> On 22-Sep-2023, at 6:26 PM, Philippe Mathieu-Daudé wrote:
>
> On 22/9/23 14:00, Ani Sinha wrote:
>>> On 22-Sep-2023, at 4:12 PM, Philippe Mathieu-Daudé
>>> wrote:
>>>
>>> On 22/9/23 06:16, Ani Sinha wrote:
32-bit x86 systems do not have a reserved memory for hole64. On those
On 22/9/23 14:00, Ani Sinha wrote:
On 22-Sep-2023, at 4:12 PM, Philippe Mathieu-Daudé wrote:
On 22/9/23 06:16, Ani Sinha wrote:
32-bit x86 systems do not have a reserved memory for hole64. On those 32-bit
systems without PSE36 or PAE CPU features, hotplugging memory devices are not
> On 22-Sep-2023, at 4:12 PM, Philippe Mathieu-Daudé wrote:
>
> On 22/9/23 06:16, Ani Sinha wrote:
>> 32-bit x86 systems do not have a reserved memory for hole64. On those 32-bit
>> systems without PSE36 or PAE CPU features, hotplugging memory devices are not
>> supported by QEMU as QEMU
On 22/9/23 06:16, Ani Sinha wrote:
32-bit x86 systems do not have a reserved memory for hole64. On those 32-bit
systems without PSE36 or PAE CPU features, hotplugging memory devices are not
supported by QEMU as QEMU always places hotplugged memory above 4 GiB boundary
which is beyond the
On 22.09.23 06:16, Ani Sinha wrote:
32-bit x86 systems do not have a reserved memory for hole64. On those 32-bit
systems without PSE36 or PAE CPU features, hotplugging memory devices are not
supported by QEMU as QEMU always places hotplugged memory above 4 GiB boundary
which is beyond the
32-bit x86 systems do not have a reserved memory for hole64. On those 32-bit
systems without PSE36 or PAE CPU features, hotplugging memory devices are not
supported by QEMU as QEMU always places hotplugged memory above 4 GiB boundary
which is beyond the physical address space of the processor.
