Data Center Operations

If you're a business head, you might've already been briefed on the role that data centers play in your operations. Data centers house physical servers that store business information and let peers communicate with each other. The important and intensive tasks in a data center requires an expert eye to ensure the servers stay up and running. This is where data center technicians come in, with their expertise handling not only physical servers, but hardware networks, computer equipment, and the like.

9-5 and Graveyard

Data center technicians are on-call in case a problem arises on the client's end. These stakeholders could be businesses or professionals that invested in the said data center, and these clients aren't necessarily of the same time zone. Many data center technicians don't work the usual 9-to-5 hours, and instead do graveyard, holiday, or weekend shifts. This enables them to respond quickly to calls 24/7, so that disrupted business operations would resume immediately. Here's a closer look at the tasks that these technicians specialize in.

Preventative Maintenance

Working in a data center involves preventive maintenance on the cables and devices that fill the whole area. Data center techs inspect power sources and various controls to ensure machines don't overheat. Another aspect of preventive maintenance includes manually checking equipment pieces to ensure everything runs smoothly in such a tight space. Different components might have specific maintenance needs, which the data center tech has to familiarize themselves with.

Server Repairs and Troubleshooting

Data center techs are also tasked with repairing servers in case it becomes affected by malfunctioning hardware or software. Fixing these servers is crucial because they are what clients rely on for data storage, internal communication, and various business operations. The technician usually has to run a test to spot and fix any failing parts. It's expected to keep a record of these so that others will now what the problem was and how it was repaired.

Technical Support for Other Members

Technicians aren't only expected to provide support for clients, but to fellow members of the data center team as well. They could be in charge of coming up with solutions for future troubleshooting situations, as well as educating junior staff members on the basics of the job as they get on board. These technicians can also be called to join other projects outside servers and data centers that might need their insights.

Installing or Upgrading Equipment

Data center techs also install or upgrade equipment to replace or improve upon existing ones. The technician could be tasked with components of the CPU, fiber cables, memory hard drives, and the like. Once the equipment has been installed, the technician usually has to inform other members like software or networking engineers to ensure cyber security or other important measures are done. This way, the newly-installed equipment will run with no problems.

In Skilled Hands

By now, you've seen the duties and responsibilities that make a data center technician an adept in his or her field. It's essential for them to be capable in these tasks because entire companies or organizations depend on servers in data centers to function properly. With the training and experience of a data center technician, business operations around the globe run smoothly with minimum glitches along the way.

NVIDIA

NVIDIA has long been known for its quality products, but the K80 GPU Accelerator is on another speed level. The enterprise-grade chip is used for specialized, intensive workloads, such as powering supercomputers to solve complex scientific questions. While other chips see uses in common, everyday tasks, the K80 is a creation of the Tesla Accelerated Computing Platform. This explains why it is used for data analytics or scientific computing. NVIDIA made sure that original equipment manufacturers, software developers, and software vendors would get involved with the K80. This, added with NVIDIA's Compute Unified Device Architecture makes the K80 a formidable GPU accelerator.

K80 VS K40

This product easily outperforms its predecessor, the Tesla K40 GPU accelerator. According to tests, the K80 delivers twice the performance and twice the memory bandwidth of the K40. When pitted with other graphics products outside the Tesla line, the difference in power becomes more pronounced. If we compare the K80 with the GeForce GTX 980 desktop graphics card, the latter delivers 5 teraflops of single-precision performance. The former easily outdoes this with its score of 8.7 teraflops. You might think the K80 is NVIDIA's fastest, but the brand shows no signs of stopping there. Their Pascal GPU Architecture, another product line, lets GPUs exchange data with each other faster, which then leads to improved performance for computers.

Overall value of the K80

Still, the Tesla K80 keeps its value as one of the accelerators that can be used for servers. This means that companies or enterprises that are using servers, be it for their internal emails or data storage, can take advantage of the K80 to ensure the efficiency of their daily operations. Upon closer inspection, you'll learn that the K80 is actually composed of two graphics processors that help it handle heavy-duty tasks. In terms of figures, the chip has 24 gigabytes of memory, 4,992 processing cores, and a memory bandwidth of 480 gigabytes per second. It also comes equipped with a GPU Boost feature, which can increase the performance level in case a particularly demanding application on the computer necessitates it.

Is it worth investing in?

What makes the K80 accelerator worth investing in by businesses is its ability to lower costs for data centers that enterprises rely on. Usually, a business or an organization that intends to improve its data performance would have to secure additional servers that are capable of processing or storing huge day-to-day data. Because the K80 is powerful on its own, using it won't make the additional servers a necessity anymore, or at least lessen the number needed for improved data performance.

According to NVIDIA, the K80 accelerate is designed to boost the throughput of real-world applications by five to ten times, which can let customers save up to 50 percent for accelerated data centers. Throughput, or the rate at which something is processed, means that enterprises can get more done in a shorter amount of time. For instance, research centers that invest in the K80 would experience more scientific discoveries, while web services such as shopping sites would see a rise in user engagement or the visits nad purchases on any given day. With the profit potential of the K80, it's no surprise that many clients already possess this accelerator.

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Virtual private cloud vs private cloud: differences and definitions
Everything you need to know about XaaS (everything as a service)

Every machine needs monitoring for it to stay functional. This explains why technicians are hired by companies to watch over equipment like physical servers or computers. Without people like them, no one would have a clue on how to operate or fix these electronic equipment. After all, technicians go through training in certain skills before they're able to work in a professional capacity.


Data Center Technicians

While there are several types of technicians today, we'll be taking a closer look at those working in data centers. These spaces are used by organizations for systems such as servers that make computer tasks possible. By using these servers, a business is able internally email members or store secure information. Many data center technicians are tasked with monitoring physical servers to prevent them from overheating or getting bogged with malfunctions.

Data center techs are able to check on computer systems remotely by using an interface on a portable device, such as a laptop or a tablet. This interface shows the current temperature of the physical server and alerts the technician if a component is malfunctioning. If this happens, the data center tech can go and check the specific component, the location of which can be pinpointed by the interface so that tech can easily find it in a large data center.

Many clients rely on the physical servers of data centers for their daily operations to stay functional. Functions like secure storage and communication need to be up and running so that the client won't lose out on profits. This is why data center techs are expected to be on their toes in identifying problems and fixing them within a timeframe. With help from customer support teams, these technicians are informed of issues right away.

Technicians usually start training by familiarizing themselves with the internal contents of a PC. Understanding and knowing the ins and outs of computer hardware is crucial, since technicians will be working with wires, lights, and other small or inconspicuous parts that need fixing. While a formal education certainly helps in this aspect, actual job experience can be just as good. Having an intuitive understanding of air conditioning, heat, and electricity, whether by working in HVAC repairs or electrician teams, can be useful skills for data center tech.

Daily Tasks

For data center techs, daily tasks can range from small requests like reboots to critical issues that demand immediate attention. In a day, technicians might get paged by customer support on tasks that are similar to each other. Since this won't happen all the time, data center techs need to stay knowledgeable of common and advanced issues that could occur. As technology keeps on advancing, technicians believe that the data center industry is here to stay and will need more help in keeping physical servers and other components functional.

Why we value Data Center Techs

With the value that data center techs bring to the business world, it's not surprising for experts to deem data centers as important investments in professional work. As a business grows, it will have more and more files that need to get stored securely, and have more and more employees that need to communicate with each other. With the help of a data center, these daunting tasks become less of a worry, allowing you to focus on other priority tasks.

For tech experts, 5G is considered to be the most important network of this century. Internet usage is expected to reach faster speeds with the said iteration. For any individuals or organizations that rely on online connections for their daily routines or operations, this can be considered good news. With faster download speeds, this can expedite video-streaming, remote working, or online communication. Still, like every new development, there are several concerns that come with 5G. One would be cybersecurity, which needs to stay robust against attacks in the face of the mobile network upgrade


The Internet of Things

A major aspect that is looked into by security experts would be how devices connected to the internet to communicate with each other. Dubbed "The Internet of Things" or IoT, this system can range from household products to industrial machinery that has sensors with internet access for remote control by users. They could be factory instruments, security cameras at home, or traffic lights on the street. IoT devices may proliferate quickly, with research predicting a rise from 14.2 billion to 25 billion devices by 2021. While IoT devices for industrial purposes might benefit from a business's security measures, IoT devices used by the average consumer might not have such protection. Cyberattacks might, therefore, target households more easily than industries.

Vulnerabilities

Like smartphones, IoT devices can get connected to 5G when it comes. Unlike smartphones, IoT devices might not have strong security or encryption methods. Because of this, they become especially prone to attempts by hackers to launch cyber attacks that might inconvenience or endanger users. This is due to how some IoT devices, especially low-powered ones, might have been made with low-cost security patches. For example, a smartwatch or a medical wearable device might get hacked to illegally track a person's activity, invade their privacy, or steal their passwords.

Cyber Attacks

Hackers have already exploited these vulnerabilities, such as the "Mirai" cyber attack in 2016. Cameras, routers, and digital video recorders that were connected online were used to bring down notable websites like Spotify, The New York Times, and Twitter. The culprits used two methods to carry out the attack: a "distributed denial of service" or DDOS and "botnets". A botnet can control the IoT devices remotely against the owners, while the DDOS can shut down a website or network by overwhelming them with messages.

Step Toward Security

In an effort to up the cybersecurity of today's devices for 5G, government bodies, telecoms, and tech groups are working on new security standards. AT&T chief security officer Bill O' Hern says that the massive increase in data volume that will come with the 5G network might mean a "wider attack surface" for hackers, which can be for monetary, political, or other untoward purposes.

Accenture cybersecurity expert Valentino de Sousa also shows an awareness of the danger, saying how cyberattacks could manifest as "robocallers" which uses pre recorded messages to fool the recipient. This year, bipartisan legislation was introduced in the Senate, called the "Internet of Things (IoT) Cybersecurity Improvement Act of 2019. It mandates that devices purchased by the U.S. government meet minimum security requirements. With governing bodies and tech experts at work to improve cybersecurity, the future of 5G looks secure in the meantime.

Data centers play a crucial role in the collection and analysis of data for organizations across major industries. With the rise of data culture to speed up digital innovation, companies build data centers to facilitate data storage and processes. Companies have also started to develop business models that are data-driven to maximize the potential in utilizing data.


Impact of downtime on data centers

Zero downtime is essential for companies that rely heavily on data centers to handle their data processes. These outages cost organizations millions of dollars, which could be prevented with round the clock equipment and system monitoring.

In a study conducted by Ponemon Institute in 2015, the average cost of unexpected downtime on data servers is $9,000 per minute. The data was taken from benchmark research on sixty-three data centers in the United States and participated in sixteen industries. Financial services and e-commerce represents the largest in the benchmark samples, with 13% and 15%, respectively.

Fault tolerance and fault avoidance

Fault tolerance is the system’s ability to respond to software or hardware breakdown. There are different tiers on fault tolerance, with Tier I being the lowest. This level is able to keep the system functional even during a power outage.

Tier IV or level 4 data centers are said to be the most reliable data centers for companies that rely on two of the essential qualities in a server: availability and reliability. Level 4 centers run on two cooling and parallel power systems without a single point of failure. However, establishing Tier IV data centers are not too efficient in terms of the cost, and switching from Tier III to Tier IV does not offer much gain on availability as well.

Implementing Artificial Intelligence and Machine

At present, the majority of companies rely on skilled professionals to manage their data servers. These professionals are hired to bolster data security against hackers, develop algorithms to control workload distribution, or predict system failures.

With the advent of artificial intelligence and machine learning technology, data centers can find the use of its capabilities to operate more efficiently with minimal human intervention. There are many reasons why data centers should start to implement artificial intelligence and machine learning.

Improving Security

A data breach is a serious threat to data centers. As businesses cope with the surge of data, cybercriminals are becoming more and more aggressive in breaking in and stealing all the information in servers. In order to stop these occurrences, companies are obliged to hire cybersecurity professionals in order to protect the data stored by their organization.

Hiring IT professionals to monitor security breaches would also mean additional costs for the company. Artificial Intelligence can help data centers detect cybersecurity threats and malware by learning the processes and identify risk on signs of any deviation from the system’s normal behavior.

Energy Conservation

Data centers use up a large amount of electricity, with cooling systems as having the most significant share on its consumption. The U.S.-based data centers alone consume over 90 billion kilowatt-hours annually. Additionally, it is estimated that electrical consumption would surge as data traffic increases every year.

The high usage of electricity has been a problem for data centers. This is why companies are looking for solutions to conserve energy. Google, for example, has deployed AI to manage electricity use efficiently. The tech giant’s cooling system was able to reduce its electricity spend by 40%, as claimed by Google’s executives.

Downtime Reduction

Downtime, as a result of a system outage, can disrupt business processes that could cost a significant amount of money. Companies hire professionals to maintain their data centers operational all the time. To reduce or avert downtime, the tasks of these IT professionals include decoding and analyzing several issues and identifying the root cause of every problem.

Artificial Intelligence can be a viable solution to system monitoring problems. Some of the tasks that AI can undertake monitoring network congestions, system performance, and congestions in the network to predict system failure.

Maximize server optimization

Datacenter engineers design algorithms to balance workloads in multiple servers and physical storage equipment to store and process data. However, with the increasing amount of data being generated, this approach may not be too efficient.

By implementing AI in the data centers, workloads can be distributed across servers through predictive analytics.

Monitor Equipment

An outage due to equipment failure can be costly to businesses; hence, the need for constant monitoring of equipment. System failures can be a usual occurrence in data servers, which is why companies need data center engineers to need to detect flaws and do repairs regularly.

Artificial intelligence can take on the task of monitoring the equipment. It can use pattern-based learning to identify equipment defects to avert system failures through the use of smart sensors.

In the business world, servers are used for a slew of purposes. These include storing company files, hosting domain-specific email, controlling what users can access within your company's IT environment, and more. You can then imagine the processing power expected of servers, especially by multinational companies or institutions of a similar scale. Even small business owners would need servers for their aforementioned purposes, albeit on a smaller scale.


For every server to function as intended, it relies on the Central Processing Units that are powering it. These CPUs vary by model or type, both of which determine how capable one is. CPUs have physical parts called Cores which help it certain tasks, like the server purposes mentioned above. A CPU with a single core can do one function at a time, which means more cores allow it to perform more functions simultaneously.


Today's servers can be defined as either single-processor or dual-processor servers. Single processor servers are those that have had only one a socket for a CPU. You might think that single-processor servers won't be able to manage heavy workloads due to how they only have space for one CPU, but advances in technology have enabled these servers to take on such intensive tasks. Still, it's important to remember that configurations of the CPU (model, type, etc) factor in how capable it is. To simplify, we can categorize them into three types: low segment, middle segment, and high segment.


Low segment single processor servers are those that are of entry-level or low-end variety. This server can let a business or organization create a mail server for a dozen active members or employees. The mail server can then be used for communication or exchange of confidential files among members. Low segment single processor servers can also be used to create an environment for several programmers to test or develop their projects. Thanks to modern tech, these entry-level server types can also be used to correct data corruption before it happens, helps keep computer or system crashes at bay, and overall keeps this system running well day or night.


Single processor servers in the middle segment type can run low segment tasks but for larger organizations. For instance, these mid-range servers can be used by a medium-sized internet cafe or an online games server of a similar scale. These middle segment servers can also be turned into a collaboration server, which allow fluent data exchange between two places or sectors. Collaboration servers ensure that data is properly synchronized between the two places by tracking changes in data and dealing with it. You might see this in interactive 3D experiences such as Virtual or Augmented Reality that rely on proper syncing to make sure the user experiences VR or AR as accurately as possible.


High segment single processor servers are capable of handling intensive tasks used in math and sciences. They can be used for statistical computations or scientific simulations done in labs or headquarters. These top-spec servers are also robust enough to keep popular websites running even in the face of large volumes or multiple visitors. Examples may include mainstream social sites or online stores during sale seasons. Lastly, these high segment servers can be used in video processing for online media consumption. Platforms that come to mind include Youtube, Twitch, or TikTok.

By now, it's been explained how servers offer a lot of uses for individuals and enterprises. chances are, many people have already benefited from these uses without knowing it. Servers have evolved from single-processor to multi-processor types, but this isn't to say the former has lost any value. Single-processor servers still see many uses, especially for small to medium-sized workloads or businesses. This should give you more reasons to invest in servers for your daily operations, whether you're an online business owner or a company executive.

When you are a hardcore gamer, there is nothing more frustrating in this world than being in the middle of a match and losing (when you know you shouldn't have!) all because of LAG!

Let's put it this way. You are in that pivotal moment and you're about to win and all the sudden your game freezes up and you lose connection. Frustration at its peak.

Gamers take their games very seriously, and rightfully so. Losing data and rank when the internet glitches or someone else affects your network can be truly rage inducing. This is why many gamers look towards getting a dedicated server.

Dedicated servers provide a reliable source of connection with high availability bandwidth solely for your gaming needs. Minimizing the risk of any interruptions, disruptions, Lag or worse.. connectivity problems. In the case of the casual gamer, the dedicated server can be used as a place to enjoy your games with your own friends or alone without interruption. It can also be used for others to join, and you can run a private server for a game. For larger enterprise gaming companies, dedicated servers can be a great alternative to scaling their infrastructure and controlling costs by having predictable bandwidth costs vs other providers such as Amazon Web Services (AWS), Google Cloud and the likes, who typically base off a bandwidth usage model.

To help you on your journey of choosing the right dedicated server for you, we've compiled these ten reasons to consider dedicated servers for gaming and we hope this helps point you in the right direction for the best possible experience and outcome based on your needs.

#1. The Cheapest Option Might Not Be The Best

Everyone loves a great deal and you may feel a strong temptation to buy the least expensive option when it comes to dedicated servers. After all, a dedicated server is a dedicated server. This isn’t the best attitude to have, however, when it comes to buying a service. The bare-bones options may not include the necessary connectivity or customer service that you need, and saving a few dollars in the grand scheme of things might not be the best option. Always look at what you are getting for the price to make sure you have adequate bandwidth resources, port capacity, and CPU cores to avoid running into any pitfalls after you've done all the hard work of setting up and configuring your newly acquired game server.

#2. Memory and Bandwidth Matter

The more port access and bandwidth you have, the better the experience you and your players will have on the network. For example, if you get a dedicated server with 100Mbit/s of port access speed, but you are consistently pushing 90Mbit/s of traffic when you are playing. Chances are things are going to start to slow down and you'll start lagging. You can avoid this by making sure your pipe is big enough and you never go over 60% of your actual port capacity. Likewise, depending on how many players you intend to connect, you may want to make sure you have enough memory on the server from the get-go. Depending on the game, we recommend at least 64GB of memory, this will usually be enough to handle a significant amount of players and depending on the dedicated server, you should be able to upgrade later if need be.

#3. Support When You Need It

Chances are that most gamers have only a limited amount of knowledge when it comes to actually setting up and running a server. When you have a dedicated server hosted by a high-quality provider you can be sure that you will have support around the clock when you have questions and concerns. You may not always get this level of support when you choose a cloud option or trying to self host your game server yourself.

#4. Get a Dedicated Server Where Your Players Are

This is likely some of the best advice to pay attention to when purchasing a dedicated server for gaming. When choosing a dedicated server, try to envision where most of your players are going to come from. For Example, if you are in New York and most of your players are on the East Coast, it definitely wouldn't make sense to choose a dedicated server all the way in Amsterdam Netherlands would it? Your ping times would increase and performance would be slow. In a case like this, you would want to find a provider that was able to offer a dedicated server on the East Coast so your performance would be the best possible given your geographical location. Hence why, here at ServerHub we've put a lot of thought into each location that we provide, having 8 Global Data Center locations as of the time of writing was not an easy task, however we've been able to help our users grow their businesses, hobbies and alike by having the diversity to choose servers closest to them.

#5. Avoid Running Your Gaming Server From Home

Most Importantly, for our readers who are a hobbyist and not a professional gaming shop or game server host, if you decide a dedicated server is the way to go in terms of gaming, running a remote dedicated server is a far cry from building your own server and running out of your home. Not only will you have the hassles of trying to keep your server functional and doing what you want it to do, but you may also wind up dealing with headaches with bandwidth and space as some smaller servers aren’t equipped for serious gaming, which in turn will limit your performance.

We are making some pretty exciting changes to our network not only in Los Angeles but globally this month. But we wanted to highlight some exciting news taking place this month. We are excited to be joining the Any2 peering exchange in Los Angeles this month. Any2 is home to many exciting companies such as Apple Inc., NetFlix, Inc., Yahoo! Inc., China Telecom, CloudFlare, Inc., and CoreSite just to name a very few out of the over 100+ peers that are currently on the West Coast Exchange.

“ServerHub's decision to peer with Any2 in Los Angeles is going to yield benefits not only for the clients within our Los Angeles facility but our users around the globe,” states Rohip Sidiqi, “by peering with Any2, our network will be faster and more stable, improving latency and fault tolerance.”

We expect to have the exchange peer up and running by Mid-May, once lit our users on the West Coast will enjoy ~1ms connectivity to some of the largest companies and peers on the exchange.

One of the most powerful tools that you will use with your ServerHub Bare Metal Servers, VPS Servers or Cloud Instances is definitely SSH. SSH which stands for Secure Shell is a cryptographic network protocol for operating network services securely over a typically unsecured network. It is by far an important tool outside of using IPMI (Intelligent Platform Management Interface) to directly connect to and manage your server.

In this blog article, we will cover step by step how you can load PuTTY and correctly set up your tunnel so you can begin SSHing into your server.

Requirements - Install PuTTY

Before you start, you'll need:

Your SSH login credentials.
Be familiar with connecting to your server via SSH.

Step 1 - Install PuTTY

If you haven't already done so. Be sure to install puTTY. You can quickly and easily download it here: https://www.chiark.greenend.org.uk/~sgtatham/putty/latest.html

By now your installation should be complete.

Step 2 - Using PuTTY to Connect to your Bare Metal Server

Now that you've opened your newly installed program. You will be prompted to enter in your connection settings to begin logging into your server via SSH.

Enter your connection settings:
Host Name: example.com OR 0.0.0.0 (this is an example and should be replaced by your FQDN or IP)
Port: 22 (leave as default)
Connection Type: SSH (leave as default)

Now that you have filled that in, click the Open button to begin your session.

If this is your first time connecting to the server from this computer, you will see the following output. Accept the connection by clicking Yes.

Once the SSH Connection is open, you should see a terminal prompt asking for your username:

login as:
Connect with your SSH user of choice.
Now that you have gotten this far, enter your password.

You should now be logged into your server with SSH while using PuTTY.

You can begin typing commands at the prompt and managing your server.

The Internet has been around now for quite some time. In a nutshell, the internet is a group of autonomous and separate networks. Each of these networks operates with IP addresses and leverages BGP which is a Border Gateway Protocol. Through this system, any user on the internet is then able to connect with any other user even if they are not on the same network. However, to gain access to the greater network a user must either pay to connect through the traditional transit links or peer with other networks operating within the global framework. This brings us to the concept of network peering and why it is a vital part of our online platform.

Network Peering Explained

Through network peering one internet network can join to another directly without the need to access common carriers such as Telia, Level3, GTT and the likes. This enables a more rapid throughput and efficient information exchange between the two networks. As well as this, there are no added on charges and no issue with linking to a third party network.

In contrast, a transit connection does require either the network operator or the user to pay for a cross-connect and carry the network traffic on their behalf. This is one of the greatest disadvantages of the more traditional approach.

To use IP peering, you need to make sure that an agreement is formed with other networks and that the connection can be set up between the two. There are a variety of ways peering can work. Through IP peering, there is an exchange of data between two ISPs and usually, the amount exchanged will be close to equal. Since the agreement is mutually beneficial there’s no need to worry about changes or payments with this type of agreement, with the exception of cross-connects in such instances where the meeting point is an exchange for example. At ServerHub we've begun to invest heavily in IP peering. Why is this?

The Unseen Benefits of IP Peering

IP Peering provides a lot of benefits that you simply can not gain through the more typical option and we want to deliver the absolute best service possible to people who use our service. We believe that IP peering is the right step forward here.

One of the greatest benefits of IP peering is that it provides a higher level of control. The key factor to remember here is that through peering traffic remains at a local level. This is in direct contrast with a transit connection where instead data can travel through any path across the internet. This means it might not be the fastest or indeed the most efficient route and it can lead to a great variety of problems.

There could be latency or even packet loss and if this happens, then you, the client, will be left vulnerable to downtime of the transit provider. On the other hand, since we utilize peering, the route can quickly be adjusted. So, if there are individual segments experiencing problems with slowdown issues then these can be avoided completely. You get faster service and you won’t need to worry about any server issues.

We have direct peering relationships with Large CDN and enterprises such as StackPath CDN (High Winds), Verizon EdgeCast, Google Cloud, Amazon AWS, CloudFlare. At ServerHub we can thus give you the edge and make sure that connection times to these companies and many more are lightning fast. How fast? Well, using our peer network, connection times can be kept under 1ms.

The reason that these connections can be so fast is due to the local set up between two peered networks. Furthermore, problems with saturation and congestion can also be avoided.

Congestion along the destination and source for networks can lower the experience for network users leading to what is ultimately a poor quality connection. With direct connections between networks, we can provide a guarantee of enough bandwidth for the best, most consistent performance.

This type of setup is beneficial if there are problems with disasters or any other outages that might impact data. Business owners are always worried about the issue of a disaster and how long it will take to complete a full recovery. With peering, we can make sure that there is a massive level of support from various different resources if this becomes an issue. So, a full disaster recovery plan can be put into action immediately and downtime can be minimized.

Our peer network also ensures that we can handle higher levels of traffic. If your business is experiencing higher volumes of traffic or is expanding rapidly, you don’t want to run into any problems with performance. With our peering solution, even the highest amounts of traffic are distributed across a variety of different networks.

One of the biggest issues with transit links is the high level of dependence on more than one transit providers. With peer lending, this high rate of dependence can be greatly reduced. With IP peering we can strive for the most resilient and redundant network connectivity map as possible. This helps ensure that the network that our clients use is more reliable and is a greater transit service.

IP peering also provides a great level of cost savings when exploring ways to route traffic between individual networks. In one example an IP might be exchanging high levels of customer traffic with a second source. Sending traffic through a transit provider to another network is inefficient and expensive. Peering is a far more effective alternative where traffic can be handled at a shared facility and transit costs can be completely eliminated.

Beyond this IP peering will also improve the network ranking. It’s crucial that you can show that your network is providing a better service and reaching a higher tier than others online. This will improve the perception of your network online and ensure you have a competitive edge. Using our peering solution, we can help you guarantee that this is exactly what happens.

We hope this provides some insight as to why we have invested in IP peering over traditional transit links. We aim to provide the best, fastest and most reliable service to our users while continuing to reduce costs and achieve greater efficiency levels. Due to the benefits available, we believe IP Peering is the way forward on the ServerHub Platform and will continue to develop peering relationships.

Are you looking to find the best Dedicated Hosting Provider and considering using Bare Metal Dedicated Servers for your Application or Website?

Running an online business can be very challenging.

Choosing a Server Infrastructure Provider is one of the essential decisions you need to make for your online business.

It is important to invest in the right technology that suits your business.

Ultimately, users want to connect to your company and interact with your brand online in the fastest way possible.

If a website or application takes more than a few seconds to load, the likelihood is that users will lose interest and go to a competitor.

To avoid this, you need to ensure that your website operates at maximum efficiency, providing fast connectivity and a carefully optimized server.

This tends to come down to what hosting service or solution you choose.

There is a variety of hosting options available to you, even on the ServerHub Platform.

In addition, you can choose shared hosting. With shared hosting, you will be on the same server as various other businesses and websites.

That is more than enough for companies with low levels of traffic and low requirements. Great for small bloggers, fan sites, and hosting your own emails.

However, as your business grows, it is imperative to consider taking your hosting to the next level.

Naturally, for the best experience for your users and flexibility for yourself, we recommend ServerHub Bare Metal Servers.

Here are a few reasons why a Bare Metal Dedicated Server from ServerHub is the right choice for your business.

Low Load Times

We've already mentioned the issue that slow load times can cause your business. If it takes more than a couple seconds, they will click back.

In fact, that's not even the only issue you have to contend with here.

Google has made slow load times a large part of their SEO requirements. So, if your page takes longer to load, could mpactsing your ranking.

When you are part of a shared network, you will be sharing all the resources of other businesses. This can lead to points where the ram and the CPU are completely overloaded, bringing downtime and slow loading. That can be enough to damage your website rep for good.

Server Expandability

A dedicated server offers you the flexibility of customizing the server to your unique CPU, RAM, disk space, and software needs. A customer is limited to the applications, software, and operating environment already loaded on the server with shared hosting.

A dedicated server allows organizations a customizable server environment that fits their needs. They can choose the platform and software they really need, allowing more control over how their dedicated server is configured.

As your business continues to grow, so will your online server's requirements; since you are in control of the server, maintenance windows may be easily planned to make required upgrades that may not be permissible in shared environments.

Better Security

Security is another issue that you must consider as a business owner. This is always going to be at the top of your list of priorities. By 2020 it is expected that there will be a major hack on a company every 20 seconds. While other hosting platforms such as shared hosting or a virtual private server can offer a certain level of protection because they are shared, they will always be at risk and increase exposure to security issues. This includes hacks, viruses to name a few.

Furthermore, since multiple businesses operate on the same server, it's more difficult to determine the source or even recognize a hack. You can still do this, but it can take significantly longer, so you may not know your website is breached as soon as you'd like. This can stop you from protecting or at least informing customers.


In contrast, using a Bare Metal Dedicated Server, you will be able to gain access to a higher level of security for information on your website and any sensitive data that you might be storing for customers. You will also not be responsible for ensuring server security. We will do this for you and guarantee that measures are in place to protect your customers and clients.

Single Tenant Environment

One of the most significant advantages of a Dedicated Server, also commonly referred to in our industry as Bare Metal Servers, is the fact that you are a Single Tenant on your server infrastructure, which means you will never have to worry about another user or bad actor taking your site or application down because of issues that are caused by them, and ultimately beyond your control. Single-Tenant Environments are perfect for users such as Gaming Platforms, Application Providers, or users with Sensitive Data since limiting the number of users that access the server can minimize the risk of unintentional data breaches

Value for Private Cloud and VPS Resellers

A Dedicated Server can be a handy tool for hosting resellers who choose not to invest in colocation or dedicated network infrastructure. Depending on your business model, it may make much more financial sense to rent large dedicated servers from a company such as ServerHub who can provide you with a unified platform in multiple geographical locations, allowing you to be in a variety of different cities, such as Dallas, New York or even Amsterdam without the need to build out costly networks.

Although this article doesn't touch on all the positive points of choosing a Dedicated Server, choosing to use a dedicated server provides many benefits that shared server resources cannot provide. We hope this article has been helpful in your decision-making process for the right Managed Hosting Solution.

Suppose you are seeing a tremendous level of growth in your business model. In that case, the advantages of this type of setup will make it a worthwhile investment to continue to propel your business to the next level.

New York City is the largest market in the United States for Internet Infrastructure and home to some the world's largest and most successful businesses, especially in the Financial Markets; timing and latency is everything. New York is also the premier gateway location for customers needing connectivity in the Eastern United States.

“Our customers have made it clear that New York City is a must-have location and it was extremely important to ensure a prime downtown location that was a true New York City,” states John Brancela, Chief Executive Officer of ServerHub. customers have made it clear on the need to establish business operations in the heart of Silicon Alley.

Reliability and scalability are of the utmost importance to ServerHub’s global infrastructure platform, which serves customers in over 120 countries ranging from global enterprises to startups. Customers relying on ServerHub receive cutting-edge speed and unprecedented uptime – making it feel as though servers that are worlds apart are actually sitting side-by-side.

This New York City facility will allow us to meet the ever evolving demands of our customers and provide decreased latency to customers in Europe through peering agreements with AMS-IX, NY-IX and DE-CIX in the region.

Services in the New York region are available beginning today for IronMetal Dedicated Servers, IronGrid Big Data and IronGrid SSD services.

Frankfurt, Germany is home to the European Central Bank (ECB) and some of Europe’s largest companies call Frankfurt am Main, DE home. ServerHub has seen tremendous interest from German startups as well as many small and medium sized businesses in the region.

The new Frankfurt am Main facility to enable ServerHub to deliver it’s solid platform in new markets within Europe and Northern Africa, as well as enable companies long interested in the ServerHub platform that require a true EU provider presence in order to acquire services.

The Frankfurt datacenter delivers on ServerHub’s continued mission of expanded global operations, delivering diversity on a large scale mission critical platform.

This latest expansion brings the total ServerHub operated facilities, to five geographically diverse facilities. This deployment follows the already successful Phoenix, Chicago, Dallas and Seattle market expansions in the United States, and now opens the doors for ServerHub’s aggressive EU and International service strategy.

“We are extremely excited to call Frankfurt, Germany our home in the European Union. We have spent a significant time in the region setting up our base as well as European Operations. The support and excitement from our customers have been overwhelmingly positive.

This facility will allow us to meet the ever evolving demands of our customers and provide decreased latency to customers in Europe as well as Northern Africa, without this mission critical hub in Germany, we wouldn’t be able to provide the low latency that our customers need to run their businesses." Said John Brancela, Chief Executive Officer at ServerHub

Today we announced some pretty big news alongside with Eonix Communications, a privately held Co-Location and High Availability Transit Provider. Effective immediately TeliaSonera International Carrier (TSIC), the leading fiber based telecommunications service provider has been integrated into the ServerHub global IP backbone.

We are extremely excited to have TeliaSonera incorporated into our transit blend. We already have award-winning world class connectivity, but our mantra has always been to find ways to exceed customer expectation and provide a top quality network for our users and the addition of Telia into our blend accomplishes exactly that.” Said Rohip Sidiqi Chief Operations Officer.

This has been a part of our continued effort of internet connectivity expansion.