Thanks Giuliano
Is there any good documentation I can follow for my combination of
hardware?
I am trying to follow the example here..
http://www.juniper.net/techpubs/en_US/junos15.1/topics/example/rfc2544-benchmarking-test-layer-3-ipv4-service.html#jd0e654
But I only see the mode 'reflector' on
But for MX240, MX480 and MX960 you will need to combine SCB, MPC and MIC to
test the chassis ...
There is a lot of combinations and possibilities ... SCBE, SCBE2, MPC1,
MPC2, MPC3, MPC4, MPC5, NG-MPC-2 and NG-MPC-3. A lot of MIC types ... gig,
10gig, 40gig and 100gig ...
Are you going to test per
Hi Tomasz,
We are looking to run the test on a few different MX platforms (5, 80, 240,
480, 960)
On Thu, Feb 4, 2016 at 6:43 PM, Tomasz Mikołajek
wrote:
> Hi.
> You can configure rfc 2544 test. What Juniper device you have?
>
>
> W dniu czwartek, 4 lutego 2016 Shanawaz napisał(a):
>
>> Hey F
Hi.
You can configure rfc 2544 test. What Juniper device you have?
W dniu czwartek, 4 lutego 2016 Shanawaz napisał(a):
> Hey Folks,
>
> Are there any tools similar to iperf (or ttcp on cisco) that we can run
> between 2 Juniper routers (from the CLI or the shell) to test throughput
> between the
Hey Folks,
Are there any tools similar to iperf (or ttcp on cisco) that we can run
between 2 Juniper routers (from the CLI or the shell) to test throughput
between the 2 devices?
We are suspecting a hard rate-limit placed in an upstream ISP segment
between the 2 devices. It would be nice just to
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