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Can someone get me up to date as to who the major players are in the bonded adsl arena.
All i know about is mweb, and vox
Opinions are welcome!
VOX (ala Fishbone), isn't a true bonding application - it's more a load balancer. 2 x 4MB lines = 4MB throughput, load balanced. 2 x 4MB lines = 8Mb throughput = bonded.
I though Fishbone was a bonded application im not 100% sure but i thought they split the traffic through the adsl lines and then then put it together at there datacenter therefore getting 8Mbps thats what i thought XDVOX (ala Fishbone), isn't a true bonding application - it's more a load balancer. 2 x 4MB lines = 4MB throughput, load balanced. 2 x 4MB lines = 8Mb throughput = bonded.
what about neotel fiber solutions?
Can someone get me up to date as to who the major players are in the bonded adsl arena.
All i know about is mweb, and vox
Opinions are welcome!
I'm reluctant to say this but we've been getting some nice speeds with Neotel fibre. Take note there installation time is just as bad as Telkom but once it's running it's not too bad.
With bonding I have yet to be impressed. Saw 3x 10Mb bonded adsl yesterday and most I could get was 10Mb tops.
I think fibre is a bit overboard, were wanting to switch providers and we only use the bonded solution for a browsing breakoutwhat about neotel fiber solutions?
Load balancing is the process of spreading out data streams across different connections. For example, say that we are on a two user network and user one is downloading an ISO. His data will go through connection one (assuming two ISP connections). When user two tries to use the internet, the load balancing router/software senses that connection one is busy and routes user two's data across the second ISP connection. In this situation, having two 1024kbps circuits does not mean that each computer has 2048kbps available to them, only 1024kbps (each computer only can use only one ISP circuit).
Circuit bonding*/muxing is a very different approach to increasing your bandwidth. Unlike load balancing, the bits of all clients are spread across all connections. So, unlike the above example, two 1024kbps circuits will equal 2048kbps (and each computer has all of that bandwidth available, unlike above). However this approach is much more expensive. Circuit bonding requires two routers and two devices called "muxs". One router and "mux" is placed at the ISP end and the other router and "mux" is placed at the customer end. You ISP must support this configuration as well, and often times providers will only do this type of connection with T1 circuits.
VOX (ala Fishbone), isn't a true bonding application - it's more a load balancer. 2 x 4MB lines = 4MB throughput, load balanced. 2 x 4MB lines = 8Mb throughput = bonded.
We have 4x4MB lines with Vox, when I do a speedtest I get the following, which equates to a +/- 11Mb line.Not sure where you heard that? According to Vox they are a bonding service. http://www.voxtelecom.co.za/fishbone.asp

if you jsut want it to increase general speed dont go through a bonded provider no point in providing high speeds like 12Mbps or 30 MBps just for browsing the only reason why i see it fit to bond lines is if you need to get increased upload since you can get max 512Kbps on adsl rather get something like zeroshell or untangle and set up load balancing
here is a extract explaining the difference:
So if you want to just use it for browsing load balancing option is perfect cause when you download a website you do it through one connection it opens up a new connection/request for each item on the page so images js files css files and then also the html file will all go through diffrent lines.
Also if you want to check out maximum download what you can do is download 1 file using a download manager and download it using multiple concurrent connections this would give you full line speed. Also using p2p software since it is also based on multiple concurrent connections will max out all X of your lines. At my office i have 4 ADSL lines and one 3g fail over. And the way it works lets say i goto google.co.za, the html data goes through line 1, the css file goes through line 2 the javascript file goes through line 3 and the image goes through line 4, so the load gets spread out across all lines also if my ADSL goes down all data gets rerouted through a 3g router cause it is set up as a fail over. And i spend R 0 on any software since it is all done by my zeroshell router.
This is the web outbreak for about 9 companies worth of terminal server users. Also wouold rather go with an officially supported product with SLA's then sit like a nob trying to get zeroshell back to life after various reasons