And I wish you a merry Christmas!

W00t! I got $300 and an E-MU 1212m for Christmas! Good times are ahead! I'm already in contact with a guy who's selling me his Opteron 170 (been to 2.95 stable on air!) for $250 ($210 USD) over [H]ard, and it's great! Plus, me and Koz are going to work on my water cooling system tommorow during the day. Tubing comes first, then the pump and waterblocks, and the rad I'll have to go to Princess Auto in Grimsby for, but whatever, it'll be worth it!

Overclocking is Pain

Well, yea. It's painful. Stupid system is running out of power, therefore the FSB refuses to go above 280 MHz. I guess this means new PSU for Josh. In addition to the Opteron and RAM I want to get.

Goodbye Christmas money!

------------

2GB OCz Dual Channel DDR500 RAM: $350
Used Opteron 175 (>2.8 GHz): $250
OCz PowerStream 850 watt Power Supply: $200

The sound of Josh yelling at his shitty computer: Priceless.

There are some things money can't buy, for everything else, Josh wishes he had a MasterCard.

Review: ATi Radeon x1950 XTX

Reviews for graphics cards always have one thing in common: unnaturally fast base computers. It seems every review you read today is benched on a quad-core Conroe overclocked to 204398483 x 10¹⁰ GHz (I’m exaggerating, of course!) But it’s still a fact that these reviewers tend to use a CPU and motherboard way out of the realm of even the average enthusiast, let alone a conventional gamer or power user. Most of us are stuck using somewhat older technology: last-gen CPUs, 1 GB RAM, etc., not top of the line but still damn good for what we do.

It is in that vein that I write this review: I decided to purchase an x1950 and an ASUS A8R32-MVP Deluxe motherboard because I felt my x850 and my old AGP motherboard were beginning to show their age. I, however, only have an AMD Athlon 64 3500+ and 1 GB of OCz dual-channel RAM. These specs are much less than the most reviews, and I wanted to test the performance of my new card on this somewhat limiting system, both for my own curiosity and for the benefit of those out there who might be thinking of purchasing one of these cards in the near future.

And so, let the tests begin!

Test setup

I will be running an overclocked Athlon 64 3500+ with 1 GB memory. The specs are as follows:

AMD Athlon 64 3500+ (CPU clock 2400 MHz)
ASUS A8R32-MVP Deluxe (Chipset clock 240 MHz, HTT 3x)
1 GB OCz Platinum Dual-channel (RAM clock 240 MHz, 2.5 CAS)
1x Western Digital 160 GB HDD (PATA) for system
Onboard sound, LAN, etc.
Windows XP Professional x64 edition

And obviously, the graphics card is an ATi Radeon x1950 XTX PCIe.

The card out of the box

The first thing that caught my eye was the new cooler. It looked sweet in pictures, but it’s even cooler in real life. I also noticed that the card is quite heavy, much more so than my old x850, and longer too, but this is to be expected.

The card came with almost everything I needed for it to run (cables, drivers, etc). except it does not come with a Molex to PCIe power converter! Make sure you purchase one of these separate; though most sites tell you this part is included, it wasn’t in my BBATI box.

Upon installing the card, it was just the perfect length, not hitting my hard drives (which are installed backwards, cables facing the front and hidden) and leaving plenty of room for airflow. Turning the computer on, the cards stock fan speed is extremely quiet, but it offers little in the way of cooling at this speed (13%): upon entering windows and laoding ATiTool, the temperature with 2D clocks was over 50 degrees Celsius! Turning the fan speed up to 100%, it is a noisy beast, but still quieter than an x1900 XTX at 100%. However, the card is louder at 50% than the x1900 XTX at 50%. This just seems to be the trade-off.

This card, like newer ATi cards and nVidia cards of the last generation, changes clocks and voltages based on running applications: on the desktop when little graphical power is needed, the card switches to a much lower clock speed, fan speed, and core voltage, and when a 3D intensive program is loaded it immediately switches up to the higher clock speed, fan speed and voltage. Which this is good for the average user, it is a PAIN for any serious overclocker. Luckily, it can be disabled in one of two ways: If you’re using an old (pre-October 2006) version of ATiTool, you can disable the ATI Hotkey Poller service to prevent the clocks from switching. REMEMBER YOUR 3D CLOCKS AND VOLTAGES HOWEVER. Then, using ATiTool, create a profile with the 3D clocks and voltages and use that to play games. If you’re using the latest beta release of ATiTool (0.25 Beta 16), there are additional “x1000 Overclocking” features. One of these automatically loads 3D mode then turns off the service when ATiTool starts and prevents it from restarting until the computer restarts. This itself is very useful, (a) because it loads the 3D profile, not the 2D one, and (b) it saves you having to mess with services if you don’t want to. The downside is turning them off manually bugs ATiTool and it may not work properly.

Overclocking

My blog IS called “Diary of an Overclocker”, so not writing about the cards overclocking abilities would complete defeat its purpose!

Stock out of the box with no voltages changes, my card overclocked to about 680/1050. Pretty respectable, but it seems a bit limited. Pumping up the voltages to very high levels however (maxed out the vCore voltage and set vRAM at ¾ slider), I was able to get 735/1125 before getting major hardware artifacting. I consider these a damn good overclock, and the temperatures never rose above 60-65 degrees Celsius at 80% fan.

For my reviews, I will be using an overclocked card exclusively, with slightly lower speeds than my max:

GPU clock: 715 MHz
GDDR clock: 1098 MHz
VGPU: 1.525 volts
MVDDC: 2.285 volts
MVDDQ: 2.272 volts
VDDCI: 1.430 volts
Fan speed: <> 70 degrees, 100%

Test 0: Synthetic benchmarks

I’m not a big fan of synthetic benchmarks for reviews, mainly because their nature makes them CPU/RAM limited. However, for the sake of conformity, I’ve included two here: 3DMark 05 and 3DMark 06.

3DMark 05

Pretty standard stuff; a nice score, though it is a bit lower than anticipated.

Note: No Batch Size Tests were run.

3Dmark 06

MUCH lower than anticipated, but the low CPU score is most likely to blame.

Test 1: The Elder Scrolls IV – Oblivion

For this test, I will be running the game at 1280x1024, “Very High” quality, Tree and Actor fades maxed, Item and Object fades at ½, Grass off, exterior and interior shadows at ⅛, HDR on, Specular Dist at ½, no AA, all other settings to default. Relevant mods include the Natural Environments mod (HDR choices where available), all official Bethesda mods, and the Unofficial Oblivion Patch (latest version).

My test took me from the Chestnut Handy Stables outside the Imperial City straight through to the road branch on the other side of the lake. This crossing of the lake allowed me to witness water effects. I looked left and right throughout the test (to get the distant trees and mountains), and fired both arrows and spells to capture the effects. Finally, 2 humans and a horse at the end of the path, as well as many trees, rounded out the test. 60 seconds.

Total Frames Time (ms) Min. Max. Average
2774 60000 27 62 46.233

Test 2: Need For Speed – Most Wanted

Though the game is fairly old (2005 release), its graphics are still high-quality and it is still a good benchmark.

Resolution 1280x1024, all settings (including AA) maxed.

My test took me from the safehouse in Central Rosewood around the immediate area. NOS and speedbreaker were used for the effects. Several intentional collisions occurred as well to test particle emission. 60 seconds.

Total Frames Time (ms) Min. Max. Average
2550 60000 31 62 42.500

Test 3: Battlefield 2

Testing at 1280x1024, all settings maxed, 4x AA. Random gameplay around Daqing Oilfields with 16 CPU players. 60 seconds.

Note: The drop to low/mid-20s FPS was the result of textures and AI loading and was a system, not graphics, issue.

Total Frames Time (ms) Min. Max. Average
3317 60000 21 78 55.283

Conclusion

All in all, I feel this was an excellent purchase. Though it was a little pricey (a month ago, $550 CAD), this card performs beautifully, running all the above games (really the only ones I play) at my monitors max resolution without any problems.

A good purchase, even with a CPU/RAM-limited system.

Additional

Two more tests, Far Cry (x64) and Half-Life 2: Episode 1 are in the works, however I wanted to get SOMETHING published before Christmas!

Review in progress

I'm currently working on my review of my ATi Radeon x1950 XTX.

I know it's been awhile, but with all my computer problems I just havn't had time! Well, now the computer is up and running, and I've got 5 games to test with!

My tests will be as follows:

3DMark 05
3DMark 06
Need For Speed Most Wanted
Need For Speed Carbon
Company of Heroes
Battlefield 2
Oblivion

I play all these games, and I think they're a pretty good representation of the games out there. I physically can't play any games based off the Doom 3 engine (Doom 3, Quake 4) or the Half-Life/Source engine (Half-Life 2, Counterstrike), as they make me motion sick after about 5 minutes (don't ask), though I can get away with a bit of Half-Life 2, Episode One (about an hour), but I'm not a fan of the game so I'm not using it. As for the Unreal franchise, though I love the games none are really new enough for serious reviewing.

Any suggestions welcome, I won't begin reviewing until Tuesday.

Why life sucks.

In the past two weeks:

1. Got a new motherboard and video card.
2. Installed both and broke Windows.
3. Repared Windows.
4. Finally managed to overclock video card after tons of problems.
5. Broke Windows. Nay, shall I say, Windows broke itself. Crashing and whatnot.
6. Fresh install w/format.
7. Forgot to back up 8+ gigs of Stepmania songs and Oblivion mods. (>.<)
8. Manage to recover almost all of my important Stepmania songs, EXCEPT the ONE that I cared most about getting!
9. Windows works. Yay.
10. Begin working on a case lighting scheme.
11. Fry the controller board of my second HDD with EVERYTHING important on it (backed up from the format and my 30+ gigs of music), due to a combination of me stupidly shorting out my PSU and unknowingly overvolting the HDD.
12. Purchase an identical HDD model to replace the board.
13. HDD arrives next day. Thank you, NCIX Purolator shipping!
14. HDD has a new design of controller board (Thanks, Seagate, for buying Maxtor! /sarcasm) and therefore doesn't work.
15. Send old HDD in for recovery.
16. Hope they don't find my copious porn stash, that has some, shall we say, questionable images in it, that I've never been bothered to delete... (stupid Hentai torrents... grrrrrrrr, but I'm not too worried, there were only a couple pics, and there was 4+ gigs of just regular messed up Hentai shit [mostly yuri].).
17. Sit here listening to the *5* songs that I have on my computer because FrostWire refuses to connect to the network so I can get more.

I'm pissed off. Dumb computers.

The UPS Server Case!

Alright, since my parts STILL aren't in and probably won't be for ANOTHER two days or so, I'll post my current case mod, the UPS case.

Here's a picture of the whole thing:

As you can see, it's a very large (full tower) Pentium 1 server case. The standard ATX mobo looks puny in it!

So what I did is disassemble a UPS (the battery is dead, so it isn't in the picture. It will be at the bottom front) and put the various parts into the case, in essence making an all-in-one server case.

Here's a close-up of the wiring in the case:


Here you can see the transformer (bottom left), the ventilation fan (right above the transformer), the PCB with all the stuff on it (top; don't worry, there's plenty of space between it and the top of the case thanks to spacers!), and the back of the computer PSU (bottom right).

Here's a shot of the front of the case showing the PSU (note that this is from a previous version of the case, without the vent fan, hence the transformer position in the background):


...And here's the back (with the unit on) showing both the power cable (top left, beside the ventilation fan) and the UPS switch (lit up, on the bottom right by the video card):


Now the hard facts:

UPS (Uninterrupted Power Supply, for the uninitiated) maximum power: 450W
Computer PSU (Power SUpply) maximum power draw: 350W
Computer specs: AMD Athlon 2200+ @1.8GHz, 512 MB DDR RAM, 1x 40 GB HDD, 1x 8 GB HDD, whatever video card I can find (it's a server).
Additional future mods: Possibly adding a wall socket output for a monitor.

Still not here!

My parts are a bit late, so I havn't gotten them yet. Since I work for the next two days, I won't be able to do anything until Friday anyways. C'ya then!

...and it begins.

Well, hopefully my card and board come in tommorow, or at the latest Tuesday. Then the fun can start!

But first, why I'm doing this blog.

I love overclocking, tweaking, hacking, etc. It's fun, and for a while I've wondered, maybe it would be fun to just record all of my computer antics for the world (read: no one :P) to see. So, the result of that wondering, is this blog.

My setup right NOW is:

AMD Athlon 64 3500 at stock clocks (2000 MHz)
MSI K8T-Neo2 (AGP) at stock clocks (200 MHz FSB)
1 GB OCz Platinum low-latency RAM at stock clocks (200 MHz)
ATi Radeon 9200 AGP (My x850 just died on Friday, so with the new card comes a perfect time to start!)
Onboard sound and the like.

What I ordered:

ASUS A8R32-MVP Deluxe Crossfire
ATi Radeon x1950 XTX PCI-e