Meta Is Ready to Rock Nvidia’s Boat With Its In-House AI Chip
One of the sources said Meta’s new training chip is a dedicated accelerator, meaning it is designed to handle only AI-specific tasks. This can make it more power-efficient than the integrated graphics processing units (GPUs) generally used for AI workloads.
Bad news for NVIDIA, Meta’s AI chip testing appears to be going well
With the Metaverse having been a poor investment, Meta looks to be ploughing a wealth of resources into AI. The company noted that it expects to spend in the range of $114 to $119 billion on infrastructure, a large portion of that specifically for AI compute power.
The Nasdaq entered correction territory earlier this week, and a number of leading artificial intelligence (AI) semiconductor ...
In some AI inference applications, the MI325X GPUs designed by AMD may outperform the H200 offered by Nvidia. Read why AMD ...
Nvidia stock was gyrating between losses and gains Tuesday, after the artificial-intelligence chip maker’s had a bad start to ...
There are, however, three concrete ways for tech sector investors to turn these unsettling circumstances to their advantage. Ups and downs in the stock market are normal. Even so, when stocks you own ...
Nvidia exceeded Wall Street’s expectations as it closed out 2024, achieving stunning sales and profit growth — and much of ...
Cerebras Systems is challenging Nvidia with six new AI data centers across North America, promising 10x faster inference speeds and 7x cost reduction for companies using advanced AI models like Llama ...
Nvidia (NASDAQ: NVDA) and Palantir Technologies (NASDAQ: PLTR) delivered terrific gains last year as shares of both companies ...
Dell's dilemma is playing out for the largest U.S. server makers as they navigate the artificial intelligence boom.
The company's forecast helps allay doubts around a slowdown in spending on its hardware. Revenue for the fourth quarter grew ...
During a recent interview on CNBC, IonQ's CEO proclaimed that the company is the "800-pound gorilla" in the quantum computing ...
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