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High-Performance Computing

At TMGcore, we understand that High-Performance Computing (HPC) is at the heart of scientific, industrial, and societal growth. Data is used to make new scientific discoveries, drive game-changing inventions, and enhance the quality of life for billions of people all over the world. 

The size and volume of data that businesses must work with are increasing exponentially as technologies like the Internet of Things (IoT), artificial intelligence (AI), and augmented reality (AR) evolves. The ability to analyze data in real-time is critical for things like streaming live events across the world, predicting and tracking storms, and improving cancer screening techniques.

Organizations require lightning-fast, highly dependable IT infrastructure to process, store, and analyze huge volumes of data to stay ahead of the competition. TMGcore offers an extensive portfolio of solutions to help customers achieve outstanding performance across a variety of industries. Our buyers use TMGcore products to power world-changing projects!


Edge computing is a distributed computing method in which processing occurs near the actual location where data is gathered and analyzed, rather than on a centralized server or in the cloud. Increasing computing power at the edge creates a flexible, scalable, secure, and more automated technology ecosystem. Edge computing enables companies to achieve greater efficiency and productivity. 

Edge computing success involves thoughtful architecture and implementation, which may be difficult without the correct knowledge base. Having many sites gathering and analyzing data might mean that there are more sites to configure and monitor, which adds to the complexity. If there aren’t enough sites at the proper locations, it’s easy to miss out on crucial data. Because there are fewer technical employees on-site at decentralized sites, non-technical operations personnel may be called in to troubleshoot. Working with competent system integrators and implementing cutting-edge technologies will help overcome these obstacles.

TMGcore offers software that features lights-out operations, like internal power distribution and built-in networking that can be remotely monitored and operated for deploying computing power wherever you need it. Our two-phase liquid immersion computing capabilities provide a solution to the limited cooling infrastructure currently used for edge computing. Now that’s edge computing at its finest!

AI & Machine Learning

As smart computers become more intelligent, they can interpret requests, connect data points and form conclusions. These machines can think, observe, and plan. Artificial Intelligence (AI) is the broad science of replicating human skills, while Machine Learning is a specialized subset of AI that teaches a machine how to learn. Advancements in computer processing and data storage allowed artificial intelligence to achieve its primary goal of creating intelligent machines.

The majority of Artificial Intelligence-based solutions have extremely fast computing capabilities. If your company has a scalable infrastructure and high-end processors, AI-based solutions will be able to run more effectively. Businesses planning to implement AI should consider creating a stable and adaptable infrastructure that is completely compatible with AI-based solutions or apps.

There’s an increasing demand for high-density, purpose-built computing environments created specifically to fulfill the density and power requirements of AI and machine learning systems. TMGcore’s software platform offers previously unimaginable equipment densities, allowing the creation of clusters that are more powerful than those achieved with traditional cooling and connecting methods.


Cloud service providers allow customers to store files and apps on remote servers and then access the information through the Internet. This means the user does not have to be in a specific location to access their files or data, allowing them to work from anywhere. Although cloud computing is still a relatively new technology, it is now being utilized by a wide range of organizations, including large enterprises, small businesses, non-profits, government agencies, and even individual consumers.

Clouds are IT environments that extract, group, and share scalable resources on a network. The end-to-end management of sophisticated network services is quite challenging. Internet access at unprecedented speeds, network virtualization, and the customization of digital service offerings increase the need for automation and improved network resource orchestration.

Corporations can save money on hardware but must pay a higher price for bandwidth. For smaller applications, this can be a minimal cost, but for data-intensive applications, it can be rather expensive. TMGcore’s energy-saving product offerings utilize two-phase liquid immersion cooling technology to address the industry’s concerns of escalating operational costs.


Blockchain, the record-keeping technology behind the Bitcoin network, seems to be gaining momentum in mainstream technology. Over the past ten years, this database has established applications in various industries, including healthcare, supply chain, logistics, legal, and many more.

While the blockchain has a lot of benefits, it also has a lot of drawbacks when it comes to its adoption. These challenges include the expense of technology, speed inefficiency, and the hundreds of hours of custom software design and back-end programming necessary to incorporate blockchain into conventional business networks. Although blockchain can save consumers money on transaction costs, the technology is far from free, and it’s estimated that some blockchain networks can only handle roughly seven transactions per second.

TMGcore’s compact, ready-made computing solutions are designed to lower overall energy consumption and provide scaling solutions for current Blockchain architecture. Similar solutions have allowed current blockchains to achieve over 30,000 transactions per second.

Rendering &

We live in a visual world and turning raw video into a beautiful user experience is essential for some of today’s fastest-growing global industries such as Esports, e-gaming, and e-entertainment. Though cloud gaming as a concept is not new, it’s heavily dependent on the cloud and the internet, both of which have evolved and drastically improved over the past decade. However, there are still some technological hurdles to overcome. Cloud gaming’s biggest challenge is the technology required to support the service. Game streaming services function on a centralized cloud. Because players are scattered geographically and sometimes located far away from the data centers housing the games they wish to play, they experience a lag in performance. With millions of individuals participating in eSports, competitive gaming, and virtual technologies, there is an endless need for data. When your whole experience or the level of your profession is dependent on data processing speed, even a small amount of latency is significant. Imagine cloud gaming without any latency. We can help you improve your users’ experience whether you’re gaming, participating in eSports, or rendering visual effects.


Colocation facilities provide space, power, cooling, and physical security for the server, storage, and networking equipment of other companies. These facilities also connect businesses to a range of telecommunications and network service providers at a low cost and with minimal complexity. Colocation hosting is getting more popular as businesses become more reliant on their IT equipment and realize the importance of always keeping their data safe and accessible.

Many businesses don’t want to deal with the burden of maintaining and monitoring their equipment regularly, while others lack the infrastructure or expertise to do so. TMGcore’s data center solutions can integrate inside current colocation data centers to achieve the power and impact of large-scale real estate investments at a fraction of traditional warehouse-sized facilities.

With a focus on efficiency and optimization, our goal is to reduce the size of current and future colocation centers. TMGcore’s energy-saving product offerings, allow for zero water usage, up to 3,000 watts per square foot, PUE’s as low as 1.028, footprint reduction up to 90%, integrated software systems, and robotic hot-swappable capabilities.


Hyper-scale computing is required to create a reliable and scalable cloud or distributed storage system. It is frequently associated with the infrastructure needed to execute large, distributed sites to manufacture data center platforms and servers that can compute at hyper-scale. Hyperscalers are subject to and affected by ongoing technological innovation. Operating obsolete equipment requires more space, power, and time, demanding continuous replenishing. The tremendous development of computing continues to be driven by innovation in chip functional design and software approaches. This requires Hyperscalers to update their technology every three to four years. As a result, entering the hyper-scale industry requires a significant upfront investment as well as ongoing technical investment. The operational power of TMGcore’s hardware solutions can readily meet current and future expansion, offering your hyper-scale data centers the capacity to scale up as needed.


Today, government organizations face substantial economic and budgetary constraints as well as increased demands to provide greater service to consumers and companies. As a result, the use of computers to process large amounts of data is becoming increasingly important in government administration. Government agencies deploy computerized data processing systems that gather and analyze information on millions of individuals. This information is made available to government authorities to centralize management over huge government activities.

Many government agencies are searching for methods to become more efficient, decrease or maintain costs, provide better services, and boost responsiveness. Better-designed information systems will lead to significant operating economies and enhanced governmental operations. This requires deploying elements of a flexible data platform that’s able to expand to meet eventual volume, velocity, and variety demands along with growth requirements.

When it comes to national security, intelligence, and disaster relief, having access to information and data processing as quickly as possible can save lives. For the intelligence and defense industries, OTTO provides real-time data collecting and delivery, as well as the ability to perform Virtual Sandbox training from anywhere around the globe. Consider establishing a dedicated data center the size of a walk-in closet on-site, at every remote location that requires sensitive intelligence. OTTO is ready, are you?

Banking & Fintech

Imagine trading with zero latency. Consider investing in a completely automated, self-contained, two-phase liquid immersion cooled data center platform that allows you to notice trends sooner, receive AI-assisted investing advice, and connect to a network of dispersed data centers for edge computing and redundancy. In the banking and financial industries, processing speed and cyber security are critical. It’s all possible with the OTTO platform.

The banking industry is under tremendous pressure to adapt and innovate when faced with the constantly evolving demands of consumers and disruption from rapidly emerging financial technology (fintech). Many businesses, including banking, are struggling to keep up with the steady flow of data. The Internet of Things will only exacerbate this problem. The massive amounts of data generated by connected devices will require effective data management, security, and privacy techniques.

Nothing is more critical than ensuring that your systems can give a solid competitive edge, especially if success is measured in microseconds. The OTTO platform’s density, simplicity, and capabilities enable financial services companies to rethink how they deploy their most essential infrastructure.


Telecommunication companies provide a crucial service to the US economy by serving as the principal method of communication for practically all businesses, families, and individuals. Infrastructure costs a lot of money for telecommunication companies. Both wireless and cabled telecommunication equipment are expensive to maintain and repair. As a result, providers want a solution that can assess the status of equipment and identify any dangers ahead of time to avoid costly repairs.

Line damage due to bad weather, network congestion, equipment failures, and other accidents are all possible in the telecommunication industry. You should expect challenges not only in storing data but also in optimizing the many procedures and workflows required to handle it effectively. This problem can be solved with reliable and secure software, which will spare the organization from negative outcomes such as poor performance.

The future of 5G requires more data center locations and higher compute densities, so the infrastructure must be powerful, agile, and flexible. TMGcore can support these industry requirements while allowing for a distributed nodal/mesh network. OTTO platform allows the most compact, high density, low Power Usage Efficiency (PUE) computing infrastructure design for network, content, application aggregation, and interconnection at the edge.

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