OK guys,
Attached is my workaround for this issue. Implemented and tested against
kernel from DVEVM 1.10.
Ivan
Ivan Tonchev wrote:
Hi Andy, Constantine,
We're interested in this item too.
Is this Kconfig change sufficient for what we want? I'm not sure, but
I think there is more to be ch
On Friday 23 March 2007 6:18 pm, Andy Ngo wrote:
> Hi guys,
>
> On a related USB item, can I built just "one" kernel image that can support
> either host or peripheral modes? Our hardware engineer is planning to use a
> Xilinx FPGA register to select the termination for the USB host/client
> conf
Hi Andy, Constantine,
We're interested in this item too.
Is this Kconfig change sufficient for what we want? I'm not sure, but I
think there is more to be changed. It seems to me that Host/Peripheral
mode is selected by Kconfig and hardcoded in kernel image. See
arch/arm/mach-davinci/board-ev
Yes, it is possibe.
You need to make a trick:
alter file drivers/usb/musb/Kconfig
comment a line:
config USB_MUSB_HDRC
#depends on USB || USB_GADGET
(tested on v1.1)
Then configure, compile an use.
On Fri, 2007-03-23 at 18:18 -0700, Andy Ngo wrote:
> Hi guys,
>
> On a related USB item, ca
Yes, it is possibe.
You need to make a trick:
alter file drivers/usb/musb/Kconfig
comment a line:
config USB_MUSB_HDRC
#depends on USB || USB_GADGET
(tested on v1.1)
Then configure, compile an use.
On Fri, 2007-03-23 at 18:18 -0700, Andy Ngo wrote:
> Hi guys,
>
> On a related USB item, ca
Hi guys,
On a related USB item, can I built just "one" kernel image that can support
either host or peripheral modes? Our hardware
engineer is planning to use a Xilinx FPGA register to select the termination
for the USB host/client configuration. Hence
we can configure USB for host or client b
Mhz is minimal ARM clock required for USB 2.0
Hi,
I got my answer from TI tech support:
"An ARM clock lower than 180Mhz violates
the minimum clock frequency requirement to the USB PHY.
The VBUS Clock feeding
onto USB Controller on the Switch side must be >= to the xclk, which is
Hi,
I got my answer from TI tech support:
"An ARM clock lower than 180Mhz violates
the minimum clock frequency requirement to the USB PHY.
The VBUS Clock feeding
onto USB Controller on the Switch side must be >= to the xclk, which is
the
necessary 60 Mhz PHY clock, used in our design f
