No 7 nanometer processes? No problem! Intel is selling the company’s “Tiger Lake” long-term processors saying they will deliver a generational leap in performance.
Mobile computer processors will not be introduced until September 2. Meanwhile, Intel has a review of the progress it has made in its 10nm production process. As revealed in a call for expired effects last month, its 7 nm generation has been delayed until 2022 or early 2023.
The heist has raised serious doubts about how the chipmaker will remain competitive with AMD, whose procedure or fortune has grown over the past year with the successful release of the 7nm generation on desktop and computer platforms. But according to Intel, even without the procedural node augmentation, Tiger Lake’s 10nm processors are able to deliver impressive functionality gains similar to a “full node transition”.
To do this, Intel said it has redesigned the company’s FinFet transistors, the building blocks of modern PC microprocessors, to bring more existing electricity through the channel and at a faster rate. The chipmaker has also taken a step forward with the “MIM capacitor,” which retailers charge electricity, expanding its capacity five times the same footprint. Taking credit for those architectural improvements, Tiger Lake chips can offer greater functionality and power than last year’s 10nm “Ice Lake” chips.
“The combined strength of these inventions allows us to provide a dramatic increase in procedural functionality that makes it the largest single node upgrade in Intel’s history,” Ruth Brain, the company’s director of interconnection technology, said in an Intel “Architecture Day” presentation. occasion held before this week.
The upgrade led the chip manufacturer to call the new generation “SuperFin 10nm”. In Tiger Lake chips, Intel is the production procedure for putting into effect the microarchitecture of the “Willow Cove” procedure, which will be offering “more than generational construction in procedure or performance,” the corporation said in a statement.
Compared to The Ice Lake architecture, dubbed “Sunny Cove,” the new Willow Cove can produce higher clock speeds while consuming the same amount of power, as presented by Intel to the press. In contrast, Willow Cove can succeed at higher frequency speeds in Sunny Cove while only spliting the voltage.
Another improvement is the memory bandwidth of Tiger Lake, which can now grow to 86GB/s. The chips will also have RAM for upcoming DDR4-3200, LPDDR4X and LPDDR5 technologies.
That said, Intel has not disclosed the precise specifications of Willow Cove’s architecture or products. The company also refrains from providing feature references for Tiger Lake processors until September 2, when the company will have the opportunity to officially release those new chips.
Other Tiger Lake innovations come with a tougher built-in graphics solution, now called Intel Xe LP, which deserves to allow you to play at least some AAA PC games in 1080p without converting graphics settings. Processors will also accelerate AI-driven processing as well as Thunderbolt four connectivity.
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