On Wed, 26 Aug 2020 13:59:18 +0530, Pratik Rajesh Sampat wrote:
> Cpuidle stop state implementation has minor optimizations for P10
> where hardware preserves more SPR registers compared to P9.
> The current P9 driver works for P10, although does few extra
> save-restores. P9 driver can provide
Pratik Sampat writes:
> On 26/08/20 2:07 pm, Christophe Leroy wrote:
>> Le 26/08/2020 à 10:29, Pratik Rajesh Sampat a écrit :
>>> Cpuidle stop state implementation has minor optimizations for P10
>>> where hardware preserves more SPR registers compared to P9.
>>> The current P9 driver works for
* Pratik Rajesh Sampat [2020-08-26 13:59:18]:
> Cpuidle stop state implementation has minor optimizations for P10
> where hardware preserves more SPR registers compared to P9.
> The current P9 driver works for P10, although does few extra
> save-restores. P9 driver can provide the required power
On 26/08/20 2:07 pm, Christophe Leroy wrote:
Le 26/08/2020 à 10:29, Pratik Rajesh Sampat a écrit :
Cpuidle stop state implementation has minor optimizations for P10
where hardware preserves more SPR registers compared to P9.
The current P9 driver works for P10, although does few extra
Le 26/08/2020 à 10:29, Pratik Rajesh Sampat a écrit :
Cpuidle stop state implementation has minor optimizations for P10
where hardware preserves more SPR registers compared to P9.
The current P9 driver works for P10, although does few extra
save-restores. P9 driver can provide the required
Cpuidle stop state implementation has minor optimizations for P10
where hardware preserves more SPR registers compared to P9.
The current P9 driver works for P10, although does few extra
save-restores. P9 driver can provide the required power management
features like SMT thread folding and core
