| Solwise 85 Mbps HomePlug Ethernet |
VeseNET 85 Mbps HomePlug Ethernet |
Solwise HomePlug Ethernet/Wireless |
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85Mbps Ethernet
HomePlug 1.0 Turbo |
NET-PL-85PE |
each
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NET-PL-85PE-TWIN
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each twin pack
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85Mbps
Ethernet
HomePlug 1.0 Turbo |
NET-PLA-85-E |
each |
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85Mbps HomePlug/54Mbps Wireless
HomePlug 1.0 Turbo
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NET-PL-85PEW |
each
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VeseNET 85Mbps HomePlug Triple Ethernet
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Solwise HomePlug AV Simple Connect & Mains Pass Through |
Solwise HomePlug AV Simple Connect
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85Mbps
Ethernet
HomePlug 1.0 Turbo, available as plug in or extended lead versions |
NET-PLA-85-3PE |
each
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NET-PLA-85-3E |
each
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New Product coming soon
200Mbps
NET-PL-200AV-PIGGY
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New Product
200Mbps
NET-PL-200AV-PUSH
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| Solwise 14 Mbps HomePlug Ethernet |
Solwise HomePlug ADSL Modem Router |
Solwise HomePlug AV /11n Router |
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14Mbps
Ethernet
HomePlug 1.0 |
NET-PL-14PE(EU) (Euro) |
each
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85 Mbps
HomePlug 1.0 Turbo
ADSL-SAR-605EH
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NET-PL-200AV11NRT
HomePlug AV
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Modem/Router,
1Ethernet port with 85Mbps HomePlug
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200 AV HomePlug,
4 port Wireless N Router
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(If you have a 3-phase supply, don't expect Powerline networking to work between phases. Most houses are supplied with a single-phase which is different to each of their neighbours, so Powerline communication between neighbours is unlikely.)
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| Homeplug vs 54g Wifi test
An obvious comparison when investigating Homeplug devices is to compare them against traditional wifi devices. Apart from the factors such as reliability and the important point as to whether the network simply works or not (a recent survey found that 25% of home wifi users have problems with connection reliability however the same survey found that for 99% of homeplug users their network worked first time, straight out of the box) one question is how the performance compares.
To try and answer this we decided to do a simple
back-to-back speed test comparing 14Meg Homeplug, 85Meg Homeplug
(called Homeplug Turbo), 200Meg Homeplug and 54Meg (11g) Wifi. The
results were very interesting. For the purpose of the experiment
we did a simple test involving transferring a 25MegaByte file between
a server and a windows PC. In this way we would try to emulate a
typical working network test. To be fair all round the mains used
for the Homeplug devices was clean and the Homeplug adapters were
plugged directly into ring main sockets (not extensions). The wifi
devices were Senao Prism chipset parts next to each other on the
same desk - the wifi signal was excellent.
These were the results:
PL14 - 14Meg Homeplug adapter: 7.5Mb/s
PL85 - 85Meg Homeplug Turbo adapter: 25Mb/s
PL200AV - 200Meg Homeplug adapter: 40Mb/s
54g Wifi - 14Mb/s
Interesting yes?! So this shows that 54g wifi was
a long way from 54Meg performance even with a perfect wifi signal!
When we moved one of the radio devices into the next room the wifi
speed went down by over 30%! It also shows that Homeplug turbo is
at least as good as perfect 11g wifi and, in our test, was actually
nearly twice as fast. It also shows that 14Meg Homeplug is really
quite good and certainly up to the task of most home/SOHO tasks
such as shared internet access and simple file sharing between PC's.
In fact I would guess that 14Meg Homeplug is perfectly adequate
for 90% of home users that simple want to distribute internet access
and, for those users, I would say that Homeplug Turbo is not worth
the extra cost. The new 200Meg (AV) units are blindingly fast and,
in our own tests, we were of the opinion that the measured performance
might have been distorted to some extent by the PC's involved i.e.
the PC's couldn't shift the data fast enough to keep up with the
adapters! Something for the speed freaks to consider but way outside
the requirements for the average home or office setup.


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