Showing posts with label Graphic Cards / Video Cards. Show all posts
Showing posts with label Graphic Cards / Video Cards. Show all posts

Thermalright CPU | VGA | MEMORY Fanless Cooler

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Lots of CPU and VGA cooler are now being released on the market but here are some heatsink/cooler that stand on the crowd. Thermalright is one of the top CPU and VGA cooler on the market, what makes it different is its capability to dissipate heat even without fan... you heard it right "without fan". That means that you can have a quiet and 0dB environment without sacrificing your computers temperature. Here are some pictures using Thermalright heatsink for each component.

click on the images for higher resolution

CPU: Thermalright IFX-14 with 120mm fan and backside heatsink
MEMORY:
2 Thermalright HR-07 type L
VIDEOCARDS:
2 Thermalright VGA heatsink with fan
(fans are optional)


CPU: Thermalright HR-01 plus with backside heatsink
MEMORY: 2
Thermalright HR-07 type L and 2 HR-07 type H
VIDEOCARD: Thermalright VGA heatsink
MOTHERBOARD CHIPSET: 2
Thermalright chipset heatsink

CPU: Thermalright IFX-14 heatsink
MOTHERBOARD CHIPSET: 2 Thermalright chipset heatsink

CPU: Thermalright ULTRA-120A heatsink
MEMORY: 2
Thermalright HR-07

not quite sure if this casing is with Thermalright but its a very nice modification anyway...


But that's not all, Thermalright included attacheable clips so you can add any 80mm fan for their VGA heatsink and any 120mm fan for CPU heatsink (see pictures below), several small heatsink for VGA-memory/VRAM are also included together with installation manual for easy referrence. Thermalright also released copper-type heatsink for VGA and CPU.

Thermalright TRUE-copper heatsink for CPU

Thermalright V2 VGA cooler (copper-type heatsink)
80mm fan add-on for VGA heatsink

VGA: VRAM heatsink are also available


Backside heatsink are also available for CPU and VGA making sure that no heat can escape for both (pictures below).

Thermalright HR-11 VGA Backside heatsink

Thermalright IFX-10 CPU Backside heatsink


Top-10 PC cooler by frostytech
click on the image for higher resolution

Using Intel CPU

Using AMD CPU
Click here to see the complete review on Top-10 by frostytech

For More info, visit Thermalright official website

How to overclock NVIDIA chipset videocards / graphic cards

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There are few things you need to consider before overclocking your NVIDIA chipset videocard.



Things to consider:

>> If your videocard still with warranty...do not overclock it. Overclocking and upgrading the heatsink will void its warranty.
>> Make sure you videocard is an Nvidia chipset.
>> Second is your heatsink, you need to keep in mind that overclocking will definitely increase your videocard's temperature. So you need to upgrade your videocard's stock heatsink. I prefer using large copper-type heatsink or if you're rich enough, buy a liquid-cooling system. Those 2 can dissipate heat faster compared to stock :D (We will be upgrading the heatsink on STEP 10)
>> Check and take note your videocards average temperature for 1-hr usage before replacing your videocard's stock heatsink and overclocking. You can download the NVIDIA overclocking/monitoring tools HERE. Install it then go to START MENU > ALL PROGRAMS > NVIDIA CORP > NVIDIA SYSTEM MONITOR to see the average temperature.

Copper-type heatsink













Liquid-cooling

















Proceed with OVERCLOCKING steps below once you meet the requirements above...

1. Install the NVIDIA overclocking and monitoring tools
2. Take note of the average temperature of your videocard before replacing your videocard's stock heatsink and overclocking like i mentioned above...lets assume that your average temp is 35-degrees celcius for 1-hr usage
3. Now go to START MENU > ALL PROGRAMS > NVIDIA CORP > NVIDIA CONTROL PANEL > PERFORMANCE













OPTIONAL PERFORMANCE TWEAK: Select the "adjust image settings with preview" tab on the left. Below the preview, select "USE MY PREFERENCE EMPHASIZING:" then drag the arrow below it leaning towards the PERFORMANCE side. You can skip this step if you want your card's settings to be BALANCE (by default) between performance and quality

4. Select the "PERFORMANCE" tab on the left then choose "DEVICE SETTINGS" below it
5. On the right, select the "CUSTOM" then take note the default value of CORE CLOCK and MEMORY CLOCK...lets assume that default values are CORE CLOCK: 400 and MEMORY CLOCK: 333, like whats on the picture below



















6. Now press the "FIND OPTIMAL" button, this tool will find/suggest the optimal overclock for CORE and MEMORY...lets assume that the suggested are CORE CLOCK: 632 | MEMORY CLOCK: 425
7. Click the "TEST" button so the system can check the suggested settings...if test are successful, click the "APPLY" button on the lower part of the window.
8. Go to START MENU > ALL PROGRAMS > NVIDIA CORP > NVIDIA SYSTEM MONITOR again to check the difference on the temperature...lets assume that you now got 41-degrees celcius (after overclocking), thats 6-degrees higher compared to the average temp: 35-degrees celcius (before overclocking)
9. All the values we got are...

DEFAULT VALUES with STOCK HEATSINK
CORE CLOCK: 400 mhz
MEMORY CLOCK: 333 mhz
with 35-degrees celcius for 1-hr usage


SUGGESTED/OPTIMAL
OVERCLOCK VALUES with STOCK HEATSINK
CORE CLOCK: 632 mhz
MEMORY CLOCK: 425 mhz

with 41-degrees celcius


10. To address the increase in temperature, turn-off your PC. Now upgrade/replace the stock heatsink with the new one, make sure you clean the chipset surface before applying the thermal paste that came with the new heatsink.
11. After upgrading/replacing your heatsink, take note your videocards average temperature again for 1-hr usage using SUGGESTED/OPTIMAL OVERCLOCK VALUES (CORE CLOCK: 632 | MEMORY CLOCK: 425) ...lets say that the temperature now decreases to 34-degrees celcius

SUGGESTED/OPTIMAL OVERCLOCK VALUES with NEW HEATSINK
CORE CLOCK: 632 mhz
MEMORY CLOCK: 425 mhz

with 34-degrees celcius


12. Your videocard is now overclocked while maintaining the default temperature 34-35
degrees celcius using the new heatsink.
13. Try testing the new videocard settings on any 3D games. My suggestion is Call of duty 4 since you can display the FPS on it for easy referrence ;-) ...but any 3D games will do.



"All the CLOCKS used here are the values I got when I overclocked my own videocard before"

What games & image quality can my VideoCard Play?

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VII. What games & resolutions/image quality can my Video Card Play?

This compilation was done by Guru3d.com and i thought it best to add it under the request of other members. :) Note that only recent cards are included and please do not request for other cards/games from me since i wasn't the one who compiled this.

From Guru3d:
Examples how you could use these charts:

* If you want to purchase a certain graphics card, yet do not know how well a certain game will perform at 1280x1024. You just check the card versus resolution and look at the color coding or pictogram for your answer.
* You want to play F.e.a.r at a decent framerate at 1600x1200. What would be the cheapest card for that ? Just look up F.e.a.r. versus 1600x1200 and observe where performance is acceptable enough for you.

Test Setup:

*
nVIDIA nForce 680i SLI (eVGA) (FOR SLI)
Asus P5E3 Deluxe X38 (For CrossFire)
nVIDIA nForce 790i SLI (For 3-Way and Quad SLI)
*
Core 2 Duo X6800 Extreme (Conroe)
Core 2 Duo E8400 (Penryn)
Core 2 Extreme QX9770 (For 3-Way and Quad SLI Tests
* 2048 MB (2x1024MB) DDR2 CAS4 @ 1142 MHz Dominator Corsair
2048 MB (2x1024MB) DDR3 1333 MHz Corsair
* Enermax Galaxy 1000 Watt Power Supply
* WD Raptor 150 GB
* Dell 3007WFP - resolutions up-to 2560x1600

OS related Software

* Windows Vista 32-bit
* DirectX 9/10 End User Runtime
* Latest graphics cards drivers available
* NVIDIA nForce 590/680iplatform driver 9.53


This is gonna be long... First UP!!
3DMark 06
Default Settings

External Image


3DMark Vantage
Default Settings (Performance)

External Image


Crysis V1.1
Medium Graphics settings (DX10 where compatible), No AA, 16X AF

External Image



Call Of Duty 4
All Settings MAX, 4x Anti-Aliasing, 16X AF

External Image


F.E.A.R
All Settings MAX,Soft Shadows Disabled, 4x Anti-Aliasing, 16X AF

External Image


Ghost Recon Advanced Warfighter 2 (GRAW2)
* Edge Smoothing Anti Aliasing
* 16x anisotropic filtering
* Dynamic shadows HIGH

External Image



FrontLines: Fuel For War (GRAW2
External Image


Warfront: Turning Point
4x AA
16x anisotropic filtering

External Image



World In Conflict
Medium Dx9
4x AA
16x anisotropic filtering

External Image


S.T.A.L.K.E.R
* In-game Software Anti Aliasing enabled
* 16x anisotropic filtering
* Dynamic lighting enabled

External Image


LASTLY

Enemy Territory - Quake Wars
* 4x Anti Aliasing
* 16x anisotropic filtering
* Soft Particles disabled (as it's not supported by the Radeon HD cards).

External Image


Again, this all came and was done by Guru3d.com. Hope this may help you in your problems/inquiries. :)


if you want to learn more about graphic cards / video cards performance, speed, ranking and benchmark, (click here)

Video Card AVOID list

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I know a lot of you guys are lost when it comes to videocard specifications. I found this on tipidpc... just want to share this guide/referrence with you, enjoy!


NOTE:
These are mostly based on PC-EXPRESS and various tipidpc sellers' price lists


AVOID THE FOLLOWING:

I. PCI

well actually, you only have the MX440, FX5200 and FX5500 to contend with.. and ALL of them should be avoided because they are overpriced and perform poorly compared to AGP and PCI-E cards of the same price

II. AGP 2/4/8X
ATI
Radeon 7000 = really really really old. did i say it's really old?
Radeon 9200/9250 = DirectX 8 pa to.
X700/9550SE/9550ULTRA/9550pro = very slow and very old. Unless the most graphically intensive game you're gonna play is DOTA, avoid.
9600XT = A 7600GS AGP for 4k is even faster than a 9800XT in Crossfire! (if ever there is one -which of course there isn't ) hehehe
9700Pro/9800Pro/9800XT - A 7300GTDDR3 will beat the crap out of these old school "monsters"
X1300pro = Being similarly priced as its bigger X1600 bretheren, and bested by its Nvidia competitor the 7300GT, this overpriced card is not a good deal.
NVIDIA
Geforce 2 MX400/Geforce 4 MX4000/MX440 etc.. = old outdated technology and sometimes overpriced. AVOID at all costs. Geforce4 MX440 is just a Geforce 2 MX400 on steroids. Don't be deceived.
Geforce 3 Ti300/500 = Magmano kayo when you see these because they should have been buried a long time ago. Still if you see a used one selling for only around 300 bucks, then it's a steal :)
Geforce 4 Ti4200/4400/4600/4800 = Once king of the hill 5 years ago is no longer an option to buy..Even for second hand.
Geforce FX5200/5500/5600/5700/5800/5900 = many people fall for this especially the 5200... poor shader performance, and very deceiving despite their costs. (many people will think.. ok na to geforce 5 naman eh. WRONG.)
Geforce 6600 series = these older gen cards should have died along with its 5 series predecessors. If you really need to have one of these, make sure to stay away from the "LE" ones.
Geforce 7600 512mb DDR2 = This is marketing at its best, giving people delusions of greater speed with 512megs of memory. But the truth is, the 7600 128bit architecture won't be able to fully use this to its advantage, making it just the same speed with the 256mb version. Get that instead.

III. PCI-Express 1.0/2.0
ATI
X300/X550/X700/X700Pro = very old and very slow. period.
X1300hi mem/X1300 = also old and slow.
X1300PRO = "No Thank you. For the same price, im way faster than you!" - 7300GT DDR3
X1550 = this is an X1300 on steroids.
X1600PRO/X1600XT = the newer HD3xxxs are out and for the same price
X1650XT = Now that the affordable 8500/8600 series has come, i dont see any reason to buy this.
X800GTO/X800GT - SM2.0 lang, getting old narin because it's twice more expensive and just a bit faster (the GTO) than a 7300GT ddr3.. the X800GT is even slower.
X800XL/X800XT/X850XT = Thankfully nobody's selling these anymore! If you see one, they're not worth any more than 1.5k :)
X1800XT 512MB = its more expensive yet slower than an X1900XT 256/512mb. also try to avoid any other X1800 series of cards as newer, faster and cheaper alternatives are already out
X1900XTX / X1950XTX = Yup the HD4850 is twice faster and will eat this alive. not worth any more than 3.5k second hand.
HD2900 XT = Power hungry, and needs a big *ss power supply. It's performance is also not too inspiring. I'd get the HD4830 or the 9800GT, both of which are faster and cheaper....and consume less power.
HD2400 and HD2600 = No. Just no.
HD3450 and 3650 DDR2 version = The 3450 is simply pathetic. The 3650 however shows it can be faster than an 8600GT given that it has gDDR3 memory. So avoid the DDR2 version.
HD3850 = Unless you can source one for around 3k, then this card would be overpriced.
HD3870 gDDR3/gDDR4 The 4670 and the 4830 have now replaced this card, and should be priced no more than 4k brand new or second hand.
HD4870X2 = OH YES. As of March 12, the 4870X2 remains equally priced to the GTX295 (locally) even if the GTX295 beats it hands down. This does not help the fact that the X2 is still being plagued by poor driver support in some games. So unless prices come down to around 21k, avoid.
NVIDIA
Geforce 6200/6500/6600LE = They shouldn't be selling these anymore!
Geforce 6600/6600OC/6600GT/6800XT = these were once the best performing cards for their price, but the 9500gt ddr3 now trumps all these for only 2.8k!!!
Geforce 6800/6800GT/6800ULTRA = The fastest of the 6 series back then is now 4 generations old... don't buy these unless given at a low 2nd hand price(<2k)>Geforce 7100GS = oooh you can SLI this thing! but who cares? unless you need a simple GPU then stay away from this!
Geforce 7300LE = Again, the 9500GT is here.
Geforce 7300GT DDR2 / 7300GT DDR3 = DX10 is here and so is the 9500GT priced the same as the 7300GT DDR3 in some stores. The 9500GT is a lot faster, and has more features. The rest is common sense. :)
Geforce 7600GS = DX10 has come and so has the 8500GT/8600GT/and 8600GTS which will replace the 7600GS/7600GS(T)DDR3/7600GT! The 8500GT will be the wiser choice vs. the 7600GS ddr2. It has roughly the same performance but is future-proofed by DX10, is cheaper, and supports all new G86 features like accelerated H.264 decode.
Geforce 7600GT = Almost all Geforce 7 series cards have now been put into the avoid list since the 8 and 9 and GTX series has come out, and despite the 7600GT's replacement the 8600GTS not quite living up to it's name.
Geforce 7800GT/7800GTX = these are the older and slower and more expensive cards that are slower than the 7900gt in almost everything, except for the 7800GTX 512. so avoid :)
Geforce 7900GS = Unless priced under 3k, the 8600GTS would be faster, but then again, you should avoid that card too.
Geforce 7900GT = like the 7900GS, only get this if selling for less than 2k, second hand. :)
Geforce 7900GTX 512mb & Geforce 7950GX2 1gb ddr3 = These cards should be avoided since everyone knows that the 8 series has already come out. Now unless you can get used/2nd hand samples of these under 3k since the HD 4670 512mb (4k) is faster than these. A single 8800GT 512mb is also FASTER than two 7900GTX in SLI :o :o or Even two 7950GX2s in QUAD SLI :o :o :o :o :o
Geforece 8500GT (all models) = no point in buying this now since the 9500GT costs 500-1000 more but is 2x faster. ...not unless you REALLY REALLY need that 500 elsewhere... you're still wasting your money though
Geforce 8600GT gDDR3 = The advent of the newer and faster 9500GT(but not much faster) costing cheaper than this is enough to make you stay away.
Geforce 8600GTS = Honestly, i was very disappointed with its performance, slotting in between the 7900GS and the X1950Pro. I was expecting more performance (7900GT levels) just like the 6600GT and 7600GT did when they came out. (6600GT faster than 5950XT ; 7600GT faster than 6800ultra). Stay away from this.
Geforce 8800GTS 320mb AND 640mb = with the release of the 8800GT 512 and the 8800GTS 512mb, these two cards suddenly became obsolete. don't buy unless offered 2nd hand under 4k. The 9600GT costing 4.5-5.5k is even faster than these.
Geforce 8800GTS 512mb = This is debatable... The 9800GTX is dropping its price to around 9-10k, so old stock of the 8800GTS will sell for 11k. That's the only reason this should be avoided, if ever.
Geforce 8800GT (G92) 512mb = Yep! You can find the new 9800GT much cheaper than this. Although the 9800GT is a renamed 8800GT, there are small differences such as hybridSLI and HybridPower which allow for huge power savings... given you are using the right Nvidia board and chipset
Geforce 8800GTX 768mb AND 8800ULTRA 768mb = These older model G80 chips are phased out and for its performance should cost around 7-9k second hand, with the Ultra costing around 10k.
Geforce 9400GT (all variants) = unless you really need that 500, I'd suggest using that and get the 9500GT (256mb gDDR3) instead and experience a 50% increase in performance. The 9400GT is no more than a rebadged 8500GT.
Geforce 9500GT 512/1gb & DDR2 = the best performing 9500GT (and the cheapest) is the 256mb gDDR3 version as well.
Geforce 9800GTX/GTX+ = As of March 12, These 2 cards have already been replaced/rebranded as the GTS250 which comes in at a very affordable php7,500. While the GTS250 is essentially a rebranded 9800GTX+, which is a smaller die 9800GTX, which is a rebranded 8800GTS 512, avoid the GTX/GTX+ unless you can have them for 7500 or less brand new.
Geforce GTX 260 896mb = This is the non-core 216 version, and of course the older 65nm fab. Avoid this card if priced above 11k brand new or second hand.
Geforce GTX 280 1gb = The advent of the GTX285 suddenly made owners of 280s insecure. Avoid this card if priced above 16k brand new or second hand, as the faster GTX285s can be had for 17k

"Feel free to add more cards and comment on my post :) Obviously its not perfect :) "


IV. On Multi-GPU Gaming (SLI/TRI-SLI/QUAD SLI/CROSSFIRE/HYBRID CROSSFIRE/HYBRID CROSSFIREX) (OMGG)
Multi Core gaming is now becoming mainstream. Whereas SLI and Crossfire before is reserved for enthusiasts, mainstream consumers are realizing the potential that SLI and Crossfire wields.

Crossfire and SLI performance scaling has also been improving with each generation of video cards and each release of drivers.

Years ago, you'd have to spend 50+k on a single 7950GX2 dual core video card. Now, you can get two 9800GX2's with less money, or beat the monstrous GTX280 with two HD4870's!. The GT200 chip of Nvidia and RV770 chip of AMD has definitely made things more interesting. Nvidia now holds the fastest single and dual chip graphics cards in the world (GTX280 & GTX295), while ATI is holding on to the best value for money cards right now.

With the new releases, Nvidia and AMD are fighting once again for market share. Here is a rough breakdown (in philippine PESO)

2-4k = 9500GT/HD4670
4k = 9600GT
5-6k = 8800GT/9800GT/GTS240/HD4830
7-8k = HD 4850, GTS 250
11-13k = GTX260 Core 216/ HD4870 512/1gb
17-18K = GTX285
23-27k = HD4870X2 / GTX295

- HD4850X2 still has no pricing here.

- The GTX260 has finally dropped its prices locally to compete with the 4870! The GTX260 is faster than the 4870 with AA enabled, while the 4870 is faster w/o AA, but overall, the GTX260 is now faster due to newer drivers. Get the Core 216 version. It's faster than the 4870 1gb.

- The 9800GT has been rereleased and renamed as the GTS240

- The 9800GTX+ has also been rereleased and renamed as the GTS 250


V. Warning!!!! READ THIS!!! (WRT)

AVOID and do not be fooled by cards with DDR2 (as much as possible, get cards equipped with at least gDDR3), lowend cards with 512mb RAM, or midrange cards with 1gb of ram.


Let's do a little example. Examine these cards and their prices
512mb Palit 8600 GT Super (128bit) DDR2 pcie ---- php2810
1gb Palit 8500 GT Super+ (128bit) DDR2 pcie ---- php2840
256mb Palit 8600 GT Regular (128bit) DDR3 pcie ---- php 3050
256mb Palit 8600 GT Sonic (128bit) DDR3 pcie ---- php3450
1gb (1024mb) Palit 8600 GT Super+ (128bit) DDR2 pcie ---- php3560
-they are arranged according to price, BUT NOT ACCORDING TO PERFORMANCE/SPEED.

Here is the real list from slowest to fastest:
1gb Palit 8500 GT Super+ (128bit) DDR2 pcie ---- php2840
512mb Palit 8600 GT Super (128bit) DDR2 pcie ---- php2810
1gb (1024mb) Palit 8600 GT Super+ (128bit) DDR2 pcie ---- php3560
256mb Palit 8600 GT Regular (128bit) DDR3 pcie ---- php 3050
256mb Palit 8600 GT Sonic (128bit) DDR3 pcie ---- php3450

1. See how the most expensive card with 1Gb is not the fastest?
2. See how the 8600GT with 512mb DDR2 is slower than it's 256mb gDDR3 counterpart?

if you want to learn more about graphic cards / video cards performance, speed, ranking and benchmark, (click here)

Maximum amount of memory for Video Cards

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What is the maximum amount of memory for my Video Card without wasting money?

Since there are a lot of new versions of cards coming out with varying amounts of memory, many of which make it more confusing for the consumer which one is the faster and better buy, I have come up with a simple guide on what is the optimal amount of RAM a particular GPU can fully utilize. This is so that buyers may become aware of products that offer tons of RAM, but in reality are not really that much faster with a similar GPU with half the RAM.

THIS IS APPLICABLE TO MOST, BUT NOT ALL SITUATIONS.

These are cards currently being sold in the market (03/12/09)
Video Cards Optimized for NO MORE THAN 256mb RAM
- 7300GT
- 7600GT
- 8500GT
- 8600GT
- 9400GT
- 9500GT
- HD 2600XT (gDDR4)
- HD 3450

Video Cards Optimized for NO MORE THAN 512mb RAM
- 8600GTS
- 9600GT
- 9600GSO (768mb)
- 8800GT
- 9800GT
- HD 3650
- HD 2900XT
- HD 3850
- HD 3870 (gDDR4)
- HD 4670
- HD 4830
- HD 4850

Video Cards Optimized for NO MORE THAN 1GB RAM
- 8800GTS (G92)
- 9800GTX/9800GTX+
- 9800GX2
- 3870X2
- HD4870
- GTS 240
- GTS 250
- GTX260
- GTX280

Video Cards Optimized for MORE THAN 1GB RAM
- HD4870 X2 1/2/4Gb Versions
- HD4850 X2 2gb
- GTX260 Core216
- GTX 285
- GTX 295


BEST BUYS (BBU)


LOWEND
X1550Pro AGP
9500GT 256mb gDDR3 (3k)
HD4650 512mb gDDR3(3k)

LOWER MIDRANGE
HD3650 512mb DDR2 (4k) AGP
HD4670 512 (4k)
HD4830 512 (6k)
9600GT 512mb gDDR3 (4k)
9800GT 512mb gDDR3 (5k) (Formerly 8800GT) (Soon to be GTS 240)

UPPER MIDRANGE
HD3850 (6k)AGP
HD4850 512mb (7.5k)
9600GT SLI (8k)
9800GT SLI (10k)

HIGHEND/Enthusiast
HD4850 512mb CrossFire (15-18k)
HD4870 512mb gDDR5 (11-12k)
HD4870 1gb gDDR5 (12-13k)
HD4850X2 1/2gb (13-16k)
GTX 260 Core 216 (13.8k)
GTX 285 (17k)
GTX295 (24k)

PCI slot:


AGP slot:


PCI-E slot:


For AGP, it is getting harder and harder to find good value cards as this is soon becoming a legacy interface. Good luck in finding Geforce 8 Series or ATI HD cards for AGP. The most abundant offerings are the geforce 7s. The 7300gt ddr2 is just as fast as the 6600gt, sometimes faster, but the 7300 is cheaper. The 7600gs is just a bit slower than the older 6800gt so any of the two is fine HOWEVER, ATI seems to have captured the highend AGP market with the X1650XT and the X1950Pro. Nvidia only has the older 7800GS and the rare 7600GT to compete with it. Both of which are like needles to be found in this massive haystack market. There is an HD3850 for AGP systems... good luck finding that as well. What's more, AGP cards offer a high premium since demand is low. So you get much much less performance for your money. Better skip the AGP upgrade and save up for a PCI-E system.

If you're still using PCI interface, chances are your processor is old as well.. skip the video card upgrade for there are no good ones and buy a new processor and mobo :) some onboard videos on mobos offer decent (bare minimum) gaming performance like ATI's HD3200 chipset, Intel's GMA X4500 (offering DX10) or nVidia's Geforce 9200/9300. Avoid Intel GMA/Extreme Graphics/S3 etc if you plan to play games using onboard video. Onboard video is temporary fix only until one gets enough money to buy a more decent solution. For a temporary solution, ATI currently offers the fastest onboard graphics with its HD3200/3400 780/790 chipsets. But don't expect high quality gaming with those..

if you want to learn more about graphic cards / video cards performance, speed, ranking and benchmark, (click here)