Home » Technology » Google’s AI Capacity Crunch: Scaling Challenges and Chip Shortages

Google’s AI Capacity Crunch: Scaling Challenges and Chip Shortages

by Rachel Kim – Technology Editor

Google Races to Scale AI Infrastructure, Facing Power⁣ and Chip Shortages

MOUNTAIN VIEW, CA – November 22, 2023 – ‌Google is aiming for a dramatic, thousandfold increase in its AI‌ infrastructure over the next four to five years,⁤ according⁣ to a recent internal⁣ presentation by Google fellow Amin Vahdat, revealed by CNBC. The enterprising expansion plan is complicated ⁢by significant hurdles, including constraints on power consumption ⁢and a‌ critical shortage of essential hardware.

The push comes as demand for artificial intelligence services surges, straining existing resources. Vahdat reportedly emphasized that this massive growth ​in storage and computing power must be achieved without increasing costs or, ideally, power usage. “It won’t be easy, but through cooperation and design we will‍ manage it,” Vahdat‌ told employees.

The challenge of⁤ securing sufficient electricity is already impacting the rollout of AI-powered features. Microsoft recently acknowledged that a lack of power prevented the​ full deployment ⁤of AI chips ⁤it had already purchased. Google CEO Sundar Pichai confirmed during the same meeting that infrastructure limitations are⁢ delaying the wider release of new ⁣products, citing the video creator tool⁣ Veo as an ⁢example. “If⁢ we could give it to⁢ more people in ‌the gemini app, we would get more users, but we simply couldn’t ⁢because ‍we are limited by computing power,” Pichai admitted. Users of the‍ Gemini app are‍ frequently encountering​ messages indicating service limitations ​due to high traffic.

A key bottleneck is the limited availability of graphics processing units (GPUs) from Nvidia, which recently announced its AI chips are sold out, according to⁣ Ars Technica.To mitigate this, Google is⁣ prioritizing the progress of more efficient AI models and increasing investment in its own custom-designed data chips.

You may also like

Leave a Comment

This site uses Akismet to reduce spam. Learn how your comment data is processed.