Re: [PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-10 Thread Stefan Roese
Hi Weijie, On 10.01.20 11:48, Weijie Gao wrote: Did you compare the boot speed with using SPL + main U-Boot vs U-Boot only? As far as I tested the difference of boot time should be less than 1s. 1 second is quite a lot of time. I prefer to stay with the non compressed boot configuration

Re: [PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-10 Thread Weijie Gao
On Thu, 2020-01-09 at 13:36 +0100, Stefan Roese wrote: > Hi Weijie, > > On 09.01.20 09:49, Weijie Gao wrote: > > On Thu, 2020-01-09 at 08:52 +0100, Stefan Roese wrote: > >> Hi Weijie, > >> > >> On 08.01.20 03:59, Weijie Gao wrote: > >>> This patch series are divided into two parts: > >>> > >>>

Re: [PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-09 Thread Stefan Roese
Hi Weijie, On 09.01.20 09:49, Weijie Gao wrote: On Thu, 2020-01-09 at 08:52 +0100, Stefan Roese wrote: Hi Weijie, On 08.01.20 03:59, Weijie Gao wrote: This patch series are divided into two parts: The main part is to rewrite the whole architecture code of mt7628: 1. Lock parts of the

Re: [PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-09 Thread Weijie Gao
Hi Stefan, On Thu, 2020-01-09 at 08:52 +0100, Stefan Roese wrote: > Hi Weijie, > > On 08.01.20 03:59, Weijie Gao wrote: > > This patch series are divided into two parts: > > > > The main part is to rewrite the whole architecture code of mt7628: > > 1. Lock parts of the d-cache for initial stack

Re: [PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-08 Thread Stefan Roese
Hi Weijie, On 08.01.20 03:59, Weijie Gao wrote: This patch series are divided into two parts: The main part is to rewrite the whole architecture code of mt7628: 1. Lock parts of the d-cache for initial stack so the rest of the code can be reimplemented in C. 2. Memory controller & DDR

[PATCH 00/16] Refactor the architecture parts of mt7628

2020-01-07 Thread Weijie Gao
This patch series are divided into two parts: The main part is to rewrite the whole architecture code of mt7628: 1. Lock parts of the d-cache for initial stack so the rest of the code can be reimplemented in C. 2. Memory controller & DDR initialization have been fully written to support