Unified Communications

The value of unified communications business benefits far outweighs the initial cost to modify existing infrastructure designs. Businesses should take advantage of the opportunity to transform their everyday operations regarding Internet and telephony into a system that reduces downtime, cost, and intermittent errors.  

The two worlds of communication, data systems and telecommunication systems, continue to evolve and become more similar despite their disparate beginnings. In fact, what began as two separate systems divided by diverse technologies has developed into two similar structures with redundant and parallel infrastructures.

Unified communications business benefits are generated through the melding of computing and telephony into a finely tuned call, multimedia, cross media, and messaging management system that encompasses all aspects of communication in the business world. Unified communications can break down the differences, combine the similarities, and produce a unified data and telephony system that generates additional business benefits. 

The latest discoveries in technology lead to unified communications that can transform everyday operations from reliable and steady to reliable, quick, and efficient. The business benefits quickly become obvious as costs are reduced, productivity is enhanced, and profits are increased. 

Unified communications simplifies the work space by combining telephony systems with data systems. Voice applications are switched to IP capability, allowing employees to use what already sits in front of them. It enables employees to produce more with less equipment. In fact, e-mail, instant messaging service, phone service, and mobile operations can all be used together on an integrated network system that features a single unified framework.

Business benefits begin with increased employee productivity. It continues with lower overhead costs and refined communications. In fact, unified communication can lead to additional business benefits in that it also reduces the workload of administrative employees as well as reduces the need to assign specific employees to deal with customer service concerns. 

Streamlining communications also reduces the cost of maintenance, facilitates compliance, and features enhanced flexibility to keep up with changes in technology or the need to transform future communication needs. 

Furthermore, changes in the communication infrastructure can help to facilitate mandated regulatory compliance. Unified communications leads to simplified transformation and incorporation of necessary changes in order to meet regulatory compliance measures. As you can see, the business benefits continue to spread and the growth of the company continues to expand. The IT infrastructure is often the heart of an enterprise and as such, when it is beating soundly, the enterprise is growing forward in leaps and bounds.

Unified communications can offer choices to business organizations that want to reap the benefits of a streamlined, more effective communication system. It can unify existing tools and systems including Internet, Fax, desktop phone systems, voice mail, and IP systems. The communication tools encompass a wide array including e-mail, faxes, Interactive Voice Response (UVR), VoIP telephone service, video conferencing, audio conferencing, and instant messaging. Unified communications provides significant business benefits to those enterprises that are savvy enough to take advantage of them now in order to increase the potential for success later. 

 

 

Data Center Cooling Why is it Important

Recently, numerous business organizations, small-scale or large-scale, rely on diverse high-density IT equipment. Therefore, shortage of power along with its ever-increasing prices and the concentration on the reduction of greenhouse gas emissions, need new yet advanced technology to meet these challenges. Regardless of the data center, power needs to deal with two other aspects, distribution of power amongst data centers and data center cooling. However, before using any of the techniques, it is important to have a suitable understanding of heat load. Identifying the heat load commences by the recognition of the mechanism or machines and their positioning in their respective places. Also, one has to remember that it is just a part of the large environmental heat load. 


The rise of practical servers and sharp edge servers is resulting into a drastic increase, in the quantity of power consumed per rack, and an increased heat output. The amount of heat emitted by a two and a half feet rack is approximately around 10 kilowatts. However, experts analyze that the amount of heat emitted by future equipment designs will be around 30 to 60 kilowatts. The inclination in the direction of increasing power consumption and emission has acknowledged into various studies. Therefore, while installing a data center cooling system in the server room, it is very important to consider the future developments. It is also imperative to ensure that it supports the amount of equipment used on a regular basis.

Many a time, machines that occupy particular space are not determined before the installation of the Data Center

Cooling system designs. In such a situation, the experience of the designer occupies a significant role. The designer ought to have complete awareness of the load profile for various equipment and application deployments. Some factors that urge the requirement of such cooling systems are to tackle challenges regarding the environment, efficient work of the server systems and to maintain the overall consumption of energy. Another major reason for installing the cooling system is the ever-changing technology and its consumption. Hence, in comparison to a traditional cooling system, one may have the need to double the performance of the semiconductor.

Tips for Data Center Cooling and Security

Data center cooling and security is vital in today's business world. These 10 tips will help keep a data center cool and improve data center security.

1. Regular checks
Regularly check the physical condition of the data center. Typical issues include cracks, blocked ducts and hot spots. Identify gaps. Gaps in equipment allow air to flow freely through these facilities. Regular checks and maintenance of gaps reduces future data center cooling issues.

2. Seal the room
The condition of the data center room can be a contributing factor to data center cooling problems. Prevent air passing through windows, doors, floors, ceilings and walls by sealing these features of the facility.

3. Monitoring and measuring
Install monitoring equipment to find out where heat is being generated, measure power consumption and identify inefficient equipment.

4. Install data center cages
Data center cages are the last line of defense for a data center. Various sturdy, secure data center cages are available with different configuration options.

5. Secure location
It's vital to house a data center in a secure location. Only people with authorization to enter the data center should be allowed into this secure location.

6. Authorized access
A policy of only admitting people who need to enter a data center should be drawn up and followed. Not having such a system has the potential to affect the smooth running of today's data centers.

7. Lighting
Turning off lights in the facility when there's nobody in it is a simple way to reduce and maintain the correct temperature in a data center. Lighting increases the temperature in a room. Installing a motion sensor lighting system rectifies this problem.

8. Hot and cold air flows
Don't let hot airflows and cold air flows mix together. These air flows should be isolated from one another.

9. Update inefficient equipment
Updating older, more inefficient equipment has the potential to increase performance, reduce power consumption and avoid cooling issues.

10. Plug out unused equipment
Some facilities have plugged in equipment that is not required. Identifying this and plugging out this equipment will have a positive effect on the facility. Check to see if there is any equipment that is still plugged in and powered up, but is no longer being used. This is a fairly common situation in many IT departments and has an easy fix - just shut it down!

Following the tips above will increase the likely hood of a data center running smoothly, sometimes just improving the airflow may increase the overall efficiency by 5% to 20%. Being more secure and not having any cooling issues in the future. Visit site.