• Home
  • News
  • AI
  • Cyber
  • GRC
  • Blogs
  • Live CVE
No Result
View All Result
Sumtrix
  • Home
  • News
  • AI
  • Cyber
  • GRC
  • Blogs
  • Live CVE
No Result
View All Result
Sumtrix
No Result
View All Result
Home AI

TI and NVIDIA Partnership: A New Era in AI Energy Efficiency

Jane Doe by Jane Doe
May 26, 2025
in AI
TI and NVIDIA Partnership: A New Era in AI Energy Efficiency
Share on FacebookShare on Twitter

Texas Instruments (TI) and NVIDIA have introduced a special, forward-looking partnership to create a new wave of engineering innovation within the energy and technology domains of artificial intelligence.

This combination will address the rapidly growing power needs of future AI data centers which is estimated to grow from current 100kW per rack to beyond 1 MW soon.

The joint effort will focus on the development and deployment of 800V high-voltage direct current (HVDC) power systems for data center servers.

Read

App Store Power and Censorship: How Apple and Google Shape Your Digital Future

Google Sets Sights on Defying Gravity with Antigravity Project

This novel design is a radical departure from traditional 48V systems that would otherwise require a prohibitive amount of copper wiring, 498 pounds for a 1MW rack, making them untenable for AI computational needs of the future.

Moving to an 800V HVDC rails design, TI and NVIDIA target higher power density and efficiency. The service will support both the growth of power-efficient racks as data center needs increase, while reducing the physical footprint, weight and complexity of power delivery infrastructure.

“This partnership is a game changer,” said Jeffrey Morroni, a TI Fellow and director of power management R&D at Kilby Labs. “AI data centers are stretching the boundaries of power as far as one can imagine,” he said. “TI’s power and conversion knowledge with NVIDIA’s AI leadership are revolutionizing what’s possible to maintain the phenomenal growth in AI computing with 800V high-voltage DC architectures.”

In a similar vein, Gabriele Gorla, VP of System Engineering at Nvidia, emphasized the importance of semiconductor power systems for constructing high-performance AI infrastructure.

“With suppliers, NVIDIA is in discussion to create an 800 volt High Voltage DC (HVDC) architecture for efficient supply for the next generation of high performance, large scale AI data centers,” Gorla noted.

“AI infrastructure partnership “This partnership is a significant milestone in the development of AI infrastructure. Efficient power distribution systems are critical to maintaining rapid progress in AI, without facing unsustainable energy consumption issues. TI’s successful power management knowledge and NVIDIA’s AI computing knowledge will bring about a new era of energy-efficient and scalable AI data centers, with potential to enable a range of innovations for the future.

Previous Post

Rethinking Risk: How the GRC Cube Transforms Security Leadership

Next Post

How The AI Skills Coalition is Democratizing AI Education for Future Innovators

Jane Doe

Jane Doe

More Articles

MMaDA-Parallel: Advanced Multimodal Model Revolutionizing Content Generation
AI

MMaDA-Parallel: Advanced Multimodal Model Revolutionizing Content Generation

MMaDA-Parallel is a cutting-edge framework for multimodal content generation that departs from traditional sequential models by enabling parallel processing of...

by Jane Doe
November 19, 2025
ServiceNow AI Agents Vulnerable to Sophisticated Prompt Injection
AI

ServiceNow AI Agents Vulnerable to Sophisticated Prompt Injection

Attack Method: Researchers found second-order prompt injection attacks exploiting ServiceNow's Now Assist AI agents, leveraging their agent-to-agent discovery for unauthorized...

by Mayank Singh
November 19, 2025
European Union Introduces New Regulations Changing Data Privacy Landscape
AI

European Union Introduces New Regulations Changing Data Privacy Landscape

The European Union is implementing significant updates to its regulatory framework governing data privacy and automated decision-making. These new regulations,...

by Sumit Chauhan
November 19, 2025
Google Show Gemini 3: New Frontier in AI
AI

Google Show Gemini 3: New Frontier in AI

Google has officially launched Gemini 3, its latest leap forward in generative artificial intelligence technology. Positioned to compete at the...

by Sumit Chauhan
November 19, 2025
Next Post
How The AI Skills Coalition is Democratizing AI Education for Future Innovators

How The AI Skills Coalition is Democratizing AI Education for Future Innovators

Leave a Reply Cancel reply

Your email address will not be published. Required fields are marked *

I agree to the Terms & Conditions and Privacy Policy.

Latest News

China Accuses US of Cyberattacks Using Microsoft Email Server Flaws

China Accuses US of Cyberattacks Using Microsoft Email Server Flaws

August 1, 2025
Online Scam Cases Continue to Rise Despite Crackdowns on Foreign Fraud Networks [Myanmar]

Online Scam Cases Continue to Rise Despite Crackdowns on Foreign Fraud Networks [Myanmar]

June 30, 2025
Stay Safe from Ransomware Using Skitnet Malware Techniques

Stay Safe from Ransomware Using Skitnet Malware Techniques

May 20, 2025
MMaDA-Parallel: Advanced Multimodal Model Revolutionizing Content Generation

MMaDA-Parallel: Advanced Multimodal Model Revolutionizing Content Generation

November 19, 2025
Anthropic Blocks AI Misuse for Cyberattacks

Anthropic Blocks AI Misuse for Cyberattacks

August 28, 2025
New VoIP Botnet Targets Routers Using Default Passwords

New VoIP Botnet Targets Routers Using Default Passwords

July 25, 2025
Aflac Incorporated Discloses Cybersecurity Incident

Aflac Incorporated Discloses Cybersecurity Incident

June 20, 2025
Sumtrix.com

© 2025 Sumtrix – Your source for the latest in Cybersecurity, AI, and Tech News.

Navigate Site

  • About
  • Contact
  • Privacy Policy
  • Advertise

Follow Us

No Result
View All Result
  • Home
  • News
  • AI
  • Cyber
  • GRC
  • Blogs
  • Live CVE

© 2025 Sumtrix – Your source for the latest in Cybersecurity, AI, and Tech News.

Our website uses cookies. By continuing to use this website you are giving consent to cookies being used. Visit our Privacy and Cookie Policy.