The Birth of a Vision: NVIDIA's Founding Story 愿景的诞生：英伟达的创业故事
愿景的诞生：英伟达的创业故事
The Birth of a Vision: NVIDIA's Founding Story
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一、一个改变一切的早餐
One Breakfast That Changed Everything
1993年4月的加州圣克拉拉，阳光温暖而慵懒。在杜松大道（Evelyn Avenue）上，有一家不起眼的丹尼斯餐厅（Denny's），门口停着几辆普通的汽车。这家连锁餐厅并不豪华，甚至有些陈旧——塑料座椅、霓虹灯招牌、空气中弥漫着咖啡和煎饼的香气。对于路过的行人来说，这里不过是无数普通餐厅中的一家。
然而，就是在这个平凡的地方，一场将改变整个科技产业面貌的对话正在悄然发生。
At a Denny's restaurant on Evelyn Avenue in Santa Clara, California, in April 1993, something extraordinary was about to happen. The morning sun cast a gentle glow through the windows of this unassuming chain restaurant—plastic seats, neon signs, the aroma of coffee and pancakes filling the air. To passersby, it was just another ordinary diner. But within those walls, a conversation was taking place that would reshape the entire technology landscape.
三位年轻人围坐在角落的一张桌子旁，面前摆着咖啡杯和吃了一半的早餐。他们讨论的不是今天的天气，也不是最新的电视节目，而是在争辩一个在当时看来近乎疯狂的想法：专用图形处理器（Graphics Processing Unit，GPU）将成为未来计算的核心。
Three young men sat around a corner table, coffee cups before them, half-eaten breakfasts at their elbows. They weren't discussing the weather or the latest TV shows—they were debating what seemed at the time like a nearly insane idea: that specialized graphics processing units (GPUs) would become the core of future computing.
这三位年轻人分别是黄仁勋（Jensen Huang）、克里斯·马拉科夫斯基（Chris Malachowsky）和柯蒂斯·普里姆（Curtis Priem）。他们或许还不知道，自己即将创办的这家公司——英伟达（NVIDIA）——将在接下来的三十年里，从一家微不足道的初创企业发展成为市值超过万亿美元的科技巨头，彻底改变人工智能、游戏、自动驾驶乃至整个数字世界的发展轨迹。
The three young men were Jensen Huang, Chris Malachowsky, and Curtis Priem. Little did they know that the company they were about to founded—NVIDIA—would grow from a tiny startup into a tech giant with a market capitalization exceeding one trillion dollars over the next three decades, fundamentally transforming artificial intelligence, gaming, autonomous driving, and the entire digital world.
要理解这次早餐对话的重要性，我们首先需要回到那个时代，探索1990年代初的计算机世界究竟是什么样子。
To understand the significance of that breakfast conversation, we need to travel back in time and explore what the computing world looked like in the early 1990s.
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二、1990年代初的计算世界
The Computing World of the Early 1990s
2.1 微软视窗的崛起
2.1 The Rise of Microsoft Windows
1990年代初期，全球个人计算机市场正在经历一场深刻的变革。在整个1980年代，苹果公司的Macintosh和IBM PC及其兼容机展开了激烈的竞争，而微软的Windows操作系统则处于这场竞争的夹缝之中，艰难地寻求生存空间。
The early 1990s saw a profound transformation in the global personal computer market. Throughout the 1980s, Apple's Macintosh and the IBM PC with its compatibles had engaged in fierce competition, while Microsoft's Windows operating system struggled to find its footing in this battlefield.
1990年5月，微软发布了Windows 3.0，这是一个具有里程碑意义的版本。在此之前，Windows不过是运行在DOS之上的一个图形外壳，用户必须同时熟悉DOS命令行才能有效使用计算机。但Windows 3.0改变了这一切——它提供了完整的图形用户界面（Graphical User Interface，GUI），支持虚拟内存管理，使得个人计算机的多任务处理成为可能。
In May 1990, Microsoft released Windows 3.0, a landmark version. Before this, Windows was merely a graphical shell running on top of DOS, requiring users to master DOS command lines to operate computers effectively. Windows 3.0 changed everything—it provided a complete graphical user interface (GUI), supported virtual memory management, and made multitasking on personal computers possible.
Windows 3.0的成功是惊人的。据微软的官方记录，该系统在发布后的前两年内售出了超过1000万份授权，这一数字远远超过了当时任何其他版本的Windows。更重要的是，Windows 3.0的成功为整个个人计算机行业设定了新的标准——图形界面不再是有钱人的奢侈品，而是每个人都能拥有的基本功能。
The success of Windows 3.0 was staggering. According to Microsoft's official records, the system sold over 10 million licenses in its first two years—far surpassing any previous version of Windows. More importantly, this success set a new standard for the entire personal computer industry: graphical interfaces were no longer luxuries for the wealthy but essential features for everyone.
到了1993年，当三位年轻人在丹尼斯餐厅讨论未来时，Windows已经成为个人计算机领域毫无争议的霸主。同年发布的Windows 3.1进一步巩固了微软的地位，而Windows NT的推出则预示着微软向企业级市场进军的野心。
By 1993, when the three young men were having their breakfast conversation at Denny's, Windows had become the undisputed ruler of the personal computer domain. Windows 3.1, released that same year, further solidified Microsoft's dominance, while the launch of Windows NT signaled Microsoft's ambitions to enter the enterprise market.
然而，在这场软件革命的背后，硬件制造商们面临着一个严峻的挑战：如何在保持低廉价格的同时，为用户提供越来越复杂的图形显示能力？当时的中央处理器（Central Processing Unit，CPU）——无论是英特尔的486系列还是后来的奔腾（Pentium）处理器——在处理复杂的图形渲染时都显得力不从心。图形计算需要大量的数学运算，而传统的CPU设计更适合处理顺序性的任务，而非这种高度并行化的计算密集型工作。
However, behind this software revolution, hardware manufacturers faced a serious challenge: how to provide increasingly sophisticated graphics display capabilities while maintaining low prices? The central processing units (CPUs) of the era—Intel's 486 series and later Pentium processors—struggled with complex graphics rendering. Graphics computation required massive mathematical operations, and traditional CPU designs were better suited for sequential tasks rather than these highly parallelized, computation-intensive workloads.
这正是三位创始人在丹尼斯餐厅里所看到的机遇。
This was precisely the opportunity the three founders saw at Denny's.
2.2 3D图形的革命
2.2 The 3D Graphics Revolution
如果说Windows代表了1990年代计算世界的“软”革命，那么3D图形技术的突破则代表了“硬”革命——这场革命将从根本上改变人机交互的方式，并催生出一个全新的娱乐产业。
If Windows represented the "software" revolution of 1990s computing, then the breakthrough in 3D graphics technology represented the "hardware" revolution—one that would fundamentally change how humans interact with machines and give birth to an entirely new entertainment industry.
1993年5月，就在那次改变一切的早餐后不久，一款名为《DOOM》的电子游戏正式发布。这款由id Software公司开发的游戏由约翰·卡马克（John Carmack）编写引擎，约翰·罗梅洛（John Romero）负责设计。在当时，《DOOM》不仅仅是一款游戏——它是一场文化现象。
In May 1993, shortly after that transformative breakfast, a video game called DOOM was officially released. Developed by id Software, with John Carmack writing the engine and John Romero handling design, DOOM was more than just a game—it was a cultural phenomenon.
《DOOM》首次在消费级个人计算机上实现了真正的3D第一人称射击体验。玩家不再需要面对预渲染的静态画面，而是可以在一个完全由计算机实时生成的3D世界中自由移动、探索和战斗。这种体验在此前的家用电脑上是不可能实现的——它需要惊人的图形计算能力，而当时的CPU根本无法胜任。
DOOM delivered the first true 3D first-person shooter experience on consumer-grade personal computers. Players no longer faced pre-rendered static images but could freely move, explore, and fight within a fully computer-generated 3D world. Such experiences were previously impossible on home computers—they demanded astonishing graphics computing power that existing CPUs simply couldn't provide.
《DOOM》的成功揭示了一个巨大的市场需求：玩家渴望沉浸式的3D视觉体验，而现有的硬件无法满足这种渴望。这是一个典型的技术推动型创新案例——技术的进步创造了一种全新的可能性，而这种可能性随即催生了巨大的市场热情。
DOOM's success revealed a massive market demand: players craved immersive 3D visual experiences that existing hardware couldn't deliver. This was a classic case of technology-push innovation—technological advancement created a new possibility, which immediately generated enormous market enthusiasm.
id Software的工程师们意识到，为了在CPU上运行3D图形，他们需要一种特殊的“技巧”——这包括使用查表法（lookup tables）来近似计算三角函数，以及采用各种数学优化来减少计算量。但即便如此，当时的硬件仍然远远无法达到流畅运行复杂3D场景的要求。
The engineers at id Software realized that to run 3D graphics on CPUs, they needed special "tricks"—including using lookup tables to approximate trigonometric functions and applying various mathematical optimizations to reduce computation. Yet even with these techniques, the hardware of the era fell far short of what's needed for smoothly rendered complex 3D scenes.
这就为专用图形处理器创造了一个天然的市场缺口。想象一下，如果有一种特殊的芯片，专门设计用于处理这些高度重复的图形计算任务——将CPU从繁重的图形工作中解放出来，那么3D游戏和图形应用将能够达到一个全新的水平。
This created a natural market gap for specialized graphics processors. Imagine if there were a special chip designed specifically to handle these highly repetitive graphics calculations—freeing the CPU from the burden of heavy graphics work—then 3D games and graphics applications could reach entirely new levels.
这正是黄仁勋、马拉科夫斯基和普里姆在丹尼斯餐厅里所看到的未来。
This was exactly the future that Jensen Huang, Malachowsky, and Priem saw at Denny's.
2.3 专用图形处理器的机遇与挑战
2.3 Opportunities and Challenges of Specialized Graphics Processors
在三位创始人开始创业的1993年，市场上已经存在几家图形芯片公司，但它们大多专注于工作站和专业市场——那些需要最高精度和性能的商业应用，如计算机辅助设计（Computer-Aided Design，CA