Apple's Future iPhone 19 Pro to Feature TSMC's Advanced 1.4nm Chips by 2027

Apple just released new 14-inch and 16-inch MacBook Pro models with M3 processors. The new device is based on TSMC's 3nm design, which provides improved computational and graphics performance. In comparison to the M2, the new processor is a real powerhouse.

TSMC demonstrates its progress on the future of chip manufacturing technologies, which will allow Apple to dominate the market. TSMC introduced a new device called 'A14' that is based on 1.4nm manufacturing and would be available years after the 2nm chip is disclosed.

TSMC's 1.4nm A14 Chips Might See the Light of Day in 2027

TSMC revealed information about its next chips in a PowerPoint that names the 1.4nm chip as 'A14' (via Dylan Patel), as discovered by MacRumors. The moniker is misleading because A14 refers to Apple's 5nm processor found in the iPhone 12.

However, the device will not see the light of day for several years because the business has yet to unveil its 2nm chip for 2025. Apple launched the A17 Pro processor this year, the company's first 3nm chip produced by TSMC.

Apple is collaborating with TSMC to create semiconductors for future products. The A19 or M5 processor from the firm might be the first product to use TSMC's 2nm chips. While the 1.4nm chip is a new addition to the list, it will be followed by the "N2" 2nm processors. N2 chips will enter commercial production later in 2025, with an improved N2P node planned in 2026.

This suggests that the 1.4nm or A14 processors will not be available until 2027. If this is the case, Apple will be TSMC's most valued client, and the new processors will be seen in the company's iPhone 19 Pro (if Apple follows the same naming pattern). The iPhone 15 Pro was the first gadget to make use of the new 3nm technology, and competitors have yet to catch up.

The original M1 family of chips, on the other hand, is based on TSMC's N5 node. Furthermore, depending on yield, the M2 and M3 chips employ the N5P and N3B nodes. The newest S-series Apple Watch processors are based on the N7P process, whereas the latest S9 chip is based on the N4P node. It should be noted that TSMC's 1.4nm device is still in development and will require significant work before it is released.

However, it remains puzzling why the business chose to name their 1.4nm semiconductor after Apple's A14 processor. It should be noted that the release dates for the new processors are only estimates at this point, since Apple has the ultimate say.

TSMC's November Sales Fell By 7.5%, Indicating an Uneven Tech Recovery

Taiwan Semiconductor Manufacturing Co.'s sales fell back into contraction last month after rising in October, indicating that the global semiconductor business has a long way to go before fully recovering from a lengthy depression, as per Yahoo.

In November, the world's largest provider of made-to-order semiconductors reported a 7.5% reduction in sales to NT$206 billion ($6.6 billion). Revenue for the first 11 months fell 4.1% year on year to NT$1.99 trillion.

In October, the principal chipmaker to Nvidia Corp. and Apple Inc. forecasted sales of $18.8 billion to $19.6 billion for the current quarter. During the company's third-quarter earnings call, Chief Executive Officer C. C. Wei stated that the chip market would bottom "very soon," but he stopped short of predicting a strong rebound due to uncertainty surrounding China, which is dealing with a stagnant economy and escalating US trade sanctions.

Electronics manufacturers and chip suppliers have had to work through a backlog of unsold inventory that accumulated as a result of the pandemic's semiconductor scarcity, which prompted customers to stockpile and double or triple their purchases. However, executives from TSMC to Samsung Electronics Co. and Lenovo Group Ltd. are now asserting that the industry has mostly utilized up extra supply.

Artificial intelligence chip demand is assisting firms such as Nvidia and Advanced Micro Devices Inc., as well as satisfying orders for TSMC's most advanced manufacturing nodes. On Wednesday, AMD raised its forecast for the market for AI processors to more than $400 billion over the next four years, which is more than double the forecast AMD provided in August, demonstrating how quickly expectations for AI hardware are shifting. TSMC also produces AMD processors, including the most recent AI chip, the MI300.

Photo: Briáxis F. Mendes (孟必思), CC BY-SA 4.0, via Wikimedia Commons