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i wonder how much they going to try and the user pay if you want speed you must pay
Latency doesn't seem much better.. I'm getting pretty much the same latencies with HSDPA.. But what a rip off..
I can see the speed helping for things like E-mails and so forth. But to try and say speed = Latency got me a little confused
But thanx for the response![]()
Latency IS related to speed.
If you do 100Km/h or 200Km/h on your Honda over the same stretch of road do you do it in the same time?
But how much time will you save if you travel from JHB to CPT and back but you could only go faster on that one section of the road?
Geddit?
In the case of UPA, there is a substantial increase in speed (about a factor 3) in the RADIO UPLINK. So it must stand to reason that latency on that link will improve. But it's only one link in a long list of links that give you your gaming response.
"Latency IS related to speed."
but i get better latency on 384kbps dsl, not speed but the physical layer![]()
All this hype about 3.6 HSPDA and increased upload speeds.
I ran the trial period on the increased speed offering.
Guess what, I am back to 1.8
I felt the gain was not all that great, so maybe 7.2(when they can get backhaul from Telkom) wil be worth waiting for.
Vodacom should offer this service to all their clients on packages of 1gb per month or greater at no extra cost.
That would make them a leader instead of a follower.
They always seem to be trailing MTN.
By speed, do you mean the physical radio waves travel faster or do you just mean more kbps?In the case of UPA, there is a substantial increase in speed (about a factor 3) in the RADIO UPLINK. So it must stand to reason that latency on that link will improve. But it's only one link in a long list of links that give you your gaming response.
Hi V3G
I hear what you are saying. But still speed does not = Latency.
With your example as stated above that is one Honda not 2 different ones and it's the same road.
Now if you have to test HSUPA latency against the like of iBurst as an example. That is a completely scenario aint it ?
By speed, do you mean the physical radio waves travel faster or do you just mean more kbps?
Sub 300 pings are certainly impressive though...
If it's the same bike on the same road and you increase speed (bits/s), time (latency) must decrease.
But it seems you're trying to get a feel for how much closer to other type of services, it will be with the addition of UPA. And doing real-world gaming tests (over a longish period) will be the best bet.
The day I get radio waves to travel faster, I'm taking the whole myADSL forum on a 2 month piss-up.![]()
Kinda makes sense now. Higher bit-rate = less time wasted until next opportunity to send info = less delay = lower ping.No, I meant the speed at which you clock bits in and out the system, i.e. the bit-rate.
Thats the thing. You are increasing bitrate not speed. i.e. the ability to send many bikes down the same road in quick succession does not mean the first bike gets there any faster. And latency is all about how fast the bike can get to london and back.If it's the same bike on the same road and you increase speed (bits/s), time (latency) must decrease.
If that is the latency we can expect from such a high-speed service, they can keep it. I'm getting better on my 'sweet-ass' 384 ADSL.International latency was impressively low for a wireless service with an average ping time to Google of below 300ms and below 400ms to BBC. Locally ping times were around the 100ms mark.
And that is why you cant use UPA for gaming, as said in another thread increasing the uplink won’t improve latency. Don’t even get me started on packet loss on a radio interface...