Intel Kaby Lake CPUs suitable for MacBook Pro refresh said to be in manufacturers' hands
Supply chain reports sourced from laptop manufacturers claim that they are in receipt of laptop-class Kaby Lake processors earlier than expected -- with the new chip possibly suitable for a MacBook Pro refresh.

The report, from Taiwanese publication DigiTimes, does not specify which processors in particular the manufacturers have on-hand, nor does it delve into specifics of the chips themselves.
Initial supply chain reports claimed that the laptop-suitable Kaby Lake processors would arrive in tandem with the desktop-class chips, by the end of 2016. However, Intel itself noted at the end of July that the first chips had been delivered to manufacturers earlier than expected because of excellent yields, so Monday's report is not likely regarding the lower-end chips.
The first batch of Windows devices using the U- and Y-series Kaby Lake processors shipped in July have just started shipping to retailers.
Kaby Lake is Intel's next step following the sixth generation Skylake. The seventh generation of the chip uses the same 14-nanometer process as Skylake, and adds native USB 3.1 Generation 2 support, bringing full 10 Gbps speeds to the protocol. Skylake and earlier processors require a discrete controller chip for the full speed, with the 2016 12-inch MacBook still being limited to 5 Gbps with inclusion of USB 3.1 Generation 1.
Also included in the seventh generation Kaby Lake processor is integrated support for the 40 Gbps Thunderbolt 3, which uses the same connector as USB 3.1 type C, as well as the ability to use "passive" cabling for 10 Gbps speeds. Thunderbolt 3 has sufficient bandwidth to drive a pair of 4K displays at 60Hz, and contains HDMI 2.0 and DisplayPort 1.2.
Also expected in Kaby Lake are also integrated graphics speed improvements.
Kaby Lake will ultimately have five classes of processors, with two classes for devices like the Retina MacBook and the MacBook Air; one for laptops like the MacBook Pro; and two spanning servers, high-power workstations, and desktops.
Typically, samples for computer designers like Apple are delivered a few months before full public announcement, with sufficient capacity only available for large-scale manufacture months later.
DigiTimes has a spotty track record of picking out Apple product specifics. However, the venue focuses on overall supply chain, and is generally accurate on timelines of specific part arrival to manufacturers.

The report, from Taiwanese publication DigiTimes, does not specify which processors in particular the manufacturers have on-hand, nor does it delve into specifics of the chips themselves.
Initial supply chain reports claimed that the laptop-suitable Kaby Lake processors would arrive in tandem with the desktop-class chips, by the end of 2016. However, Intel itself noted at the end of July that the first chips had been delivered to manufacturers earlier than expected because of excellent yields, so Monday's report is not likely regarding the lower-end chips.
The first batch of Windows devices using the U- and Y-series Kaby Lake processors shipped in July have just started shipping to retailers.
Kaby Lake is Intel's next step following the sixth generation Skylake. The seventh generation of the chip uses the same 14-nanometer process as Skylake, and adds native USB 3.1 Generation 2 support, bringing full 10 Gbps speeds to the protocol. Skylake and earlier processors require a discrete controller chip for the full speed, with the 2016 12-inch MacBook still being limited to 5 Gbps with inclusion of USB 3.1 Generation 1.
Also included in the seventh generation Kaby Lake processor is integrated support for the 40 Gbps Thunderbolt 3, which uses the same connector as USB 3.1 type C, as well as the ability to use "passive" cabling for 10 Gbps speeds. Thunderbolt 3 has sufficient bandwidth to drive a pair of 4K displays at 60Hz, and contains HDMI 2.0 and DisplayPort 1.2.
Also expected in Kaby Lake are also integrated graphics speed improvements.
Kaby Lake will ultimately have five classes of processors, with two classes for devices like the Retina MacBook and the MacBook Air; one for laptops like the MacBook Pro; and two spanning servers, high-power workstations, and desktops.
Typically, samples for computer designers like Apple are delivered a few months before full public announcement, with sufficient capacity only available for large-scale manufacture months later.
DigiTimes has a spotty track record of picking out Apple product specifics. However, the venue focuses on overall supply chain, and is generally accurate on timelines of specific part arrival to manufacturers.
Comments
If it is the start of volume shipments then we may see finished devices available before the end of the year which can't come soon enough for many of us.
Is there any past history where Apple received samples of chips in late August or early September and still delivered machines in quantity before the end of the year?
I hope I'm totally wrong. I'm still using a late-2008 MBP and need a new computer. I don't want to have to wait another year. But since I keep my machines so long, I also don't want to buy old tech. So I would love to be proven wrong and be able to buy a new MBP with Kaby Lake in November.
Then look at what everyone sells. Most Windows laptops sell with cheap, low margin CPUs. Apple is the only company that sells quality, high margin CPUs in quantity.
If Intel is able to get high volumes of their high end mobile CPUs ready now, it absolutely makes sense to send them to Apple.
Since the new MBP will be thinner and lighter then Kaby Lake makes sense since it eliminates the external chips needed to provide 10Gbps USB3.1 and 40Gbps Thunderbolt 3. I am so looking forward to a couple of nice Christmas presents.
Exactly. Major Mac release announcement is likely in October. With full production available until November'ish, that actually lines up well..
Problem: Would Apple switch to Kaby Lake this quickly if they didn't expect it until late December? Intel says they were surprised to be a head of schedule.. Apple tends to plan and lock in chips MONTHS ahead.. so, it's very possible that even though Intel was actually a head, we won't see Kaby Lake until next year sometime and Apple will release Skylake systems this year..
In which case, I may, yet again, wait on upgrading my 2012 MBP
If Apple can't get Kaby lake for a shipping MBP this year, then I'd be happy with Skylake, assuming all the other noted changes to the MBP are also coming down the pipe.
2) Doesn't S-series refer to the ARM chip in the Apple Watch, and A-series refer to the chips in their iDevices? Wouldn't an ARM-based chip from Apple for their "PC" line then have its own name; perhaps an M-series starting with M1?
Except M-Series is the motion sensor package in iDevices, so that's out. I doubt they're going to release an ARM co-processor in an Intel system anyway. When they move to ARM (which they almost certainly will, just probably not for a while), it will be all in.
They might want to have their own designed Secure Enclave, though, especially if we're getting TouchID on the MacBook Pro. At the moment, that's part of the A-Series chip, and it would possibly need some work, and help from Intel, to get it integrated into the Sky/Kaby//Groom Lake chipset.