Client seeing repeated yahoo DNS resolve failures against multiple domains
for email, despite all other recursive resolvers having no issue.
Please contact me off list.
/kc
--
Ken Chase - k...@heavycomputing.ca Toronto Canada
Heavy Computing - Clued bandwidth, colocation and managed linux VPS
Interesting! Knowing a pi costs approximately $35, then you need
approximately $350 to get near an i5.. The smallest and cheapest desktop
you can get that would have similar power is the Intel NUC with an i5 that
goes for approximately $350. Power consumption of a NUC is about 5x that of
the
As it turns out, I've been playing around benchmarking things lately
using the tried and true
UnixBench suite and here are a few numbers that might put this in some
perspective:
1) My new Rapsberry pi (4 cores, arm): 406
2) My home i5-like thing (asus 4 cores, 16gb's from last year): 3857
3)
Freddy, did you get your test up ?
I too am facing the same BGP scalability constraints as you are, and the only
real viable solution seems to be filtering.
snip
I'll probably will setup a small test environment to see if this
actually works as expected.
Best Regards,
Freddy
On May 8, 2015, at 10:24 PM, char...@thefnf.org wrote:
Pi dimensions:
3.37 l (5 front to back)
2.21 w (6 wide)
0.83 h
25 per U (rounding down for Ethernet cable space etc) = 825 pi
Cable management and heat would probably kill this before it ever reached
completion, but lol…
This
On Mon, May 11, 2015 at 1:37 PM, Clay Fiske c...@bloomcounty.org wrote:
On May 8, 2015, at 10:24 PM, char...@thefnf.org wrote:
Pi dimensions:
3.37 l (5 front to back)
2.21 w (6 wide)
0.83 h
25 per U (rounding down for Ethernet cable space etc) = 825 pi
The parallella board is about the
Pi dimensions:
3.37 l (5 front to back)
2.21 w (6 wide)
0.83 h
25 per U (rounding down for Ethernet cable space etc) = 825 pi
You butt up against major power/heat issues here in a single rack, not
that it's impossible. From what I could find the rPi2 requires .5A
min. The few SSD specs
Rather then guessing on power consumption, I measured it.
I took a Pi (Model B - but I suspect B+ and the new version is relatively
similar in power draw with the same peripherials), hooked it up to a lab
power supply, and took a current measurement. My pi has a Sandisk SD card
and a Sandisk USB
- On May 11, 2015, at 5:36 PM, Peter Baldridge petebaldri...@gmail.com
wrote:
Pi dimensions:
3.37 l (5 front to back)
2.21 w (6 wide)
0.83 h
25 per U (rounding down for Ethernet cable space etc) = 825 pi
You butt up against major power/heat issues here in a single rack, not
that
On Mon, May 11, 2015 at 3:21 PM, Randy Carpenter rcar...@network1.net wrote:
That is .8-1.6A at 5v DC. A far cry from 120V AC. We're talking ~5W versus
~120W each.
Granted there is some conversion overhead, but worst case you are probably
talking about 1/20th the power you describe.
Yeah,
On Mon, 2015-05-11 at 14:36 -0700, Peter Baldridge wrote:
I don't know how to do the math for the 'vat of oil scenario'. It's
not something I've ever wanted to work with.
It's pretty interesting what you can do with immersion cooling. I work
with it at $DAYJOB. Similar to air cooling, but
On 05/11/2015 06:21 PM, Randy Carpenter wrote:
That is .8-1.6A at 5v DC. A far cry from 120V AC. We're talking ~5W versus
~120W each.
Granted there is some conversion overhead, but worst case you are probably
talking about 1/20th the power you describe.
His estimates seem to consider that
Maybe I messed up the math in my head, my line of thought was one pi is
estimated to use 1.2 watts, whereas the nuc is at around 65 watts. 10 pi's
= 12 watts. My comparison was 65watts/12watts = 5.4 times more power than
10 pi's put together. This is really a rough estimate because I got the
NUC's
Did I miss anything? Just a quick comparison.
If those numbers are accurate, then it leans towards the NUC rather than
the Pi, no?
Perf: 1x i5 NUC = 10x Pi
$$: 1x i5 NUC = 10x Pi
Power: 1x i5 NUC = 5x Pi
So...if a single NUC gives you the performance of 10x Pis at the capital
cost
14 matches
Mail list logo
