Data recovery is now possible from Apple Silicon systems - at a cost
A data recovery firm says that it is now able to recover data from catastrophically damaged Macs with Apple Silicon chips — likely becoming the first company to have that ability.
A data recovery firm says that it is now able to recover data from catastrophically damaged Macs with Apple Silicon chips — likely becoming the first company to have that ability.
Amid global labor shortages, the world's largest chipmakers are currently fighting for skilled talent to staff semiconductor production facilities and address chip constraints.
Apple is hiring staff and building out a new office in Southern California to work on in-house wireless silicon that could eventually reduce its reliance on third-party chipmakers.
Intel says it will work to outpace Moore's Law and create new processors that first catch up to its competitors in 2024 before eclipsing them in 2025, according to the company's chief executive.
A surge in pricing for silicon metal may become a big issue for Apple and other major manufacturers, with production cuts in China shooting up the price of the material by 300% in less than two months.
Intel has delayed the rollout of its 7-nanometer CPUs by six months and is instead shifting focus to 10nm-based products.
The COVID-19 pandemic has forced Apple to shift its Worldwide Developer Conference into an online-only format, but that isn't stopping the event from being the most anticipated event Apple has ever put together.
ARM chips power most of the world's smartphones and tablets, but there are high-performing ARM chips in data centers now. Apple may not need to wait long — if at all — for speed in a high-end ARM Mac.
Apple supplier Taiwan Semiconductor Manufacturing Co. is set to announce that it plans to build an advanced chip factory in Arizona.
Apple's wearables business, anchored by Apple Watch and expanding with AirPods, is proving to be both strong and resilient even as rivals struggled to find a footing for their own ultra-mobile products. A key reason backing Apple's success in the segment is its custom silicon work that began a decade ago for the launch of iPad. Here's a look at why.
Several years ago, Apple's best chips began decisively beating the performance of the best chips available to high-end Android phones. Now, even Apple's $399 iPhone SE uses a more powerful brain than even the most advanced Android flagships with prices above $1,000. How is this possible?
Intel has revealed specifics on a new line of 10th-generation Core processors for premium laptops — although the improvements over what is presently available are actually relatively small.
The year 2014— when Apple debuted its A8 chip— might seem like the distant past. Yet it marked a turning point in Apple's struggles with Samsung and created a much larger new playing field for iOS carved from former Android users. Here's why that matters.
After delivering just the first three generations of its custom ARM Application Processors between 2010 and 2012, Apple had already reached parity with market-leading mobile chip designers, even while breaking from the Cortex-A15 road map established by ARM to launch its own new Swift core. Apple's next moves embarrassed the industry even further while setting the stage for initiatives that are playing out today.
To maintain its momentum in tablets with iPad, in 2012 Apple completed two additional new custom silicon projects specifically for its tablets. These reached— and then exceeded— the graphics of Sony's PlayStation Vita, then the state-of-the-art in handheld video gaming. Here's a look at how Apple 'embraced and extended' mobile gaming.
After delivering just its first two generations of its ARM processors, Apple was already recognized as a leading mobile silicon designer. Its next moves surprised the industry and began to reveal a strategy of tight vertical integration from silicon to OS that other device makers couldn't match— and didn't even seem to see as important until it was too late.
In its third year of releasing products using its Ax custom processors, Apple radically diverged from a winning "Model T" strategy of mass-producing a single chip used to power 100 million mobile devices. Instead, Apple pursued a new luxury tier iPad powered by new custom silicon.
The history of the first four decades of PCs has largely been defined in terms of OS: Apple's early lead with the Mac was taken over by Microsoft's Windows, which then lost ground to Google's Android. But this narrative fails to account for an even more powerful force than the middleware software platform: low-level hardware, and specifically the largest historical driver of technical progress in the industry: the silicon microprocessor.
A decade after Apple and Samsung partnered to create a new class of ARM chips, the two have followed separate paths: one leading to a family of world-class mobile silicon designs, the other limping along with work that it has now canceled. Here's why Samsung's preoccupation with unit sales and market share failed to compete with Apple's focus on premium products.
When you upgrade to a new iPhone — as millions will next month at the unveiling of the "A13" powered iPhone 11 — you're voting with your dollars for a future driven by advanced new silicon with incredible sophistication. There is no way Apple or any other company could design and manufacture this future without you. The recent history of Google's Pixel Visual Core explains why.
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