SMIC's profit in Q3 of this year was just 20% of what it was in Q3 of 2022.
China's SMIC Foundry Fumbles, 80% Decline In Profit : Read more
China's SMIC Foundry Fumbles, 80% Decline In Profit : Read more
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Profit is the amount of revenue minus operating costs and any reinvestment costs. No need for “net profit” as it’s a given. Only when “gross profit” is used, then you must differentiate with “net profit”. Otherwise “net profit” is assumed.Of course, this site is not about economics, and maybe because of that, when it publishes news related to finance, it misses some words. Which change the information. The cash flow is not reduced by 80%, there are simply increased development and implementation costs and what has decreased is the net profit. The term "net profit" should be present here instead of just profit.
I can't say I'm all that surprised, with the massive reduction in sales that the whole PC industry had from its pandemic highs.
I've hear China has been in a deflationary spiral, lately. That explains reduced spending due to people sitting back and waiting for prices to fall some more. Of course, it's triggered by reduced spending to begin with, so there are pretty much always external factors involved.In China, inflation hasn't been a problem, but consumers are decreasing spending as they focus on paying off debt.
Revenue: $1.621 billion, vs. $1.625 billion expected
I think you can work out for yourself if it's 15%. I don't understand numbers, but it doesn't seem like more than 0.25% to me.According to the CNBC article, revenue is only down 15%.
Hitting their target doesn't mean their fortunes are good - just that they're not worse than they previously expected."Revenue: $1.621 billion, vs. $1.625 billion expected"
so almost hit target,
Backporting results in expensive chips that run hot and/or at reduced clockspeeds. It's hardly a good solution.not having advance node is not so big deal as tech can be backported to some extent
While there's plenty of business on older nodes, if China's access to newer nodes is restricted, then so is the competitiveness of products requiring those chips which do benefit from being on the latest, greatest node.not everyone buys the cutting edge, it makes no sense in Economies of scale, best bang-for-the-buck will determine if the keep going.
You're confusing year-on-year revenues with expected revenues.I think you can work out for yourself if it's 15%. I don't understand numbers, but it doesn't seem like more than 0.25% to me.
If we look on numbers of AMD by the years, there are also years of reduced revenue, and search for articles like this I think that doesn't exist article with such smoke title 😉You're confusing year-on-year revenues with expected revenues.
They don't make revenue projections by always blindly assuming they'll be the same as that quarter from last year. Revenue projections are their best guess, made (I think) last quarter. If trends are pointing to lower revues, their projection could indeed be down. If business is looking good, they'll be up.
You are technically correct, however it’s apples to oranges to compare a fabless architectural design firm with a mass microchip manufacturer. Noticable reductions in profit in the latter space in the past have hindered a company from being able to move to a smaller node (global foundry). However GF seems to have found a profitable niche in making specialized and application optimized process nodes on their 12nm and greater nodes after they ended their competition with TSMC in the leading edge segment. This is definitely an option for SMIC to take.If we look on numbers of AMD by the years, there are also years of reduced revenue, and search for articles like this I think that doesn't exist article with such smoke title 😉
The specific numbers are:I think you can work out for yourself if it's 15%. I don't understand numbers, but it doesn't seem like more than 0.25% to me.
Right. The key point @George³ is that a fabless semiconductor company has economics similar to a software company (i.e. low capital expenditures, large profit margins), whereas a semiconductor fab is massively capital-intensive, has lower margins, and has more difficulty absorbing swings in the market. Software vs. manufacturing: get it?You are technically correct, however it’s apples to oranges to compare a fabless architectural design firm with a mass microchip manufacturer.
I'm sure they are, but that's less lucrative and wouldn't address China's technological gap.GF seems to have found a profitable niche in making specialized and application optimized process nodes on their 12nm and greater nodes after they ended their competition with TSMC in the leading edge segment. This is definitely an option for SMIC to take.
I dont think failing .004 billion spells doom for any business, is not YoY but the target for that period.Hitting their target doesn't mean their fortunes are good - just that they're not worse than they previously expected.
The key things to watch are like year-on-year revenue, and then compare this with their competition.
Backporting results in expensive chips that run hot and/or at reduced clockspeeds. It's hardly a good solution.
While there's plenty of business on older nodes, if China's access to newer nodes is restricted, then so is the competitiveness of products requiring those chips which do benefit from being on the latest, greatest node.
Being behind the curve has another downside, which is that they'll have to compete with yields and wafer pricing on uber-mature, refined nodes like TSMC's N7. Margins on such nodes are clearly lower. I'd bet TSMC makes most of its revenues on the couple generations at the leading edge. That probably funds most of their R&D, and then the business they do on older nodes is probably very profitable for them.