On Thu, 15 Feb 2018, Joel Wirāmu Pauling wrote:
If POF (Plastic Optical Fibre) like install methods can be scaled up
to Polymer/Glass runs (Sharpie knife slicing/jam into receptor). I
don't see this being the problem. Depending on the Sheathing fibre is
just as good as UTP cabling. Magnitudes
If POF (Plastic Optical Fibre) like install methods can be scaled up
to Polymer/Glass runs (Sharpie knife slicing/jam into receptor). I
don't see this being the problem. Depending on the Sheathing fibre is
just as good as UTP cabling. Magnitudes cheaper too.
When I learnt of POF I was excited,
On Thu, 15 Feb 2018, Joel Wirāmu Pauling wrote:
Again it's not the speed, it's the throughput. TB3 delivers near to what
my local x86 can do in terms of throughput. Also network should never be
slower than disc. Since NVME has been around this is no-longer true.
It's an unnatural order of
it's late /throughput/latency/%s
On 15 February 2018 at 00:45, Joel Wirāmu Pauling wrote:
> Aquantia 10GBase-T TB3 self powered, adapters are now available. They
> support 803.11bz.
>
> Again it's not the speed, it's the throughput. TB3 delivers near to
> what my local x86 can
Aquantia 10GBase-T TB3 self powered, adapters are now available. They
support 803.11bz.
Again it's not the speed, it's the throughput. TB3 delivers near to
what my local x86 can do in terms of throughput. Also network should
never be slower than disc. Since NVME has been around this is
no-longer
On Thu, 25 Jan 2018, Joel Wirāmu Pauling wrote:
Kia Ora (Hi in Māori).
Today I delivered my talk on 10Gbit(+) in the home at Linuxconf
Australasia. Some specific shout outs to those on the list who helped form
some of the content and especially for the continued efforts with FLENT
which I have