ã€Cambrian Announces New AI Cloud Smart Chip, Supporting Deep Learning and Classical Algorithms】Cambrian Technology, the industry leader in intelligent chip design, released the Cambricon MLU100 cloud smart chip and board product in Shanghai yesterday and the Cambrian 1M Terminal intelligent processor IP products. Lenovo, Dawning and HKUST Newsletter, as partners of the Cambrian, also released applications based on the Cambrian chip. Prof. Chen Guoliang, Professor of the University of Science and Technology of China, Zhou Dejin, Director of the Science Communication Bureau of the Chinese Academy of Sciences, Li Jintao, Party Secretary of the Institute of Computing Technology, Chinese Academy of Sciences, Academician Zhang Xu, Associate Dean of the Shanghai Branch of the Chinese Academy of Sciences, and Zhang Ying, Chief Engineer of the Shanghai Municipal Commission of Economics and Information Technology, Shanghai, China The guests of the Lingang District Development and Construction Management Committee Party Secretary Chen Jie and other guests attended the press conference. Representatives of many famous companies from the domestic and international artificial intelligence and integrated circuit industries gathered to witness the Cambrian Technology released a landmark cloud-based smart chip. Syria's vision of the future of artificial intelligence.
From the Cambrian Period to the Cloud, Setting a New Benchmark for AI Chips
At the press conference, Dr. Chen Tianshi, founder and CEO of Cambrian, delivered a keynote speech. Dr. Chen Tianshi recalled the original intention of the Cambrian venture and introduced the Cambrian business philosophy of opening up, collaboration, and win-win cooperation: working closely with partners in the global up-and-down stream to build a core material carrier for humans in the smart age. In the speech, Dr. Chen Tianshi officially released two new products of the Cambrian era: the terminal intelligent processor IP product Cambrian 1M, the cloud smart chip Cambricon MLU100 and its board.
The Cambrian 1A, the first generation of terminal intelligent processor IP products introduced in the Cambrian era in 2016, is the world's first commercial terminal intelligent processor IP product and has been used in tens of millions of intelligent terminals (including Huawei Mate10, P20 and Glory 10 and other mobile phones). The newly released Cambrian 1M is the company’s third-generation IP product. The performance ratio of 8-bit computing under the TSMC 7nm process reaches 5 Tops/watt (5 trillion operations per watt), providing three sizes of processor cores. (2Tops/4Tops/8Tops) to meet different levels of intelligent processing requirements in different application scenarios, and to further improve performance through multi-core interconnection. The Cambrian 1M processor continues the excellent completeness of the pre-Cambrian IP products of the pre-Cambrian era (Cambrian 1H/1A). A single processor core can support diverse deep learning models such as CNN, RNN, and SOM, and further Supports classic machine learning algorithms such as SVM, k-NN, k-Means, and decision tree, supports local training, provides a flexible and efficient computing platform for visual, speech, natural language processing, and various classic machine learning tasks, and will be widely used In smart phones, smart speakers, smart cameras, smart driving and other different areas.
The focus of this conference was the first official Cambricon MLU100 cloud smart chip. MLU100 adopts the latest Cambrian MLUv01 architecture and TSMC16nm advanced technology and can work in balanced mode (1GHz main frequency) and high performance mode (1.3GHz main frequency). The equivalent theoretical peak speed in balanced mode is up to 128 per second. Teraflops fixed-point calculations, the equivalent theoretical peak speed in high-performance mode up to 166.4 trillion fixed-point operations per second, but the typical board-level power consumption is only 80 watts, the peak power consumption does not exceed 110 watts. Like the Cambrian series terminal processors, the MLU100 cloud chip still continues the excellent generality of Cambrian products, and can support various deep learning and classic machine learning algorithms, fully satisfying visual, speech, natural language processing, and classic data. Mining cloud intelligent processing requirements in complex scenarios such as large data volume, multitasking, multi-modality, low latency, and high throughput. The MLU100 uses the PCIe interface. Its exterior design is inspired by ancient marine life trilobites in the Cambrian age. It is mainly black and blue, with a simple and technological sense.
Cambrian terminal and cloud products natively support the Cambrian NeuWare software tool chain, which facilitates the development, migration, and optimization of smart applications. Chen Tianshi said that the original intention of the Cambrian era was to enable the world to use smart processors. The Cambrian will uphold the spirit of openness and collaboration in the academic world, share the latest Cambrian technological achievements with its counterparts in the world in the form of processor IP authorization, and enable global customers to rapidly design and produce chip products with artificial intelligence processing capabilities; The Cambrian technology implements the concept of “end-cloud collaborationâ€. The MLU100 cloud chip released this time can not only complete various complicated cloud-based intelligent tasks independently, but also be compatible with the Cambrian 1A/1H/1M series terminal processors. Perfectly adapted, the terminal and the cloud can work together to complete complex intelligent processing tasks based on a unified smart ecology.
Cambrian Ecology Eruption, Industry Partners Demonstrate Cambrian Chip Applications
After Dr. Chen Tianshi’s keynote speech, some Cambrian industry partners publicly demonstrated the application program based on the Cambrian chip. At the press conference today, Lenovo Group introduced the ThinkSystem SR650 based on the Cambricon MLU100 smart processing card, breaking the world record of 37 server benchmarks. This product is a 2U 2-way rack-mount specification and supports 2 MLU100 intelligent processing cards. The availability of this cloud-based smart server will fully support Lenovo's business needs in machine learning/VDI/virtualization/cloud/database/analysis/SAP.
At the press conference today, Zhongke Dawning also launched the "PHANERON" server series based on the Cambricon MLU100 intelligent processing card. The PHANERON series was launched in November 2017 and is based on a prototype test chip previously announced in the Cambrian. The "PHANERON" new product released this time has been upgraded synchronously with the release of the MLU100 Smart Accelerator Card. The performance is even stronger, and it can support 2 to 10 Cambrian MLU processing cards to flexibly respond to different intelligent application loads. Taking the upgraded version of PHANERON-10 as an example, a single server can integrate 10 Cambrian artificial intelligence processing units, which can provide 832T half-precision floating-point arithmetic capabilities for artificial intelligence training applications and 1.66P integer arithmetic capabilities for reasoning applications. The energy efficiency in a typical scenario is increased by more than 30 times. In addition, China Scientific Dawning also disclosed the artificial intelligence management platform SothisAI, which can seamlessly integrate with the Cambrian chip and its development environment.
Leaders of smart voice applications HKUST News has also disclosed an in-depth cooperation and development project with Cambrian chips at today's press conference. According to the introduction, an hour's worth of voice data is processed intelligently on a conventional processor and takes 10,000 hours to complete. Therefore, HKUST has been tracking the progress of artificial intelligence chips. As early as 2014, HKUST began to communicate with the early research team of the Cambrian began to implement the relevant voice algorithm on the processor, and in the Cambrian era of the 2016 Angels, began in the Cambrian chip in 2017 On the application test. The test results disclosed by HKUST at the press conference revealed that the Cambrian intelligent processors delivered excellent answers to voice intelligence processing, and their energy efficiency was more than five times that of their competitors' cloud GPU solutions. The powerful processing capability of the Cambrian intelligent processor enables the handset to process more sophisticated machine learning algorithms locally, resulting in a speech local recognition accuracy rate that is 9.8% faster than traditional processors, significantly improving the user experience.
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