Hello!
On 08/17/2017 08:54 PM, Franklin S Cooper Jr wrote:
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to
Hello!
On 08/17/2017 08:54 PM, Franklin S Cooper Jr wrote:
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to
Hi,
On 08/10/2017 10:29 AM, Marc Kleine-Budde wrote:
> Hello,
>
> sorry for stepping in late
>
> On 08/10/2017 02:59 AM, Franklin S Cooper Jr wrote:
>> Various CAN or CAN-FD IP may be able to run at a faster rate than
>> what the transceiver the CAN node is connected to. This can lead to
>>
Hi,
On 08/10/2017 10:29 AM, Marc Kleine-Budde wrote:
> Hello,
>
> sorry for stepping in late
>
> On 08/10/2017 02:59 AM, Franklin S Cooper Jr wrote:
>> Various CAN or CAN-FD IP may be able to run at a faster rate than
>> what the transceiver the CAN node is connected to. This can lead to
>>
On 08/10/2017 05:05 AM, Sergei Shtylyov wrote:
> Hello!
>
> On 8/10/2017 3:59 AM, Franklin S Cooper Jr wrote:
>
>> Various CAN or CAN-FD IP may be able to run at a faster rate than
>> what the transceiver the CAN node is connected to. This can lead to
>> unexpected errors. However, CAN
On 08/10/2017 05:05 AM, Sergei Shtylyov wrote:
> Hello!
>
> On 8/10/2017 3:59 AM, Franklin S Cooper Jr wrote:
>
>> Various CAN or CAN-FD IP may be able to run at a faster rate than
>> what the transceiver the CAN node is connected to. This can lead to
>> unexpected errors. However, CAN
Hello,
sorry for stepping in late
On 08/10/2017 02:59 AM, Franklin S Cooper Jr wrote:
> Various CAN or CAN-FD IP may be able to run at a faster rate than
> what the transceiver the CAN node is connected to. This can lead to
> unexpected errors. However, CAN transceivers typically have fixed
Hello,
sorry for stepping in late
On 08/10/2017 02:59 AM, Franklin S Cooper Jr wrote:
> Various CAN or CAN-FD IP may be able to run at a faster rate than
> what the transceiver the CAN node is connected to. This can lead to
> unexpected errors. However, CAN transceivers typically have fixed
Hello!
On 8/10/2017 3:59 AM, Franklin S Cooper Jr wrote:
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to
Hello!
On 8/10/2017 3:59 AM, Franklin S Cooper Jr wrote:
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to discover these limitations at
runtime. Therefore, add support
Various CAN or CAN-FD IP may be able to run at a faster rate than
what the transceiver the CAN node is connected to. This can lead to
unexpected errors. However, CAN transceivers typically have fixed
limitations and provide no means to discover these limitations at
runtime. Therefore, add support
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