Carbice and DarkNX Join Forces to Enhance AI Data Center Performance and Reliability
Carbice, renowned for its advancements in vertically-aligned carbon nanotubes and manufacturing solutions for cutting-edge computing and power systems, has formed a strategic alliance with DarkNX. This global digital infrastructure company specializes in next-generation AI data centers optimized for handling high-density workloads. This collaboration aims to establish Carbice as a vital partner in delivering system-level solutions that enhance the reliability and performance of AI data center infrastructures, particularly in a new campus boasting over 300MW in Ontario, Canada.
Through this partnership, Carbice is positioned to provide significant insight and expertise for DarkNX and its clientele. Central to this collaboration is the Carbice Lab, which serves as a hub for thought leadership in thermal interface reliability. The lab's capabilities will assist in facilitating the design of data centers that not only meet current technological demands but also uphold high performance in the long term.
As part of its offerings, Carbice's advanced cooling technologies play a critical role in avoiding performance degradation while significantly reducing unnecessary electricity consumption. With an expected prevention of nearly 30 GWh across a span of six years, their approach champions energy efficiency and aids in curbing carbon emissions. To illustrate, this reduction translates to an impressive cut of approximately 10,500 metric tons of CO₂, solidifying a commitment to lower lifecycle emissions for AI data centers.
Baratunde Cola, the CEO and founder of Carbice, emphasizes the need for reliability in AI infrastructure as these systems continue to expand. In his view, ensuring robust performance of thermal, mechanical, and electrical interfaces is crucial. This partnership is designed to produce insights grounded in scientific research, monitoring the efficacy of data center systems from their inception through to their enduring lifespan.
Utilizing Carbice’s suite of interface technologies will greatly benefit DarkNX, which has already qualified their Dow-Carbice SW and SA Series Pads with original equipment manufacturers (OEMs) for CPUs, GPUs, and uninterruptible power supply (UPS) systems. Beyond just materials, the Carbice Lab offers a valuable extension of engineering capabilities, enabling rapid qualification of solutions with data that mirrors real-world operating conditions.
Isaac Islam, CEO of DarkNX, highlights their aim to remain technology-agnostic while selecting the best solutions available to ensure performance, efficiency, and durability at scale. Carbice’s combination of materials science and comprehensive system-level expertise is crucial in achieving this objective, helping design and operate AI data centers for sustainable long-term use.
In addition to compute hardware, the partnership addresses challenges in power delivery and electrical systems. Carbice’s proficiency helps mitigate issues such as torque loss in switchgear and busbar connections, enhancing DarkNX's ability to provide reliable, full-stack data center offerings that substantially reduce operational expenses.
This strategic collaboration supports DarkNX’s vision of creating future-proof AI infrastructure that harmonizes high-quality materials with advanced manufacturing and qualification expertise, thereby establishing Carbice as a long-term partner in the successful execution of data center projects.
For further insights into the thermal challenges prompting this collaboration and Carbice's performance evaluations, interested parties are invited to explore their official site at carbice.com.
DarkNX is a forward-thinking company that designs next-generation data centers tailored for AI and high-density GPU workloads. Emphasizing a technology-agnostic philosophy, their goal is to minimize compute costs with a focus on sustainability, performance, and efficiency. To learn more, visit darknx.com or connect with them on LinkedIn.
Founded in 2011 and headquartered in Atlanta, Carbice partners with innovative technologies in rapidly evolving industries. Their exceptional solutions for high-performance cooling are designed to eliminate heat generation, ensuring long-term reliability and efficiency with minimal environmental impact. To discover more about Carbice, navigate to carbice.com or follow them on LinkedIn.
Through this partnership, Carbice is positioned to provide significant insight and expertise for DarkNX and its clientele. Central to this collaboration is the Carbice Lab, which serves as a hub for thought leadership in thermal interface reliability. The lab's capabilities will assist in facilitating the design of data centers that not only meet current technological demands but also uphold high performance in the long term.
As part of its offerings, Carbice's advanced cooling technologies play a critical role in avoiding performance degradation while significantly reducing unnecessary electricity consumption. With an expected prevention of nearly 30 GWh across a span of six years, their approach champions energy efficiency and aids in curbing carbon emissions. To illustrate, this reduction translates to an impressive cut of approximately 10,500 metric tons of CO₂, solidifying a commitment to lower lifecycle emissions for AI data centers.
Baratunde Cola, the CEO and founder of Carbice, emphasizes the need for reliability in AI infrastructure as these systems continue to expand. In his view, ensuring robust performance of thermal, mechanical, and electrical interfaces is crucial. This partnership is designed to produce insights grounded in scientific research, monitoring the efficacy of data center systems from their inception through to their enduring lifespan.
Utilizing Carbice’s suite of interface technologies will greatly benefit DarkNX, which has already qualified their Dow-Carbice SW and SA Series Pads with original equipment manufacturers (OEMs) for CPUs, GPUs, and uninterruptible power supply (UPS) systems. Beyond just materials, the Carbice Lab offers a valuable extension of engineering capabilities, enabling rapid qualification of solutions with data that mirrors real-world operating conditions.
Isaac Islam, CEO of DarkNX, highlights their aim to remain technology-agnostic while selecting the best solutions available to ensure performance, efficiency, and durability at scale. Carbice’s combination of materials science and comprehensive system-level expertise is crucial in achieving this objective, helping design and operate AI data centers for sustainable long-term use.
In addition to compute hardware, the partnership addresses challenges in power delivery and electrical systems. Carbice’s proficiency helps mitigate issues such as torque loss in switchgear and busbar connections, enhancing DarkNX's ability to provide reliable, full-stack data center offerings that substantially reduce operational expenses.
This strategic collaboration supports DarkNX’s vision of creating future-proof AI infrastructure that harmonizes high-quality materials with advanced manufacturing and qualification expertise, thereby establishing Carbice as a long-term partner in the successful execution of data center projects.
For further insights into the thermal challenges prompting this collaboration and Carbice's performance evaluations, interested parties are invited to explore their official site at carbice.com.
About DarkNX
DarkNX is a forward-thinking company that designs next-generation data centers tailored for AI and high-density GPU workloads. Emphasizing a technology-agnostic philosophy, their goal is to minimize compute costs with a focus on sustainability, performance, and efficiency. To learn more, visit darknx.com or connect with them on LinkedIn.
About Carbice
Founded in 2011 and headquartered in Atlanta, Carbice partners with innovative technologies in rapidly evolving industries. Their exceptional solutions for high-performance cooling are designed to eliminate heat generation, ensuring long-term reliability and efficiency with minimal environmental impact. To discover more about Carbice, navigate to carbice.com or follow them on LinkedIn.
Topics Consumer Technology）
【About Using Articles】
You can freely use the title and article content by linking to the page where the article is posted.
※ Images cannot be used.
【About Links】
Links are free to use.