Description
Improved Network Performance
Improved network performance refers to an increase in the efficiency, speed, and stability of a network. This can be achieved through various methods such as upgrading network hardware, using higher quality cables, and optimizing network configuration. With improved network performance, data can be transferred faster, with less latency, and with fewer errors. This results in a more responsive and efficient network, which is essential for businesses and organizations that rely on fast and reliable data transfer. Improved network performance can also lead to a reduction in downtime, improved user experience, and increased productivity.
SFP Connector for Easy Installation
SFP (Small Form-factor Pluggable) connector is a compact, hot-swappable fiber-optic interface that is commonly used for data transfer in networking equipment. The use of an SFP connector in the IBM 90Y9427 Network Cable makes installation easy and convenient. The pluggable design of the SFP connector allows for quick and effortless connection and disconnection without having to shut down the network. The small form factor of the SFP connector also means that it can be used in high-density networking environments where space is limited. This feature allows for greater flexibility in network design and makes it easier for network administrators to add, remove, or replace network components as neede.
Passive DAC Design for Minimal Latency
passive DAC (Direct Attached Cable) design in the IBM 90Y9427 Network Cable is intended to minimize latency. Latency refers to the time it takes for data to travel from one point to another within a network. High latency can result in slow and unresponsive network performance, which can be frustrating for users and negatively impact business operations.
The passive DAC design eliminates active components such as amplifiers and repeaters, which can introduce latency and signal degradation. Instead, it relies on a direct connection between the two endpoints, resulting in a faster and more reliable data transfer. By reducing latency, the passive DAC design can provide a smoother and more efficient network experience for users. This is especially important for high-speed data transfer applications that require low latency to function optimally.
IBM Certified Network Cable
IBM Certified Network Cable refers to a network cable that has been tested and certified by IBM to meet specific standards and requirements. This type of cable is designed to work seamlessly with IBM systems and provide reliable and high-quality data transfer.
By using an IBM Certified Network Cable, users can be confident that the cable will perform as expected and provide the necessary connectivity and data transfer capabilities. The certification process ensures that the cable meets IBM’s standards for quality, reliability, and compatibility, which can help to reduce the risk of issues arising from faulty or incompatible network components. Additionally, IBM Certified Network Cables are backed by IBM’s technical support and warranty, which provides peace of mind for users. Overall, using an IBM Certified Network Cable is an effective way to improve the performance and reliability of an IBM-based network.
90Y9427 IBM Network Cable 1M Passive Dac SFP Cable 3.28 FT SFP Network.
