John said:
Based on what you write the only way you are going to get that board
plugged in is by use of a big hammer. You see, the card is PCI and the
computer's slots are PCIe and, despite having three letters in common,
they are not compatible.
Startech makes a "low profile PCI to PCI Express" adapter.
http://www.amazon.com/StarTech-com-...5&sr=8-2&keywords=pci+to+pci+express+startech
Only true low profile PCI cards should be used. That means,
the card to be adapted, is short in stature, but so is the
provided faceplate. The AlliedTelesis card has a high profile faceplate,
and a low profile PCB, and the faceplate will cause a problem.
It turns out in this case, we don't really need the adapter,
but if the situation is right, a thing like that might work.
*******
Newegg has the AT-2701FX/ST-901 (PCI) for $146.41
http://www.newegg.com/Product/Product.aspx?Item=0AJ-0044-00004&ParentOnly=1
A second entry, is the AT-2711FX/ST-901 (PCI Express) for $117.99.
That would fit in a PCI Express x1 slot. So this is an option
for a newer computer, one where there are no long regular PCI slots.
http://www.newegg.com/Product/Product.aspx?Item=N82E16833379040
*******
And, you buy cards, according to the format of the thing
you're trying to plug into. If the router is wired
Ethernet, you'd buy a wired NIC and use regular CAT5
or CAT6 cables or the like. There is no point buying
a fiber optic card, then buying a media converter to
go from fiber to regular 100BT. Just buy a NIC that
does the 100BT directly.
There is nothing magic about the brand either.
The chip soldered to the card, is more important
than who makes the PCB.
In terms of the chips on the cards, Intel chips
soldered to the cards, might be a preferred kind.
That's if you have pictures of the card available,
and can make out who makes the networking chip on it.
I bought a card with a RealTek chip on it for GbE, and
I could only get 70MB/sec from it. So that's an example
of a less than stellar performance. I have Intel and
Marvell NICs that do 117MB/sec under the same test
conditions. The card that sits there unused, has an
RTL8169SC on it. Having tested it, that's one chip
I'll be avoiding in the future. (Got it at Best Buy.)
Paul