On Mon, Oct 16, 2017 at 3:24 AM, Neftin, Sasha wrote:
> On 10/11/2017 12:07, David Laight wrote:
>>
>> From: Jeff Kirsher
>>>
>>> Sent: 10 October 2017 18:22
>>> Intel 100/200 Series Chipset platforms reduced the round-trip
>>> latency for the LAN Controller DMA accesses,
From: Neftin, Sasha
> Sent: 16 October 2017 11:40
> On 10/11/2017 12:07, David Laight wrote:
> > From: Jeff Kirsher
> >> Sent: 10 October 2017 18:22
> >> Intel 100/200 Series Chipset platforms reduced the round-trip
> >> latency for the LAN Controller DMA accesses, causing in some high
> >>
On 10/11/2017 12:07, David Laight wrote:
From: Jeff Kirsher
Sent: 10 October 2017 18:22
Intel 100/200 Series Chipset platforms reduced the round-trip
latency for the LAN Controller DMA accesses, causing in some high
performance cases a buffer overrun while the I219 LAN Connected
Device is
On 10/11/2017 12:07, David Laight wrote:
From: Jeff Kirsher
Sent: 10 October 2017 18:22
Intel 100/200 Series Chipset platforms reduced the round-trip
latency for the LAN Controller DMA accesses, causing in some high
performance cases a buffer overrun while the I219 LAN Connected
Device is
From: Jeff Kirsher
> Sent: 10 October 2017 18:22
> Intel 100/200 Series Chipset platforms reduced the round-trip
> latency for the LAN Controller DMA accesses, causing in some high
> performance cases a buffer overrun while the I219 LAN Connected
> Device is processing the DMA transactions. I219LM
From: Sasha Neftin
IntelĀ® 100/200 Series Chipset platforms reduced the round-trip
latency for the LAN Controller DMA accesses, causing in some high
performance cases a buffer overrun while the I219 LAN Connected
Device is processing the DMA transactions. I219LM and I219V