Intel will not release its next-generation Cannonlake processors until the end of 2018, according to supply chain sources that spoke to DigiTimes.
Unsurprisingly, Intel is believed to be facing problems with its 10-nanometer process, leading to a series of delays. Cannonlake chips were initially set to debut as early as 2017, but have been pushed back several times.
However, Intel has reportedly been facing difficulties with its 10nm process. The Cannon Lake processors, originally set for launch in 2017, have seen their launch schedule revised three times: first to the end of 2017 or early 2018, then to the mid-2018, and now the end of 2018, the sources noted.
If Intel doesn't get Cannonlake out until later in 2018, it could be followed shortly by Intel's Ice Lake chips, made on Intel's 10nm+ process. There's already been some confusion about Cannonlake, as Intel has been referring to Ice Lake as the successor to Coffee Lake, making it unclear just how Cannonlake fits in.
According to DigiTimes, some manufacturers are already planning to skip out on the Cannonlake generation to wait for Ice Lake chips, and others are revising their notebook plans following Intel's delays.
As for Apple, Cannonlake delays have the potential to impact upgrade plans for the low-power MacBook models but are unlikely to cause problems for other notebook upgrades.
Cannonlake is a low voltage chipset not appropriate for machines like the MacBook Pro, with the next-generation of those machines like to adopt Intel's as of yet to be released 14nm++ Coffee Lake chips or the eighth-generation Intel chips announced in August, which are part of a Kaby Lake Refresh.
Thursday October 31, 2024 9:42 am PDT by Tim Hardwick
Apple is set to release iOS 18.2 in December, bringing the second round of Apple Intelligence features to iPhone 15 Pro and iPhone 16 models. This update brings several major advancements to Apple's AI integration, including completely new image generation tools and a range of Visual Intelligence-based enhancements. There are a handful of new non-AI related feature controls incoming as well.
...
Thursday October 31, 2024 7:06 pm PDT by Joe Rossignol
The first Geekbench 6 benchmark results for the M4 Pro chip surfaced today. Impressively, the results that are available so far show that the highest-end M4 Pro chip is faster than the highest-end M2 Ultra chip in terms of peak multi-core CPU performance.
Here is a comparison of the results:
Mac mini with M4 Pro (14-core CPU): 22,094 multi-core score (average of 11 results)
Mac Studio...
Friday November 1, 2024 4:04 am PDT by Tim Hardwick
The iPhone SE 4 that's set to come out early next year is expected to debut Apple's first in-house 5G modem, according to Jeff Pu, an analyst who covers companies within Apple's supply chain.
In a research note this week with Hong Kong-based investment firm Haitong International Securities, Pu said Apple is expected to roll out its custom-made 5G modem starting with the next-generation...
Wednesday October 30, 2024 8:01 am PDT by Tim Hardwick
Apple today announced new 14-inch and 16-inch MacBook Pro models featuring M4 Pro and M4 Max chips, alongside a new entry-level 14-inch MacBook Pro powered by the M4 chip.
Subscribe to the MacRumors YouTube channel for more videos.
The new M4 Pro and M4 Max machines come with a minimum of 24GB of Unified Memory as standard, up from 18GB in the previous models. Both models feature three...
Thursday October 31, 2024 4:00 pm PDT by Joe Rossignol
While the new MacBook Pro lineup features faster M4 chip options, Thunderbolt 5 support for higher-end configurations, a nano-texture display option, and more, most of the previous MacBook Pro models with Apple silicon chips still offer the latest overall design, and fast performance, which might lead you to avoid upgrading this year.
If you are planning to skip the new MacBook Pro, here are ...
Wednesday October 30, 2024 8:04 am PDT by Joe Rossignol
Apple today in its new MacBook Pro press release announced that the MacBook Air lineup now starts with 16GB of RAM, up from 8GB previously.
This change applies to the 13-inch model with the M2 chip, the 13-inch model with the M3 chip, and the 15-inch model with the M3 chip.
In the U.S., the MacBook Air lineup continues to start at $999, so there is no price increase associated with the...
Friday November 1, 2024 8:04 am PDT by Joe Rossignol
Apple's new M4 Pro and M4 Max chips are impressively fast in terms of CPU performance, topping the M2 Ultra, but what about graphics performance?
The first Geekbench 6 results for GPU performance are now available for the M4 Pro and M4 Max, and the Metal scores reveal some impressive year-over-year gains. Based on the Metal scores that are available so far, the M4 Pro and M4 Max are up to...
Now that the A11 chip is on par with dual core Kaby Lakes aren't we this close > < to Apple using an X variant of their own silicon in MacBooks. TBH I'm tired of Intel dragging it's ass to point where I'd prefer Apple to use their own chips in MacBooks or even see what AMD can offer as far as better value wholesale.
They are not the same thing and people really need to stop with the comparism.
I 100% doubt the A Series chip can handle running anything close to a full Mac OS X workload.
The sooner Apple will switch to A processors, the better.
A little pain for a lot of gain.
What is it with this CRAZY MYTH that Ax processors are faster than Intel desktop chips? That's been proven FALSE! An iPhone barely multitasks at all! It was one of the dumbest benchmarks I've ever seen. HAHA!
A switch to Ax processors for Macs would be the end of the Mac and Tim Cook at Apple in one fell swoop.
Microsoft would have Apple for lunch. Without anti-trust fears, MS would just cancel Mac Office and watch the Mac wither and die. Most computer buyers still think that a computer that cannot run Office is not a serious machine, regardless of how ridiculous that thinking might be.
Unfortunately MacOS can't run on ARM processors which means it won't be possible to run desktop apps on Axx powered devices any time soon.. which is a big limitation regardless power these devices can get.
I'm certain macOS, and most if not all first-party apps, are already running just fine on A-series chips (in Apple's labs).
It's getting all of the old third-party stuff moved that's the real trick. This is part of the point of Swift, etc., and why iOS binaries are delivered in intermediate code instead of raw machine code. As developers transition to newer tech it will be easier for Apple to abstract the hardware.