Intel's new 10nm Tiger Lake processor will be released in 2020-EEWORLD

Collect

According to Tom's Hardware, Intel released a series of news at the 2019 Investor Conference. Its CEO Bob Swan announced that Intel will launch its first discrete 10nm GPU in 2020, and launched the first Ice Lake architecture block diagram. Its new 10nm Tiger Lake processor will be available in 2020, followed by the 7nm process in 2021.

Among them, Intel said that Ice Lake uses a new design architecture Sunny Cove solution and Gen11 core graphics. It also integrates WiFi 6 (802.11ax) and Thunderbolt 3 interfaces.

The architecture diagram shows that Intel still adheres to its ring bus architecture and integrates a USB Type-C controller on the chip for the first time.

Intel said that Ice Lake has a 2x improvement in graphics performance and video transcoding speed compared to the previous generation, a 2.5x to 3.5x increase in AI performance, and a 3x increase in wireless speed.

Intel announced that Ice Lake-SP data center processors have been delivered to major customers. Cooper Lake processors based on 14nm are also expected to be delivered in 2020. At the same time, the 10nm Tiger Lake processors, which will be launched in 2020, will adopt a new core architecture, an updated GPU and I/O technology that is the same as Intel's Xe discrete graphics architecture.

Intel said the new processors will have more cores, and it's also working to shorten the time between server processor releases.

Keywords：Intel Reference address：Intel's new 10nm Tiger Lake processor will be released in 2020

Previous article：Xie Yi: 5G accelerates the realization of the Internet of Everything and promotes the development of the Internet of Things and terminal industries
Next article：OPPO's first customized phone for government and enterprises, A7n, passed security test

Recommended ReadingLatest update time:2024-11-15 18:17

"Simulating the brain" takes another big step forward: Intel's neuromorphic system is launched

At the Electronic Renaissance Summit of the US Department of Defense Advanced Research Projects Agency (DARPA) currently being held in Detroit, Intel demonstrated its latest Pohoiki Beach chip system that can simulate more than 8 million neurons. The advent of this neuromorphic system heralds a major step forward in h

[Embedded]

Intel completes allocation of US$425 million in green bond proceeds

Intel completes the allocation of US$425 million in green bond proceeds and continues to strengthen sustainable development Intel continues to fulfill its commitment to sustainable development, using US$425 million in green bond proceeds to invest in sustainable operations Intel has allocated $425 million of the p

[Semiconductor design/manufacturing]

2020 Intel Masters Challenge Chengdu Station is in full swing

The 4th Intel Master Challenge (IMC) West China Division was held in Chengdu yesterday. The 777 team from Lanzhou Petrochemical Vocational and Technical College defeated the GGN team from the Internet cafe channel and won the LOL project. The YG team from Sichuan Media College defeated the Blue Cat e-sports team from

[Embedded]

2020 Intel Masters Challenge Chengdu Station is in full swing

Intel and SiFive jointly demonstrate high-performance RISC-V Horse Creek development board

Last year, Intel announced the development of the Horse Creek platform, collaborating with SiFive to develop new high-performance RISC-V development systems as part of the company's Intel Foundry Services (IFS) and efforts to promote the adoption of RISC-V. These development boards are said to be a continuation of SiF

[Embedded]

Intel and SiFive jointly demonstrate high-performance RISC-V Horse Creek development board

Intel CEO: Will turn around the company's fortunes through massive factory expansion

Intel CEO Pat Gelsinger has realized that in order to avoid being left too far behind by competitors such as Nvidia, they must take action as soon as possible to escape the current "quagmire." According to the Wall Street Journal, Kissinger said in an interview recently that compared to competitors such as Nvidia an

[Semiconductor design/manufacturing]

SK Hynix's 60 billion acquisition of Intel's business has been approved by Europe and the United States. China's approval will be the key

Last October, Intel announced that it would sell its NAND flash memory business to SK Hynix for $9 billion. The deal was approved by the United States in March and the European Union a few days ago. China's approval will be one of the keys to the future. 　　 Last weekend, the European Commission officially approved SK

[Semiconductor design/manufacturing]

Intel's advanced packaging technology received a large order from the US Department of Defense

Intel has reportedly received a second-phase order from the U.S. Department of Defense for its latest Heterogeneous Integrated Prototype (SHIP) technology. The SHIP program enables the U.S. government to take advantage of Intel's state-of-the-art semiconductor packaging technology in Arizona and Oregon, and to leverag

[Semiconductor design/manufacturing]

What are the differences between ARM, Intel, and MIPS processors?

Android supports three types of processors (CPUs): ARM, Intel, and MIPS. ARM is undoubtedly the most widely used. Intel is well known for its popularity in desktops and servers, but has relatively little influence in the mobile industry. MIPS has a long history in the 32-bit and 64-bit embedded fields and has achiev

[Microcontroller]

What are the differences between ARM, Intel, and MIPS processors?

Popular Resources
Popular amplifiers