Apple is developing a custom ARM chip for future Macs, but it won’t replace the Intel processors that have been powering its computers since 2005, according to a new report.
Instead, the chip is expected to work alongside a machine’s primary CPU, handling “low-power mode functionality.”
Strong demand for iPhone 7 and iPhone 7 Plus helped chipmaker Taiwan Semiconductor Manufacturing Company achieve record profits for 2016. Not only is TSMC outperforming its rivals, but it now accounts for 16 percent of Taiwan’s entire equity market value.
Apple is getting a lot of stick for failing to give users a 32GB RAM option onthe latest MacBook Pro — but there’s a good reason why 16GB is the most you can get.
It’s also the reason Apple needs to start designing its own processors for the MacBook family.
One of Apple’s biggest chipmakers expects its revenue to rise during the third quarter of 2016 around the launch of the iPhone 7 series. Taiwan Semiconductor Manufacturing Company (TSMC) likely will start shipping new A10 processors soon.
Google is in talks with chipset manufacturers with a view to designing its own processors and other components for future Android devices, according to a new report.
The company is said to be interested in following Apple’s footsteps in an effort to make Android “more competitive” at the high end of the market, and to “solve other major problems.”
With the iPhone 5s, Apple debuted its first non-A-series chip within an iOS device. Called the M7, it was a motion co-processor that tracked your movements while drawing minimal power, making the iPhone 5s the first smartphone that could passively do what an activity band like the FitBit can do: track all your steps during the day.
We haven’t heard much about whether or not we can expect an update to the M7 in the iPhone 6, but according to the latest leak, we can. An Apple chip internally code-named Phosphorus is now believed to replace the M7 in the iPhone 6./
After Apple released the iPhone 5s with the A7, the world’s first 64-bit chip, ARM competitor Qualcomm made quite the fool of themselves about it. First, Qualcomm representative Anand Chandrasekher called a 64-bit ARM chip a “gimmick.” Then they ate their words, soft fired Chandrasekher, and announced their own 64-bit chip to ship in 2014.
If that seems like a disorganized, chaotic response, you’re right. But there’s a reason for that. According to a new report, Apple’s unveiling of the 64-bit A7 chip took the entire semiconductor industry with their pants down… and everyone’s now scrambling to catch up.
With iOS 7, when you plug an unauthorized Lightning cable into your iOS device, you’ll get a notification that informs you you’re not using a “certified” Lightning accessory, and that it “may not work reliably” with your device.
But after just two weeks, one accessory maker has already cracked Apple’s detection and fooled iOS 7 into thinking uncertified Lightning accessories are certified ones.
Samsung has surpassed Apple as the world’s biggest buyer of semiconductors, according to Gartner. The Korean company’s hugely popular smartphones, such as the Galaxy S III and the Galaxy Note II, led to a 29% surge in chip purchases in 2012, taking its semiconductor spending past that of any other company.
While the vast majority of us couldn’t be happier with our new iPhone 5s, a number of users who decided to purchase the black & slate model have noticed that its anodized aluminum finish is prone to chipping and scratching. Unfortunately, it’s not an isolated issue affecting a certain batch of black devices, either — it appears to be affecting them all.
Could this be an issue Apple quickly needs to address? No. Apparently not. According to the company’s senior vice president of worldwide marketing, Phil Schiller, those chips and scratches are “normal.”
