rigorous testing processes to ensure their reliability and performance. We employ stringent quality control measures, including comprehensive testing for signal integrity, electrical performance, and compatibility with various networking equipment. By adhering to these strict testing standards, we guarantee that our breakout DAC cable meet the highest industry benchmarks for quality and functionality.
A DAC Breakout Cable is a high-speed networking cable that allows one high-bandwidth port to be split into multiple lower-speed ports.
The DAC Cable also known as direct attach copper cable, is a pre-terminated copper cable with integrated transceivers at each end.
No, the optical transceiver cannot be removed from a DAC Cable.
Yes, both DAC Breakout Cables and DAC Cables are designed to be hot-swappable, meaning they can be inserted or removed from compatible ports without powering down the system.
The DAC Cables are available in various lengths to accommodate different networking setups.
The build quality of the DAC cable is excellent, and it provided a stable link between my switches.
I recently upgraded my data center with DAC cables, and I couldn't be happier with the results.
The DAC cable itself is sturdy and well-made, and the connectors provide a secure and stable connection.
The ease of installation and compatibility with my switches made the setup process a breeze.
The data transfer speeds are phenomenal, and the DAC cables have shown consistent performance even during high-demand tasks.
