Huang Renxun: Nvidia Unfazed by Competition, TCO is Key

Seraphina Blair | 13/03 |
Seraphina Blair 1679 13/03 2024-03-13 14:01:06

On March 11th, Huang Renxun, the CEO of Nvidia, stated in an interview with John Shoven, the Honorary Professor of Economics at Stanford University, that even if competitors' AI chips were free, it would be difficult to shake Nvidia's position.

Huang further explained that, in terms of the total cost of ownership (TCO) in AI data centers, the pricing of Nvidia's GPUs is not the most important factor. Nvidia has undeniably achieved impressive accomplishments in driving the development of the AI industry. Recently, the company became the world's third-largest by market capitalization, largely due to its AI-accelerating GPUs. However, Huang's remarks are likely to be controversial as he holds a dismissive stance towards many competitors, such as AMD, Intel, and a range of companies with ASICs and other custom AI chips.

In a video excerpt from the interview released by Stanford Institute for Economic Policy Research (SIEPR), Charles R. Schwab Professor of Economics and former Trione Director at SIEPR, John Shoven, asked, "Is it possible that someone could come along and say, 'Well, we've got a chip that's just as good as Nvidia's, but it's a lot cheaper?' Is that a threat?"

Huang responded, "We compete with everyone on the planet, and in some cases, even Nvidia's customers are competitors. Furthermore, Nvidia actively assists customers who are designing alternative AI processors, even sharing Nvidia's upcoming chip roadmap with them."

Huang emphasized that Nvidia operates in a "fully open" manner and collaborates with almost everyone in the industry. While chip buyers consider the price, data center operators consider operational costs. However, the company recognizes the importance of TCO, which encompasses deployment time, performance, utilization, and flexibility. Even if competitors' chips were free, they would still not be cheap enough.

Huang concluded his response to Shoven by emphasizing Nvidia's goal of maintaining an unparalleled TCO leadership position.

In the interview video, Huang outlined Nvidia's currently unassailable unique selling points. He mentioned that while one could manufacture an ASIC chip that excels in a specific algorithm, Nvidia's GPUs are programmable. Additionally, Nvidia's platform has become a significant standard for every major cloud computing company. As a result, typical data centers across various industries, from financial services to manufacturing, are inclined to choose Nvidia hardware.

ALSO READ:Latest Ranking of Global IC Design Companies: NVIDIA Takes a Commanding Lead!

Tags Nvidia
Share this post

SeraphinaBlair

Email : daenorthugh@gmail.com

Seraphina Blair graduated from the University of California, San Diego with a bachelor's degree in electrical engineering, followed by a bachelor's degree in editing and a master's degree in linguistics. Seraphina Blair has held positions as an electronics engineer and has gained extensive experience in electronic equipment repair and troubleshooting. As a veteran electronics professional, Seraphina Blair is committed to providing reliable guidance and support to readers of the Jak electronics community.

Popular Post

Blog

Introduction to Nexperia Automotive-Grade ICs

Electronics in the automotive industry require accuracy, durability and complete reliability. All systems, including the engine control and modern driver assist, are based on parts that have to endure both high temperature and electrical interference, as well as extended durability of operation.

Blog

ASIC vs FPGA Comparison: Performance, Cost, and Design Differences Explained

This article compares Application-Specific Integrated Circuits (ASICs) and Field-Programmable Gate Arrays (FPGAs), two technologies used for creating custom digital circuits.

Solution

The Rise of Automotive-Grade SiC/GaN Power Devices in Electric Vehicles

The automotive fast recovery Silicon Carbide (SiC) and Gallium Nitride (GaN) power devices emerge as game-changing technologies.

Blog

How to Safely Discharge an AC Capacitor

AC capacitor discharge refers to the process in which a capacitor releases its stored electrical energy in an alternating current (AC) circuit.

Blog

Signs of a Bad Camshaft Position Sensor and How to Test it?

A car has a variety of electrical components, one of which is called a camshaft position sensor (CMP). This section will discuss this component, the signs that indicate a problematic camshaft position sensor, and the procedures for doing so.

Blog

Symptoms of a Bad Speed Sensor and How to Test It?

Speed sensors are utilized to measure the speed at which devices are spinning. Many vehicles, including automobiles, aerospace vehicles, off-highway and construction equipment, railway vehicles, and military vehicles, require speed sensors.

Blog

Current Divider: definition, applications & formula

A current divider is an electrical circuit configuration used to split or divide an input current into multiple branches or paths.

Solution

74LS04 Hex Inverter Datasheet(PDF) and Pinout

This article will explain some detailed information about 74LS04 Hex Inverter, including its datasheet, pinout, features and specifications.

Recommend Products

25C320-E/P

Microchip Technology

IC EEPROM 32K SPI 3MHZ 8DIP

34AA04T-E/SN

Microchip Technology

EEPROM Serial-I2C4K-bit512 x 81.8V/2.5V/3.3V8-PinSOIC NT/R

MT29F1G01ABAFD12-AATES:F

Micron Technology Inc.

IC FLASH 1G SPI 24TBGA

34AA04T-E/SN

Microchip Technology

BZX585-C22,115

Nexperia USA Inc.

MT29F1G01ABAFD12-AATES:F

Micron Technology Inc.

AT17LV65-10CI

Microchip Technology

IC SRL CONFIG EEPROM 64K 8-LAP

AT93C56-10SC

Microchip Technology

IC EEPROM 2K SPI 2MHZ 8SOIC