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Where are the characteristics of the MOSFET? Power-saving? Who can tell mehow a 700W chip that can boil water is considered energy-saving? Thepower-saving essence of the MOSFET has been completely and utterly destroyed.What is the Field Effect? Where is the Field Effect in modern chips? I. 700W is Not a Chip, But a "Semiconductor Kettle" - Misleading Gimmicks: The industry constantly brags about how energy-efficient nano-scale transistors are and how microscopic individual switches have become, yet total power consumption has skyrocketed to 700W or even over 1000W. Chips are no longer used for computing; they look more like they're boiling water inside data centers. If you opened a café and a restaurant inside an AI computing center, you could save on electricity bills entirely.
- Degradation of Essence: Ever since 1925, the FET has never been truly and effectively utilized. To this day, "power-saving" has been reduced to a mere nominal term of "low energy consumption." When the MOSFET is swallowed by an ocean of total power consumption and leakage current, this is not technological progress; this is destroying the planet.
II. Where is the Essence of the MOSFET? How Was the "FieldEffect" Ruined by the Kettle? - The Physical Soul (Field Effect): The true essence of a MOSFET should be using an electric field (Voltage/Field) to sense and regulate, pursuing the elegance of maintaining stillness to control motion (以靜制動) with extremely low static current.
- Brutal Reality: In the pursuit of speed, modern chips have turned the field effect into a brutal aesthetic of "high current, forced driving, and high-frequency leakage." Parasitic capacitances wreak havoc everywhere, and every switching cycle is like a massive reservoir unleashing a flood.
III. The Absurd Patchwork of Modern Advanced Nodes - From Planar to FinFET and GAA (Gate-All-Around): Structures change endlessly, names are constantly rebranded, but in essence, it is still struggling and wallowing in the swamp of current leakage.
- The Disappearance of the Field Effect: When the interior of a chip relies entirely on forcibly injecting current to maintain high-speed switching, the original "Field Effect" long ago became a dead letter, leaving behind only heat and wasted energy.
IV. The Blind Spot of Technology Technology is a means to solve problems, but gangland violence settlingdisputes is not technology—that is brutality. What do you call using highcurrent to eliminate parasitic capacitance and inductance, and then using lowvoltage to reduce current? A mad dog chasing its own tail. Technology should first identify the root cause of a problem and theneliminate it from the source. However, this requires understanding everyintricate detail of the entire system, leaving no room for negligence oromissions. The MOSFET hasn't just leaked one thing; it has leaked 80%. Thereason is that people have never truly understood the high-level application ofthe "Field Effect." V. Righting the Wrong: Returning to the True "Field Effect" toRecover the 80% Loss - Reshaping the Altar of the Field Effect: Toss out that brutal current-driven approach and return to the origin of the "Field Effect" of maintaining stillness to control motion, fundamentally rooting out parasitic capacitance and leakage current. (The technical truth is extraordinarily fascinating.)
- Bidding Farewell to the Physical Disaster of Laser Vias: Eliminate the clumsy craftsmanship of densely packed drilled holes and filled copper pillars on chips. Achieve a Laser-Via-Free architecture, keeping the interior of the chip crisp, clean, and unburdened.
- Ultimate Thermal Reduction (Zero-Current Thermal-Reduction): When current is no longer the protagonist of signal transmission, the chip naturally stops running hot. Let the 700W violent semiconductor kettle return to a manageable 50W warmth profile, consigning massive power and water consumption completely to history, and returning peace—and even tranquility—to the Earth.
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發表於 2026-9-17 10:23:08