Separate, but you'd be hard-pressed to prove that under normal circumstances.
Add another vote for the same. And add that "normal circumstances" will take you extremely far. Todays onboard NIC's are very dependable and perform quite well.
No difference in measurable performance. Onboard free's up space in the case and power consumption technically. It used to be putting it on a card had speed and stability advantages but that's not really the case anymore for well most circumstances.
There's no real good reason to not just use an onboard nic if your mobo comes with it.
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Straight_ManGeeky, in my own wayNaples, FLIcrontian
No difference in measurable performance. Onboard free's up space in the case and power consumption technically. It used to be putting it on a card had speed and stability advantages but that's not really the case anymore for well most circumstances.
There's no real good reason to not just use an onboard nic if your mobo comes with it.
Well, the onboard network chip does want a bit of system RAM for work space-- so real slow RAM (no longer an issue for most of the Icrontian used boards talked about here) would slow it down versus a discrete card with work RAM on board.
I use onboard NICs except in older systems with 10/100 Mbit onboard chips where I want to upgrade network flow to the Gigabit range, no issues with modern systems with Gigabit onboard nics there.
This is what it boils down to, with the exception of wanting gigabit transfer.
and there are now onboard gig PHY on mobos.
Separate adapters are usually because you want a access a collection of advanced features that an add-on adapter can support (802.1q or LACP trunking as examples).
Would a modern computer be smart enough to use both an onboard card and a dedicated card at the same time? My school network seems to limit bandwidth by machine so I'd imagine a second port would double my bandwidth?
Computers can be configured to use both network cards for their traffic, however, doing so generally requires special configuration on the network side which your school will most likely not be willing to do.
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Add another vote for the same. And add that "normal circumstances" will take you extremely far. Todays onboard NIC's are very dependable and perform quite well.
There's no real good reason to not just use an onboard nic if your mobo comes with it.
Well, the onboard network chip does want a bit of system RAM for work space-- so real slow RAM (no longer an issue for most of the Icrontian used boards talked about here) would slow it down versus a discrete card with work RAM on board.
I use onboard NICs except in older systems with 10/100 Mbit onboard chips where I want to upgrade network flow to the Gigabit range, no issues with modern systems with Gigabit onboard nics there.
This is what it boils down to, with the exception of wanting gigabit transfer.
and there are now onboard gig PHY on mobos.
Separate adapters are usually because you want a access a collection of advanced features that an add-on adapter can support (802.1q or LACP trunking as examples).
If you're talking about a busy webserver, however, you will definitely want a dedicated card.