Nvidia is an American technology company founded in 1993 that designs graphics processing units for gaming and professional markets. It is headquartered in Santa Clara, California. Nvidia invented the GPU in 1999 which expanded computer graphics beyond gaming to include movie production, product design, medical diagnosis, and scientific research. Key events in Nvidia's history include launching its first GPU, the GeForce 256, developing processors for the Xbox, PlayStation 3, and Nvidia Shield, and introducing technologies like SLI, CUDA, and Tegra mobile processors.
NVIDIA's invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing — with the GPU acting as the brain of computers, robots, and self-driving cars that can perceive and understand the world.
NVIDIA at CES 2014: The visual computing revolution continues. At the company's press conference on Sunday, Jan. 5, 2014, NVIDIA CEO Jen-Hsun Huang showcases the new Tegra K1, a 192-core super chip, Tegra K1 VCM, putting supercomputing technology in cars, and next-gen PC gaming with GameStream and G-SYNC.
NVIDIA’s invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing — with the GPU acting as the brain of computers, robots, and self-driving cars that can perceive and understand the world. Today, NVIDIA is increasingly known as “the AI computing company.”
Promising to transform trillion-dollar industries and address the “grand challenges” of our time, NVIDIA founder and CEO Jensen Huang shared a vision of an era where intelligence is created on an industrial scale and woven into real and virtual worlds at GTC 2022.
We pioneered accelerated computing to tackle challenges no one else can solve. Now, the AI moment has arrived. Discover how our work in AI and the metaverse is profoundly impacting society and transforming the world’s largest industries.
Our passion is to inspire and enable the da Vincis and Einsteins of our time, so they can see and create the future. We pioneered graphics, accelerated computing, and AI to tackle challenges ordinary computers cannot solve. See how we're continuously inventing the future--from our early days as a chip maker to transformers of the Metaverse.
NVIDIA's invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing — with the GPU acting as the brain of computers, robots, and self-driving cars that can perceive and understand the world.
NVIDIA at CES 2014: The visual computing revolution continues. At the company's press conference on Sunday, Jan. 5, 2014, NVIDIA CEO Jen-Hsun Huang showcases the new Tegra K1, a 192-core super chip, Tegra K1 VCM, putting supercomputing technology in cars, and next-gen PC gaming with GameStream and G-SYNC.
NVIDIA’s invention of the GPU in 1999 sparked the growth of the PC gaming market, redefined modern computer graphics, and revolutionized parallel computing. More recently, GPU deep learning ignited modern AI — the next era of computing — with the GPU acting as the brain of computers, robots, and self-driving cars that can perceive and understand the world. Today, NVIDIA is increasingly known as “the AI computing company.”
Promising to transform trillion-dollar industries and address the “grand challenges” of our time, NVIDIA founder and CEO Jensen Huang shared a vision of an era where intelligence is created on an industrial scale and woven into real and virtual worlds at GTC 2022.
We pioneered accelerated computing to tackle challenges no one else can solve. Now, the AI moment has arrived. Discover how our work in AI and the metaverse is profoundly impacting society and transforming the world’s largest industries.
Our passion is to inspire and enable the da Vincis and Einsteins of our time, so they can see and create the future. We pioneered graphics, accelerated computing, and AI to tackle challenges ordinary computers cannot solve. See how we're continuously inventing the future--from our early days as a chip maker to transformers of the Metaverse.
EY India Attractiveness Survey 2015 – Reasons to Invest in India & Key Factor...EY
With leading 32% of the investors ranking India as the most attractive market this year, India has emerged as No. 1 FDI destination in the world during the first half of 2015. Download the India Attractive Survey to know more.
Attendance plays a major role in educational institutions. The most common
means of taking attendance during the exam is by passing attendance sheet with each
student and roll numbers of students or asking the students to manually sign the
attendance sheet, which is passed around during the Exam. The process of manually
taking and maintaining the attendance records becomes highly cumbersome.
In the World of Technology, Biometrics plays an effective role in identifying
Human beings. Through this project, you will develop a unique system that can identify
students for attendance purpose using their fingerprints. In this project, we are going to
design a Fingerprint Sensor Based Biometric Exam Attendance System using ESP8266.
Simply we will be interfacing fingerprint sensor with ESP8266, OLED Display to design
the desired project. In this project, we used the fingerprint Module and ESP8266 to take
and keep attendance data and records. Biometric Attendance systems are commonly used
systems to mark the presence in offices and schools.
This project has a wide application in school, college where marking of
attendance is required accurately with time. By using the fingerprint sensor, the system
will become more secure for the users. You will need an ESP8266 board for interfacing
microcontroller with the Finger Print Scanner R307. So with the help of Finger Print
Scanner R307, we will store the finger prints of all the students and once they are stored,
the Fingerprint Scanner will compare the present finger print on the scanner and
previously stored finger prints. If any finger print is matched, the microcontroller will
print the concern data stored for the particular finger print on the OLED Display. In
addition to this, we have inbuilt Wi-Fi module, to upload the data into remote cloud, so as
to access the entire unit from the sole system of it from anywhere in the world.
iOS 13 Every New Feature iPhone You Need To Know AboutMobiloitte
iOS 13 is here and will deliver a slew of features to your iPhone when it launches, and it totally new features. So, let's see what are the new features in iOS 13.
EY India Attractiveness Survey 2015 – Top Reasons to Invest to Invest in India EY
Investors see India speeding up pace towards becoming world's top destinations for manufacturing. Check out this detailed infographic on what’s activating growth in India.
A presentation on Artificial Intelligence which covers definition, introduction , advantages/disadvantages, AI Tree and application of artificial intelligence
The FDA and industry: A recipe for collaborating in the New Health EconomyPwC
Pharmaceutical and life science companies and their chief regulator – the FDA – must find new ways to collaborate to meet 21st century demands.
Web Page: http://www.pwc.com/us/en/health-industries/health-research-institute/hri-pharma-life-sciences-fda.jhtml
EY India Attractiveness Survey 2015 – Reasons to Invest in India & Key Factor...EY
With leading 32% of the investors ranking India as the most attractive market this year, India has emerged as No. 1 FDI destination in the world during the first half of 2015. Download the India Attractive Survey to know more.
Attendance plays a major role in educational institutions. The most common
means of taking attendance during the exam is by passing attendance sheet with each
student and roll numbers of students or asking the students to manually sign the
attendance sheet, which is passed around during the Exam. The process of manually
taking and maintaining the attendance records becomes highly cumbersome.
In the World of Technology, Biometrics plays an effective role in identifying
Human beings. Through this project, you will develop a unique system that can identify
students for attendance purpose using their fingerprints. In this project, we are going to
design a Fingerprint Sensor Based Biometric Exam Attendance System using ESP8266.
Simply we will be interfacing fingerprint sensor with ESP8266, OLED Display to design
the desired project. In this project, we used the fingerprint Module and ESP8266 to take
and keep attendance data and records. Biometric Attendance systems are commonly used
systems to mark the presence in offices and schools.
This project has a wide application in school, college where marking of
attendance is required accurately with time. By using the fingerprint sensor, the system
will become more secure for the users. You will need an ESP8266 board for interfacing
microcontroller with the Finger Print Scanner R307. So with the help of Finger Print
Scanner R307, we will store the finger prints of all the students and once they are stored,
the Fingerprint Scanner will compare the present finger print on the scanner and
previously stored finger prints. If any finger print is matched, the microcontroller will
print the concern data stored for the particular finger print on the OLED Display. In
addition to this, we have inbuilt Wi-Fi module, to upload the data into remote cloud, so as
to access the entire unit from the sole system of it from anywhere in the world.
iOS 13 Every New Feature iPhone You Need To Know AboutMobiloitte
iOS 13 is here and will deliver a slew of features to your iPhone when it launches, and it totally new features. So, let's see what are the new features in iOS 13.
EY India Attractiveness Survey 2015 – Top Reasons to Invest to Invest in India EY
Investors see India speeding up pace towards becoming world's top destinations for manufacturing. Check out this detailed infographic on what’s activating growth in India.
A presentation on Artificial Intelligence which covers definition, introduction , advantages/disadvantages, AI Tree and application of artificial intelligence
The FDA and industry: A recipe for collaborating in the New Health EconomyPwC
Pharmaceutical and life science companies and their chief regulator – the FDA – must find new ways to collaborate to meet 21st century demands.
Web Page: http://www.pwc.com/us/en/health-industries/health-research-institute/hri-pharma-life-sciences-fda.jhtml
NVIDIA is the world leader in visual computing. The GPU, our invention, serves as the visual cortex
of modern computers and is at the heart of our products and services. Our work opens up new universes to explore, enables amazing creativity and discovery, and powers what were once science fiction inventions like self-learning machines and self-driving cars.
This presentation covers how deep learning is transforming industries; our role in key markets such as VR, robotics, and self-driving cars; and our culture of craftsmanship, giving, and learning. This also includes highlights on how we are driving the transformations in gaming through GeForce GTX GPUs and the GeForce Experience, and how we’re helping accelerate scientific discovery through GPU computing and our long-term commitment to CUDA architecture.
At the 2018 GPU Technology Conference in Silicon Valley, NVIDIA CEO Jensen Huang announced the new "double-sized" 32GB Volta GPU; unveiled the NVIDIA DGX-2, the power of 300 servers in a box; showed an expanded inference platform with TensorRT 4 and Kubernetes on NVIDIA GPU; and revealed the NVIDIA GPU Cloud registry with 30 GPU-optimized containers and made it available from more cloud service providers. GTC attendees also got a sneak peek of the latest NVIDIA DRIVE software stack and the next DRIVE AI car computer, "Orin," along with developments in the NVIDIA Isaac platform for robotics and Project Clara, NVIDIA's medical imaging supercomputer.
NVIDIA y Mellanox anunciaron hoy que las compañías han alcanzado un acuerdo definitivo en virtud del cual NVIDIA adquirirá Mellanox. De conformidad con el acuerdo, NVIDIA adquirirá todas las acciones ordinarias emitidas y en circulación de Mellanox por $ 125 por acción en efectivo, lo que representa un valor total para la empresa de aproximadamente $ 6,9 mil millones. Una vez que se complete, se espera que la combinación se acreciente de inmediato del margen bruto no GAAP de NVIDIA, las ganancias por acción no GAAP y el flujo de efectivo libre.
La adquisición unirá a dos de las compañías líderes mundiales en computación de alto rendimiento (HPC). En conjunto, la plataforma informática de NVIDIA y las interconexiones de Mellanox alimentan a más de 250 de las supercomputadoras TOP500 del mundo y tienen como clientes a todos los principales proveedores de servicios de nube y fabricantes de computadoras.
La intensidad de datos y cómputo de las cargas de trabajo modernas en IA, computación científica y análisis de datos está creciendo de manera exponencial y ha generado enormes demandas de rendimiento en hiperescala y centros de datos empresariales. Mientras la demanda de computación está aumentando, los avances en el rendimiento de la CPU se están desacelerando a medida que la ley de Moore ha terminado. Esto ha llevado a la adopción de la computación acelerada con las GPU NVIDIA y las soluciones de redes inteligentes de Mellanox.
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4. Nvidia Corporation is an American global technology
Nvidia manufactures graphics processing units (GPUs)
the art and science of computer graphics. With our invention
of the GPU the engine of modern visual computing
the field has expanded to encompass video games, movie
production, product design, medical diagnosis and scientific research.
9. Co-Founder of Nvidia Corporation
JEN-HSUN HUANG
Co-Founder, President and Chief
Executive Officer
CURTIS PRIEM
A Senior Staff Engineer and Graphics
Chip Designer
CHRIS A. MALACHOWSKY
Co-Founder, SVP and
NVIDIA Fellow
10. 1995NVIDIA NV1, the company's first
product, is launched. The PCI card
was sold as the Diamond Edge 3D,
featuring a 2D/3D graphics core
based on quadratic texture mapping.
11. 1996
NVIDIA unveils its first Microsoft
DirectX drivers with support for
Direct3D, an API used to render 3D
graphics where performance is
critical.
12. The company introduces RIVA 128,
the world's first 128-bit 3D
processor. It receives OEM
acceptance, and more than one
million units are shipped within its
first four months.
1997RIVA 128 LAUNCHES AND 1 MILLION
UNITS SOLD IN FIRST 4 MONTH
13. A multi-year strategic partnership is
formed with Taiwan Semiconductor
Manufacturing Company, which
begins to assist in manufacturing
NVIDIA products.
1998PARTNERSHIP SINGED
WITH TSMC
NVIDIA expands the RIVA processor
family. RIVA 128ZX offers the
industry's fastest 3D processing
capability. RIVA TNT is the first
multitexturing 3D processor.
14. NVIDIA invents the graphics processing unit, putting it on
a path to reshape the industry. GeForce 256 is launched
as the world's first GPU, a term NVIDIA defines as "a
single-chip processor with integrated transform, lighting,
triangle setup/clipping, and rendering engines that is
capable of processing a minimum of 10 million polygons
per second." Modern GPUs process over 2 billion
polygons per second.
1999NVIDIA INVENT FIRST THE GPU NVIDIA INVENT FIRST THE GPU
NVIDIA introduces the Quadro GPU for
professional graphics. Quadro soon
becomes the standard for professionals
designing everything from tennis shoes
to automobiles.
15. Microsoft selects NVIDIA to provide the
graphics processors for its first Xbox
gaming console.
NVIDIA ACQUIRES GRAPHICS
PIONEER 3DFX
NVIDIA acquires the assets of 3dfx, a
pioneer in graphics technology.
2000MICROSOFT XBOX WITH NIVIDA
16. With the nForce platform, NVIDIA enters
the integrated graphics market.
The company introduces
the industry's first
programmable GPU, NVIDIA
GeForce3, which enables
developers to create custom
visual effect
2001NIVIDA ENTERS INTEGRATED
GRAPHICS MARKET WITH NFORCE
17. The company ships its 100 millionth processor.
Fortune magazine names NVIDIA the
fastest-growing company in the U.S.
2002NIVIDA NAMES AMERICA’S
FASTEST GROWING COMPANY
18. 2003NIVIDA ACQUIRES MEDIA Q
The company acquires Media Q, a leader in
graphics and multimedia technology for
wireless.
‘The Way It's Meant to Be Played' is introduced,
in an effort to encourage game-developers to
fully exploit the power of the GPU.
19. 2004SLI LAUNCHES, SHARPLY
INCREASING A SINGLE PC’S
GRAPHICS POWER
NVIDIA teams up with Blizzard
Entertainment on the release of
World of Warcraft in 3D graphics.
The massively multiplayer online
game would go on to become the
world's most popular
SLI technology is launched, allowing
multiple GPUs to be linked together
and dramatically increase the
graphics power of a single machine.
NVIDIA helps NASA reconstruct the
terrain of Mars. Using NVIDIA
technology, data transmitted by the
Rover is rendered in photorealistic
virtual reality, allowing scientists to
explore Mars as if they were moving
freely on the red planet's surface.
20. NVIDIA announces its development
of the processor for Sony's
PlayStation 3 gaming console.
2005NIVIDA DEVELOPS PROCESSOR
FOR SONY PLAYSTATION 3
ULi Electronics, a Taiwan-based
developer of core logic technology,
is acquired.
21. NVIDIA ships its 500 millionth graphics
processor
2006CUDA ARCHITECTURE IN INVEILED
NVIDIA unveils CUDA, a revolutionary
architecture for general purpose GPU
computing. CUDA will enable scientists
and researchers to harness the parallel
processing capabilities of GPUs to tackle
their most complex computing
challenges.
Acquisition of Hybrid
Graphics, a developer of
embedded 2D and 3D
graphics software for
handheld devices.
22. Forbes magazine names NVIDIA
"Company of the Year." The article cites
NVIDIA's advantage in the graphics
market, as well as its incredible growth
over the previous year.
2007FORBES NAMES NVIDIA
COMPANY OF THE YEAR
NVIDIA wins an Emmy award for the
impact its innovative graphics processors
have had on the entertainment industry.
Launch of the Tesla GPU. The computing
power previously available in
supercomputers is made widely
accessible for researchers in fields such
as drug discovery, medical imaging and
weather modeling.
23. NVIDIA launches the Tegra mobile
processor, which consumes 30-
times less power than a typical PC
notebook and delivers dazzling
performance.
2008TEGRA MOBILE PROCESSOR
IS LAUNCHED
Tokyo Tech builds Tsubame, the first
Tesla GPU-based supercomputer to
land on the list of the world's Top
500 supercomputers.
GeForce 9400M GPU is adopted by
Apple for its ground breaking
MacBook, MacBook Pro and
MacBook Air notebooks.
24. NVIDIA works with Google to unleash
Android on its Tegra processors
2009FERMI ACHITECTURE
LAUNCHED AT INAUGURAL
GPU TECHNOLOGY CONFERENCE
NVIDIA and Siemens
Healthcare create the world's
first 3D ultrasound.
3D Vision, the world's first high-
definition 3D stereo solution for
the home, is launched at CES.
25. NVIDIA Tesla GPUs power world's fastest
supercomputer, China's Tianhe-1A.
2010NIVIDA POWERS WORLD’S
FASTEST SUPERCOMPUTER
Introduction of Optimus technology, a
breakthrough for notebook PCs that
automatically manages the GPU to
balance battery life and performance.
Audi selects NVIDIA GPUs to power the navigation and
entertainment systems in all its vehicles worldwide.
NVIDIA GPUs power all "Best Visual
Effects" Academy Award nominees,
including Avatarand Star Trek.
26. NVIDIA launches Tegra 2, the
world's first dual-core mobile
processor, which the first Android
tablets are built on
2011NIVIDA ACQUIRES
BASEBAND-LEADER ICERA
A six-year cross-licensing agreement with Intel
wins NVIDIA $1.5 billion in licensing fees.
NVIDIA acquires ICERA, enabling it to
offer both application and baseband
processors, the two most important in
mobile computing.
NVIDIA ships its 1 billionth graphics
processor.
27. NVIDIA once again powers every
Oscar-nominated film for best
visual effects, including the
winner Hugo First virtualized GPU unveiled, as
GRID brings graphics to the cloud
Powerful Tegra 3-based tablets and
smartphones are launched
Newsweek names NVIDIA sixth-
greenest company in America.
Kepler-based GeForce GTX 600 series introduced,
offering world's fastest gaming performance
2012
28. NVIDIA GRID Visual Computing
Appliance unveiled, delivering
ultra-fast GPU performance to
nearly any device on small
business networks.
2013TEGRA 4 FAMILY OF MOBILE
PROCESSORS IS INTRODUCED
GeForce GTX TITAN launched for gamers,
built with the same DNA as the world's
#1 supercomputer
NVIDIA SHIELD
introduced, the ultimate
gaming and entertainment
portable
Tegra Note, a complete tablet platform
with groundbreaking stylus and camera
capabilities, hits retail
Tegra 4, world's fastest quad-core
mobile processor, and Tegra 4i,
NVIDIA's first fully integrated 4G LTE
mobile processor, are announced
