Hi,welcome
86-755-88844016 +852 2632 9637 6*12 hours online call
IBM Launches "Arctic" Chip with Speed and Energy Efficiency More Than 20 Times Higher than Similar Products
2023-10-24

IBM in the United States has recently launched a brain like chip called "Arctic", which runs image recognition algorithms driven by artificial intelligence at a speed 22 times faster than similar commercial chips and has 25 times more energy efficiency than similar chips. The relevant research paper was published in the journal Science on October 19th.


It is reported that inspired by the way the human brain works, the 'Arctic' chip interweaves computing and storage modules, allowing each computing core to easily access remote storage blocks like adjacent storage blocks, significantly improving the speed of information exchange between computing and storage units. IBM had previously manufactured chips known as "True North" based on this idea, but "North Pole" transformed this technology into a digital architecture compatible with silicon chip technology used in contemporary computers. The head of the research team, Dalmendra Modha from IBM Research Laboratory, stated that this is a new approach to looking at computer architecture.


搜狗高速浏览器截图20231024130512


The North Pole chip is composed of 256 computing units, each of which has memory. By eliminating off chip memory, computing is intertwined with on-chip memory. These computing units are connected together in a network inspired by the white matter connections between the human cerebral cortex. The paper mentions that on the ResNet50 benchmark image classification network, compared to GPUs using similar 12 nanometer technology processes, the North Pole achieves an energy metric of 25 times higher per watt of FPS (frames per second), a spatial metric of 5 times higher per transistor FPS, and a delay time metric of 22 times lower


However, the 'Arctic' cannot perform other tasks, such as artificial intelligence training tasks, nor can it easily run larger artificial intelligence models. The research team plans to prove whether multiple 'Arctic' chips can support large language models. Although the prototype of the "Arctic" chip is unlikely to be commercialized immediately, the digital architecture of the "Arctic" chip is extremely innovative, which is crucial to the efficient operation of AI on the computing hardware of autonomous vehicle and aircraft.


The copyright of this article belongs to the original author. The reprint of the article is only for the purpose of disseminating more information. If the author's information is marked incorrectly, please contact us immediately to modify or delete it. Thank you for your attention!

Hot news
Samsung is about to mass produce Galaxy Tab S10
According to media reports, Samsung is about to launch a new generation of Galaxy Tab S10 series, which is testing the Galaxy Tab S10+equipped with MediaTek Dimensity 9300+, changing the previous strategy of Qualcomm Snapdragon chip monopoly.
Samsung announces chip manufacturing technology roadmap
According to reports, Samsung Electronics announced its technology roadmap for chip manufacturing at its annual foundry forum held at its US chip headquarters in San Jose, California, with the aim of enhancing its competitiveness in the artificial intelligence chip foundry market through a series of upcoming technological advancements. Despite Samsung's strong position as a leading global memory chip manufacturer, it has always faced strong challenges from competitors such as TSMC in the field of wafer foundry.
NXP and World Advanced Plan Invest $7.8 billion in Singapore to Build a Wafer Factory
On June 5th, World Advanced and NXP Semiconductors announced plans to jointly establish the VisionPower Semiconductor Manufacturing Company (VSMC) joint venture in Singapore to build a 12 inch (300mm) wafer fab. The wafer factory has an investment of approximately 7.8 billion US dollars, with World Advanced investing 2.4 billion US dollars to hold 60% equity, and NXP investing 1.6 billion US dollars to hold 40% equity.
Mitsubishi Electric Kumamoto Prefecture SiC Wafer Factory to Start Production Ahead of Time
Recently, Mitsubishi Electric announced at a performance briefing that its SiC wafer plant located in Kumamoto Prefecture will be put into operation ahead of schedule due to strong market demand. The factory, originally scheduled to start operation in April 2026, will be put into production in November 2025, about 5 months ahead of schedule.
Passive component leader National Giant plans to transform into IDM company
In the past 5 to 10 years, Guoju has been steadily developing, consciously investing in new corporate groups through mergers and private equity investments.
Intel, Microsoft, Broadcom and other eight giants jointly launch the UALink standard
According to reports, Intel, Google, Microsoft, Meta, and other tech giants have announced the establishment of a new industry organization called "Ultra Accelerator Link (UALink) Promotion Group".
Samsung Electronics has basically completed the development of the 8nm version of eMRAM memory process upgrade
Samsung Electronics representative stated at the AI-PIM seminar in South Korea that they are gradually advancing the process upgrade of eMRAM memory as planned, and the technology development of 8nm eMRAM has been basically completed. As a new type of memory, MRAM is based on the principle of magnetism and has non-volatile properties. It does not need to constantly refresh data like DRAM memory, making it more energy-efficient and efficient; At the same time, the write speed of MRAM is 1000 times that of NAND, supporting applications that require higher write rates.
From January to April, the production of integrated circuits increased by 37.2% year-on-year, reaching 135.4 billion blocks
Recently, the official website of the Ministry of Industry and Information Technology showed that from January to April, China's electronic information manufacturing industry saw steady growth in production, export recovery improved, efficiency continued to improve, investment maintained rapid growth, and the overall growth trend of the industry was significant.
The NAND Flash market saw growth in the first quarter of 2024
According to TrendForce consulting research, due to the widespread use of enterprise SSDs in artificial intelligence servers starting in February 2024, as well as PC and smartphone manufacturers continuing to increase inventory to combat price increases, NAND Flash revenue increased by 28.1% month on month in the first quarter of 2024, reaching $14.71 billion.
TSMC predicts that the AI accelerator market may grow by 250%
According to information disclosed by TSMC at its technology seminar, the semiconductor market only began to recover in the second half of last year, so analysts are cautious about this year's growth. Although the growth expectations for the PC and smartphone sectors are only in single digits this year, there is one semiconductor market expected to grow by about 250%, which is the AI accelerator market.
User Info:
Phone number
+86
  • +86
  • +886
  • +852
Company Name
Email
Product model
Quantity
Comment message