- Joined
- Mar 18, 2008
- Messages
- 5,717 (0.94/day)
System Name | Virtual Reality / Bioinformatics |
---|---|
Processor | Undead CPU |
Motherboard | Undead TUF X99 |
Cooling | Noctua NH-D15 |
Memory | GSkill 128GB DDR4-3000 |
Video Card(s) | EVGA RTX 3090 FTW3 Ultra |
Storage | Samsung 960 Pro 1TB + 860 EVO 2TB + WD Black 5TB |
Display(s) | 32'' 4K Dell |
Case | Fractal Design R5 |
Audio Device(s) | BOSE 2.0 |
Power Supply | Seasonic 850watt |
Mouse | Logitech Master MX |
Keyboard | Corsair K70 Cherry MX Blue |
VR HMD | HTC Vive + Oculus Quest 2 |
Software | Windows 10 P |
Everything started when I had my first modern GPU, Radeon 9700Pro. Before that I have only used Intel's chipset built-in ones or even older, S3 Trio64 cards. Needless to say that GPU got me hooked onto the Radeon team. Ever since then I have been buying exclusively Radeon GPU for my desktop build. X1950XT, 3870, 4870, 5870, 6870 all the way to FuryX.
It has been a long way here. My just retired GPU has been the FuryX. It is an interesting card but the performance as well as general computing capability can no longer suit my needs. I have mixed feelings with the FuryX. There have been a lot of small quirks working with this card. Only one major problem was the AIO pump leaking and I had to pay out of pocket for Sapphire to fix it. However all these years with Radeon makes me feel like that this current RTG is no longer the ATi it once was. After some serious consideration I went ahead with green team this time. The FuryX is not going anywhere. It will be working again in another build I am about to put together.
So which GPU am I getting then?
The EVGA 2080Ti
Here is 2080Ti saying farewell to the old dog FuryX
My computer is mainly for bioinformatics. I do some VR development on the side. Having a CUDA capable card will greatly improve my work efficiency. The amazing performance in VR will also be a great addition.
Specifically I need the Tensor cores for genomics/transcriptomics work. I don't have money to afford a Quadro or TitanV so a gaming GPU with Tensor cores is my best bet. Just in case you are interested in how Tensore cores benefit Genomics, take a look at these video:
As for what I am working on VR development, here is a platform I am working on for protein interactions:
From my brief experience with the 2080Ti I am very pleased with its performance. Well only gaming part for now as I have not updated my Linux to incorporate latest CUDA toolkits. The GPU is quiet and powerful. Most importantly it draws even less power than my FuryX!
Feels weird installing Nvidia driver on my work PC
Still learning how to work with the OC software. Scanner mode looks cool, but I have 0 idea what that +142 means
I guess the grass is greener on the other side.
I wish RTG will be more competitive 3 yrs from now when I will probably be upgrading again
It has been a long way here. My just retired GPU has been the FuryX. It is an interesting card but the performance as well as general computing capability can no longer suit my needs. I have mixed feelings with the FuryX. There have been a lot of small quirks working with this card. Only one major problem was the AIO pump leaking and I had to pay out of pocket for Sapphire to fix it. However all these years with Radeon makes me feel like that this current RTG is no longer the ATi it once was. After some serious consideration I went ahead with green team this time. The FuryX is not going anywhere. It will be working again in another build I am about to put together.
So which GPU am I getting then?
The EVGA 2080Ti
Here is 2080Ti saying farewell to the old dog FuryX
My computer is mainly for bioinformatics. I do some VR development on the side. Having a CUDA capable card will greatly improve my work efficiency. The amazing performance in VR will also be a great addition.
Specifically I need the Tensor cores for genomics/transcriptomics work. I don't have money to afford a Quadro or TitanV so a gaming GPU with Tensor cores is my best bet. Just in case you are interested in how Tensore cores benefit Genomics, take a look at these video:
As for what I am working on VR development, here is a platform I am working on for protein interactions:
From my brief experience with the 2080Ti I am very pleased with its performance. Well only gaming part for now as I have not updated my Linux to incorporate latest CUDA toolkits. The GPU is quiet and powerful. Most importantly it draws even less power than my FuryX!
Feels weird installing Nvidia driver on my work PC
Still learning how to work with the OC software. Scanner mode looks cool, but I have 0 idea what that +142 means
I guess the grass is greener on the other side.
I wish RTG will be more competitive 3 yrs from now when I will probably be upgrading again