Tag Archives: a9

Apple is expected to launch a new iPhone next month, renewing the 4-inch form factor and beefing up the specifications a bit in order to replace the iPhone 5S entirely. While we have been hearing for a while that the new 4-inch iPhone will come equipped with the A9 chip, …

The rumour mill has been churning out information on Apple's potential iPhone 6C for a couple of months now. However, the latest reported leak has come as quite the surprise, showing off better specifications than expected for Apple's long-rumored 4-inch iPhone, which is set to replace the iPhone 5S at …

Right now, Apple designs all of its processors for its iOS devices, though the manufacturing and fabrication is outsourced to other companies, like Samsung or TSMC. However, that could change in the future as Apple just purchased what used to be a semiconductor manufacturing plant. The building measures in at …

This year with the iPhone 6S and 6S Plus, Apple had to turn to both Samsung and TSMC in order to manufacture enough A9 SoCs to meet demand for the new smartphone. However, in recent weeks, it has come to light that the TSMC A9 performs noticeably better than Samsung's when …

Yesterday news spread that one version of the iPhone 6s seemingly greatly outperforms the other. The A9 chip inside of the new iPhone could be manufactured by either TSMC or Samsung, with the former's version expanding battery life by as much as 20 per cent. This news has since reached …

Last year, when Apple launched the iPhone 6 and iPhone 6 Plus, the company had a bit of a PR nightmare when ‘bendgate' began making headlines. Now this year, Apple faces a new problem, which is currently being dubbed ‘chipgate'. To put it simply, the A9 processor inside of the …

In a bid to ensure steady supply of its latest system-on-chips for its new iPhone smartphones, Apple decided to source the SoCs from two contract makers of semiconductors: Samsung Foundry and Taiwan Semiconductor Manufacturing Co. Apple’s new iPhone 6S and iPhone 6S Plus smartphones use A9 processors made by Samsung …

GlobalFoundries, which started to manufacture chips using 14nm low-power early (14LPE) manufacturing technology several months ago, said on Friday that its yields exceed its original expectations. One of the world’s largest contract makers of semiconductors does not reveal its actual 14nm volumes, but since the chips are made for customers, …

Based on the recent market rumours, Samsung Foundry and GlobalFoundries have landed orders to produce Apple’s A9 system-on-chip that will power the company’s next-generation iPhone and iPad devices. It is unknown whether Taiwan Semiconductor Manufacturing Co. will also produce the A9 SoC at any point. At present Apple’s A8 application …

We already know that work has begun on the next iPhone and iPad as Samsung has already started manufacturing the A9 chip but rumors surrounding other key specifications are popping up. According to reports straight from Taiwan, Apple is preparing to double the amount of RAM in next year's devices. …

Taiwan Semiconductor Manufacturing Co. is on-track to start volume production of chips in the first quarter of 2015, according to a media report. The first client to order 16nm chips from TSMC is expected to be Apple, which is a little bit surprising. TSMC has been making test chips using …

In a bid to better compete against Taiwan Semiconductor Manufacturing Co. Samsung Semiconductor and GlobalFoundries earlier this year agreed to unify one of their 14nm process technologies and offer their foundry services collaboratively. Apparently, the tactics has worked out and the two companies recently landed orders to make chips using the …

Noontec aren't a very well known company in the United Kingdom but they have a fairly broad range of products available. We recently looked at their MovieHome V8 NAS Media Player which was sadly a little disappointing. A lack of features and substandard software interface put a stop to a …

There are several things that affect the overall performance of a processor-based device. You can look for bottlenecks in the data transfer and try to improve them or get the internals of the chip itself to do more work per clock cycle. While balance is important, almost nothing can beat …