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Single-phase .vs. Two-phase Immersion cooling

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Single-phase .vs. Two-phase Immersion cooling

With data centers now facing greater tech demands than ever before, the temperatures inside modern facilities are at an all-time high too. Unfortunately, overheating will lead to a range of problems, including power outages, hardware damage, and data corruption. Therefore, finding an effective way to control the situation is a priority for all big data centers. TMGcore uses two-phase immersion cooling technologies to maintain the best conditions at all times.

An introduction to Immersion cooling

The importance of cooling is commonly overlooked, but you will soon understand its significance if you allow your servers and equipment to suffer from overheating.

Before looking at single-phase vs. two-phase immersion cooling, it’s essential to understand why liquid immersion cooling is the key choice for on-site data rooms and dedicated data centers in the modern age. Ultimately, keeping all equipment and servers at a suitable temperature will facilitate optimal performances, prevent outages or unexpected downtime caused by overheating, and help all parties stay protected against cyberattacks.

Whether choosing single-phase or two-phase immersion cooling, the fundamental features focus on liquid conducts heat better than air. When combined with the proximity of the liquid and the fact that there is no need for chillers, CRACs, or CRAHs, it is the most practical and effective cooling technique by far.

The days of using expensive and inefficient air conditioning and traditional cooling methods have to end for large-scale operations. Not only do they waste money, but they also deliver a far less reliable performance, which can lead to an array of vulnerabilities. For the best results, though, the right immersion cooling system must be selected.

Single-phase. Vs. Two-phase Immersion cooling

The terms single-phase and two-phase immersion cooling gain their respective names as a result of what happens to the cooling liquid throughout the immersion cooling cycle.

A single-phase immersion cooling system sees servers vertically installed in a coolant bath of circulating hydrocarbon dielectric fluid. This fluid shares many properties with mineral oil. The coolant comes into direct contact with the server components, thus enabling the heat to be transferred. It stays a liquid and is cooled in a cooling distribution CDU by the heat exchanger. The heated coolant exits the rack via the top before the coolant returns via the heat exchanger, while the CDU features a coolant pump.

The two-phase immersion cooling system is relatively similar but sees servers sealed in an engineered fluorocarbon-based liquid. Unlike single-phase, the fluid can boil even before reaching 50°C. The heat generated from the servers boils the surrounding fluid to change its state from liquid to gas. The resulting vapor is changed back to a liquid as water-cooled condenser coils found at the top of racks cool the gas. Once the vapor has become a (now-chilled) liquid, it reenters the cycle, where the server-generated heat will turn it back to a has once more.

Comparing single-phase and two-phase immersion cooling

While they share an underlying principle and function, the two types of immersion cooling produce noticeable differences across the realms of practicality and performance. IT teams, and data centers often adopt single-phase that seek a simplistic solution that requires a smaller initial outlay and potentially reduced maintenance. However, TMGcore OTTO ready two-phase immersion cooling servers solutions are more affordable than previous technologies in this field. In contrast, both immersion cooling techniques are far cheaper than traditional air cooling.

However, several key elements for IT teams and data centers to consider when analyzing which option is best.

Efficiency and operational expenses

Immersion cooling technologies easily outperform air cooling and other traditional techniques, translating to much lower operational costs. However, two-phase immersion cooling is even better than single-phase solutions. Given the growing demands for servers and data systems in modern business, choosing OTTO-ready two-phase immersion cooling offerings becomes the best choice for large-scale operations and data centers, which is why TMGcore utilizes them to pass on savings to the clients.

Cooling capacity and high-density

This is where two-phase immersion cooling stands out as the number one solution by far, delivering at least 20% greater capabilities. While single-phase can handle a lot of servers, the growing presence of advanced and power-advanced tech means that two-phase is ideal for companies that rely on these types of servers. Likewise, it will ensure that businesses are prepared for any evolution in their tech demands over the coming years. The increased cooling also means two-phase can handle spikes in server-generated heating.

Reliability

Both immersion cooling tools allow for incredible flexibility regarding where they can be used within data rooms and data centers. The simplicity of single-phase can be used as an argument that they are more reliable. Conversely, though, two-phase systems won’t succumb to high-density demands. It should be noted that two-phase immersion cooling can cause a larger carbon footprint, which is why partnering with a data center like TMGcore, which is committed to greener operations and using renewable energy is key.

The Verdict

While single-phase immersion cooling is still considered a good option for cooling high-performance computers and hot data center environments, dual-phase immersion cooling systems are the number one solution. They have perfectly matched the growing demands facing IT teams and data center managers alike, including the challenges emerging in the post-pandemic era. TMGcore’s OTTO-ready liquid immersion cooling ensures that all client servers, equipment, and data will perform with the reliability for continued success year after year.

To learn more about the capabilities of two-phase immersion cooling and how it can play a crucial role in supporting your business as the demand for high-performance technology grows, contact TMGcore today!

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The Next Frontier: AI-Driven Data Center Technologies

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Must-Read Research: Pandemic-Proof Data Centers Offer Hope for the Future

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Must-Read Research: Pandemic-Proof Data Centers Offer Hope for the Future

Like most business sectors, the data center industry is currently unprecedented due to COVID-19. Despite the growing tech capabilities, the evolution of data centers has deviated a little from the path forecast before the pandemic. However, pandemic-proof data centers have created a sense of positivity. TMGcore is at the heart of the progress.
As data center technology experts try to transition to a post-pandemic era, they have encountered a host of problems with data center design, supply chains, and staffing alike. Pandemic-proof data centers are changing the landscape, allowing the industry to restore its aggressive approach to reflecting the future trends of data center possibilities while simultaneously combatting downtime.

Learning From The Covid-19 Pandemic

Research by Uptime Institute Intelligence shows that even the USA’s best data centers were blindsided by the pandemic and are still suffering from this. As such, the future of data centers will rely heavily on developing robust strategies that can prevent repeat situations – not least because many experts forecast that the world may face similar global-scale problems in the years to follow.

The success or failure of data center technology is determined mainly by the ability to prevent downtime. This covers everything from grid-level power outages to cyberattacks and faulty equipment. In times of struggle caused by the pandemic, the latter of those three issues becomes increasingly prevalent. Consequently, companies in this field must look to create pandemic-proof data centers powered by robust and reliable tech features that can withstand the challenges presented. Otherwise, data centers will learn the meaning of Einstein’s “insanity is doing the same thing over and over and expecting different results” quote in brutal circumstances.

TMGcore’s innovative OTTO Platform two-phase liquid immersion cooling technology is redefining how high-density data centers operate. Doing so signals a significant step towards building pandemic-proof data centers that are suited for the post-Covid era. In addition to creating the future of data centers, it’s a movement that can subsequently support the thousands of businesses who utilize the power of data centers too.

Developing The Right Approach

The future trends of data center management now focus heavily on being prepared for situations like the pandemic. Good organization and planning ensure that pandemic-proof data centers can successfully navigate challenging situations to avoid scheduled and unscheduled downtime. The unprecedented circumstances of the pandemic have left data centers and other IT and tech companies faced with a three-step transition, the last of which will serve as the ultimate way to protect them against future problems.

Phase one has been labeled the Reaction phase. All data centers had to respond to the pandemic, with many reducing their on-site staff numbers. Improved cleaning and hygiene have become essential features too. While the pandemic has hit data centers, they have not been in the position to shut down completely. After all, clients need their applications and data like never before due to an increased focus on online interactions and remote working.

The second phase of the process is known as Mitigation. The new processes developed in response to the pandemic have been adopted as a part of the long-term strategy. By maintaining high standards continuously, the best data centers in the USA are equipped to deal with unforeseen situations, minimizing disruptions and downtime. Pioneers at the forefront of pandemic-proof data centers, like TMGcore, are going the extra mile by implementing an Adaptive phase. It will be vital to keeping the industry unaffected by future pandemics, ensuring that the sector can restore its optimism surrounding the emergence of new tech capabilities.

The Adaptive Phase

Mastering the Adaptive phase is the key for data centers of the future. It focuses on integrating the best technologies and strategies to prepare data centers for anything the post-Covid era can throw its way. Many of the concepts were already in existence. Still, the pandemic has forced the industry to accelerate its progress by investing more heavily in utilizing them to create robust data centers.

Remote monitoring and automation technology, including DCIM infrastructure management tools, will play an increasingly central role. Local site resiliency has become a priority. Advanced products for high-performance computing (HPC) applications, like the TMGcore OTTO 600 L that features two-phase liquid immersion cooling, bring a new and exciting future for the data center industry. Remote monitoring and automation technology, including DCIM infrastructure management tools, will play an increasingly central role. Aside from performing at high levels, the increased automation and increased robustness can make a world of difference when centers are forced to operate with reduced on-site staff numbers.

The harsh reality is that a future pandemic could potentially cause a lockdown, meaning access and power supplies to a data center can be harmed. The continued development of cloud-based interactions can create a more decentralized outcome that removes the reliance on any single data center location.

Prefabricated modular (PFM) data centers are another popular solution, leading to off-site constructions that won’t be affected by outages while facilitating predictive maintenance through increased AI integrations. Future data center trends will continue to focus on building facilities that are less vulnerable to changes in the operating conditions, thus enabling managers to maintain high-performance levels for all end-users and clients across America and beyond. Should another pandemic hit, it can be assumed that the impacts will be significantly reduced – both in the immediate aftermath and the subsequent reactionary phases.

How Does It Affect US Businesses?

With over seven million data centers on the planet, it’s safe to say that they are crucial to supporting a host of US businesses, as well as consumers. They are home to necessary hardware, applications, and data. Sadly, many companies will have been indirectly affected by the damaging impacts of the pandemic. Choosing industry-leading pandemic-proof data centers like TMGcore, which uses tools like 2 phase liquid immersion cooling alongside general tips, can make those issues a thing of the past.

To learn more about the future of data centers and how they can support your business with guaranteed uptime, call TMGcore today.

Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Curabitur sed mi massa. Aenean ut rhoncus lacus. Mauris lorem neque, porttitor at vulputate in, euismod vulputate ligula.

How Does It Affect US Businesses?

With over seven million data centers on the planet, it’s safe to say that they are crucial to supporting a host of US businesses, as well as consumers. They are home to necessary hardware, applications, and data. Sadly, many companies will have been indirectly affected by the damaging impacts of the pandemic. Choosing industry-leading pandemic-proof data centers like TMGcore, which uses tools like 2 phase liquid immersion cooling alongside general tips, can make those issues a thing of the past.

To learn more about the future of data centers and how they can support your business with guaranteed uptime, call TMGcore today.

Sed a magna ac purus ornare porta. Maecenas ut facilisis risus, et volutpat felis. Nullam quis tempor purus. Praesent ornare posuere elementum. Mauris quis ex ante. Phasellus libero lorem, malesuada quis suscipit ac, aliquam sit amet arcu. Donec lacinia dui enim, vitae scelerisque nunc vestibulum vel. Fusce imperdiet elementum neque sed molestie. Donec ut feugiat orci. Etiam lacus nulla, blandit eget odio eget, consectetur finibus ligula. Sed quis orci consectetur, auctor leo vel, iaculis velit. Pellentesque vitae nisi lectus.

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From Data Center to Edge, How to Deploy and Manage IT Devices More Quickly and Securely

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From Data Center to Edge, How to Deploy and Manage IT Devices More Quickly and Securely

IT data centers are undergoing a significant transition, and the move towards edge technology largely defines it. For major data centers across America, like TMGcore, introducing new data center services that reflect the transition to edge technology is a top priority.
As technology plays an increasingly huge role in business, organizations now manage more data and a larger fleet of devices and applications than ever before. The demand for efficiency and data center security is understandably at an all-time high too. With enterprise-generated data created outside traditional data center environments set to grow from 10% in 2021 to 75% in 2025, remote management tools that facilitate a quick, safe, and efficient deployment and management strategy will be key.

Why IT Companies Should Move From Data Center To Edge

In short, the digital landscape is evolving at a faster rate than ever before. Datacenter infrastructure must reflect the changing requirements, and IT teams need to find companies that can provide winning facilities for high-performance computing in the modern age.

The emergence of 5G and the growing presence of Internet of Things (IoT) devices have underlined the ongoing developments in the tech arena. In contrast, hybrid work models and innovative applications have supported the fast-paced digital transformations. In particular, the hybrid work models have seen a significant increase in widespread appeal on the back of the pandemic as IT teams look to implement robust, high-performance computing solutions.

However, as data center infrastructure moves towards remote-based strategies, the deployment and management need to provide smooth operations across multiple locations while simultaneously guaranteeing scalability and high levels of data center security, especially in the wake of increased data breaches throughout the pandemic. TMGcore’s data center infrastructure and evolving data center services are built with those growing demands in mind.

The Key Data Center Features IT Teams Must Now Seek

When considering the transition to edge computing and from one data center to another, IT managers must partner with a data center like TMGCore to provide a winning data center infrastructure for immediate benefits followed by sustained success. The following checklist will ensure that high-performance computing is delivered.

Device security

Centralized device management systems allow IT teams to stay on top of any threats to their company, which means a deeper understanding of the health and condition of all connected devices. When cyberattacks and data breaches occur at every minute of the day, this has to be the first item on any IT team’s agenda.

Upgrading out-of-date patches or device software while using the proper firmware protection and security features can eliminate the risks posed by intelligent cybercriminals. The proper updates additionally ensure that all systems perform better for longer, not to mention giving IT companies added peace of mind.

Diverse infrastructures

IT teams now manage colossal device networks that include desktops, servers, storage, networking, rack power distribution units (rPDUs), rack uninterruptible power supplies (rUPS), IoT devices, and more. Therefore, data center solutions must combine enterprise and edge features from several vendors and keep everything under one platform.

In most modern enterprises, IT data center platforms must combine KVM over IP devices with virtual machines, service processor management, and the option of remote deployment. Again, all networks must do this in a secure fashion.

Device control

Moving from a traditional data center to edge computing infrastructures offers a range of potential benefits. However, they are only made possible if your team can actively access devices and control their usage. Of course, this should only extend to authorized workers, who can subsequently launch the appropriate virtual management sessions.

Authorized access will be secured for all approved users, while performances can be managed with a range of responsive tools that deliver end-to-end encryption. As well as providing the flexibility to cover on-site and remote applications, it opens the door to performance monitoring and auditing. This aids firms, their employees, and end-users alike.

Outage management

Downtime remains one of the worst issues that any business can encounter, with the average outage costing enterprises $5,600 per minute. It is possible to access devices remotely even if a power outage hits the network with out-of-bound management. This facilitates uninterrupted interactions between teams and clients.

When IT teams can interact with customer devices through out-of-bound management, they can complete troubleshooting and restoration services even when the network is down. When data centers like TMGcore are further supported by CPU immersion cooling, cooling technology, the risk of outages becomes far smaller.

Operational efficiency

Automation has been at the heart of business tech for a few years now. A robust and automated data center service’s increased efficiency can allow IT teams to manage more extensive networks without extra staff. It saves time compared to completing manual processes while also removing human error and oversights.

This could relate to larger sites, multiple sites, and increased device footprints. Operational efficiency means shorter deployment timeframes, configurations, and reporting. Adding new devices and sites can be incorporated by the automated solutions too. The automatic IP address and module management means fewer addresses for added cost-efficiency.

Longevity

When implementing edge computing, IT teams must keep one eye on the future. Open-source software has become a common solution, not least because it enables continued growth, scalability, and adaptation to meet changing requirements. It’s no surprise that most users state it is better than their outdated proprietary systems.

The right IT management system will use OpenBMC and Redfish while also utilizing APIs to connect teams to the desired tools. This ultimately means that IT data centers can increase operational efficiency and functionality in a streamlined fashion while being open to scalability and changes to ensure the robust networks deliver greatness year after year.

Choosing Data Center Services That Use Edge Computing

The best data center will be eager to implement the latest technologies and infrastructure systems to give IT firms tailored solutions for optimal results. A vast data center like TMGcore is the perfect data partner because our experienced professionals are continually embracing the best tech features to reflect the evolving landscape, thus giving businesses like yours the platform to thrive in the face of testing circumstances. Crucially, automated features lead to quicker deployments and easy management.

To learn more about embracing new data center services, call TMGcore today.

Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Curabitur sed mi massa. Aenean ut rhoncus lacus. Mauris lorem neque, porttitor at vulputate in, euismod vulputate ligula.

Maecenas lacinia sem diam, at consectetur magna pretium nec. Curabitur semper orci sit amet viverra ultricies.

Pellentesque habitant morbi tristique senectus et netus et malesuada fames ac turpis egestas. Curabitur sed mi massa. Aenean ut rhoncus lacus. Mauris lorem neque, porttitor at vulputate in, euismod vulputate ligula. Curabitur at velit sagittis, vehicula erat vel, condimentum elit. Maecenas consequat urna ut neque blandit vestibulum. Duis lacus arcu, euismod in vulputate in, blandit quis dolor. Cras sit amet turpis sed ex iaculis volutpat. Donec posuere posuere tortor, eget consectetur eros suscipit sit amet.

Sed a magna ac purus ornare porta. Maecenas ut facilisis risus, et volutpat felis. Nullam quis tempor purus. Praesent ornare posuere elementum. Mauris quis ex ante. Phasellus libero lorem, malesuada quis suscipit ac, aliquam sit amet arcu. Donec lacinia dui enim, vitae scelerisque nunc vestibulum vel. Fusce imperdiet elementum neque sed molestie. Donec ut feugiat orci. Etiam lacus nulla, blandit eget odio eget, consectetur finibus ligula. Sed quis orci consectetur, auctor leo vel, iaculis velit. Pellentesque vitae nisi lectus.

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  • Aliquam sit amet ante ut velit lacinia porta at nec nibh.
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  • Donec malesuada turpis maximus orci lacinia sagittis.
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