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1 COMPUTER CHIPS ARE STILL 'MADE IN USA' (AXIOS.COM)
2
3 Thursday September 06, 2018 @11:30PM (msmash)
4 from the how-about-that dept.
5
6 o News link: https://news.slashdot.org/story/18/09/06/1558206/computer-chips-are-still-made-in-usa
7 o Source link: https://www.axios.com/computer-chips-manufacturing-america--10dcfe13-64f3-4ea9-ad4a-cb189a00429a.html
8
9
10 For all the wishful thinking about manufacturing more laptops
11 and iPhones in the U.S., there is one sector of tech
12 manufacturing where America remains a leader: computer chips.
13 From a report: Some $44 billion worth of semiconductors are
14 exported from the U.S. each year, making them America's fourth
15 leading manufacturing export after cars, airplanes and refined
16 oil. There are roughly 80 wafer fabrication plants (aka fabs)
17 in the U.S., spread across 19 states. [...] An even greater
18 share of the world's computer chips are designed domestically
19 and made overseas by companies including Qualcomm, Apple,
20 Broadcom and Nvidia. A bunch of the high-tech gear needed to
21 produce chips is also designed and/or made in the U.S.
22
23
24 **
25
26 ** Re: (Score:2)
27 (by bobbied ( 2522392 ))
28
29
30 Why?
31 Politics of course..
32
33 ** Re: (Score:2)
34 (by Alwin Barni ( 5107629 ))
35
36
37 > Why?
38 > Politics of course..
39 Could you please expand?
40
41 ** Re:Why is it "wishful thinking"? (Score:5, Funny)
42 (by fahrbot-bot ( 874524 ))
43
44
45 >> Why?
46 >> Politics of course..
47 > Could you please expand?
48 P o l i t i c s o f c o u r s e.
49
50 ** Re: (Score:2, Funny)
51 (by Anonymous Coward)
52
53
54 >>> Why?
55 >>> Politics of course..
56 >> Could you please expand?
57 >
58 > P o l i t i c s o f c o u r s e.
59 >
60 I'm not sure if I should laugh, or hunt you down and
61 smack you upside your head with a 2x4.
62
63 ** Re: (Score:3)
64 (by Highdude702 ( 4456913 ))
65
66
67 I mean, I thought it was hilarious, and it wasn't
68 the name calling garbage you see here too often.
69
70
71
72 ** Re: (Score:2)
73 (by Alwin Barni ( 5107629 ))
74
75
76 :-)
77 However:
78 expand ikspand/
79 verb
80 verb: expand; 3rd person present: expands; past
81 tense: expanded; past participle: expanded; gerund
82 or present participle: expanding
83 * become or make larger or more extensive
84 * give a fuller version or account of.
85
86 ** Re: (Score:2)
87 (by fahrbot-bot ( 874524 ))
88
89
90 > :-)
91 > However: expand - verb ...
92 > (1) become or make larger or more extensive
93 > (2) give a fuller version or account of.
94 Yup, I know; I was married to an English teacher
95 for 20 years, but using the first definition was
96 funnier. :-)
97 [1]Remember Sue... [tumblr.com]
98
99
100
101
102 [1] http://remembersue.tumblr.com/
103
104
105
106
107
108
109 ** Re: Why is it "wishful thinking"? (Score:1)
110 (by Anonymous Coward)
111
112
113 The only reason is automation. Jobs were never going to come
114 back from chip manufacturing.
115 They have a factory crew for setting up the parts and feeding
116 the machines. Pretty cheap, doesn't actually make much money
117 for anyone but the corporation running it. It's all
118 "unskilled" and low pay...setting up all those machines,
119 getting material dimensions in spec and running the machine
120 is just considered general labor.
121
122
123 ** Re: (Score:3)
124 (by YuppieScum ( 1096 ))
125
126
127 > If the US leads in chip manufacture, why can't it be
128 > competitive in putting the pieces together?
129 Because most of the CPU silicon used in the commonest devices
130 - phones and laptops - is fabbed in Asia.
131
132 Because most of the parts - like screens, RAM and flash
133 storage - are also made in Asia, so it's cheaper to bolt it
134 all together in a location closest to the source of the most
135 parts.
136
137 Because final assembly of something like an iPhone is a
138 manual process that requires the dexterity of nimble fingers.
139 It's not quite the same as bolting doors onto a Chevvy.
140
141
142 ** Re: (Score:2)
143 (by GameboyRMH ( 1153867 ))
144
145
146 Because it hardly has any of the pieces right now - it would
147 be a massive effort to put all the supply chains in place for
148 the various electronics components needed for a whole
149 computer when the US currently makes little more than chips.
150 Currently those supply chains are in Asia (which also has the
151 advantages of cheap labor and lax environmental laws). I'd
152 compare it to going from just making engine blocks to making
153 a whole car, but that underplays the difficulty too much.
154
155
156 ** Re: (Score:2)
157 (by AHuxley ( 892839 ))
158
159
160 Re "why can't it be competitive in putting the pieces
161 together?"
162 Think back to the 1970 and 1980's when the CPU thing needed
163 new production lines and was no longer low yield skilled lab
164 work.
165 Non first world nations part pay their workers in food,
166 dormitories. Their introduction to work is free as its part
167 of the nations free "education".
168 Tax reductions and industrial export support then further
169 supports the electronics brand in the poor nation.
170 No unions. Lots of pollution.
171
172 The big brands moved to ver
173
174
175 ** But for how long? (Score:2)
176 (by DMJC ( 682799 ))
177
178
179 Sure they still do, but China is beginning to manufacture X86
180 CPUs directly. It's only a matter of time until they catch up
181 and crush Intel and AMD through undercutting, and throwing money
182 at the problem. [1]https://www.tomshardware.com/n...
183 [tomshardware.com]
184
185
186
187
188 [1]
189 https://www.tomshardware.com/news/china-zen-x86-processor-dryhan-
190 a,37417.html
191
192 ** Re: (Score:2)
193 (by Dallas May ( 4891515 ))
194
195
196 In the long run, yes. Probably not really soon. There are
197 plenty of significant advances happening that space right
198 now. They might market to the far low end PCs, but they
199 aren't the market AMD and Intel really want anyway.
200
201
202 ** Re: (Score:2)
203 (by jon3k ( 691256 ))
204
205
206 By then (10-20 years, if they're lucky) the desktop will be
207 commoditized and mobile (ie laptops) mostly replaced with
208 ARM. All the growth is in the server market and China is a
209 long, long way from producing an X86 CPU that can compete
210 with Intel Xeons. Who knows what the landscape will look like
211 by then.
212
213 ** Re: But for how long? (Score:2)
214 (by adolf ( 21054 ))
215
216
217 This will also be the year of Linux on the desktop!
218
219 ** Re: (Score:2)
220 (by tsa ( 15680 ))
221
222
223 Yeah, paradise is near!
224
225 ** Re: (Score:2)
226 (by adolf ( 21054 ))
227
228
229 We're on the home stretch, boys!
230
231
232
233
234
235 ** Re: (Score:2)
236 (by AHuxley ( 892839 ))
237
238
239 As long as the NRO needs hand crafted space CPU products.
240
241
242 ** Re: (Score:2)
243 (by CaffeinatedBacon ( 5363221 ))
244
245
246 But who will people trust to make their CPU's. Intel with
247 their "management engine" and AMD etc all with the same is
248 already freaking enough people out.
249 Who is going to want a Chinese CPU with who knows what
250 running on it that you will never be able to see, has access
251 to everything, and can do anything it wants to "your
252 computer" and "your data".
253 Most countries would probably just ban them like they are
254 [1]doing for 5G telecom equipment already. [nytimes.com]
255
256
257
258
259 [1]
260 https://www.nytimes.com/2018/08/23/technology/huawei-banned-a-
261 ustralia-5g.html
262
263
264 ** Yeah, but . . . (Score:5, Interesting)
265 (by dtmos ( 447842 ) *)
266
267
268 . . . computer chips with state-of-the-art lithography soon all
269 will be manufactured overseas. Specifically, they will be made
270 by exactly two companies, [1]Samsung [samsungfoundry.com] and
271 [2]TSMC [tsmc.com], with GlobalFoundries' recent announcement
272 that it is [3]stopping development of its 7nm process
273 [anandtech.com]. GF operated the old IBM facility in Fishkill,
274 NY, and AFAIK was the last company offering state-of-the-art
275 foundry services with a fab in the US.
276 Intel is still in business, of course, and even has a [4]foundry
277 business [intel.com], but it cannot seem to successfully operate
278 it -- substantially all of its wafer starts are chips of its own
279 design. With the capital cost of each new-generation fab
280 reaching $20 billion, it's only a matter of time until Intel --
281 which has only its internal product base of chip designs to fill
282 its fabs, while Samsung and TSMC make chips for the entire
283 industry -- can no longer afford the move to the next
284 generation.
285 If the rest of the semiconductor industry (or the US DoD) wants
286 high-performance computer chips, there's now nowhere to go
287 except Samsung and TSMC. It will be interesting to see what
288 politicians do when they realize that the best digital chips can
289 no longer be manufactured in the US. The choice seems to be
290 either (1) have our economy -- everything from cell phones to
291 missiles -- dependent on chips manufactured overseas, or (2)
292 subsidize Intel's foundry business and the semiconductor
293 equipment manufacturers to the tune of tens of $billions, just
294 to keep a US source of high-performance semiconductors.
295
296
297
298
299 [1] https://www.samsungfoundry.com/foundry/homepage.do
300 [2] http://www.tsmc.com/english/default.htm
301 [3]
302 https://www.anandtech.com/show/13277/globalfoundries-stops-all-7-
303 nm-development
304 [4] https://www.intel.com/content/www/us/en/foundry/overview.html
305
306 **
307
308 ** Re: (Score:3)
309 (by Dallas May ( 4891515 ))
310
311
312 The same reason they haven't produced a car yet. They
313 could, but they don't want to. They have good deals with
314 their current suppliers, so why make that investment?
315
316 ** The normal Transition of economies (Score:2)
317 (by aberglas ( 991072 ))
318
319
320 1. Primary production
321 2. Manufacturing
322 3. Services
323 Services will keep things going fine. Lawyers, tax
324 accountants, retail and beauty consultants. That is
325 where the growth will come from.
326
327
328
329
330 **
331
332 ** Re: (Score:2)
333 (by nateman1352 ( 971364 ))
334
335
336 TI doesn't have state-of-the-art lithography for digital.
337 They gave up on the Moore's Law race 10 years ago after
338 they reached 45nm. TI realized during the development of
339 WinRT that building CPUs requires very expensive fabs and
340 if you are not an x86 supplier then your only option is to
341 make ARM chips, which is a race to the bottom with very
342 thin margins. TI realized they can make more money
343 building mixed signal designs on older process.
344
345
346
347 ** Re:Yeah, but . . . (Score:4, Insightful)
348 (by Graymalkin ( 13732 ) *)
349
350
351 State of the art lithography is not a synonym for
352 high-performance computer chips. In fact for a lot of uses,
353 DoD included, state of the art lithography is nowhere in the
354 requirements. Hardened chips on robust/insulated substrates
355 is more important in many uses than smaller die traces.
356
357
358 ** Re: (Score:2)
359 (by KalvinB ( 205500 ))
360
361
362 They'll be subsidized under issues of national security if
363 they're really needed by the government. The government
364 generally doesn't run bleeding edge technology so the chips
365 that can be produced in the US will be plenty sufficient for
366 government needs. If the government ever needs a $20 billion
367 plant, they'll cut a check under the national defense budget.
368 We've been comfortable with foreign made chips for decades in
369 the consumer market. Unless there is a severe national
370 security issue that won't change.
371
372
373 ** Re: (Score:2)
374 (by nateman1352 ( 971364 ))
375
376
377 Intel has the same fundamental problem with foundry that AMD
378 had 10 years ago. Every 3rd party company does not trust
379 Intel to prioritize their products over Intel's own products.
380 Intel will always build their own products on the latest
381 process node first. If you fab with Intel then your wafers
382 will always get 2nd priority over Intel's own wafers. The
383 only way that is not the case is if you are such a huge
384 customer that your contract requires Intel to construct an
385 entire new factory just for you. Then you h
386
387
388 ** Poor writing in TFA (Score:5, Informative)
389 (by whoever57 ( 658626 ))
390
391
392 "An even greater share of the world's computer chips are
393 designed domestically and made overseas by companies including
394 Qualcomm, Apple, Broadcom and Nvidia."
395 This reads as though Qualcomm, Apple, Broadcom and Nvidia are
396 making chips. What would be clear and accurate is:
397 "An even greater share of the world's computer chips are
398 designed domestically by companies including Qualcomm, Apple,
399 Broadcom and Nvidia and made overseas."
400
401 ** Still somewhat misleading... (Score:4, Informative)
402 (by YuppieScum ( 1096 ))
403
404
405 Don't forget, a hefty chunk of Qualcomm's - and pretty much
406 all of Apple's - designs are not original, but instead are
407 based on IP from ARM, a British company (although recently
408 bought out by SoftBank).
409
410 In fact, Broadcom and Nvidia are also licencees of ARM IP as
411 well, but less of their overall product range derives from
412 it.
413
414
415 ** Are you sure? (Score:3, Interesting)
416 (by Gabest ( 852807 ))
417
418
419 TSMC and Samsung are the leaders in chip making. And second
420 class Intel and AMD both have shady Middle-East ties from Israel
421 and Dubai.
422
423 ** 13% market share is not good (Score:4, Interesting)
424 (by Goldsmith ( 561202 ))
425
426
427 This is a crazy article. At the end, it meekly points out that
428 the US has a 13% market share in chip production. Given that the
429 US started this industry, leads in design in this space, leads
430 in capital available for high tech industry, and that the US
431 accounts for 15% to 18% of global GDP, a 13% market share in
432 chip production is very poor performance. This is below what you
433 might expect for a simple commodity that depends only on
434 domestic market size and way below what you'd expect for this
435 industry.
436
437