In the world of network cables, there are countless options available, each with its own specific features and benefits. Therefore, today we are comparing our two slimline models: the CSD560 and the CSD570. Both cables are ultra-slim and designed for a wide range of applications, from office environments to digital AV network systems. Despite their similarities, there are some key differences worth mentioning.
What Are the Main Differences?
1) Frequency
CAT6A cables, such as our CSD560, are tested up to 500 MHz, while CAT7 cables , such as our CSD570, are tested up to 600 MHz. This means CAT7 cables can support higher frequencies, resulting in better performance for data transmission.
2) Shielding
The CSD560 cables feature unshielded twisted pairs, while the CSD570 cables utilize (U/FTP), with foil shielding around each twisted pair. This upgrade provides superior protection against electromagnetic interference (EMI) and crosstalk, ensuring better signal integrity and reliability in demanding environments. With U/FTP cables, signals are better shielded from external interference, making them ideal for installations in electrically noisy environments. U/FTP cables are known for their durability and robustness, making them an excellent choice where reliability is paramount.
3) Speed and Bandwidth
Although both CAT6A and CAT7 cable types are suitable for gigabit networks, CAT7, specifically the CSD570, offers enhanced specifications for 10-gigabit Ethernet and higher bandwidth, providing faster and more reliable data transfer, especially over longer distances.
4) Diameter and Flexibility
The CSD560 cable has a slightly smaller diameter of Ø 3.2 mm compared to the Ø 4.0 mm of the CSD570. This makes the CSD560 slightly more flexible and space-saving, although both cables are designed to save space and time in rack applications.
Conclusion
When choosing between the CSD560 and CSD570, it is important to consider the specific requirements of your network. The CSD560 is ideal for general office environments where space and flexibility are important, while the CSD570 is more suitable for applications that require higher frequencies and better shielding. Both cables offer reliable and high-quality connectivity, but the choice depends on your network's specific needs and the desired performance.