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Originally Posted by caph
I'm going to give you the benefit of the doubt, but please don't come back aggressively at me when you don't know what you are talking about.
If you're unsure or have a query about anything I've said then just ask, but please don't "tell" me what is clearly incorrect, it makes you look foolish and it wastes my time replying to you. It also detracts from the value of this forum.
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I would suggest you do the exact same thing. You're completely wrong so please stop talking nonsense and misleading people
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Benefit of the doubt ... switch segregates traffic based on IP addresses attached to each port.
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False. An ethernet switch segregates traffic based on ethernet addresses to each port.
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Therefore each port only receives directed traffic that applies to it. Do me a favour and install Wireshark on your PC, then start it running on your LAN interface. Next, start any traffic on any other port on your LAN and watch it magically appear in Wireshark
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That is exactly what it does
not do. Do me a favour. Verify your own facts before spouting nonsense. How about you go install Wireshark on your own PC then watch other traffic on your LAN not appear at all. I've already have it installed on all my PCs and spent enough time sniffing Superhub traffic several years ago. Then I started playing around with
this kinda stuff for a while and got bored of the Pooperhub. Yes, that is a 4x10Gb internet connection.
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due to the fact that the Superhub has a cheap hub and not in fact an intelligent switch.
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Completely wrong. It is a layer 2 ethernet switch and not a hub. Most fundamentally it's full duplex and by definition cannot be a hub. Furthermore if it were a hub, why does it have a Broadcom BCM53114KFBG
switch chip individually connected to each of its network ports? The same chip used in the
Netgear GS1053E ProSafe Switch? Why do the
Netgear base specifications indicate "Bridging" (a switch function) and "Spanning tree" (another switch function) and 802.1d MAC bridge (i.e.
ethernet switching standard)in it's feature list?
Get a clue. Superhub is a switch and is subject to all the vulnerabilities of a badly programmed switch.
---------- Post added at 09:39 ---------- Previous post was at 09:35 ----------
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Originally Posted by Qtx
On a side note, my sky hub (SR101) only has 100 and not gigabit ports. Obviously a switch type operation though as today I was ftp'ing some stuff between 2 machines at 11mb/s while downloading at 3.5mb/s and streaming a hight bitrate mkv to a wireless laptop from a hard wired NAS.
Not had a superhub but I would expect it to work in a similar way and not repeat all the packets out all all the ports, ala a hub.
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Hubs have been outdated for a decade. You'd be hard pressed to find a modern one to buy new even if you tried. I've never even seen a gigabit hub in existence, ever.
---------- Post added at 10:03 ---------- Previous post was at 09:39 ----------
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Originally Posted by ferretuk
I'm running DD-WRT on a WR1043ND. I don't use the wireless side though, so can't vouch for its performance in that area...
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I use a 2543ND, which IMO is the cheapest and best value any-band (well it's dual band but one-at-a-time) router with gigabit ports. Personally I stick with Atheros based kit not only because of superb open-source and developer community but they're also far more reliable and less buggy than Broadcom, Realtek or Ralink stuff.
The 1043 and 2543 share the same CPU speed and architecture and the 2543 manages 220Mbps WAN to LAN throughput, so I wouldn't expect the 1043 to be much slower.
In my opinion if you want the best value 2.4Ghz performance and the flexibility of occasionally switching to 5Ghz, get the TL-WR2543ND.
If you want future-proofing and simultaneous dual-band get the TL-WDR3600 or 4300. The hardware NAT acceleration on those new processors gives 800Mbps+ WAN to LAN throughput.
---------- Post added at 10:04 ---------- Previous post was at 10:03 ----------
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Originally Posted by sniper007
Really? How so? In that they over or under estimate WAN to LAn throughput?
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Under, but my comments mostly revolve around their wireless testing. WAN to LAN isn't too far off, though sometimes is.
I tend to get wireless results that are 2-3x higher than they do under the same conditions, and not to mention they spent ages testing with a broken setup with missing antennas, which doesn't give me much confidence either...