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Orange Techno Data Center
Transcript of Orange Techno Data Center
You may say :
with all these technical details in different aspects .......
Why should I trust Orange Techno to implement large project like this ?
is a repository, either physical or virtual used to house computer systems and associated components, such as telecommunications and storage systems, which enable many client and end-users to communicate and share the data.
DATA CENTER DESIGN
It is a data processing center (room) that contains several high-tech equipment, among which are the servers.
The servers are housed in a special mobile called "rack" which in turn has the power, air conditioning and links installed to operate without interruption.
Data Center Most Common Components:
1) Routers, Switches and Firewalls.
2) Air Conditioning.
3) UPSs & Power transformers.
5) Mechanisms of detection and Fire Fighting.
6)Armored door, monitoring cameras etc..
All these devices are manufactured exclusively for use in Data Center, and extend its operation as follows:
STRUCTURE OF DATA CENTER
Physical and logical security
(Heating, Ventilation, and Air Conditioning)
The connectivity is made through Internet links provided by telecommunications companies
Through this connectivity is done access to the Data Center.
The access is done by the "cloud" of the Internet through an Internet Service Provider (ISP).
Enter into our network, the distribution of edge routers.
Arrives in our switches
Enters the layer firewall, which examines the "request" and allows / denies entry in the server layer.
With the entire journey ... we arrive at the desired environment, safely and quickly.
Physical and Logical Security
Physical security also plays a large role with Data Centers. Physical access to the site is usually restricted to selected personnel,
Building a Data Center respects national and international standards of safety, that is, physical access is controlled by specially manufactured doors, as well as the walls, ceiling and floor that are material, thickness, type, size, and temperature standard and appropriate ambiente.
Political Climates Like American sanction
Fire & Smoke Detection
The best ways to deal with fire in the design of your Data Center are prevention and early detection. Install fire-resistant walls and doors, smoke detection devices, and fire suppression systems.
Intelligent detection of smoke and heat, with laser tracking and monitoring air temperature
Early detection of smoke by HSSD equipment that captures and examines the ambient air.
Cooling system / climate ideal for locations with high density heat load, composed of environmentally friendly equipment.
Precision air conditioning systems that control humidity and temperature conditions that provide ideal HVAC (Heating, ventilating & Air Conditioning).
How it works?
The generators operate in parallel. In case of failure of any equipment, generators share the load of the remaining DC. They are monitored and controlled electronically, thus increasing fuel efficiency
Structure generation of energy independent of the utility
The DCs are built in strategic areas where :
1) Easy accessibility.
2) Features that accommodate future growth and change
3) the power supply is constant, the quality of connectivity of telephone lines / internet is great and .
4) Placing the Data Center above the ground floor or in Upper floor.
FM200 is a gas that acts on the chemical composition of the fire extinguishing it without damage to equipment or people
The is another options
is an electrical apparatus that provides emergency power to a load when the input power source fails.
It is a device whose purpose is to keep the data center with power always operating, even in cases of disruption of supply.
In these cases, the uninterruptible power supply assumes the load for a few seconds until the entry of the generator.
In case of delayed entry of generators, UPS energy have a few minutes (25min).
Ensuring continuity of service during the change of power systems .
The physical environment of a data center is strictly controlled.
Air conditioning is used to control the temperature and humidity in the data center.
Recommendsed temperature range of 16–24 °C (61–75 °F) and humidity range of 40–55% .
5) the space is sufficient for installation of electronic equipment and safety
6) Natural Disaters :
Maybe the site is in a region known for earthquakes. Maybe it is in a flooding plain. Perhaps it is close to an electrical tower that generates electromagnetic interference.
Every parcel of land comes with unique hazards. Knowing the hazards associated with any property upon which you consider placing a Data Center is very useful and should be a serious consideration.
Regardless of whether the dangers are naturally occurring or man-made, it helps to understand how they can affect a server environment, how to alter your Data Center's design to prepare for them, and who can provide information about whether a hazard applies to a particular property.
if a Data Center is located twice as far from a source of electromagnetic interference, it receives only 1/4 of the radiation. Likewise, if a Data Center is 10 times as far away, it receives only 1/100.
the most effective solution is simply avoid locating your Data Center near large vibration sources. Airports, railroads, major thoroughfares, industrial tools, and road construction are common sources of vibrations.