How to Choose a Gaming Processor

Selecting the best gaming CPU for your computer can be a tough task, especially if you do not keep up with all the latest developments in technology. There are, in fact, many different options to choose from, from the top gaming CPUs, though to the much cheaper options, and they all have different speeds and…

Selecting the best gaming CPU for your computer can be a tough task, especially if you do not keep up with all the latest developments in technology.

There are, in fact, many different options to choose from, from the top gaming CPUs, though to the much cheaper options, and they all have different speeds and other specs that can sound very confusing if you are not very familiar with all the technical terms.

To add to the confusion, new gaming CPUS are released onto the market on a regular basis by both of the major manufactures, AMD and Intel. So, here are a few tips on what to consider when you are looking for the best gaming CPU for your computer.

It's not all about getting the latest CPU

Do not be taken in by all sales hype, the very latest processor may not need to be the best gaming CPU for you. Look at the performance requirements of the games that you want to play and base your selection of processor on that, rather than what is the latest big thing to hit the market.

Save some of your money for the other important components

You will naturally want to get the best gaming CPU that you can afford, but do not spend so much money on it that you have to go too cheap on the other components. Very often, once you reach a certain standard of processor, you do not gain a lot more by going up to the next level, so just get a CPU that will meet your requirements, and then you can save your money to buy other high quality components.

Which manufacturer?

The main two manufacturers to consider are the two that currently dominate the market; AMD and Intel. Both of them produce very high quality and extremely reliable gaming CPUs, so the best way to choose between them is on a case-by-case basis, rather than having a preference one or the other of the manufacturers. In other words, make the comparison of different gaming CPUs based on the relative specifications of each one, rather than the brand name.

Future proofing

It is best to buy a gaming CPU that will see you through the next five years, which is the average lifespan of a gaming computer. If you buy a processor with some margin in it, it will save you struggling with performance issues in a few years' time.

Coolers

For most people who will be using a PC for general purposes and for standard game playing, the stock fans will be sufficient to stop the CPU overheating. The only reason you would need to upgrade the cooling system is if you plan on over-clocking the CPU. Over-clocking will usually only gain you a maximum of a 20% increase in performance, though, so when you take into account the cost of an upgraded cooling system as well, so for most gamers, it is not usually worth doing.

Choosing the best CPU for gaming is not easy, because there are so many different models with different specs available. If you are unsure about what it is that you need, it is advisable to ask an expert or visit a computer components review website, or you may end up paying a lot more money than you really need to.

6 Things To Consider When Buying A Wireless Router

Are you going to buy a fresh home network or upgrade the current one? In both cases, you will need to buy a good wireless router. Buying the right device is important if you want a flawless network that will give you no trouble. Given below are a few important things to consider when buying…

Are you going to buy a fresh home network or upgrade the current one? In both cases, you will need to buy a good wireless router. Buying the right device is important if you want a flawless network that will give you no trouble. Given below are a few important things to consider when buying a wireless router?

Routers provided by your ISP

Your ISP may charge you a few dollars per month for the wireless router. In some countries, the price of the router is part of the internet package you sign up for. The device sent by the ISP is serviceable. But if you are in the USA and you want to use the same device for more than a year, buying your own device is a good idea. As a matter of fact, buying your own device will give you better performance and faster speeds.

Changing wireless standards

Over the years, the wireless technology standards have improved a lot. The majority of latest laptops, mobile phones and tablets make use of the regular 802.11ac. These devices can deliver faster speeds through WiFi. So, if your package offers 100Mbps or higher speeds, you will still use a Wireless N router.

The lifespan of a router

Remember: your networking hardware will not last for good. The standards change over and over again, but the networking hardware goes through plenty of stress on a regular basis. Actually, your WiFi connection is used by your gaming console, PC, tablets, smartphones and the streaming devices. If lots of devices connect to the wireless device, the performance of the router will go down. So, buying a good device is a great idea.

Price

The routers' prices start from $ 15 and go up to $ 400. So, you have to have a budget in mind in order to go for the right device. You should set your budget based on your needs.

If you are a high-end user and you need the best device, we suggest that you go for a device priced between $ 100 and $ 200. But if you need a device for home use, we suggest that you look for a device that can handle 20Mbps or 30Mbps.

Is Gigabit necessary yet?

Although fiber is getting popular, it's not common yet. Gigabit speeds are rare, but does not mean you should not go for a router that offers Gigabit speeds. As a matter of fact, average priced models feature Gigabit Ethernet options, but even if you go for a good Tplink router, you can get over 1000Mbps speeds easily.

Range

It's also important to position your router the right way. Ideally, it should be in the center of your house and should be away from obstructions and other gadgets. Even if you position your device the right way, you may not guarantee the best coverage. The device may still miss some corners of your house and you will not get signals in that place. So, it's a good idea to spend a bit more and get a device that will give you the maximum coverage.

So, you should keep these factors in mind when buying a good wireless router to meet your needs.

Cheap Mechanical Gaming Keyboards

Comparison – Pros and Cons Back when the first PCs roled out from Apple and IBM most computers had mechanical keyboards. IBM's Model M keyboard, which feels like it was built to survive a nuclear blast, has even become popular once again. By touch, you can feel that a key has triggered long before you…

Comparison – Pros and Cons

Back when the first PCs roled out from Apple and IBM most computers had mechanical keyboards. IBM's Model M keyboard, which feels like it was built to survive a nuclear blast, has even become popular once again. By touch, you can feel that a key has triggered long before you press the key all the way down. With a simple adapter, you can attach one of these behemoth's to a modern PC without much trouble. If you prefer a new keyboard, there are many on the market from cheap to expensive and everywhere in-between.

What can you expect from a mechanical keyboard, as opposed to a membrane type? If you're like your gaming gear to have a quick response, and what gamer does not? Then you might want to add a mechanical keyboard to your arsenal of computer gear. A mechanical keyboard has a very precise and short keypress. The tactile feedback on whether or not your key has indeed been pressed can be useful in gaming where milliseconds count. It also rewards you with a satisfying mechanical “click” not only tactile but audible. Now, to some, that click can be annoying, esp. while you're frantically pressing macro keys during an intense moment in your game. However, most people find it quite satisfying, even helpful to their game.

Many gamers never return to membrane type keyboards with their somewhat muddy and silent keys. The quality of membrane keyboards can sometimes be lower since that is why they are made … to save money. One advantage of membrane type keyboards is that they are often more water resistant than mechanical keys. Overall, there is something about even the cheaper mechanical keyboards that make them feel better for gaming in most cases.

What makes a mechanical keyboard different?

On a conventional membrane keyboard, benefit the keys are plastic membranes which connect the circuits linking your key and your keyboard electronics before transmitting out the keypress to your PC. These are very economical to produce and therefore the membrane keyboard has become standard for modern PC gear.

On a mechanical keyboard, each key is directly attached to an electronic switch which instantly transmits the signal as soon as it's pushed to your machine. This differs from the membrane keyboard, in that it typically requires pushing the key all the way down before it makes a complete circuit, then transmits the signal. The mechanical switch requires less distance before the switch is engaged and the signal sent resulting in tangible feedback upon keypress.

Build and Design of the HP Z840 Workstation

The HP Z840 is built in such a way for providing high-end computing and visualization. The HP Z840 allows the user to achieve the performance need with the ability to support two next generation Intel® Xeon® E5 -2600 V3 processors for up to 44 total processor cores in one system. The sides feature a gorgeous…

The HP Z840 is built in such a way for providing high-end computing and visualization. The HP Z840 allows the user to achieve the performance need with the ability to support two next generation Intel® Xeon® E5 -2600 V3 processors for up to 44 total processor cores in one system.

The sides feature a gorgeous brushed aluminum with HP printed into the metal. This is surrounded by an incognito black bezel frame. The HP Z840 has two handles on top for easy transfer of this heavy machine.

The Z840 has the tool-free chassis which is quite heavy compared to other video editing workstations because of the potential upgrades and serviceability.

The HP Z840 has a slotted front with a DVD-RW drive in the middle. Below that exists a memory card reader. Just offset on the side of the front panel are four USB 3.0 ports with a power and reset button and auxiliary in and out ports.

The right side of the tower has a handle, which releases the door.

Once opened, the HP Z840 holds everything in a very nice and smooth tool-less plastic cover. With ease, the user can switch out memory, CPUs, drives or video cards with the click of one or two tabs.

The internals are protected with strategically placed plastic covers which keep the airflow efficient and directed to where it is most needed. The processors are cooled with multiple fans directing air to and away from each of them, each processor has its own fan and three exhaust fans on the side.

The low-acoustic chassis also provides dual integrated Gb Ethernet and is also lockable and 5U rack mountable. It also contains room for 5 PCIe Gen3 slots and 2 PCIe Gen2 slots, 16 DIMM slots, 10 drive bays, 6 SATA / 8 SAS ports, a 15-in-1 media card reader, four front mount USB3 ports for charging devices, and also four USB 3.0 and two USB 2.0 ports in the rear for multiple connections.

The HP Z840 can hold up to 512GB DDR4-2133 RAM and comes packaged with a NVIDIA Quadro K2200 graphics card.

Optional Thunderbolt 2 technology provides for the connection of fast external peripherals for transfer speeds up to 20Gb / s.

Although fairly large and heavy, this workstation is exactly what is needed to make video production fast and hassle free. Using the increasingly expandable options, the user can specify exactly what is needed while balancing cost and performance.

5 Factors In Selecting The Best Digital Signage Media Players

Modern digital signage (DS) media players do not use typical PC architecture. This is a cruelial distinction. A modern DS media player is essentially a media appliance to the Internet. It contains optimized hardware and software to accomplish the task at hand-nothing else. Of course, today's choices for digital signage include displays with built-in players…

Modern digital signage (DS) media players do not use typical PC architecture. This is a cruelial distinction. A modern DS media player is essentially a media appliance to the Internet. It contains optimized hardware and software to accomplish the task at hand-nothing else.

Of course, today's choices for digital signage include displays with built-in players referred to as SoC (system on a chip). However, SoC displays can not be compared fairly to a robust DS media player. SoC-powered displays lack the processing power and software features to take advantage of advanced strategies.

For example, it requires significant CPU power to aggregate and parse data in real time, which is a standard feature on modern players. Additionally, SoC displays typically lack the diverse I / O ports required to capture this data. Not to be negative on SoC-powered displays, they have their purpose, but this article is focused on digital signage networks that require more than a limited out-of-the-box solution.

Here are some additional things to consider when shopping for a new digital signage media player, which will assist you in selecting one that meets your immediate needs as well as provide some built-in “future proofing.”

Check the Connectivity Options of the Media Player

The ports of the media player are important because they connect to the monitor that you will use for digital signs. Avoid players with only VGA or DVI ports, both of which are indicators of old graphic chips with lower resolutions.

Look for standard HDMI ports that will support native HD video at 1920 x 1080 resolutions. Better yet, the best DS media players will support HDMI 2.0, which supports Ultra-HD, commonly called “4K”, and is based on a resolution of 3840 x 2160 @ 60fps.

Even though HDMI will support hi-def audio, it can be useful to have a separate audio port for distributed audio-if that is needed in your design. Either a 3.5mm jack or optical audio works fine for this requirement.

The other important port is for the network connection. Ideal players will have both multi-port Gb-Ethernet and built-in WiFi. If using a wireless connection, look for the newest WiFi standard of 802.11ac, which will get you connected to your content source with the greatest speed, reliability, and security.

It is also useful but not always necessary to have a USB port (V 3.0 preferably). It can be used for offline updates of firmware or even installing a playlist if you want to run the player offline. It can also be used for integrating third-party devices.

If your digital signage network requires some kind of customer engagement, wireless interface support becomes a “nice to have” to a “gotta have.” For example, for seamless integration into a larger campaign, you will want to leverage either Bluetooth, Beacons, NFC, or RS-232 (serial port), any of which may be necessary to handle real-time sensors or smartphone interaction. The best digital signage players come with this support built-in-although applications may require programmed widgets to make it work for specific requirements. This is usually done through an API and is supported by the industry at large.

Check Memory Scalability

Memory type and flexibility is often overlooked when shopping for a digital signage media player, but nothing will kill your media playlist faster than a lack of available memory. Modern DS media players excel in installations where scalable memory is necessary, often because of the amount of RAM-gobbling high-resolution content used (think 4K).

Since content is downloaded and stored locally in a DS media player, its architecture offers several memory options that are significantly more robust than SoC displays. In fact, it is expandable according to your changing requirements.

However, avoid media players with standard hard disk drives (HDD)! They may cost less, but they break quickly under the harsh environment of a digital signage player. A HDD is the chief cause of failures in the field. Instead, opt for a modern player design that uses a solid-state drive (SSD) or Flash memory that is commonly available and rugged as nails.

Check The Software And Formats Supported

Ideally, a digital signage media player should be able to run all versions of common operating systems, including,

  • Windows 10 64bit
  • Windows 8.1 64bit
  • Windows 7 32bit / 64bit
  • Ubuntu 15.10
  • Ubuntu 16.04 LTS
  • Android 5.1
  • Linux

Any of these platforms will support third-party media engines. However, look for SMIL or HTML5 support, which is the most advanced method for players to source playlists from cloud-based servers. Other methods work as well, like FTP, but this method is old school and limits your playlist options significantly. A new digital signage player with a multi-core CPU will likely support many third-party media playout engines that can be software only or may include hardware. The most reliable media engines that require the lowest CPU power to run will be using SMIL or HTML5 programming.

This is most important when playing high-resolution videos. Since digital signage playlists are designed to match the display's native resolution, it's crucial to support the highest resolution possible to prevent the dreaded and ugly pixelation of images on large screens.

The best DS players take advantage of an advanced graphic processor unit (GPU), which dedicate hardware to support MP4, H.264, and H.265 codecs. By saving a tremendous load on the CPU, advanced GPUs provide both glitch-free and reliable ultra-high-resolution playback. Of course, this added hardware support does increase cost, but it also significantly improves the quality of video playout, and in digital signage, this is more important than saving a few dollars. The best digital signage media players will be certified to support Ultra-High Definition (UHD) on HDMI 2.0.

Define the Cooling Requirements

Another important consideration is the location the player will be installed. Certainly mounting it close to the display is often the best route, but no player can tolerate extreme heat and humidity conditions for long periods of time. Because failure in the field is expensive, it's worth assessing before permanently mounting the player.

Almost all players will include a specification for operating temperature range and humidity. Most will operate well within the specified ranges. The best way to add flexibility to player mounting options is to look for these features, all of which reduce the heat load on the player:

  • Mobile chipsets
  • Solid-state disk (SSD) or Flash memory (no HDD)
  • Built-in metal cooling fins (instead of fan)
  • Fanless design
  • Less than 65 (operating) watts

Theft Prevention

Tampering with digital signage players is not typically a major issue, mainly because the player is often near near or on the display, which is reasonably out of reach of Joe Public. However …

If your installation calls for added security, chiefly because the player is within reach, then you will find that the majority of new media players include a Kensington Security Slot. Use it! This universal locking system works well for preventing the majority of thefts.

But if you absolutely need to lock-down your media player, there are many locking screws on the market (eg Key-Rex) that will prevent thefts even in the most prone areas.

These are some of the key specifications and factors to be considered when buying the best digital signage media players for your business today. You can probably think of others, too.

Now that you are up-to-date with the latest trends and technologies emerging in this dynamic landscape, you can choose one with more confidence!

When You Want To Learn About Desktop Computers, Read This

So you arrived in search of information about desktop computers. Maybe you're in the market to purchase one, and you need good tips? Or maybe you already own one and want tips about the computer itself? No matter the reasons why, there are great tips in the following article that anyone can use. Consider the…

So you arrived in search of information about desktop computers. Maybe you're in the market to purchase one, and you need good tips? Or maybe you already own one and want tips about the computer itself? No matter the reasons why, there are great tips in the following article that anyone can use.

Consider the disk burning capabilities of any desktop computers that you are looking at. Consider whether you plan to just watch media or to make your own CDs and DVDs. If you plan on doing the latter, make sure the computer that you want supports it. Not all desks come with these capabilities.

Consider all-in-one displays desktop computer for your needs. This means that the computer has a large monitor with the majority of its components in the back. They come in many sizes and with and without touch input. They are easier to transport due to less wires. Many also have built-in webcams for easier video conferencing. They work great for entertainment purposes, too.

Do not overlook the quality of the desktop computer monitor when considering your purchase. The specs of the actual computer may be amazing, but if the monitor is poor, your overall experience will be bad too. Remember, it's the monitor that you'll have the most interaction with, so be willing to spend more to get one you like.

If you're not a gamer, do not get suckered into gaming desktop computers. These computers have been souped up with the largest and baddest video cards, sound cards, and processors. If all you do is email and light photography, this power is major overkill. You are better spending your money on a lesser computer and investing in some peripherals.

When buying a desktop computer with the intent of creating DVDs or CDs of your own, take care to verify that the model you are considering has an integrated disc burner. While most new versions will have this feature, failing to discover that a particular model does not can lead to great frustration. Try to save yourself the aggravation in advance.

If you do photo or video work, you'll want a desktop computer with at least four cores. Called quad-core, this desktop will give you a lot of multitasking ability. Your computer will not stutter when you have multiple big programs open. This will save you a lot of frustration during your work sessions.

Consider upgrading your current desktop computer. If your computer is not doing what you want it to, or not working as fast as you'd like, you might want to consider making some internal changes to your computer. If you are not well-versed in this, you might have a friend who is or be able to learn how online.

After reading the above article, hopefully you gained a better understanding as to the popularity of desktop computers. So many people have them today, it really pays to be knowledgeable about the subject. Take all the information learned here, and use it to help you better understand desktop computers.

6 Benefits of Using USB Flash Drives

USB flash drives are a highly versatile and portable solution to transfer or store computer data. A great quality is the high durability because of the lack of moving parts. This means that they are harder-wearing than alternatives like the hard drives. Here are a few of the major benefits of using the USB flash…

USB flash drives are a highly versatile and portable solution to transfer or store computer data. A great quality is the high durability because of the lack of moving parts. This means that they are harder-wearing than alternatives like the hard drives. Here are a few of the major benefits of using the USB flash drives:

Portability

The USB flash drives are appreciated for their small size, which makes them really portable and easily attached to a key chain or slip into a pocket. Most of these storage devices are two or three inches in length. However, there are larger sizes, such as the novelty designs that are favored by a certain niche of buyers. Plus, the durability of this item also means it is more practical for carrying around.

Memory

The memory capacity of the USB flash drives is in the region of 1 to 128 GB. The 1 GB units are very cheap and a practical choice for light storage and simple file transfers. For those planning to back up a hard drive or run a program, the higher memory capacity is required. The drives with 32 GB or more are useful for the high load jobs. The largest size opens up plenty of data storage options, such as the ability to store music, movies, or photographs.

Transfer speed

The USB 3.0 device is rated to transfer data at a speed of 4.8 gigabytes per second. This is a quite impressive speed and better than other storage options such as the SD memory card which has a transfer speed of up to 312 MB per second.

Compatibility

The USB interface is the standard option to connect electronic or storage devices to all types of laptop or PC. Most desktops, laptops and netbooks are built with multiple ports for accepting USB devices. Also, there are the dual purpose USB flash drives that even have the ability to read memory cards.

Low power

With no motors or moving parts, the USB flash drives are built to consume very little power. They have a lot lower power consumption compared to hard-disk drives which have the writing and reading heads to operate.

Purpose made applications

There are plenty of programs and applications that are built to run directly from the USB flash drives. Software applications like games, web browsers, image editors and other office software can easily be booted directly from this type of portable drive.

Understanding Fiber Optic Cables

Although, fiber optic cables have been around for a long time, many people still do not know much about them. To help you out, here is some information about them: The fibers are not fragile While the units are as thin as the human hair and made from a little bit of glass, they are…

Although, fiber optic cables have been around for a long time, many people still do not know much about them. To help you out, here is some information about them:

The fibers are not fragile

While the units are as thin as the human hair and made from a little bit of glass, they are not fragile. In fact, they are stronger than copper. The units are designed to tolerate high temperatures, resist the roughest installations, and withstand up to 200 pounds of pulling tension. When you look at the fiber, you might think that you can not bend it without breaking. This is not the case. The modern fiber optics are made from an insensitive type of fiber that can not break even if you bend it. This makes it possible to use the optics even in hard to reach places without compromising on the performance.

The cables are not complicated to install

Due to the large amounts of tasks that they handle, you might think that the optics require a lot of specialized knowledge to install, but this is not the case. Years ago, the installation of the units involved a lot of polishing, and the terminations had to be done by hand. This means that you needed a contractor with specialized knowledge to install them.

Nowadays, the cables come in ready to install format. In fact, most of them come with manuals that guide you on how to professionally install them even if you have never done it before. For small projects, you can install the units on your own, but when it comes to large projects, you should hire a professional to help you out.

The units support wireless connections

For years, the units have been used in transferring information over long distances. Since you had to install the cables in the ground, most of the people have the impression that the cables do not support wireless connections. This is not the case. The units have a large bandwidth capacity and are compatible with the wireless networking hardware. These features make them an ideal choice for telecommunications companies.

The units are cheaper than copper

Before the fiber optics hit the market, people used to use copper. Due to the convenience and better performance of the cables, many people think that they are expensive than copper which has a lower performance. Far from this. The units are not only cheaper to buy, but they also require less equipment so consume less power. This means that they cost you less over the long run to maintain them.

6 Different Types of USB Cables

The USB cable is a universal standard and used for connecting electronic or computer peripherals. This universal cable has replaced a wide range of connectors from the past, including midi ports, mouse ports, DB9 serial and parallel ports. The USB cable helps to simplify the entire process of connecting a mouse, hard drive, keyboard, or…

The USB cable is a universal standard and used for connecting electronic or computer peripherals. This universal cable has replaced a wide range of connectors from the past, including midi ports, mouse ports, DB9 serial and parallel ports. The USB cable helps to simplify the entire process of connecting a mouse, hard drive, keyboard, or monitor to computer without needing to be concerned with finding specific cables for each piece of hardware.

Here are a few of the different types of USB cables:

USB-Mini

The USB-Mini is a smaller version of the standard cable and a practical choice for connecting the portable devices. It is useful for hardware like camera and MP3 players. This type is rarely used in modern tech and replaced by the USB Micro.

USB Micro

The USB Micro is the preferred choice for connecting memory sticks, flash drives, or similar to the latest mobile devices. It has the ability to read data without having to rely on a computer.

USB 3

The USB 3 cable is a high-speed and versatile option. It is designed with backwards compatibility to make it easy to use with the early USB ports and cables. There is a slight change in the shape of the connector pins to make it more durable and able to stand up to repeated use. Also, there is also a USB 3 micro cable that is built with more pins to make it more efficient at transferring data.

USB-A

The USB-A is a preferred choice for using with power outputs or computers. It has multiple uses including data transfer, connecting devices to computers or charging devices. This type of cable can only be connected in one way.

USB-B

The USB-B is the most practical choice for connecting an external hard drive or printer to a computer. This type of USB cable is not very common.

USB-C

The USB-C is one of the latest developments to easily connect devices. This cable is appreciated for its high power flow and high-speed data transfer. Also, the cable is reversible for greater flexibility in use.

With such a wide range of USB cables, it is essential to research the different options to make sure you have the right one to match the specific hardware or add-ons. Also, it is important to avoid connecting the wrong cables or attempting unconventional connections because this has the risk of causing damage to your hardware.

How Green Data Centers Save Energy

Data centers consume intense amounts of electricity. According to a report in Computer World, it takes 34 power plants each capable of generating 500 megawatts of electricity, to power all the requirements in US By 2020, the nation will need another 17 similarly-sized power plants to meet projected energy demands. More energy demands exemplifies more…

Data centers consume intense amounts of electricity. According to a report in Computer World, it takes 34 power plants each capable of generating 500 megawatts of electricity, to power all the requirements in US By 2020, the nation will need another 17 similarly-sized power plants to meet projected energy demands.

More energy demands exemplifies more fuel usage. Any increase in using fossil fuels to generate electricity will result in an increase in carbon emissions. A report on data center energy efficiency by the Natural Resources Defense Council (NRDC), an environmental action organization, shown nationwide, it has used 91 billion kilowatt-hours of electrical energy in 2013. That is enough to power all of New York City's households two over. The power consumption is expected to grow to 140 billion kilowatt-hours in 2020, that's a 53% increase!

It uses up to 3 percent of all power generated in the United States.

Can you imagine, it would be the 5th largest consumer of energy in the world if they were a country? By increasing efficiency and driving the adoption of renewables, the industry can make a huge difference and demonstrate how green business is good business.

Industry analyst firm IDC said companies spend more than $ 26 billion to power and cool servers worldwide. A 40% reduction in energy use, which the report says is only half of the technically possible reduction, would equal $ 3.8 billion in savings for businesses.

The IDC report also finds that energy efficiency progress is slowing. Once the obvious efficiency projects such as isolating hot and cold aisles are completed, additional investment in energy efficiency becomes harder to justify either because of the cost or because of a perception that new initiatives may increase risk. IT managers are highly cautious about implementing aggressive energy management programs because they're concerned that such measures could threaten uptime IDC reported.

How To Make Your Data Center Eco-Friendly?

1. Consolidate Servers: Turn off any dead servers and optimize your existing servers.

2. Upgrade Servers: Move to energy efficient servers.

3. Change To High-Efficiency Power: This removes inefficiencies with multiple AC / DC conversions.

4. Monitor Power Use: Continually check the servers for optimum efficiencies. This allows a data center to only use the amount of power needed and doing away with obsolete servers.

5. Implement Natural Cooling: Create effective cooling methods to use outside air. This reduces energy costs by 40 percent!

6. Improve Air Management: Redesign air management to prevent re-circulation of hot air from IT systems.

7. Find Optimal Environment: If possible, pick an environment that has cooler temperatures, low humidity and good airflow availability.

It may seem like the burgeoning of these solutions has reached its peak. But according to the worldwide public relations firm OpenPR, the Global Green Data center market was valued at USD 35.8 billion in 2016 and is expected to reach a market value of USD 148.22 billion by 2022 , growing at a Compound Annual Growth Rate (CAGR) of 26.20% between 2017 and 2022. Environmental regulations, rising energy costs, expansion are a few challenges driving the need for energy efficient, sustainable infrastructures. Building a green infrastructure requires a holistic approach to the entire infrastructure and not just the IT equipment.

It is absolutely essential for a solutions provider to offer customizable and holistic data center solutions to companies around the world. They need to assess your needs and provide the right solutions to consolidate, redesign and relocate if necessary for optimal IT efficiency.

An industry-coveted IT team, who has an extensive experience in design, implementation and operation of large, medium and small scale levels can make this possible.

Here's How:

· Modular data center (MDC) design

· Hot and cold-aisle containment

· Power supply efficiency minimums

· Energy Star equipment

· Measure and track power and temperature

· Focus on virtualization

· Renewable Energy Credits (RECs) purchased for 100% of annual energy use.

Converting to a green data center has measurable returns. It can significantly reduce the energy costs in running your facility. It is not always capital-intensive and many-a-times, needs minimal amount of upfront costs. Before making any sizable investments in energy efficient technologies, track and evaluate your current environment and / or work with a solutions provider.