May 7, 2014
September 30, 2013
June 28, 2013
Corroborating a Digitimes report from earlier this week, The Wall Street Journal reports that Apple has finally struck a deal with chip producer TSMC for future iOS devices. The report says that the two firms inked the deal earlier this month, but the collaboration will only likely come into affect in 2014. With Apple’s development of new iPads and iPhones for late 2013 well under-way, TSMC-built chips will only likely be found in Apple’s iPhones and iPads to follow the upcoming iPhone 5S, new low-cost iPhone, and new iPads.
While this deal will not push Samsung’s chip production completely out of Apple’s field-of-view, it will let the Cupertino Mac and iPhone maker reduce its reliance on the business of its fiercest competitor. The WSJ also corroborates numerous reports by saying that Apple has moved, in recent years, away from Samsung for the screens that are fit on the front-faces of iOS devices and NAND chips that store files. The WSJ shares that Apple and TSMC have been working on partnership possibilities for a number of years:
June 24, 2013
A report out of DigiTimes this morning claims that TSMC has reached a deal with Apple to supply 20nm, 16nm and 10nm chips for future Apple devices. However, as is often the case with DigiTimes, there are a few causes for concern surrounding the report. Leaving the site’s track record on other rumors aside, we must point out that rumors of TSMC supplying chips for Apple’s device are nothing new. In fact, DigiTimes itself reported back in 2011 that Apple would tap the Taiwan Semiconductor Manufacturing Company in a move away from its long-time supplier and biggest rival Samsung. Needless to say, it hasn’t happened yet, and there’s no proof as of yet to back up follow up reports from last year claiming Apple entered an agreement with the company. DigiTimes isn’t even the first to report it this year: expand full story
January 2, 2013
Taiwan Semiconductor Manufacturing Company has been contracted by Apple to soon manufacture A6X chips, according to a report from Taiwan-based Commercial Times (via France24). The move, which has been speculated by media in the recent months, is said to reduce Apple’s reliance on South Korean-based Samsung, who has been responsible for many of Apple’s chips in recent years. The folks in Cupertino introduced the A6X chip in the fourth-generation iPad in October, and it is expected to go into TSMC’s hands, rather than Samsung’s, during the first quarter of this year for trial production.
For those unfamiliar, TSMC is the world’s largest dedicated independent semiconductor foundry. The trial that will be underway during the first quarter will presumably be in-place to see if the company can keep with Apple’s high demand that must be appeased with devices in stock. Past the powerful A6X chip, Apple has been rumored to make the switch to TSMC’s 20nm process for quad-core processors over the next couple of years in the iPad, “iTV” (Apple TV?), and MacBook, while iPhone’s will remain with duo-core chips.
October 12, 2012
August 29, 2012
Apple and Qualcomm were denied, according to Bloomberg, when they tried to obtain exclusive chip production rights from Taiwanese Semiconductor Manufacturing Company.
Both put forward more than $1 billion in investments so TSMC would pledge production capacity to them, but the manufacturer rebuffed the bid to keep versatile in chip yielding.
The two companies are trying to satisfy booming demand for smartphones, a market estimated by to be worth $219.1 billion, according to data compiled by Bloomberg Industries. Any deal would give Apple an alternate supplier to Samsung Electronics Co. (005930), which builds the main chip used in the iPhone and iPad and is also its biggest rival in smartphones. Qualcomm needs to boost supply, since shortages are starting to limit earnings.
As a supplier to Qualcomm, Broadcom Corp. (BRCM), Nvidia Corp. (NVDA) and other companies that no longer operate their own factories, TSMC wants to keep the flexibility to switch its production between customers and products. TSMC ChairmanMorris Chang told investors last month that he was willing to devote one or even two factories to a single customer.
One read of the story is that Apple wants to bail on Samsung and its new Texas foundry for CPU production. Qualcomm, on the other hand, is experiencing an insufficient ability to produce chips, which is starting to affect its earnings. TSMC forewarned that its 28nm mill for Qualcomm’s Snapdragon S4 would not meet demand until 2013, and NVidia’s 23nm Keplar graphic chip, also manufactured by TSMC, has suffered much the same as Qualcomm.
There have been false CPU rumors regarding Apple and TSMC in the past. The Qualcomm and Apple rumor here might actually be for baseband chips, which Qualcomm makes for Apple. With the new iPhone, Apple is probably trying to ramp up those Qualcomm baseband chips in epic numbers (not the A5 processor, as implied by the story). expand full story
September 15, 2011
The rumors have been going on for months, but Digitimes is today saying Apple’s new processor foundry is Taiwan Semiconductor Manufacturing Company (TSMC). The move by Apple is believed to be precipitated by Apple’s ongoing legal battles with Samsung, who has provided Apple with processors since the original iPhone was released in 2007 through Apple’s release of “its own” A4 processor and A5 iPad processor earlier this year.
Apple has recently signed a foundry partnership agreement with Taiwan Semiconductor Manufacturing Company (TSMC), industry sources have claimed. Under the terms of the agreement, TSMC will apply its 28nm and 20nm process technologies to produce Apple’s next-generation CPUs, according to the sources.
The contract appears to be long and lucrative for TSMC..
TSMC is believed to have quietly secured Apple’s contract, and even succeeded in extending the deal to cover the manufacture for the A6’s successor, the sources said.
In addition, the agreed contract quotes are favorable to bring little impact on TSMC’s profitability, the sources revealed. TSMC managed to negotiate a good price, allowing gross margins yielded by Apple’s orders to be similar to its overall gross margin performance at present, the sources indicated. TSMC’s gross margin for the second quarter of 2011 arrived at 46%.
The details weren’t released publicly and as can be expected, neither company is commenting on the move.
Broadcom is a major Apple supplier, providing both WiFi+Bluetooth and GPS chips for iPhone 4, pictured above. Image courtesy of iFixit
DigiTimes reported yesterday that TSMC’s expected third-quarter revenues will exceed July guidance, thanks to some “rush” orders from their customers which count such fabless chip makers as Qualcomm, Broadcom, MediaTek and MStar Semiconductor. Bloomberg’s supply chain analyst Richard Davenport is convinced TSMC’s revenue boost is linked to Broadcom:
Broadcom is the largest link between Apple and Taiwan Semiconductor. Broadcom appears to be a likely candidate for Taiwan Semiconductor’s rush orders.
How can he tell Apple is behind this supposed Broadcom order? First of all, all the other semiconductor makers – with the exception of Broadcom – have reduced their estimates amid weakening economy. Add on top of that TSMC’s larger-than-expected revenue estimate and you get a positive anomaly amid the current semiconductor slump. At this moment, Apple may be the sole company that could have placed such a materially impacting order, most likely for iPhone/iPad parts.
The notion is shared by William Blair & Co. chip analyst Anil Doradla. He said the last-minute order could be the result of a new Apple deal for iPhone chips with Broadcom. After all, Apple is Qualcom’s largest customer, accounting for an estimated eleven percent of sales. Broadcom supplies Apple with the WiFi+Bluetooth silicon and the GPS chip for iPad and iPhone and has been a supplier since the original iPhone. However, this “rushed” order may not be related to iPhone 5, Davenport warns:
September 8, 2011
We heard back in March that Apple might have been considering giving its chip making contract to Taiwan Semiconductor Manufacturing Company (TSMC). Reuters and Taiwan Economic News later followed-up, claiming TSMC had already begun test runs of Apple’s A6 processor. Per both stories, the A6 chip will be manufactured on TSMC’s 28-nanometer process and is coming in the second quarter of 2012, conveniently matching the expected iPad 3 arrival.
DigiTimes this morning quoted TSMC’s head or research and development Shang-yi Chiang who confirms his company is gearing up for mass manufacturing of 28-nanometer chips:
Chiang claimed that TSMC has received enough orders to fully utilize its 28nm production capacity. Its 28nm process technology will be available for mass production in early 2012, Chiang said.
He also said TSMC will begin research on the 14-nanometer process next year and expects to begin volume production on the node in 2015. They’ll be using 18-inch wafers to process 14-nanometer chips because it helps bring production costs down, which should be music to Apple’s ears. The report doesn’t mention Apple directly, mind you, but it is no secret that the Samsung-Apple relationship is deteriorating at record rates. Consider this…
August 12, 2011
Taiwan Economic News is reporting that local Taiwan Semiconductor Manufacturing Co., Ltd (TSMC), the company slated to supply Apple with the A6 processor after a shift from Samsung, has begun trials of the new chip made with the company’s “newest 28-nanometer process and 3D stacking technologies”. However, dont expect to see the A6 in a new iteration of the iPad anytime soon, as the report suggests the processor wont be officially unveiled until Q2 of next year, at the earliest.
Included in the report:
TSMC has applied its newest 28-nanometer process and 3D stacking technologies to produce the next-generation processor A6, which is based on the ARM architecture and will undergo TSMC’s cutting-edge silicon interposer and bump on trace (BOT) methodologies. Industry insiders said that the manufacturing will help to pump considerable momentum into TSMC’s business growth starting next year, though the company has yet to comment on the deal for the moment.
This contradicts an earlier report thru Reuters which stated that test production had already begun in July. Both reports agreed that the final A6 processors would be complete and ready for iPad 3 in early 2012. EETimes had reported the move back in March which was said to involve Apple’s current A5 chip but that never materialized.
An Apple switch to TSMC would obviously be a huge blow to ‘frenemy’ Samsung who currently makes the iPad CPU, DRAM and supplies Flash storage as well.
July 14, 2011
According to Reuters, Apple and Taiwan-based manufacturer TSMC have begun a test production run of A6 processors for future Apple devices. TSMC is yet to be confirmed as the producer of Apple’s A6 chip when it ships sometime in the future, but the decision is said to be “authorized.” The only thing holding back the deal is the potential yield rate of the manufacturing.
Besides Apple already testing production of their next-generation processor, the most interesting part is that Apple will apparently move their custom chip production away from Samsung. Samsung is the company behind the manufacturing of the A5 dual-core processor that is found in the iPad 2. This A5 chip will also likely power the fifth-generation iPhone that is due in September of this year.
Apple’s A6 processor will likely debut in 2012 alongside a 3rd generation iPad. Apple’s past history has shown that the iPad is the first device to feature a new-generation of custom processors. The iPhone and iPod touch typically follow up months later with the same chip, usually custom designed for the smaller, more mobile form factor. Another possibility is that Apple will beef up the processor in the iPad, with the rumored ‘iPad HD’ in September.
March 9, 2011
We’re not sure if this has already happened, but EETimes reports on the rumors that Apple has shifted its A5 production from Samsung to TSMC (Taiwan Semiconductor Manufacturing Company). Since no one has seen a real A5 processor yet, we don’t know if Apple has already switched.
Perhaps most damning, the art that Apple has put out on its A5 Chips is actually just an A4 Chip with ‘A5’ superimposed over top(!) See same part numbers around the edges above. Does this mean that Apple has something to hide? (They always do)
The move would make logistical sense as Apple’s current (former?) partner in processor manufacturing, Samsung, is increasingly becoming a competitor in both iOS devices and in PCs. Apple was supposed to take $7.8Billion in parts from Samsung this year. Might be time to adjust that estimate.
A weekend report from KGI is shining some last minute details on the iPhone 7. As well as reaffirming everything we’ve already heard, such as the design resembling the iPhone 6s with tweaked antenna lines, the report includes some specific details about certain changes.
KGI says that the iPhone 7 will include the new Apple A10 SoC, which will be CPU clocked at up to 2.4GHz, a dramatic increase over the existing A9 silicon. The iPhone 7 will also come in two new color options which KGI describes as “dark black” and glossy “piano black”, replacing space grey. There are also changes to the speaker system, Force Touch sensors, waterproofing and more. Many details after the jump, including an explanation of what the iPhone 7 Plus dual-camera system comprises …
Apple has a fierce reputation for driving a hard bargain with its component suppliers, using its size and status to demand ultra-competitive pricing. But according to Digitimes, suppliers in Taiwan are starting to resist demands for ever-greater discounts.
Apple is said to have asked downstream part and component suppliers […] to reduce their quotes for iPhone 7 devices by as much as 20% even though order volumes for new phones are reportedly 30% lower than those placed a year earlier. Major downstream suppliers, notably Advanced Semiconductor Engineering (ASE) and associated companies under the Foxconn Group, have replied Apple that they could not be able to accept orders without reasonable profits at this time.
The two sides each appear to be bringing persuasive arguments to the table …
Analysts are suggesting that Apple might in future buy the A-series chips it uses in iPhones and iPads from Intel, following an interesting turnaround by the chipmaker this week, reports Fortune.
Intel has long offered foundry services in which they manufacture chips designed by customers, but that service has so far been limited to chips based on its own architecture. As of this week, however, the company has announced that it will also be able to produce ARM-based chips. This would allow Intel to compete with TSMC and Samsung for Apple’s iPhone and iPad chip business …
Apple has announced that all 14 of its final assembly plants in China are now zero-waste compliant, meaning that none of the waste is sent to landfill. Waste products are instead recycled, re-used, composted or burned to generate energy.
Typically, paper and cardboard are sent to paper mills for recycling, glass & metal is melted for re-use, plastic is recycled into packaging materials and food is composted …
In this week’s top stories: The latest iPhone 7 leaks and mockups, Pokemon Go mania continues, and we go hands-on with the latest iOS 10 and macOS betas.
While Apple’s orders for the A9 chip in the iPhone 6s/Plus were split between the Taiwan Semiconductor Manufacturing Company and Samsung, we heard back in February that TSMC was to be the sole supplier of the A10 chip in the iPhone 7. A new report from Korea claims that the same is true of the A11 chip destined for next year’s iPhone.
The report appears in the Chinese-language Economic Daily News, via Digitimes.
TSMC is already the exclusive manufacturer of Apple’s A10 chip which will power the upcoming iPhone series slated for launch in September 2016. The Taiwan-based foundry will continue to be the sole supplier of Apple’s next-generation A11 processor that will be built on a 10nm FinFET process, the report indicated, without citing its sources.
TSMC is believed to have a technological edge on its Korean rival, beating Samsung in the race to develop 10-nanometer processes …