I can't think of a single person from the past who qualified either. If you're thinking of Grove, I don't agree.All such people are Dead sadly
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I can't think of a single person from the past who qualified either. If you're thinking of Grove, I don't agree.All such people are Dead sadly
Sometimes engineers, even the most senior ones, make misguided recommendations. In the end the CEO has to be the ultimate decision-maker and take responsibility for success or failure.why not just for whomever that's going to be in charge to simply just trust engineers.
It's only temporary.co-CEO?That is a ridiculous decision. I remember the days when some positions are assigned with two leaders, which will lead a disaster eventually.
At this point, it's hard to believe anyone actually knows.what the f**k is going on?
Well, i think if the engineer team should be able to estimate how that technological breakthrough would gain compared to last-gen, And how the cost would be. I think a company as big as Intel can definitely do a certain level of estimates, right?Sometimes engineers, even the most senior ones, make misguided recommendations. In the end the CEO has to be the ultimate decision-maker and take responsibility for success or failure.
Two examples from Intel's past prove otherwise. Itanium and Optane. Optane, or 3D XPoint as it was called internally, might be the best example of how engineers can go astray. Unless you have basic expertise in a field, like fab process or computer engineering, it is difficult to see past a passionate but political technical leader.Well, i think if the engineer team should be able to estimate how that technological breakthrough would gain compared to last-gen, And how the cost would be. I think a company as big as Intel can definitely do a certain level of estimates, right?
Chip design is far easier to manage and judge than chip fabrication. I would argue chip fabrication is one of the most difficult manufacturing problems on earth. Chip design has results even non-experts can be trained to understand. Apple's M-series CPUs produce product results which are understandable by non-experts.Tim Cook is not a engineer, but he can still right the ship. M series chips is definitely not under Jobs watch, neither does vision pro and airpods. Nevertheless they can still achieve many of these chip companies can't.
Chip design is far easier to manage and judge than chip fabrication. I would argue chip fabrication is one of the most difficult manufacturing problems on earth. Chip design has results even non-experts can be trained to understand. Apple's M-series CPUs produce product results which are understandable by non-experts.
Pat tried Fab Strong. It didnt work. Now someone has to pick up the pieces of the disaster of billions in wasted spending and selling off assets to pay for foundries people do not want. I said that Stacy would watch for a while.... but it wasnt getting better and the wildly optimistic/unrealistic comments needed to stop.I feel like this is the root of Intel's problem. Just commit to a damn strategy. Does the board want fab-lite (and presumably soon to become fabless due to how awful leading edge development is while fab-lite) Intel (Bob), or does it want fab-strong Intel (Pat). You can't keep flip flopping. That is the one garentueed path of aniliation for both parts of the company. Pick a strategy and ride or die on that vision. Hopefully the new CEO has a similar vision/plan and isn't a new "5 year turnaround plan" that will inevitably be stopped before it finishes.
At least Dave was CFO during Micron's turnaround and rise from process technology laggard to unquestioned leadership.
Agreed. Considering the pay difference, why cost so much with CEO if to trust engineers?Sometimes engineers, even the most senior ones, make misguided recommendations. In the end the CEO has to be the ultimate decision-maker and take responsibility for success or failure.
I don't think it's fair to pin Optane on the engineers, arguably it was doomed off the bat when they kept it closed-source to justify even higher premiums for their ecosystem instead making it accessible for outside developers to leverage its strengths. Rather than proper (slow) R&D with managed expectations, they started developing products assuming the technology would eventually hit certain specs. When that didn't happen fast enough it devolved into a classic pump and dump. They announced the "breakthrough" and made the Optane guy a senior fellow well before they had viable yields. All top-down decisions culminating in the engineers holding the bag.Two examples from Intel's past prove otherwise. Itanium and Optane. Optane, or 3D XPoint as it was called internally, might be the best example of how engineers can go astray. Unless you have basic expertise in a field, like fab process or computer engineering, it is difficult to see past a passionate but political technical leader.
Is that really set in stone before Intel takes money from the government?but US government prohibit Intel from selling IFS.
https://semiwiki.com/forum/index.ph...le-of-its-manufacturing-unit.21586/post-78098
That happened! I learned on this site the only remaining board member with industry experience resigned in disgust.I want some whistleblower to blow the whistle.
Have they considering fired the Board of Directors after firing 3 CEOs?
UMC post exiting the leading edge. But Taiwanese companies have strong chairmans (unlike most modern American companies) to act as something of a tie breaker. Technology development and manufacturing is under SC Chien and customer engagement/design enablement and strategy are under Jason Wang. Personally I like the org structure and I wonder why it isn't more common.Has having co-CEOs ever worked ?
Agreed. The BOD needs to pick and commit.Doubtless a lot more to come out. But starting to feel like the headless chickens of the Intel board have taken over (I hesitate to use the words "taken control" since they're as much at fault as anyone for the last decade of failure and chaos).
There is no evidence of that. Every product released over the past 3.5 years was defined and spent most of its development during BK and BSs tenure. Pat didn't choose to outsource chipsets to Samsung. Pat didn't choose to outsource a whole generation of Intel products and give a slow volume ramp to Intel 4/3. Nor was it Pat's choice for Intel to have only build two development and one HVM fab over the entire tenure of the prior 3 CEOs over the past 13 years.Pat tried Fab Strong. It didnt work.
Lower margin than their fabless peers with shrinking market share and revenues. They also are selling 2/3 the unit volumes they promised to investors. Finally Intel products has literally failed to enter every single market they have ever tried to enter other than server CPUs over the past 40 years. I don't know how anyone can look at Intel products and say they are on anything but a downward slope. Their golden years were off the back of a pair of crutches known as TMG and margin stacking. Meanwhile Intel foundry is by all expectations going to pass TSMC next year (technologically) and gets multiple new external foundry customers every quarter for the past year or two with a glide path to profitablity in 2027 even off the assumption of immaterial foundry revenue. GF needed over a decade and to end their leading edge development to break even, and they needed 3 years to secure a non AMD non chartered customer (and even the. it was just second source production from STM who was licencing design compatible IBM tech). Samsung needed 6 years to land QCOM and by all indications is still not profitable and has less revenue than Intel foundry even after Intel moved a large portion of their products external.The Intel Product group is successful and worth 150B alone. The IFS group is worth some negative number.
I don't agree about fairness to engineers. Optane was conceived as a memory technology, not a storage technology, but with limited write endurance. Better than flash in every spec, but to compete with or complement DRAM you need nearly unlimited endurance. The engineers tried to mitigate this with a DRAM cache, but it wasn't a sufficient fix. Also, Optane layers, called decks, are very expensive to engineer and fabricate. So except for specialized applications (like write buffers for transaction logs) it made Optane SSDs too expensive for high volume applications. Good technical leaders would have painted an accurate picture.I don't think it's fair to pin Optane on the engineers, arguably it was doomed off the bat when they kept it closed-source to justify even higher premiums for their ecosystem instead making it accessible for outside developers to leverage its strengths.
That senior fellow you're talking about, Al Fazio, should have been more forthcoming about the technical challenges. Intel at the time was wrestling with DRAM getting an increasing share of wallet on client and server systems costs. It is easy to see the business story for Optane, but the engineers were selling a strategy that was widely questioned by other Intel engineers. What I never heard, until they de-committed, is what Micron thought of Intel's strategy.Rather than proper (slow) R&D with managed expectations, they started developing products assuming the technology would eventually hit certain specs. When that didn't happen fast enough it devolved into a classic pump and dump. They announced the "breakthrough" and made the Optane guy a senior fellow well before they had viable yields. All top-down decisions culminating in the engineers holding the bag.