The trend of data center Cabling

As enterprises realize that structured cabling is the basis for rapid and efficient network infrastructure, managers are rethinking the existing ways and factors of structured cabling design. A powerful and accurate network infrastructure is critical to adapting to new technologies, supporting critical systems and cost value. Although the logical wiring scheme meets the needs of the previous network, it is difficult to meet the requirements of today's physical infrastructure. The enterprise needs to plan the wiring scheme for the data center to prepare for the best configuration, the best utilization rate, and the higher efficiency. And data center facilities face some challenges in power and cooling, physical space, security risks and budgets.

Five trends in data center wiring
Nowadays, telecommunications, data transmission and storage, voice and video applications occupy most of the market demand, but their back-end functions, such as system update and monitoring, data backup, software support and continuous maintenance, are also important. In addition, the market size of structured cabling will reach $13 billion by 2020, according to MarketandMarkets, a Market Research Institute in the United States. As enterprises move into a large number of cloud data centers with fully virtualized network architectures, data center wiring needs to take into account the following five important trends:
1. design for modularized data center
A significant trend in structured wiring is to build a transition to new data centers to support the needs of advanced network functions. With the development of technology, the organization more and more widely uses the modular data center wiring solution. In early planning, this scheme may also support the scalability of data and resources, reduce the cost of the overall infrastructure, and increase economic benefits in the future. Data center start-ups will be in the forefront of the industry because they need new technologies and new methods to quickly build new data centers.
The specially designed modular data center is portable, using unique pre designed modules and components to provide scalability. These designs are called container data centers or mobile modular data centers. In addition, there are some "need to be used" options to choose. Whether the enterprise needs a standard or customized modular solution, the data wiring infrastructure is the basis of these two.
2. network infrastructure optimization
For those companies that lack technological advantages in data center wiring, though they are ready to upgrade the current data cabling system, they can quickly integrate network infrastructure with data center providers' services. Data center vendors are seeking more advanced copper and fiber technology, to meet the needs of existing network infrastructure. Although people are consistent with network requirements, they need faster and more streamlined network connections for storage, application programs, servers and desktops. In fact, the method is to optimize the data center wiring.
Whether IT employees use internal deployment solutions or cloud computing solutions, enterprise managers are prepared to incorporate data center wiring optimization into it. A common method to optimize network infrastructure related to fiber and copper wiring, cabinets, standard frame and data center design components. This method combined with the physical layer cable management system creates an organized and accessible system, which can provide valuable data connection at any given time.
3. seamless cloud computing plan
With the overall growth of IT agility demand, enterprises are beginning to prove that alternatives based on cloud computing can meet their network needs, and managers are seeking seamless cloud plan design or investment. This requires the network wiring industry to provide products that integrate the most advanced data wiring infrastructure to support these seamless cloud schemes.
The enterprise that uses the seamless cloud needs security, higher transmission speed and flexibility. Now, high-end wiring systems are needed to meet these high-end requirements. Seamless cloud solutions can provide scalable alternatives, which can add (or delete) physical layer in a phased way for rapid deployment (or reduction). Data center wiring is the core of the seamless cloud plan.
4. network integration culture
Fusion culture is not a new concept, but the concept of integration in network and data center wiring can be promoted in the data center. Service providers integrate the telephone, video, and data functions into the new market through the network to provide attractive services. In data center market, data cabling can improve cable density to ensure the correct use of network structure: optical fiber cabling across server rack and storage array, which is designed to process cable density and improve airflow in cable channel.
Optimize the input and output parts of the top of the rack to simplify the data wiring and provide more flexibility in design.
Provide higher density connections and higher capacity cable management to achieve better performance and protect the wiring environment.
The ability to combine the existing digital technology with the best network infrastructure to optimize the data center is a fusion culture that the IT leaders are keen on. In view of the speed and scale of technological progress, this is a continuous process.
5. virtualization service
Research shows that over 50% of small businesses run their workload on virtual machines, and the adoption rate of virtualization services of data centers providers has reached 95%-100%. virtualization technology, which continues to prove scalable and cost-effective. There are four common types of virtualization functions: the server, the desktop, the network, and the storage. structure