NVIDIA Technical Service (Beijing) Co., Ltd.

NVIDIA技术服务(北京)有限公司

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Making Fundamental Inventions  Invented the GPU in 1999— a revolutionary processor that makes possible the beautiful graphics in today’s games and films, as well as the revolutionary advances in artificial intelligence behind magical apps and autonomous cars. Wiredmagazine noted GPUs as one of the “Three Breakthroughs that have Finally Unleashed AI on the World.”  Invented the Programmable Shaderin 2001 — making graphics programmable gavedigital artists an infinite palette for expression,spawning new genres of games and opening the door to photorealisminprofessional design.  Invented CUDA in 2007— extending the unique parallel processing capabilities of the GPU to solve massively complex computing problems, like simulation of viruses and weather. Evangelized the “accelerated computing” model that is broadly recognized in the industry today as the path forward in the “post-Moore’s Law era.”  Invented the virtual GPU in 2012 — virtualizingthe GPU so that it can be deployed in datacenters and its unique capabilities can be accessed by billions of cloud users.  7,300 patents: Richest portfolio of graphics IP in the world. Doing Important and Groundbreaking Work  NVIDIA GeForce is synonymous with PC gaming, and with 100M gamers,it’s the largest gaming platform in the world.  NVIDIA GPUs power the GE Revolution CT scanner, which is able to produce high-quality imagery while reducing radiation dosage by up to 82% for patients of all ages.  NVIDIA Tesla GPUs power the fastest supercomputersin the U.S., Europe,and Japan; The company wasselected by the U.S. Dept. of Energy to build two next-generation supercomputers, which are expected to be the world’s fastest.  NVIDIA GPUs regularly enable breakthroughs in vital areas of research:  Using a supercomputer powered by 3,000 Tesla GPUs, University of Illinois scientists achieved a breakthrough in HIV research that was featured on the cover of Nature.  Featured on the cover of Science, aresearch team from Baylor, Rice, MIT and Harvard used GPUs to map how the human genome folds within the nucleus of a cell.  Researchers atthe Universities of Notre Dame and Connecticut are using GPUs todramatically speed up simulations to develop personalized vaccines for ovarian cancer, which affects 20,000 women a year in the U.S. alone.  NVIDIA GPUs and the DIGITS deep neural net development platform are revolutionizing advances in artificial intelligence;Used by Google, Baidu, Facebook, Microsoft, Twitterto create intuitive, predictive services;Used by thousands of researchers to do groundbreaking work in AI.  NVIDIA DRIVE PX is bringing AI to the autonomous vehicle revolution; Adopted by Audi, Tesla and 50 others. Constantly Reinventing the Company  From a PC graphics chip company, NVIDIA has extended its technology into datacenters,mobile devicesand cars.  Our company’s unique GPU-based platforms are advancinga wide range of industries, from gaming todesignto supercomputing toconsumer cloud services to autonomous driving.  The visual computing field pioneered by NVIDIA is more important than ever, fueling record financial results despite the decline of the PC market — FY15: Record revenue ($4.7B, +13%) and margins (55.8%, +70bps). Creating a Great Place to Work  9,100 employees, best and brightest in visual computing.  Top 50 “Best Places to Work” — Glassdoor  “50 Smartest Companies” — MIT Tech Review  Voluntary turnover rate 7.1%, tech industry median 11.1%. Making an Impact  

基础性发明创造  1999 年发明了 GPU,GPU 是一种革命性的处理器,这种处理器使得当今游戏和电影中的华丽图形效果成为了可能、使一些神奇的应用和自动驾驶汽车背后的人工智能取得了革命性进展。《连线》杂志指出,GPU 是“世界上最终释放人工智能威力的三大成就”之一。  2001 年发明了可编程着色器,实现图形可编程这一壮举为数字艺术家提供了一个用于创作的无限调色板,从而催生了全新类型的游戏并开启了通往照片般逼真的专业设计大门。  2007 年发明了 CUDA,从而把 GPU 独特的并行处理功能拓展到了解决大规模复杂计算的难题上来,例如病毒和天气模拟等等。倡导了“加速计算”模式,这种模式在当今业内广受认可,被认为是“后摩尔定律”时代的前进之路。  2012 年发明了GPU虚拟化,即对 GPU 进行虚拟化使其能够部署在数据中心内、让数十亿云用户能够使用到 GPU 独特的功能。  7,300 项专利:全球最丰富的图形知识产权组合。 从事重要、开创性的工作  NVIDIA GeForce 成了 PC 游戏的代名词,拥有 1 亿名游戏玩家,是全球最大的游戏平台。  NVIDIA GPU 被运用到通用电气 Revolution CT 扫描仪当中,该扫描仪能够生成高画质的图像,同时为所有年龄段的患者减少最多 82% 的辐射。  NVIDIA Tesla GPU 被运用到美国、欧洲以及日本最快的超级计算机当中;美国能源部选择与 NVIDIA 合作打造两台下一代超级计算机,这两台计算机预计将成为全球最快的超级计算机。  NVIDIA GPU 经常在重要的研究领域中带来突破:  利用一台配备 3,000 颗 Tesla GPU 的超级计算机,伊利诺伊大学的科学家在 HIV 研究方面取得突破,登上了《自然》杂志的封面。  贝勒医学院、莱斯大学、麻省理工学院以及哈佛大学的研究团队利用 GPU 来映射人类基因组在细胞核内的折叠过程,登上了《科学》杂志的封面。  圣母大学和康涅狄格大学的研究人员正在利用 GPU 来大幅加速模拟,以开发用于卵巢癌的个性化疫苗,这项工作每年仅在美国就能够惠及 20,000 名妇女。  NVIDIA GPU 和 DIGITS 深度神经网络开发平台正在人工智能方面带来革命性进展;谷歌、百度、Facebook、微软、Twitter 等企业均采用这两者来打造直观的预测性服务;数以千计的研究人员采用这二者在人工智能方面开展开创性的工作。  NVIDIA DRIVE PX 把人工智能搬到了自动驾驶汽车革命中来;目前已被奥迪、特斯拉以及另外 50 家企业采用。 不断革新企业  从一家 PC 图形芯片企业开始,NVIDIA 现已将其技术拓展到数据中心、移动设备以及汽车中。  从游戏业到设计再到超级计算和消费级云服务以及自动驾驶,我们公司基于 GPU 的独特平台正在推动各行各业的进步。  NVIDIA 勇担先锋的视觉计算领域现在比以往任何时候都更加重要,尽管 PC 市场衰退,但是视觉计算帮助我们开创了财务业绩的纪录 — 2015 财年:创纪录的收入(47 亿美元,增长13%)和利润率(55.8%,增长 70 个基准点)。 创造美好的工作环境  9,100 名员工,视觉计算领域最杰出的人才。  “最值得效力的企业”50 强— Glassdoor  “50 家最聪明的企业”— MIT Tech Review  主动离职率为 7.1%,而科技行业的平均值为 11.1%。 产生影响  2014 年:慈善事业花费 480 万美元,其中包括为斯坦福大学医学研究医院捐赠 200 万美元。  2014 年:义工小时数达 15,500 小时,受益儿童多达 67,000 人。  道琼斯可持续发展指数:入选企业。  “美国最环保的企业”(第 50 名)— 《新闻周刊》