Den 12.05.2017 01.56, skrev Eric Anholt:
BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
clocks, so to support panels on the Raspberry Pi we need to set a
higher pixel clock rate than requested and adjust the mode we program
to extend out the HFP so that the refresh rate
Den 12.05.2017 01.56, skrev Eric Anholt:
BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
clocks, so to support panels on the Raspberry Pi we need to set a
higher pixel clock rate than requested and adjust the mode we program
to extend out the HFP so that the refresh rate
On Thu, May 11, 2017 at 04:56:22PM -0700, Eric Anholt wrote:
> BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
> clocks, so to support panels on the Raspberry Pi we need to set a
> higher pixel clock rate than requested and adjust the mode we program
> to extend out the HFP
On Thu, May 11, 2017 at 04:56:22PM -0700, Eric Anholt wrote:
> BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
> clocks, so to support panels on the Raspberry Pi we need to set a
> higher pixel clock rate than requested and adjust the mode we program
> to extend out the HFP
BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
clocks, so to support panels on the Raspberry Pi we need to set a
higher pixel clock rate than requested and adjust the mode we program
to extend out the HFP so that the refresh rate matches.
Signed-off-by: Eric Anholt
BCM2835's PLLD_DSI1 divider doesn't give us many choices for our pixel
clocks, so to support panels on the Raspberry Pi we need to set a
higher pixel clock rate than requested and adjust the mode we program
to extend out the HFP so that the refresh rate matches.
Signed-off-by: Eric Anholt
---
6 matches
Mail list logo