Essence: Status Quo network cabling scheme

Our goal is to say goodbye to the intricate wiring. It's something that system administrators don't usually admit, but actually a lot of people are really not very good at cabling, which is the main reason I've developed a plan for them recently.

Here I have to make a difficult statement: System administrators despise wiring. Most people in the industry see this kind of menial jobs very low and think it is not worth wasting their valuable time. Wiring is an insult to your business skills rather than dealing with technical problems.

However, the reality is that many people do not know how to wiring, for them this work is extremely cumbersome and headache. And no doubt, the entire deployment process is not only boring content, but also need to understand a large number of obscure implementation standards, is almost human tragedy.

Seasoned wiring people can handle a few cables per minute. In contrast, it took me 15 minutes to line up a strand of a cat 6 crystal head.

The cable is like a mountain

This situation has caused me a lot of trouble recently. You can look at the data center wiring nightmare, exactly how scary. Because of the change of duty station, I need to move my office equipment with the data center of the original location to another building. As I watched my colleagues busily engaged in the transfer of work, I was bewildered by all the physical labor I had to do.

This experience--apart from embarrassing embarrassment--let me start looking for solutions to the wiring problems in the various regions of the enterprise.

As our requirements for wiring work are getting higher, the concrete implementation steps are becoming more stringent. The perfection of the Cat 6a cable is much more difficult than the old cat 5 cable, and the whole process is not only less fault-tolerant, more tool-demanding, and the cost of the related test equipment is also soaring.

This situation also exists in the enterprise. RJ-11 phones are disappearing, instead of IP phones based on Cat 5, or at least cat 5. Fibre Channel is also evolving, and even USB has been replaced several times, this is the trend we need to follow. More Wonderful content: http://www.bianceng.cn/Network/zhbx/

It is of great significance to equip the infrastructure with various types of optical fiber, dual-strand transmission lines, unlimited bandwidth technology, etc., and converged network start-up.

The main objective of the existing cabling schemes is to provide support for many competing connectors, but the demand is diminishing. For example, unlimited bandwidth technology still has limitations on data throughput and latency on Ethernet, but companies like Intel are digging in and hoping to bring the technology to full play.

Future-Worrying Ethernet

According to my personal guess, the Ethernet specs will fade out of sight in two more update cycles from now onwards. Fibre Channel is a great example of success in this area. Today, it has been widely viewed as a more superior transmission mode than Ethernet.

Now, the idea that the Ethernet specification is more scalable is outdated. Our next network upgrade is likely to include a variety of ancillary products without the expense of additional costs.

Copper wire dominates everything

The high cost of Ethernet itself has been a major factor in maintaining its dominance since it used standard copper cables. With these cables, we can support our phone systems, customer-facing networks, storage mechanisms, and server connectors.

Here I would like to say back to the aforementioned fusion network. The advantage lies in simplicity: a set of physical devices, a network card, a switch, a paper supplier contract and a series of expensive cable detection tools, which is the full content of the converged network.

Fusion network, whether it is good or bad, ultimately represents the future

From the point of view of business terminals, the wiring of infrastructure is a major investment project. Business owners are obviously not interested in upgrading each system and removing all of the existing cables.

For the next 10-15 years, the dominance of copper wires remains unquestioned. But in the time that follows, I will be applauded to see the obsolescence of these old systems.

As with floppy disk drives or parallel ports, the mass spread of Fibre channel still takes time. Many companies have invested heavily in online cabling and hope that the existing mechanism will work for long.

But to be blunt, it is clear that no one intends to build a new Fibre Channel system. Its limitations are obvious, and even if it can exist for 15 of years, fiber optics will never be the first choice in any way. But the converged network, whether it is good or bad, represents the future.

The cable that will dominate each computer in the next 15 years will start with the next generation of cat-x we are going to choose.