The packaging for the memory
is pretty minimal. Then again, how much packaging do you really need
for a couple sticks of memory? Here’s a shot of the front and back, so
you can see what I mean:
The package itself isn’t much
bigger than the memory it holds, as you can see above. There are some
short instructions inside, as well. One of the things I like about
this memory is that the heatsinks are quite attractive. No, this means
nothing at all when it comes to performance, but with today’s computers
with windows and internal lighting, every little bit helps. Here’s a
couple shots of the memory, front and back:
Now that I had the memory out
of the package, it was time to install it. This was easy enough, since
the EPoX motherboard has color coded DIMM slots for dual channel memory.
There’s not much to it,
really. Just line them up correctly and push down until they click
into place. A word to beginners: always ground yourself before
installing or handling any PC components. Static electricity can and
will destroy expensive equipment if it gets the chance.
Let’s do some benchmarking and overclocking to see what performance we can squeeze out of it.
Benchmark Tests Patriot Dual Channel
For starters, for some reason
my EPoX motherboard kept setting the timings by default to 3-4-5-8,
which is incorrect. I saw an immediate speed increase when I set the
timings accurately. Here is a quick look at CPU-Z that shows the SPD
default timings for 200 MHz and 250 MHz.
Here is the memory after I corrected the motherboard’s default voltage at 200 MHz.
I began the process of
overclocking the motherboard by adjusting the FSB and the core voltage
of the CPU. Being that my test rig is using air cooling, I wasn’t able
to really push the memory as far as it could go, but where I got was
impressive all alone.
I was able to increase the FSB
to 255 MHz, which brought the CPU from 2.2 GHz to approx 2.8 GHz.
Then, I was able to adjust the memory timings (EPoX has great
overclocking features in their BIOS). I was able to adjust the memory
from 3-4-4-8 to 3-4-3-6 before I began to see any instability. I am
quite certain that with a better cooling solution, I could have
overclocked the whole rig even further. I got the best results when I
overclocked the FSB and the memory together. Let’s take a look at the
before and after performance benchmarks.
Benchmark Patriot Dual Channel 2GB DDR 500 (PC 4000)
Here’s my test rig:
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EPoXEP-9U1697-GLi Motherboard
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AMD 643700+ San Diego @ 2.8 GHz
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-
Take a look at how the memory and FSB overclock influence a Sandra benchmark.
As you can see, the memory
really shines when it is overclocked, and it runs extremely well in
those conditions. Here’s what SuperPi had to say on the matter:
And finally, take a look at how it affects the FPS in FEAR:
We’ve seen an increase in overall performance across the board. This memory overclocks very well.
Recommandation
With all of the memory out
there on the market, it’s sometimes hard to pick the right one for your
rig. If you are looking for a good performance 2 GB kit with
intentions of overclocking your system, these sticks are the real
deal. I couldn’t even push my system far enough to make the memory
miss a step, but what I was able to pull out of it was quite
impressive. Let’s run through the highs and lows:
Highs:
-
Overclocking friendly and easy
-
500 MHz (PC4000) gives lots of headroom for overclocking PC3200 systems
-
-
Integrated heat spreaders
-
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Good price ($155 after $35 rebate, at the time of this writing)
Lows:
I would have to say, for a
premium 2gb kit, this is an incredible value. Even without the rebate,
at $190 the price is still quite competitive. This is serious ram, for
serious enthusiasts. I would be remiss if I didn’t give this memory a
perfect 10, and give it the XTReview.com Hardware Recommended award.