|
By:
Jose Rubio
Date:
5/14/03
|
Kingston Hyper-X
256MB PC3000 DDR Memory Review
Kingston is a respected Memory maker, and
today we will be looking at Kingston's Hyper X PC3000 DDR modules. At
first sight, well, it just looks awesome. A bright blue heat spreader
and a green DDR module behind it. Let's take a look at it:

The packaging is ok, when I received it from Newegg.com, it had bubble
wrap around it to protect the module. There is a white label which seals
the memory, thus proof of opening the memory.
The memory is shelled in plastic, with the instructions under the
module.

The instructions are
very simple and give you some detailed information of how to install the
memory module and some troubleshooting tips.

The manufacturer specifications:
HyperX Enthusiast
Grade Modules:
-
Designed and built by the world's largest independent
memory manufacturer
-
High performance DDR memory tested at speeds up to
434MHz
-
CAS Latency 2 support for leading-edge performance
-
HyperX memory modules based upon latest specifications
and designs
-
Kingston's memory chips were custom-packaged for
Kingston and screened to support the rated speeds on multi-million
dollar testers
-
Backed by Kingston's reputation for quality and
support
Kingston HyperX Features:
-
Aluminum heat spreader for thermal diffusion
-
184-pin Unbuffered DDR Modules
-
333MHz settings: 2-2-2-5-1 (CAS Latency 2)
-
370MHz settings: 2-2-2-6-1 (CAS Latency 2)
-
400MHz settings: 2-2-2-6-1 (CAS Latency 2)
-
434MHz settings: 2-3-3-7-1 (CAS Latency 2)
-
PC2700 PCB height: 1.200" (30.48mm)
-
PC3000 PCB height: 1.200" (30.48mm)
-
PC3200 PCB height: 1.250" (34.78mm) double-sided
-
PC3500 PCB height: 1.200" (30.48mm)
This hyper-X module runs at 370 MHz, effectively (185 x 2) DDR. This is
not a standard FSB, what I mean is that in order to run this memory in
synchronization with the fsb, not overclocked, @ 133, 166 and 200 for
all AMD Athlon XP and Pentium 4 Proccesors. It runs at CAS 2, with very
low 2-2-2-6-1 latencies, comparative with the Corsair XMS PC2700 witch
runs at the same latencies.
The
module is single sided, but the aluminum heatspreader covers both
sides, thermal tape is used to bond the heatspreader to the memory
chips.


Some of the specs
come printed on to the heatspreader, which is also the warranty sticker.

The installation was of course, very simple like installing any memory.
The heatspreader does not block any other modules from being used, if
they are next to each other.
Testing Computer:
-
Soltek nforce2 75FRN-L motherboard
-
256 MB Samsung PC2700 module / 256 MB Kingston Hyper-X PC3000
module
-
Geforce3 Ti
-Athlon
XP 1700+ @ 2600
-Soundblaster
Live 5.1
-Enermax
300 watt PSU
-40
Gb WD HDD @ 7200 rpms
I have to say many things about this nforce2 motherboard. Ok, as we know
it, nforce2 is buggy. The MSI K7N2G-ILSR motherboard
also has been problematic in random crashes, and compability issues such
as PCI card- Sound blaster live wont work because of resources, TV card
doesnt work because the PCI clock is not 33.33 mhz exactly. In this
motherboard, I have seen some common thread errors like it will not boot
at 195+ fsb after you shut down the computer, it may be on at 205 Mhz
for 8 hours, but once you shut it off and turn it back on, it simply
wont boot, unless the fsb is about 190mhz or less. This is not the
memory or the cpu nor any PCI/AGP clocks, the BIOS are buggy. IRQ
resource errors with Soundblaster live cards is also a problem, and it
also only likes certain memory modules. For example, with the Samsung,
every day I had so set it lower and lower so it would be stable, it
degrades?, well the motherboard likes it less and less. The BIOS
revision C1.3L has not been updated by Soltek recently, they are working
on the 75-FRN2-L series with a much better, less buggier BIOS than this
one, so I'm disappointed that this product is hard to update.

If auto detection is used, it says it runs
at 166 MHz, this is because, like I said before the frequency isn't what
you would find in a Athlon XP CPU; 185 MHz isn't "suggested" so it finds
166 MHz the next best thing. Disregard the 1100 MHz Athlon since I reset
the motherboard.

The most stable
overclocking results, between 204 and 207 MHz. Regardless of how many
hours I benchmark in windows, it will not crash. The only problem is
that when I restart the computer, the BIOS doesn't like it, like if it
was too high, which it isn't. I blame the motherboard's bios for this,
the memory is great. With this being said, let's move on to the
benchmarks!
Testing Computer:
-
Soltek nforce2 75FRN-L motherboard /Shuttle KT333 motherboard
-
256 MB Samsung PC2700 module / 256 MB Kingston Hyper-X PC3000
module
-
Geforce3 Ti (240/550)
-Athlon
XP 1700+ @ 2600
-Soundblaster
Live 5.1
-Enermax
300 watt PSU
-40
Gb WD HDD @ 7200 rpm
I will be using Sisoft Sandra and 3DMarks 2001 SE to test this module.
- 3DMarks @ 2600+
overclocked:

- Sisoft Sandra 2003
SP1 @ 2600+ overclocked:

- 3DMarks @ 1700+
default:

- Sisoft Sandra 2003
SP1 @ 1700+ default:


The Hyper-X
looks great inside the ATC-220 case with a green cathode.
Conclusion
The Hyper-X DDR
memory flies, for 49 dollars, it competes with the Corsair PC2700 and
PC3200 which offer similar latencies and performance, only that they are
more expensive at 60-80 dollars. The problems lie in the buggy (but
powerful!) nforce2 motherboards, not in any way of this memory.
Pros:
-Very Fast
-Very Stable even
over 400 MHz (200 x 2)
-Relatively Cheap
-Great looking
heatspreader which also helps to get rid of the heat.
-No compatibility
issues with our motherboards (less than 200 Mhz)
-Low latencies
(2-2-2-6-1 Cl. 2)
Cons:
-None!
I'm proud to give
the Kingston Hyper-X PC3000 module a:
9.5/10

Techaddicts.net
would like to award this module with the Editor's Choice!
Home
©Techaddicts.net Networks, All rights reserved.
|