Location: Volta SA headquarters, Ivry-sur-Seine / Live from Santa Clara, California.
Date: April 1, 1994.
Point of view: Omniscient (Sliding focus on Lazare Bonaparte and Karim Belkacem).
The leather seats of the German sedan were cold, but the heat radiating from Lazare Bonaparte's body was enough to fog the tinted windows. In the back of the Mercedes, speeding along the ring road toward Ivry-sur-Seine, Lazare kept his eyes closed.
His breathing, slow and deep, rhythmic, sought to dissipate the ocean of lactic acid that paralyzed his muscles.
His face bore the still-burning marks of the physical ordeal he had just faced in the Bièvres sports facilities. His left eyebrow was split open, hastily stitched by the on-call doctor, and a deep purple bruise already swelled his right cheekbone.
His lower lip, split by the fist of a 110-kilo giant, left a lingering coppery taste on his tongue.
Yet, Lazare felt no frustration. The physical defeat on the tatami wasn't a humiliation; it was a necessary calibration. He had pushed his own physical form to its absolute breaking point, measuring with scientific precision the gap between his analytical intellect and the biological limitations of his current youth.
The pain reminded him that he was alive, subject to the laws of thermodynamics and fatigue. He wasn't just an abstraction of silicon and algorithms. This reset of his physical ego was essential before facing the months ahead.
The sedan slowed abruptly, entering the access ramp of Volta SA's headquarters. The reinforced metal gates disappeared with a pneumatic hiss.
When he passed through the ground-floor security gates, the screening staff stiffened. They immediately noticed their president's swollen face, the dried bloodstains on the collar of his white shirt, and the stiff gait that betrayed utter exhaustion.
None of them asked a single question. Silent efficiency was the first rule at the Ivry complex.
Lazare stepped into the glass elevator and pressed the button for the top floor. He had planned to shower, change his suit, and check the night's engraving yields in Alsace. But when the doors opened onto the executive corridor, an unusual excitement overwhelmed his senses.
The vast open-plan office was deserted. All the directors, usually focused on their individual terminals, had gathered in the large control room adjacent to the boardroom. The harsh light of the industrial fluorescent tubes was switched off.
Only the cold, bluish glow of a huge wall-mounted projection screen illuminated the pale faces of its employees.
Lazarus moved silently into the doorway, blending into the gloom.
Karim Belkacem, with his shirt sleeves rolled up and his tie loosened, stood near the projection wall. Beside him, Julien, the chief mathematician, and Ilya Volkov, the director of the memory division, stared at the image transmitted by satellite from California with an intensity bordering on astonishment.
On the screen, a man with a hard face, his features marked by months of relentless pressure, paced the stage of the Moscone Center in San Francisco. Andy Grove, the President and CEO of Intel Corporation.
It had been almost two years since the unveiling of the i486 DX2 that the American industry had held a public event of this magnitude. The atmosphere in the Californian press room was electric, almost hysterical.
American journalists were waiting for their national champion's response to the European technological audacity that had dominated institutional and Asian markets for months.
« The IT world recently thought we'd lost the race for innovation, » declared Andy Grove, his voice echoing through the speakers in the Ivry control room. « People reflected traditional architecture had reached its limits, and that new players, with exotic concepts, would dictate the rules of the future.
They underestimated American engineering. We haven't slowed down. We've simply taken the time to design the inconceivable. »
With a sweeping gesture, Grove turned towards the giant screen behind him. A three-dimensional computer-generated image revealed the anatomy of a new electronic chip, whose massive physical dimensions elicited an exclamation of surprise from the American audience.
Ladies and gentlemen, this is the processor that defines the new era of personal and professional computing. This is the Intel Pentium.
In Volta's control room, Julien immediately leaned over his keyboard to type in the technical specifications displayed on the screen. His fingers flew across the keys, transcribing the raw data revealed by the competitor. »Thirty-one thousand... no, that's impossible,« Julien murmured, his eyes widening. »Karim, look at these figures.
They show 3.1 million transistors!« Ilya Volkov took off his glasses, rubbing his eyelids to make sure he was reading correctly. « It's a mountain of silicon. Our VESLA 2190, the A revision we just finalized, has exactly 1,050,000 transistors on a 215-square-millimeter die.
They've just tripled our overall density. How do they manage to etch such a mass without the chip melting from its own heat? »
« They're using a 0.8-micrometer BiCMOS process, » Julien analyzed, deciphering Intel's slides. « It's a transitional technology, incredibly expensive and complex to stabilize.
They're combining bipolar transistors for speed and CMOS to reduce power consumption. It's brute force, a lavish display of financial and material resources to compensate for their architectural lag. They're announcing frequencies of 60 and 66 MHz. »
Karim Belkacem kept his eyes glued to the screen. The technical director of Volta SA understood exactly what the Santa Clara firm had just accomplished.
« They abandoned the scalar model of their old 486, » Karim observed, his tone imbued with purely intellectual respect. « The Pentium is a two-way superscalar architecture.
A 2-issue Out-of-Order. It can execute two instructions per clock cycle, out of order. They compressed years of theoretical research to produce this monster. »
Lazare, still silent in the doorway, listened to his men's analysis. Intel hadn't remained idle. Pushed to its limits by the loss of its European markets, the Californian company had injected billions of dollars into its laboratories, forcing semiconductor physics to bend to its demands.
The first results of virtual benchmarks, calculated by Volta's simulation tools by extrapolating Andy Grove's specifications, fell on the monitors in the supervision room.
Julien stared at the computer's verdict, his face pale. »The pure performance figures are in,« the mathematician announced. »If we compare the 66 MHz Pentium with our 66 MHz VESLA 2190...« He hesitated for a fraction of a second, weighing the weight of his announcement.
« The Pentium is only twenty percent less powerful than the VESLA 2190. »
A leaden silence fell over the room.
Twenty percent.
The gap, measured in years of software and hardware development, had just been drastically reduced. The French processor, a true gem of elegance with its Simultaneous Multithreading capable of managing two hardware threads in parallel and its 4-issue pipeline issuing four instructions per cycle, remained the undisputed king of performance.
Its efficiency per transistor was infinitely superior to Intel's massive and energy-intensive approach.
But the reality of the market was not a mathematical elegance contest.
The Pentium, with its 3.1 million transistors and two execution pipelines, compensated for its lack of multithreading with terrifying sequential processing power. Intel had thrown a sledgehammer on the accelerator.
A 20 percent difference in raw performance, for an end user, was a chasm that could be erased by a good marketing campaign.
« That's a monumental blow, » Karim breathed, running a feverish hand over his face. « I thought our VESLA architecture would relegate them to the Stone Age for at least five years.
They've just made up a theoretical decade's delay in twenty-four months. The threat never disappeared. It's just donned a new silicon armor. »
However, the technological shock was only the first step in Andy Grove's intervention. The Intel boss hadn't summoned the world's press solely to present logic gate diagrams.
On the screen, Grove walked towards the lectern, displaying a predatory smile.
« Power only has meaning if it's accessible, » the American declared. That's why Intel decided to redefine the very notion of value in the global market. The 60 MHz Pentium processor will be offered to PC manufacturers for $878 per unit in batches of one thousand.
In the hall in Ivry-sur-Seine, Édouard Renault-Tessier, who had just joined the group, felt his blood run cold.
« Eight hundred and seventy-eight dollars, » the incredulous finance director repeated. « That's outrageous dumping. The cost of manufacturing a 3.1 million transistor BiCMOS chip measuring 0.8 micrometers with first-generation efficiency must be over a thousand dollars!
They're selling at a loss! They're subsidizing every processor with their cash reserves to stifle the market! »
Karim turned towards Édouard, his eyes shining with a ferocious lucidity.
« That's where our industrial model saves us, Édouard. If they had launched this pricing policy a year ago, when we were still dependent on Asian foundries and the vagaries of external etching yields, Volta would have gone bankrupt in three months.
We could never have matched such a price without destroying our cash reserves. »
The technical director tapped the Compaq AXIOM blueprint lying on the table.
« But Lazare brought the MegaFab to Alsace. By pouring our own concrete and mastering the entire etching process, we developed Silicon Binning. Our high-end VESLA 2190 chip is expensive, certainly, but it absorbs all the fixed costs.
This allows us to take our downgraded chips, those with a microscopic defect in a logic core or portion of cache memory, laser-cut them, and resell them under the name VESLA 2150 SX. »
Karim looked at the screen where Andy Grove was celebrating his commercial triumph.
Grove is selling its Pentium at a loss for nearly $900. We're going to offer the complete AXIOM 2150 SX, with the throttled but perfectly stable VESLA processor, for €381, or about 2500 French francs. Our marginal cost on the 2150 SX is virtually zero.
Intel is trying to drown us with a financial tsunami; we're going to drain them dry with waste engineering. The MegaFab has literally just saved this company's existence.
The tension in the room eased slightly, as Volta's economic logic proved remarkably resilient in the face of the Californian storm. But the American presentation wasn't over yet.
Andy Grove stepped off the stage, making way for another key figure in the global technology industry. Bill Gates, the founder of Microsoft, stepped forward amidst a flurry of camera flashes.
The symbiosis between hardware and software was at the heart of the American alliance. If Intel provided the muscle, Microsoft was to provide the nervous system.
« The exceptional hardware you've just seen demands a software environment designed to unleash its full potential, » Gates said, adjusting his glasses with studied confidence. « That's why we're proud to present the latest iteration of our operating system to you today. »
The giant screen at the Moscone Center displayed a vibrant user interface. Windows featured subtle drop shadows, icons had a rounded relief, and menus scrolled with undeniable visual fluidity. The overall aesthetic exuded modernity.
But in the Volta control room, Karim Belkacem and his developers were not fooled by the cosmetics. Their eyes, accustomed to dissecting assembly code and UNIX kernel architectures, scrutinized the behavior of the system displayed on the screen.
An American technician on stage launched several applications simultaneously to demonstrate the multitasking capabilities of Microsoft's new environment. A spreadsheet, a word processor, and a drawing utility were all running in tandem.
Julien, the mathematician, approached the screen, squinting. »Look at the mouse behavior when opening the large document in the word processor,« Julien pointed out. »The cursor freezes for a fraction of a second. The system clock shows a slight slowdown.« Karim nodded, a smile mixed with relief and sincere disappointment stretching his lips.
« It's not true preemptive multitasking, » analyzed Volta's technical director. « The scheduler in their new system doesn't allocate clock cycles in an authoritative, hardware-based way. It still depends on the applications' willingness to hand control back to the central processor.
If they launch a complex calculation, the entire environment risks freezing. »
He turned to Volkov. « Intel has just designed a monstrous superscalar processor with 3.1 million transistors, but Microsoft is running it on a software kernel that hasn't evolved at its core. There's no native implementation for handling multiple hardware threads.
It's simply an evolution of Windows 92. Minor tweaks, a colorful facelift, but the foundations of the house are still wooden. American hardware has taken a giant leap forward, but their software is stuck in the same place. »
The contrast was striking. VoltaOS 3.0, the system developed in Ivry, had been designed, line by line, to natively utilize the two simultaneous hardware threads (SMT) of the VESLA-III processor. When one thread was waiting for data in memory, the system automatically allocated free execution units to the second instruction stream, guaranteeing seamless multitasking without any wasted cycles.
The marriage of silicon and software was complete at Volta, while the American alliance offered a racing engine housed in an outdated chassis.
However, the global technology press, whose live reactions were relayed by news agencies on adjacent terminals, did not concern itself with these architectural subtleties.
American and European journalists were abuzz. The announcement of the Pentium and its raw power, coupled with the colorful interface of the new Windows, resonated like the triumphant return of Uncle Sam.
After two years of undisputed dominance by Volta SA in institutional markets and in the realm of high-end servers, the consumer industry was waking up. News headlines flashed across the screens in Ivry: »The Santa Clara giant awakens," « European hegemony threatened, »
« The match of the century: Pentium versus VESLA. »
The media frenzy was total. The whole world was preparing to witness the biggest trade showdown of the decade. The idea of an unshakeable French monopoly had just been swept away by the financial and industrial resilience of the United States.
It was at that precise moment, as Volta's staff absorbed the magnitude of the challenge that awaited them, that a voice rose from the doorway.
« Boredom, gentlemen, is the worst enemy of innovation. »
Karim, Édouard and the engineers turned around as one.
Lazare Bonaparte stepped into the spotlight. The young CEO's face finally appeared clearly to his colleagues. His split eyebrow, stitched with black thread, and the purplish bruise under his right eye offered a striking contrast to the crispness of his immaculate suit.
He resembled a boxer emerging from the arena, looking both exhausted and terrifyingly alive.
« Lazare, » Édouard Renault-Tessier asked anxiously, stepping forward. « What happened? Were you in an accident? »
« A simple physical calibration exercise, » Lazare said, with total indifference to his own condition, approaching the large table to observe the characteristics of Intel's Pentium.
He placed his hands on the varnished wood, staring at the image of Andy Grove continuing to speak on the Californian screen. His gaze betrayed neither panic at seeing his technological lead evaporate, nor wounded pride at having to share the media spotlight.
A wolfish smile, revealing his slightly split lower lip, slowly stretched across his face.
« A twenty percent difference, » repeated Lazare, savoring the figures like a connoisseur of fine wines. « They've achieved the impossible with the BiCMOS process. It's magnificent. »
Karim looked at him, unsettled by his friend's sincere enthusiasm.
« Do you find it wonderful that they're about to catch up with us? If they optimize their next processor and fix the flaws in their software kernel, our monopoly on pure performance will be erased within two years! »
« Monopoly is an illusion that breeds complacency, Karim, » Lazare retorted, his obsidian eyes shining with a new incandescent intensity. « If Intel had collapsed, if Microsoft hadn't responded, we would have rested on our laurels.
Our engineers would have let their guard down in the clean rooms of Alsace. We would have made the mistake of all hegemonies: intellectual laziness. »
Lazarus leaned back against the table, crossing his arms. The pain in his bruised ribs returned, but it only sharpened his resolve.
Grove has just given us the greatest gift of all: ultimate adversity. They have the money, they have the raw power, and they have the rage of humiliated empires. This competition will force the Strasbourg factory to run at peak efficiency.
It will compel your developers to polish every line of Volta X code until it shines.
The Builder turned towards the screen where the flashing headline of the news dispatches announcing the « match of the century » was displayed.
The race is on again, gentlemen. The civilian world is about to choose sides. Prepare the Compaq AXIOM assembly lines and calibrate the pricing for the 2150 SX.
This year's battle, 1994, will not be fought over patents or state threats. It will be fought in every computer store, on every student desk, and in every home. We will demonstrate that the brute force of Silicon Valley pales in comparison to the sovereign elegance of our architecture.
The awakening of Santa Clara heralds our true arrival.