At UDI, our mission is to tackle the most pressing challenges brought on by the convergence of quantum computing, ESG considerations and the surging demand for high-performance chip technology. We recognize that as the world moves forward, thermal and structural issues in data centers and semiconductor production will only intensify.
That’s why we are committed to being at the forefront of developing solutions that do more than just keep pace with innovation – we view these challenges as opportunities. Our goal is to lead the creation of near-carbon-neutral data centers, bolster the global rollout of 5G and 6G networks, and provide market-leading solutions that maximize the performance, lifecycle and energy efficiency of the semiconductor industry. We aim to serve as the ultimate technology enabler, committed to safeguarding the environment, expanding global digital connectivity and democratizing access to data in developing nations. Through this, UDI strives to foster a sustainable digital future for all.
New servers and microchips require more power and produce more heat in magnitudes greater than before. They can’t be supported by current data centers and communication infrastructure.
By 2030, data centers are expected to consume 20% of the world's electricity. Currently, 30 to 40% of the power used in data centers is consumed for cooling alone.
Data centers account for about 2% of total GHG emissions globally and are forecast to increase an alarming 14% by 2040. The typical data center uses about 3-5 million gallons of water per day.
New servers and microchips require more power and produces more heat in magnitudes greater than before.They can’t be supported by current data centers and communication infrastructure.
By 2030, data centers are expected to consume 20% of the world's electricity. Currently, 30 to 40% of the power used in data centers is consumed for cooling alone.
Data centers account for about 2% of the total GHG emission globally and are forecast to increase an alarming 14% by 2040. The Typical Data Centre uses about 3-5 milion gallons of water per day
As data centers become increasingly strained by the demand for higher power and computing capabilities, UDI is leading the charge with our innovative Ultrascale technology. The reality is that current infrastructure can no longer support the growing needs of advanced servers, microchips and data-driven applications. By 2030, data centers are expected to consume 20% of the world’s electricity, with 30-40% of that used for cooling alone. Moreover, the environmental impact is significant, contributing to 2% of global GHG emissions and requiring millions of gallons of water daily.
UDI’s solution bridges this gap by enabling businesses to upgrade their existing data center infrastructure without costly and disruptive overhauls. Our modular approach allows for flexible, non-intrusive deployments that tackle density and thermal challenges, improving both energy efficiency and performance. With Ultrascale, companies can enhance their data centers’ cooling efficiency, reduce energy consumption and extend the lifecycle of their technology – all without affecting ongoing operations or revenue streams. We offer a future-ready solution that seamlessly integrates into your existing setup, ensuring your data center is prepared for the next wave of technological advancement, from 5G and 6G to quantum computing.
Ultrascale is a Value Added Solutions Provider. We have the partnerships and resources to provide data center design and installation services for:
Our approach of data center people addressing data center challenges with a comprehensive 360-degree view makes us unique. By focusing on understanding and solving data center issues from all angles, Ultrascale is able to provide scalable and innovative technology solutions that are tailored to meet the evolving needs of the industry. This uncomprimising commitment to scalability and holistic perspective sets Ultrascale apart as a forward-thinking and influential player in the data center space.
Ultrascale's technology will empower the age of AI by offering a balanced approach that caters to both retrofit and greenfield applications. This flexibility allows for seamless integration of AI technologies into existing infrastructure while also supporting new cutting-edge implementations. Additionally, Ultrascale's solutions are designed to meet the demanding cooling requirements of the latest GPU/CPU technologies, ensuring optimal performance and efficiency. By reducing power consumption and supporting sustainability initiatives, Ultrascale contributes to minimizing carbon footprint and aligning with environmental demands in the data center industry. This holistic approach positions Ultrascale as a key enabler for the advancement of AI technologies in a sustainable and efficient manner.
NatureCool by Cargill which has a 22-year usable efficacy.
Yes -- one of the many advantages of UDI.
70%+ improvement in infrastructure energy efficiency.
Delivers a PUE of 1.03 year-round, in all climates.
70%+ improvement in infrastructure energy efficiency.
The UDI design can accommodate 90kW, 200kW, or 300kW based on the customer’s requirements.
Yes – we would suggest that the WorkSafe Technologies, ISO-BASE System as a measure to work with our technology.
