Explain how Im wrong or youre just trolling.
If you want normal browsing to "feel faster" they would need to reduce ping a good deal. That 8MS you see there does not even come close to representing normal ping in casual browsing. It would be around 10x-20x more at least.
I'm not sure exactly what you were trying to get at with the above statement, but it shows that you have absolutely no grip on networking or how traffic travels through the internet. Pings (ICMP traffic) are always going to be sent "best effort", meaning that they receive no special service, and get there "as fast as they can".
You say, "they would need to reduce ping a good deal". I have literally no clue that means. You act like ping is a switch that they can just flip, or an option in Windows that can be altered. Ping is the time it takes to get from point A to point B and back - that's it.
Then you say "That 8MS you see does not even come close to representing normal ping in casual browsing". ... Ok... Wait, what? Sure, you could ping the web server you are accessing, and that will give you an idea of the latency between you and the site, but what you said just makes no sense.
Sorry if I came off harsh, but if you don't know what you're talking about, then read up on it - don't try to act like you know what's up. Maybe I misunderstood what you were saying?
Higher throughput and ping times are mutually exclusive.
Also, the comment above. They are not mutually exclusive in any way AT ALL.
Imagine you have a water pipe leading to your house. Suppose it takes exactly 5 seconds for water to come from a water facility to your house. The pipe is big enough that you can receive one gallon of water per minute. In this case: Ping time = 5seconds, max throughput = 1gallon/min.
Then, surprise, the water company just gave you a bigger pipe for free! Now the pipe is big enough that you can receive 2gallons per minute! Unfortunately, it still takes 5 seconds to get from the facility to your house. In this case: Ping time = 5seconds, max throughput = 2gallon/min.
Now. The change that they made. Did it affect your ping time? Under normal circumstances, no. Let's get a bit more complicated, though:
BEFORE the change, you could take a shower and it was no big deal - BUT if someone flushed the toilet, your shower would lose pressure. This is because the pipe wasn't big enough for the burst of water necessary. Some of the water that should have been in the shower was delayed, but eventually it caught back up. Before the flush, ping time = 5sec. During the flush, ping time = >5 sec (something longer, for the shower at least, in this case).
AFTER the change, you can take a shower AND flush at the same time. You have enough bandwidth to handle both. Because you are never using the whole pipe, your ping time is always 5 seconds.
Now obviously these analogies aren't spot on, and it's probably apparent that I have no idea how water gets to and from my house, but there you go.