The FM200 Internet of things is changing the demand for data centers

FM200：At present, modern organizations are using technologies that are higher and more advanced than ever before to respond to changing markets.

These companies are constantly making innovations, creating new business models, offering new products, new approaches, and new market competition to meet the challenges of competitors.
The data center, one of the largest and the most significant change is - from the true sense, driven by the end user needs, IT spending, mobility, data transmission has changed the modern user consumption habits.
More importantly, the new concept of the Internet of things (IoT) will have a significant impact on how data centers operate.
Here's a very interesting idea - a very cool topic that has been mentioned in recent conversations with partners - cloud connection recycling stations.
It's not just a recycle bin, it's more like a warehouse.
Here, creating an efficient waste management system has had little direct impact on the company's bottom line.
The warehouse knows which is complete, which can change the routing in real time, and which places need to be cleared.
All of a sudden, the "things" that the cloud never faced were improving business efficiency at the fastest rate.
There are other improvements, of course.
For example, tesla already supports HTML5 in its central system, which will soon be extended to more connected iot endpoints.
The current trend of data mobilization and growth indicates that the Internet of things is a booming concept.
(note: HTML5: the fifth major revision of an application of HTML), the core language of the world wide web, and an application in the standard generic markup language (HTML).
On October 29, 2014, the world wide web consortium announced that after nearly eight years of hard work, the standard specification was finally completed.
Browsers that support Html5 include Firefox (Firefox), IE9 and its higher version, Chrome (Google browser), Safari, Opera, etc.
Domestic Maxthon (Maxthon), and based on IE or Chromium (Chrome project or the experimental edition) 360 launched by the browser, sogou browser, QQ browser, such as cheetahs browser domestic browser also have the ability to support HTML 5.)
Cisco Visual Networking index report shows as follows: the smarter end user devices and M2M connection is the significant growth of clear indicators to the growth of the Internet of things, including people, processes, data and the "thing" together, make the network interconnection is more relevant and more valuable.
M2M and wearable devices are making computing and connectivity in our daily lives very popular.
(note: M2M is a concept and a general term for all technologies that enhance the communication and network capabilities of machine devices.
Communication between people is also achieved through machines, such as communication between people through mobile phones, telephones, computers and fax machines.
Another kind of technology is specially designed for machines and establish communication, such as many intelligent instrument with RS - 232 interface and GPIB communication interface, strengthened between instrument and apparatus, communication between the instrument and computer skills.
With the development of science and technology, more and more devices have the ability of communication and networking, and Network Everything has gradually become a reality.
Communication between people need to be more intuitive, beautiful interface, and richer multimedia content, and M2M communication more need to establish a unified, standardized communication interface and standardized content transmission.).
One of the most important reasons for the growing adoption of the Internet of things is the emergence of wearable electronics, a force with high growth potential.
As the name implies, wearable equipment is to be worn by people, and can be embedded cellular connection or through the use of wi-fi, bluetooth, bluetooth and other equipment (mainly smartphones) the technique of direct connection and communication to the network.
How does all this end up affecting data center requirements?
What should data center managers pay attention to when creating a next-generation data center platform?
Finally, how does the Internet of things reshape the framework of the data center?
When it comes to the overall planning and design of data centers, IoT actually has a major impact on the future planning of data centers.
Everything from rack density to DCIM will be affected by IOT.
Let's take a look at several aspects of the Internet of things that will change.
The number of new devices connected to data centers will continue to increase.
In addition, all these new connections are creating energy and resource utilization.
Buildings and their related processes (the U.S. energy information administration, eia. Doe. Gov) and hvac systems consume about 40 percent of their energy consumption, which may be an important factor in energy use.
IoT will create a number of new custom connections into modern data centers.
With this in mind - it makes sense to use custom cooling and intelligent air flow management solutions.
It is important to find partners and suppliers to help you meet the cooling requirements for energy efficiency goals.
There are powerful solutions that use the latest technologies to develop and integrate components into the cooling system to provide you with the level of efficiency required for the iot project.
Air quality and filtering: let's say you're in the hospital with IOT. They have multiple IOT devices connected to processing medical information, collaborating with patients, and even helping the operating room.
All of these devices are connected to the data center.
Now we are introducing more devices into the "cleaner" part of the organization - the air that optimizes the breathing of the infrastructure is becoming critical.
Consider this - the epa and Lawrence.
The Berkeley national laboratory estimates that we spend as much as 87 percent of the cost of indoor environments to enhance the importance of a healthy indoor environment.
Data center design leader is to provide a powerful clean room technology, can get rid of the nano-scale particles, which means that no matter whether you through a MERV 13 filter or develop clean room to meet the requirements of LEED credit, have technology can achieve.
Regarding the Internet of things, we need to find products that can handle many applications of indoor air quality, such as hospitals, schools and museums.
As the Internet of things continues to emerge, the use of data center resources will continue to grow.
This means that all aspects of data center resource management need to be managed as efficiently as possible.
One way to create a data center method that is easy to modify, upgrade, and maintain.
For example, the size of the new modular air processor is applicable to existing installation dimensions, corridor access, elevator, elevator and other access points.
In addition, the appropriate configuration of airflow management solutions helps the data center's airflow organization to be more reasonable.
These measures can help the data center to respond quickly to changing demands of users and the need for their own resources.
It will be a few years before we are fully connected to the Internet of things, and it is just beginning.
More and more devices and products are being connected in our lives -- radios in the car, when a computer dustbin is full, will prompt you to be full, and your fridge is full of milk and eggs.
In fact, all of this will permeate the need for data centers, resource utilization, higher user density levels, and so on.
Over the next few years, our world will be more interconnected.
Therefore, make sure your data center is ready for this.