The actual production cost of a luxury bag is around $200-$500 from what I gather
The rest is profit and marketing costs for a "luxury" product
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Chinese semiconductor industry
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The actual production cost of a luxury bag is around $200-$500 from what I gather
The rest is profit and marketing costs for a "luxury" product
Probably even less tbh. Depending on the size of the bag, jackets usually require more material and Italic is definitely not working for 0 profit. So the real cost for the jacket is likely in the $100 range.The actual production cost of a luxury bag is around $200-$500 from what I gather
The rest is profit and marketing costs for a "luxury" product
P. S. We are going completely off-topic tho.
You're not buying a thing you're buying status. When I was still a student a simple plastic Acer gaming laptop was good enough. These day I either get a Huawei Matebook x Pro or a MacBook pro because those are high end devices that give you a certain amount of maturity, you won't get from RGB laced gaming laptops.
Looks like Hisilicon is very ambitious.@Hendrik_2000 bro to add to your post ( I enjoy it very much) here is another YT video supporting Huawei 14nm 3D stacking tech. I'm excited , with explanation from @krautmeister ,@FairAndUnbiased ,@foofy ,@WTAN and @tokenanalyst about what this tech can do, it will revolutionized the Chinese IC and reach partial parity with the established players. As always Huawei lead the way, they are truly the VANGUARD of China Tech development.
A background
Richard Yu, the CEO of Huawei's consumer business, has publicly declared that "Huawei will be back in 2023", which means he has a lot of confidence, perhaps because it will solve its chip manufacturing problems. Huawei has been looking for ways to solve its chip supply problem for more than a year, first through a partnership with Qualcomm and later through its own development of technologies such as dual-core stacking. Despite the agreement, Qualcomm is only allowed to supply 4G chips, and its support is obviously limited in the current global mobile phone market transition to 5G, so Huawei will have to solve the chip technology problems on its own. Huawei's research and development of double core superposition technique can make use of the launch of China has 14 nm, using the existing mature technology to increase the chip performance to close to 7 nm level, more recent news refers to the superposition of huawei adopts double core research and development of new kirin chip can be close to 5 nm in terms of technical performance, highlights its great strength in chip technology research and development.
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It is developing 2 Types of 14nm 3D Stacked Chips. The first Chip with Performance similiar to 7nm and followed by another Chip with Performance similar to 5nm.
2023 will be a very big year for Huawei.
Chinese housing prices has been under conditioning for quite some time. There are strict mortgage requirements for all the buyers.Chinese housing prices are surprisingly even more inflated than Silicon Valley. Xi is right in trying to bring it down.
@WTAN Sir I know 14nm 3D chiplet is comparable to 7nm performance, BUT 5nm? Is that possible? maybe they are developing a 7nm 3D chiplet?Looks like Hisilicon is very ambitious.
It is developing 2 Types of 14nm 3D Stacked Chips. The first Chip with Performance similiar to 7nm and followed by another Chip with Performance similar to 5nm.
2023 will be a very big year for Huawei.
Is that true? I hope so but I really done want to get overzealous.Looks like Hisilicon is very ambitious.
It is developing 2 Types of 14nm 3D Stacked Chips. The first Chip with Performance similiar to 7nm and followed by another Chip with Performance similar to 5nm.
2023 will be a very big year for Huawei.
So can we expect that the stacked 14nm chips will have similar performance to 7nm, but will be more expensive? Is that correctLooks like Hisilicon is very ambitious.
It is developing 2 Types of 14nm 3D Stacked Chips. The first Chip with Performance similiar to 7nm and followed by another Chip with Performance similar to 5nm.
2023 will be a very big year for Huawei.
Its hard to say.So can we expect that the stacked 14nm chips will have similar performance to 7nm, but will be more expensive? Is that correct
14nm is cheaper to produce than 7nm but of course the Advanced Packaging Process could add to the cost.
It could end up similar in cost to producing a 7nm Chip which requires multiple exposures.
Its mentioned in the article/video(at bottom) you posted Ansy.@WTAN Sir I know 14nm 3D chiplet is comparable to 7nm performance, BUT 5nm? Is that possible? maybe they are developing a 7nm 3D chiplet?
It is very likely using the 14nm 3D Chip as the design of the 5nm type Chip has already been recently finalised.
But at the same time thats the latest piece of news i heard thats been going around.
Hisilicon wants to get back to producing 5nm type Chips in order to have a competitive range of Mobile Phones for the local and overseas market.
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