John Connor
Lifer
Sounds about right. 😉
Windows 7 running on Kaby Lake - Pentium G4560 with dGPU.Skylake is not Kabylake. Microsoft specifically said Kaby will not run on anything less than Windows 10.
1) How well is it running? Are all features fully-working — including special DRM like what is required for 4K BluRay?Windows 7 running on Kaby Lake - Pentium G4560 with dGPU.
The OP is planning a system build specifically aimed at playing a 2003 game on a 2009 OS. Let's not pretend we have a goal of making the system future proof at software level. Judging by the speed you typed your reply, did you even watch the video?1) How well is it running? Are all features fully-working — including special DRM like what is required for 4K BluRay?
2) How well will it run in the future?
Apples and oranges.I've seen plenty of Hackintosh systems that people think are stable but really aren't. And, they are often frozen or lagging in updates. Even more fun is when a seemingly innocuous update breaks the system.
Kaby isn't needed in the first place for that.The OP is planning a system build specifically aimed at playing a 2003 game on a 2009 OS.
No. Unsupported = unsupported.Apples and oranges
It's causing problems now:All it means is that WIn7 will not receive updates for KL.
This will likely not cause problems for quite a while.
Ian Cutress said:For the Intel’s 6th Generation of processors, Skylake, they introduced Speed Shift (v1). This was a feature that, at a high level, gave control of the voltage/frequency curve from the operating system to the processor. Using a series of internal metrics, such as instruction analysis and frequency, the CPU would automatically adjust the voltage and frequency of the processor as required. This afforded two major benefits: one, with the CPU in control it has access to many more points on the curve compared to the OS which is limited to specific P-states on the processor.
The second benefit is the speed of transition. A processor that can ramp up to a high frequency quickly and then drop down as needed can get through instructions quicker but also save power. Imagine driving a car, and having to wait 60 seconds to change a gear – it’s that sort of analogy.
Ian Cutress said:What Speed Shift v2 does in the Kaby Lake family, compared to v1 in Skylake, is manage those transitions to higher frequency faster. Before Speed Shift, transitions from idle to peak turbo were on the order of 100 milliseconds, and Speed Shift v1 took that to 30 milliseconds (with a good base established within 15). Speed Shift v2 means that peak performance from idle now happens in 10-15 milliseconds total. This means that interactions with the OS, such as touch, or actions that rely on low latency, can occur within a couple of frames on a 60 Hz display.
There is one caveat however – Speed Shift currently only works in Windows 10.
Cherry on top: SpeedShift can be enabled in Win 7 using Throttlestop 8.20 or higher.And why do I need Speed Shift on a desktop?
And why do I need Speed Shift on a desktop?
overclocked pentium m with a 478 adapter and some bh-5 would win that hands downAm I only one who was hoping John Connor really meant single threaded CPU, like the Sempron 150? That would be an interesting conversation. heehee
Who does anyone need chipset drivers? Why does anyone need 4K optical drive support? Why does anyone need anything?And why do I need Speed Shift on a desktop?