Intel releases a microprocessor that doubles the power consumption of the Internet.
Intel said on Monday that a new data center chip coming out next year can handle more than twice the amount of computing work that can be done per watt of power used, as part of a broader industry push to cut electricity consumption.
At a semiconductor technology conference held at Stanford University in Silicon Valley, California, USA, Intel said that its Sierra Forest chip will have 240 percent better performance per watt than the current generation of data center chips, which is the first time it has revealed Where the company reported such numbers.
Huge amounts of electricity are used by the data centers that run the Internet and its services, and technology businesses are under increasing pressure to either maintain or decrease their energy use. Chip manufacturers are now concentrating on finding ways to fit more computer work into each chip as a result.
Former Intel executives who created the startup Ampere Computing brought the first semiconductor designed specifically for cloud computing to market.
Following suit, Intel and its rival AMD announced comparable devices, and AMD introduced their chips to the market in June.
Intel announced on Monday that its Sierra Forest chip is on its way to market next year, despite losing market share in data centers to AMD and AMP.
For the first time, the business is splitting its data center chips into two categories: Sierra Forest, which will prioritize efficiency, and Granite Rapids, which will prioritize performance but use more energy.
The customers of the corporation can include legacy software onto fewer computers inside the data center, according to Ronak Singhal, a senior colleague at Intel.
"I might have things that are four, five, or six years old," Singal admitted. By consolidating data that is currently spread across five, ten, or fifteen servers into a single new chip, I can conserve energy.
"This density determines the total cost of ownership," she continued. Additionally, they require fewer systems as the density increases.
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