It started doing it again like before intermittently but found this time only when the power cable is plugged in.
When I restarted then it seemed to go in sleep with the power apply but intermittently happened again later pretending to sleep.
https://blag.nullteilerfrei.de/2019/03/05/stop-entering-away-mode/Thanks to this article:
STOP ENTERING AWAY MODE
rattle technology 2019-03-05
I have finally solved an annoying problem with my Windows 10 setup which was sortof hard to Google, so I am sharing. For quite some time, the computer had refused to go to sleep when it was not running on battery. Instead of going to sleep when instructed to, it would simply turn off the screen and mute the volume while continuing to actually not sleep. Moving the mouse a tiny bit would swiftly end the charade. In a recent fit of rage I decided to inspect the event log, and behold, there were some Kernel Power events that said:
The system is entering Away Mode.
Which is entirely not what I wanted when I told it to go to sleep. However, there was no option anywhere in the power settings to be found that turned off this "Away Mode". Well, the option actually does exist, but for some reason it is not visible unless you set the Attributes value to 2 in the following, easily memorable registry key:
HKLM\SYSTEM\CurrentControlSet\Control\Power\PowerSettings\238C9FA8-0AAD-41ED-83F4-97BE242C8F20\25DFA149-5DD1-4736-B5AB-E8A37B5B8187
Armed with this registry tweak, you can go back to the "advanced" power settings, aka:
rundll32 shell32.dll,Control_RunDLL PowerCfg.cpl @0,/editplan:
Navigate to Sleep and there should be an option that says Allow Away Mode Policy or something similar. And that policy should be set to no, not even when plugged in, never, just sleep, for crying out loud, why does this even exist.
So some overzealous person at Microsoft had been putting in processes to start this stupid thing.
I am not sure if this is connected to Modern Standby or in addition to but pleased to stop this nonsense. It reminds me of adaptive brightness where they'd be different things doing it and sometimes hidden in the power savings settings of the graphics drivers.
https://learn.microsoft.com/en-us/windows-hardware/design/device-experiences/modern-standbyModern Standby is available for both Windows 10 desktop and Windows 10X. The number of systems supporting Modern Standby rather than S3 is increasing over time. The Modern Standby section outlines important changes, partner requirements, and best practices for enabling Modern Standby.
Rather THAN? What's WRONG in addition with? It is only increasing like that but not naturally because they are DEMANDING manufacturer's do it.
Switching between S3 and Modern Standby cannot be done by changing a setting in the BIOS. Switching the power model is not supported in Windows without a complete OS re-install.
LIARS!XPS 15-9570, BIOS 1.3.0, sleep mode gone?
okwei August 8th, 2018 09:00
I just bought my XPS 15-9570 with BIOS 1.2.2 installed, and I updated it to BIOS 1.3.0. I realized that the "sleep mode" option is now gone. I need to set this to "Force S3" sleep to prevent the laptop from waking up randomly, or don't go to sleep properly. So can I do that in the new BIOS?
They ordered Dell to remove the option but Dell offers an earlier bios downgrade.
robert p's Operator December 11th, 2018 03:00
Dell has decided to support the "Modern Standby" from our partner Microsoft. If you decide you wish to use S3 instead of Modern Standby, you can attempt to install an older BIOS, but Dell cannot assist in this.
https://www.reddit.com/r/thinkpad/comments/11jer7z/modern_standby_fixed_after_changing_sleep_state/Modern standby fixed after changing sleep state from windows to linux
Discussion / Information
I'm noticing that the modern standby feature is disabled and is switched to the standard s3 in windows 11 once I change the sleep state from windows to linux in bios setting. Is this the right way to do this since many people claimed that modern standby can't be changed in windows 11?
I'm just glad that I can finally get linux suspend feature to work properly while at the same time fixing the modern standby issue on windows. But is this the right way on ThinkPad? let me know your thoughts
Lie lie lie lie lie lie lie!So it isn't that, there isn't a setting that could turn it off, when they ordered manufacturer's like Dell to remove the setting and others just disguise it under some compatibility setting where one setting stops it working. They made it LOOK like it can't be switched off when it can hence pretence.
Windows 10 Modern Standby (Modern Standby) expands the Windows 8.1 Connected Standby power model. Connected Standby, and consequently Modern Standby, enable an instant on / instant off user experience, similar to smartphone power models. Just like the phone, the S0 low power idle model enables the system to stay connected to the network while in a low power mode.
No that could be done already by simply closing the lid. It is not a friggin phone this is a friggin laptop a large one with a great big display, heatsink and fan on it with large power requirements and will never compete with a phone for battery life.
Although Modern Standby enables an instant on/off user experience like Connected Standby, *Modern Standby is more inclusive than the Windows 8.1 Connected Standby power model.** Modern Standby allows for market segments previously limited to the Traditional Sleep (S3) power model to take advantage of the low power idle model. Example systems include systems based on rotational media and hybrid media (for example, SSD + HDD or SSHD) and/or a NIC that doesn’t support all of the prior requirements for Connected Standby.
Bullshit...
* It just turns the screen like before where you'd close the lid.
** By just turning the screen off and lowering a few power states but still on.
Functional Overview of Modern Standby
Modern Standby session encompasses the entire screen-off to screen-on user scenario. However, individual screen off and sleep segments make up an overall Modern Standby session. These states differentiate periods of quiescing software behavior from periods of long term low power. *For this reason, Microsoft conceputalizes modern sleep as equivalent to traditional S3 sleep, ** with the added benefit of allowing value-added software activities to run periodically.
*So they look upon it as "equivalent"
It is not the same thing and will never be equivalent with the fan going in the bag and it producing heat.
** I'd be that'd be the stupid netframe "apps" in the appstore and promotion stuff they install behind their backs along with the updates.
In Windows 10, low power is achieved by only waking from the lowest power state when absolutely necessary and only allowing software to execute in short, controlled bursts of activity, dramatically reducing the opportunities for software components to execute. Windows and the SoC hardware are always listening for interesting events (such as a network packet or user input at a keyboard) and will wake up instantly when needed. The system will wake when there is real time action required, such as for OS maintenance or when a user wakes the system.
Modern Standby consists of multiple hardware and software power modes, all of which occur with the screen turned off. The complexity of Modern Standby is a result of keeping the system alive to process background tasks, while ensuring that the system stays quiet enough to achieve long battery life.
Entry to Modern Standby
Modern Standby starts when the user causes the system to enter sleep (e.g user pressing the power button, closing the lid, idling out, or selecting Sleep from the power button in the Windows Start menu). On entry to Modern Standby, apps and system software must be made ready for the transition to low-power operation. (See Prepare software for Modern Standby.) After software components and apps have been prepared for low-power operation, hardware components, including their software device drivers, must be similarly prepared for low-power operation. (See Prepare hardware for Modern Standby.) Both software and hardware must be made ready for low-power operation.
Activity during Modern Standby
On-demand transitions to active mode can occur in response to user inputs, interrupts from networking devices and other hardware events. Windows transitions the SoC from active mode to idle mode after all software activity is stopped and the devices on and off the SoC have entered low-power states. (See Transitioning between active and idle states.)
The networking and communications devices automatically transition between active and low-power modes based on the software activity of the system during Modern Standby. When there are no system services or Microsoft Store app background tasks that require the network, the networking device is in the low-power, protocol offload, and WoL patterns mode. When a system service or background task requires network access, Windows automatically transitions the networking device to an active mode.
On occasion, the system stays in the active mode (with the screen off) for a longer interval of time. These longer active intervals occur for a variety of reasons, for example, processing incoming email or downloading critical Windows updates. Windows components that are allowed to leave the SoC in the active power state are called activators because they are registered with the power manager as capable of blocking the transition back to the idle power mode. The durations of these activities vary widely but are controlled to extend battery life. The durations of the activities can be viewed with the built-in SleepStudy software tool or through Event Tracing for Windows (ETW)-based instrumentation.
On Windows 8.1 Connected Standby systems, during Modern Standby, Windows transitions the SoC from idle mode to active mode a minimum of every 30 seconds to perform kernel maintenance tasks. This maintenance activity is extremely brief in duration (typically no more than a few hundred milliseconds) and cannot be adjusted. This does not happen on Windows 10 Modern Standby systems.
Resume from Modern Standby
When the user causes the system to resume from standby, e.g. presses the power button, the display is immediately turned on and networking devices are restored to their normal, active operating modes. The time from the power button press to the display turning on is less than one second. After the display is turned on and the networking device returns to normal operating mode, desktop applications resume and the system returns to its normal, screen-on active behavior.
Sleep means sleep.... it doesn't mean to pretend to sleep, the fan going around, producing heat and wasting battery life as if it was on. Until it could do those things and maybe cap tasks to run at power levels the same as S3 then maybe it is a gimmick as above it just turns the screen off and goes to lower power state with some fancy modern pretty trendy name "Modern standby" applied to it.
Even if they do get it to work properly with lower power levels I'd still want it to SLEEP and do absolutely NOTHING behind my back when it put it in "SLEEP". Maybe they should make an additional mode called "STANDBY" as well for this sort of thing where I'd know the screen is just off.
So rather than develop this "concept" properly over time they make it artificial and PRETEND it can't be stopped or reverted back to S3 on existing gear whilst demanding manufacturers to go along with them, remove options and delude the user that t is be design and there is no option where there was and can still be off via other means effectively deluding the user with something it already does with the lid down set in low power mode.
Bloody STUPID!When they say Support" sounds to me like "forcing upon"
Microsoft not developing stuff like this to work properly but by pretence with a gimmicky name.
Buzzword bullshit: Modern Standby, consequently, user experience, smart phones, inclusive, market segment, Microsoft Store app, conceputalizes, equivalence.