Phr30n,
Maybe so, but plenty of people who read this forum _do_ overclock
and thus would like to see oc results included. Your comment about
overclocking is ludicrous; both Intel and AMD now deliberately
target users who oc their CPUs, likewise there is a vast array
of mbds made with this aspect in mind, along with coolers, fans,
etc. The graphs already include stock results, so you have what
you want to know. The rest of us would like to see extra oc info
to satisfy what we want to know.
In many cases, overclocking a CPU is simple performance for free.
If you don't want to do it that's fine, but don't suggest that
others should not do it merely because you don't - that's just daft.
Besides, the nature of the Turbo Boost function in i5/i7 chips,
and AMD's future plans, show that both companies can see a degree
of automatic 'overclocking' (I use the word with caution) when
multiple cores are not needed is the best way to go in order to
make maximum use of available thermal limits for a given workload.
This isn't really overclocking of course since the chip is merely
boosting its clock rate to a level that is within specified
normal limits, as a natural function of how it works, but the
function has nevertheless been the cause of argument on most
forums. Within a few years, there will be no such thing as 'stock
speed', so will you turn off this function in any future chip you
buy? I think not.
Modern x86 CPUs have a huge amount of headroom and I see nothing
at all wrong with wanting to make the most of what is possible.
I infer from the way your comment is worded that you don't know
anything about overclocking, so how can you make such judgements?
For the system I built for my brother, using a better cooler to
boost his stock 2.4GHz Athlon64 3400+ up to 2.76GHz resulted in
a huge improvement for games such as Stalker. It made all the
difference. Soon I'll be building a new rig for him, most likely
an Athlon II X4 620 boosted to at least 3.3, more if possible.
You're free to stick with your stock speeds. Everyone else will
be happy with their oc's, higher frame rates and faster execution
times.
One other thing: oc'ing hardware does mean one learns about this
technology. That can only be a good thing. I can't imagine how
else the next generation of tech fanatics can be encouraged to
enter this field. When I was in my teens (mid-1980s), writing
programs for 8bit/16bit systems was all the rage. But it's nigh
on impossible to write one's own programs for PCs these days (way
too complex) so IMO hardware modding and oc'ing is the modern-day
equivalent of the early/mid-80s coding culture. As such, I believe
it serves a very useful function in encouraging future engineers,
etc. In the past I was scornful of the bottom-up construction
nature of PCs, looking at the technology as I did from the
viewpoint of an SGI user, but in one respect I was wrong: without
doubt, hardware modding/overclocking helps push the technology,
and as others have pointed out in many cases it enables problems
to be identified earlier than otherwise be the case.
I don't have the time/resources to attempt extreme overclocking
using water, NO, etc., but to those who do I say, I salute you!
I just hope that some of you do end up becoming the next
generation of CPU/mbd designers, etc.
Ian.
PS. Here's a
typical later example of the programs I used to
write, in this case a complete word processor in 68000 asm for
the Atari ST.