First Look You
cant but help notice the actual physical size and weight
of these cards , compared to my GF2titanium , these two cards are
big . And check out the wrap around heatsink , its trick to say the
least , but I cant help feel that it adds a lot of weight to this
card . Both cards look the same , and are the same size , the
only difference being the components used to make a ti4400 or ti4600
. A quick word on image quality , the GF4 ti cards rock , pic
quality is sharp , and In games you can see so much more when it
comes to fine detail , its almost distracting .
WinFast
A250 TD |
WinFast
A250 Ultra TD |
-
- NVIDIA GeForce4 Ti 4400 GPU
- nfiniteFX™ II Engine for
programmability
- Accuview Antialiasing™
- nViewTM Display Technology
- Lightspeed Memory Architecture™
II
- nViewTM Display Technology
- Lightspeed Memory Architecture™
II
- 4.4 Billion AA samples per second
fill rate
- 125 Million vertices/sec
- 1.12 trillion operations/sec
- Default Clock speed
275/275(Core/Memory)
- 128MB high-speed DDR Memory
- 8.8 GB/sec Memory Bandwidth
- Microsoft® DirectX® 8.X and
OpenGL® 1.3 Optimizations and Support
- 4 dual-rending pilelines
- 8 texels per clock cycle
- Dual cube environment mapping
- High-Definition Video
Processor(HDTV)
- AGP 4X/2X and AGP Texturing Support
- On-board TV-out support up to
1024x768 resolution
- On-board DVI support up to
1280x1024 resolution
- High-quality HDTV/DVD playback
|
-
- NVIDIA GeForce4 Ti 4600 GPU
- nfiniteFX™ II Engine for
programmability
- Accuview Antialiasing™
- nViewTM Display Technology
- Lightspeed Memory Architecture™
II
- nViewTM Display Technology
- Lightspeed Memory Architecture™
II
- 4.8 Billion AA samples per second
fill rate
- 136 Million vertices/sec
- 1.23 trillion operations/sec
- Default Clock speed
300/330(Core/Memory)
- 128MB world's fastest DDR Memory
- 10.4 GB/sec Memory Bandwidth
- Microsoft® DirectX® 8.X and
OpenGL® 1.3 Optimizations and Support
- 4 dual-rending pilelines
- 8 texels per clock cycle
- Dual cube environment mapping
- High-Definition Video
Processor(HDTV)
- AGP 4X/2X and AGP Texturing Support
- On-board TV-out support up to
1024x768 resolution
- On-board DVI support up to
1280x1024 resolution
- High-quality HDTV/DVD playback
|
Installing the
Cards
As I mentioned before these cards
are big , and they take up a lot of real-estate inside my case .
Here you can see just how close
the Winfast GF4 cards come to my HDD , there is just enough room for
my HDD and Floppy cables to pass through.
Here you can see just how close the card comes to
the ram , its a snug fit to say the least . If your case is anything
like mine , you will find these GF4 cards a snug fit .
Performance
System specs :
Epox 8K3A kt333 mb , AMD xp1700 @ 9.5x166 = 1.58 ghz , 256mb PC2700
DDR ram , Seagate 20gig ATA 100 7200rpm HDD. Win98SE ,
Direct X 8.a , Nvidia 28.32 drivers.
GF4 ti4400
Im starting with
the Winfast Gf4 ti4400 , and the first test is going to be
3Dmark2001. So lets see what this card can do :
3Dmark2001 =
10360 3Dmarks
For the second test 3Dmark 2000 :
3Dmark2000 =
13618 3Dmarks
Now it wouldnt be a performance
test if we didnt benchmark this card with Quake .
Graphics Detail |
Normal |
High |
Max |
800x600 |
233fps |
228fps |
224fps |
1280x1024 |
192fps |
171fps |
169fps |
Overclocking the card , I pushed
the core to 320mhz and the memory to 630mhz returning a 3Dmark2001
score of 10,763 3Dmarks . Thats an
increase of 400 Marks over stock , not a huge improvement
considering the overall score .
GF4 ti4600
So its time to see just how much
faster the ti4600 is over the ti4400 . So lets see what the stock
3Dmark2001 sore is :
3Dmark2001 =
10870 3Dmarks
Time to try 3Dmark2000 :
3Dmark2000 =
13922 3Dmarks
Quake results:
Graphics Detail |
Normal |
High |
Max |
800x600 |
235fps |
230fps |
224fps |
1280x1024 |
202fps |
186fps |
182fps |
Overclocking this card to 325mhz
core and 670mhz memory gave a 3Dmark2001
score of 11,037 3Dmarks .
Conclusion :
ti4400 |
3Dmark2001 =
10,360 3Dmarks |
|
ti4600 |
3Dmark2001 =
10,870 3Dmarks |
|
ti4400 |
3Dmark2000 =
13,618 3Dmarks |
|
ti4600 |
3Dmark2000 =
13,922 3Dmarks |
|
ti4400 |
Quake 800x600 Max
detail = 224fps |
|
ti4600 |
Quake
800x600 Max detail = 224fps |
|
ti4400 |
Quake 1280x1024 Max
detail = 169fps |
|
ti4600 |
Quake
1280x1024 Max detail = 182fps |
|
The performance between these two
cards is reasonably close , especially when you take price into
consideration . In Quake , the GF4 ti4600 takes a clear lead as
Screen resolution is increased along with graphics detail , but with only 500 3Dmarks ( 3Dmark2001 ) separating
these cards , that = only a 5% performance difference , and
overclocking both cards brings an even smaller performance gap ,
justifying the purchase of the more expensive ti4600 could be difficult
.
Talking of overclocking , the Winfast GF4 ti4400 is the better
overclocker of the two cards I tested , with neither card being
better than average with its overall overclock ability . In all fairness
, overclocking these cards is a little like pushing a Formula 1 car
past its limits , these cards are blistering fast to start with ,
and I dont personally see the point in even bothering to overclock
either card . If you have to have the best , the fastest , then its
the GF4 ti4600 , if you need value for money , then the GF4 ti4400
is the card to try , either way , its hard to go wrong .
Both Winfast cards performed
flawlessly , neither card giving a single problem , the only problem
I had was with Direct X 8.1 , crashing my system . The only negative
thing I have to say about these cards is there size , so be mindful
of this esp if your system is lacking in internal space .
I can recommend either card to
anyone who is looking for a GF4 titanium card , both come well
packaged with good supporting software like WinFox , 2
Games , and the instruction Manual , and are competitively
priced in todays marketplace , but I personally cant go past value
for money , and the GF4 ti4400 would have to be the card for me .
Leadtek , Winfast GF4 ti4400 =
$620 @ MSY
Winfast GF4 ti4600 = $840 @ MSY
PH-9572 4411 if you want to buy
one .
I would like to
thank Andrew from MSY for making this review possible .
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