On Wed, May 06, 2020 at 01:34:21AM +0800, Kai-Heng Feng wrote:
> The TI PCIe-to-PCI bridge prevents the Intel SoC from entering power
> state deeper than PC3 due to disabled ASPM, consumes lots of unnecessary
> power. On Windows ASPM L1 is enabled on the device and its upstream
> bridge, so it can
On Wed, May 06, 2020 at 04:29:47PM -0500, Bjorn Helgaas wrote:
> On Wed, May 06, 2020 at 09:14:38AM +0300, Mika Westerberg wrote:
> > On Wed, May 06, 2020 at 01:34:21AM +0800, Kai-Heng Feng wrote:
> > > The TI PCIe-to-PCI bridge prevents the Intel SoC from entering power
> > > state deeper than PC3
On Wed, May 06, 2020 at 09:14:38AM +0300, Mika Westerberg wrote:
> On Wed, May 06, 2020 at 01:34:21AM +0800, Kai-Heng Feng wrote:
> > The TI PCIe-to-PCI bridge prevents the Intel SoC from entering power
> > state deeper than PC3 due to disabled ASPM, consumes lots of unnecessary
> > power. On Windo
On Wed, May 06, 2020 at 01:34:21AM +0800, Kai-Heng Feng wrote:
> The TI PCIe-to-PCI bridge prevents the Intel SoC from entering power
> state deeper than PC3 due to disabled ASPM, consumes lots of unnecessary
> power. On Windows ASPM L1 is enabled on the device and its upstream
> bridge, so it can
The TI PCIe-to-PCI bridge prevents the Intel SoC from entering power
state deeper than PC3 due to disabled ASPM, consumes lots of unnecessary
power. On Windows ASPM L1 is enabled on the device and its upstream
bridge, so it can make the Intel SoC reach PC8 or PC10 to save lots of
power.
In short,
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