Looking on the internet deeply has found these results:

the bigger the buffer the is the most popular phrase on the web.

the higher value of x we 10 results on the web	the bigger the buffer the 1129 results on the web More popular!
Some examples and use cases from the internet:	Some examples and use cases from the internet:
It doesn't look like this phrase is very popular! The search could not find any examples on the internet.	Clearly the bigger the buffer the better but this is obviously not scalable so some account must be taken of system resource considerations�... However, I have found that the bigger the buffer, the faster the reads and writes. I mention this because you talk about 1024 and 2048. Try some�... 5. Statistical Multiplexing. 1. The bigger the buffer, the lower the packet loss. 2. If the buffer never goes empty, the outgoing line is busy 100% of the time. Statistical Multiplexing. Observations. 1. The bigger the buffer, the lower the packet loss. gg. , p. 2. If the buffer never goes empty, the outgoing line is busy 100%�...

the higher value of x we

10 results on the web

the bigger the buffer the

1129 results on the web

More popular!

It doesn't look like this phrase is very popular! The search could not find any examples on the internet.

Clearly the bigger the buffer the better but this is obviously not scalable so some account must be taken of system resource considerations�...
However, I have found that the bigger the buffer, the faster the reads and writes. I mention this because you talk about 1024 and 2048. Try some�...
5. Statistical Multiplexing. 1. The bigger the buffer, the lower the packet loss. 2. If the buffer never goes empty, the outgoing line is busy 100% of the time.
Statistical Multiplexing. Observations. 1. The bigger the buffer, the lower the packet loss. gg. , p. 2. If the buffer never goes empty, the outgoing line is busy 100%�...