President Jensen Huang of Nvidia said in a meeting with CNBC’s “End Ringer Additional time.” He mentioned that interest in the organization’s cutting-edge AI chip Blackwell is not enough. He emphasized that interest in the chip needs to improve. He mentioned that the situation is “not good.” Nvidia’s Blackwell AI Chip Sparks, Says CEO Jensen Huang during the discussion.
“Everyone needs to have the most,” Huang said during the meeting. “Everyone needs to be first.” The meeting was broadcasted on Wednesday. Portions of Nvidia were up around 3% on Thursday morning.
Blackwell is expected to cost somewhere in the range of $30,000 and $40,000 per unit. It is in hot interest from organizations like OpenAI, Microsoft, Meta, and different firms. These firms are building simulated intelligence server farms to drive items like ChatGPT and Copilot. This demand is due to the capabilities of Nvidia’s Blackwell AI Chip, Sparks says CEO Jensen Huang.
Nvidia has been the principal recipient of Reasoning Blast, with shares up around 150% year-to-date. The organization’s income kept on flooding during the monetary second quarter to $30.04 billion, up 122% on a yearly premise. It expects $32.5 billion in deals during the ongoing quarter.
“At the point when the innovation is moving so quickly, it offers us a chance to significantly increase down. We can truly drive the advancement cycle. This allows us to increment capacities and our throughput. We can also decline our expenses and energy utilization,” Huang told CNBC. “We’re on a way to do that, and all that’s on target with Nvidia’s Blackwell AI Chip Sparks.”
CFO Colette Kress said in August. The organization hopes to send a few billion bucks in Blackwell income in the organization’s fourth quarter. Learn more
Table of Contents
Overview
NVIDIA is a multinational technology company. It is renowned for designing graphics processing units (GPUs). The company also designs system-on-chip units (SoCs) for the mobile computing and automotive markets. Founded in 1993, it is now one of the most valuable companies in the world. It plays a pivotal role in the fields of Artificial Intelligence (AI), high-performance computing, gaming, and autonomous vehicles.
A Brief History
- 1993: Founded by Jensen Huang (current CEO and president), Chris Malachowsky, and Curtis Priem.
- 1999: A landmark year. NVIDIA invented the Graphics Processing Unit (GPU), the GeForce 256. It defined the modern GPU as a programmable processor. This processor transforms the PC into a powerful graphics and computing platform.
- 2006: Introduced CUDA (Compute Unified Device Architecture), a parallel computing platform and programming model. This move was revolutionary. It allowed developers to use the massive parallel processing power of GPUs for general-purpose computing (GPGPU). This went far beyond just graphics. This laid the foundation for the AI boom.
- 2010s-Present: NVIDIA made a strategic pivot. It positioned its GPUs as the engine of modern AI. It also targeted data centers. This led to explosive growth.
Key Business Divisions & Products
NVIDIA’s business is organized into several key segments:
1. Data Center ($NVLINK$)
This is now NVIDIA’s largest and fastest-growing segment, driven by the AI revolution.
- AI Accelerators: GPUs like the H100 and the new Blackwell platform (B200 GPU) are the undisputed workhorses for training. They are crucial for running large language models (LLMs) like ChatGPT, Claude, and others. They are essential for AI research and development worldwide.
- Networking: NVIDIA’s Mellanox division provides high-speed networking technologies. These technologies include systems like InfiniBand. They connect thousands of GPUs together in massive AI supercomputers. This connectivity allows them to work as one cohesive unit.
- Full Stack Approach: NVIDIA doesn’t just sell hardware. It offers a full suite of software and libraries. These include CUDA, cuDNN, and AI Enterprise. These tools lock developers into its ecosystem. This creates a powerful “moat.”
2. Gaming ($NVIEW$)
This is the division that built NVIDIA’s brand and remains a core business.
- GeForce GPUs: Consumer graphics cards for PC gaming and creative professionals. Series like GeForce RTX are famous for enabling realistic ray-traced graphics and high-frame-rate gaming.
3. Professional Visualization ($NVIEW$)
- NVIDIA RTX / Quadro: These are high-end GPUs for professionals. They are used in fields like engineering design (CAD), architecture, scientific visualization, and video and film content creation.
4. Automotive ($NVIDIA DRIVE$)
- DRIVE Platform: A full autonomous vehicle system. It includes DRIVE Orin and the new DRIVE Thor SoCs. These are powerful chips that act as the brain of a car. The platform also includes sensors, software, and simulation tools. NVIDIA doesn’t build cars. It provides the AI brain for companies like Mercedes-Benz, Jaguar Land Rover, and many EV startups. These companies use it to develop self-driving capabilities.
5. OEM & Other
- This includes components for cryptocurrency mining. This market has fluctuated wildly. It also includes systems-on-a-chip (SoCs) for the Nintendo Switch and other embedded products.
Why is NVIDIA So Dominant and Valuable Today?
- The AI Paradigm Shift: The modern AI revolution is built on a technique called deep learning. This technique requires immense parallel processing power. NVIDIA’s GPUs, architected for thousands of simultaneous computations, are perfectly suited for this task. Their hardware became the default “picks and shovels” of the AI gold rush.
- The CUDA Ecosystem Moat: NVIDIA’s true genius was creating CUDA. For over a decade, they invested in this software platform, making it the industry standard for programming GPUs. Today, virtually every AI researcher and developer is trained on CUDA. This creates immense switching costs. It’s incredibly difficult for competitors to convince the market to abandon the tools they know so well.
- Continuous Innovation: NVIDIA has consistently stayed ahead of the curve by delivering massive generational leaps in performance with each new GPU architecture (e.g., Ampere, Hopper, now Blackwell).
- Visionary Leadership: CEO Jensen Huang accurately foresaw the potential of GPU computing in AI. He predicted this long before it was mainstream. He steered the entire company toward that future.
Summary
- 12 HEAT PIPES & VAPER CHAMPS: Large heat sink with vapor chamber and 12 heat pipes efficiently absorb heat from GeForce RTX 5090 GPU for superior performance
- Phase Change GPU Thermal Pad: Melts and fills the gap between the GPU and thermal module for superior heat conductivity and heat dissipation, ensuring optimal performance and longevity of graphics cards even under heavy loads
- Large Vapor Chamber: Absorbs heat from GPU efficiently for superior performance
- NEW FAN ROTATION SYSTEM: The two outer fans rotate counterclockwise to reduce turbulence The GPU temperature stops at less than 50°C, and restarts at above 55°C, providing both performance and silence
| Aspect | Details |
|---|---|
| Founded | 1993 by Jensen Huang, Chris Malachowsky, Curtis Priem |
| Headquarters | Santa Clara, California, USA |
| Key Invention | The Graphics Processing Unit (GPU) |
| Core Business | Designing and selling GPUs and SoCs |
| Major Segments | Data Center, Gaming, Professional Visualization, Automotive |
| Key Product | GeForce (Gaming), H100/Blackwell (AI Data Center), DRIVE (Auto) |
| Key Software | CUDA (parallel computing platform) |
| Why It’s Important | Its hardware and software are the fundamental building blocks of the modern artificial intelligence industry. |
In essence, NVIDIA successfully transitioned from being a gaming hardware company. It has become the foundational infrastructure provider for the age of AI. Its technology is critical for everything from scientific discovery and creating digital worlds to developing autonomous machines.
2 Comments
ud5l5q
zklmuz