Hello. I'm trying out NetBSD 8.0 (GENERIC) #0 on an old Intel Broadwell
NUC. I have a couple of USB3 portable HDDs plugged into it, each with an
encrypted FFS filesystem mounted via cgd. Doing an rsync from one to the
other it gets around 800GB through but can't finish it off: each time it
does a
On 2019-02-02 23:14, Michael van Elst wrote:
tlaro...@polynum.com writes:
Is the speed adapted to each connected device? Or does the serving card
fix the speed, during a slice of time, for all connexions to the minimum
speed?
Autonegotiation means that the card and the switch communicate and
tlaro...@polynum.com writes:
>Is the speed adapted to each connected device? Or does the serving card
>fix the speed, during a slice of time, for all connexions to the minimum
>speed?
Autonegotiation means that the card and the switch communicate and
agree on a speed.
>What is the "cost" of
tlaro...@polynum.com writes:
> I have a NetBSD serving FFSv2 filesystems to various Windows nodes via
> Samba.
>
> The network efficiency seems to me underpar.
I would recommend trying to test with ttcp or some such first, to
establish packet-handling baseline performance separate from remote
On Sat, Feb 2, 2019 at 10:18 AM wrote:
>
> Hello,
>
> I have a NetBSD serving FFSv2 filesystems to various Windows nodes via
> Samba.
>
> The network efficiency seems to me underpar.
>
> There is very probably Samba tuning involved. Windows tuning too. But a
> question arised to me about
Hello,
I have a NetBSD serving FFSv2 filesystems to various Windows nodes via
Samba.
The network efficiency seems to me underpar.
There is very probably Samba tuning involved. Windows tuning too. But a
question arised to me about miscellaneous speeds of ethernet cards
connecting to a card on
Don't forget that there are two NetBSD talks this yeat at FOSDEM:
https://fosdem.org/2019/schedule/event/netbsd_update/ (by me, 13:00)
and
https://fosdem.org/2019/schedule/event/kleak/ (Thomas Barabosch, 13:25)
On Fri, Feb 1, 2019 at 11:24 PM Dinesh Thirumurthy
wrote:
>
> Hi,
>
> This talk
>
