FordGT90Concept
"I go fast!1!11!1!"
- Joined
- Oct 13, 2008
- Messages
- 26,263 (4.42/day)
- Location
- IA, USA
System Name | BY-2021 |
---|---|
Processor | AMD Ryzen 7 5800X (65w eco profile) |
Motherboard | MSI B550 Gaming Plus |
Cooling | Scythe Mugen (rev 5) |
Memory | 2 x Kingston HyperX DDR4-3200 32 GiB |
Video Card(s) | AMD Radeon RX 7900 XT |
Storage | Samsung 980 Pro, Seagate Exos X20 TB 7200 RPM |
Display(s) | Nixeus NX-EDG274K (3840x2160@144 DP) + Samsung SyncMaster 906BW (1440x900@60 HDMI-DVI) |
Case | Coolermaster HAF 932 w/ USB 3.0 5.25" bay + USB 3.2 (A+C) 3.5" bay |
Audio Device(s) | Realtek ALC1150, Micca OriGen+ |
Power Supply | Enermax Platimax 850w |
Mouse | Nixeus REVEL-X |
Keyboard | Tesoro Excalibur |
Software | Windows 10 Home 64-bit |
Benchmark Scores | Faster than the tortoise; slower than the hare. |
This is complex...Hey, no need to be glum -- how do we know the chips in this thing aren't some sort of modified Cell core? That thing runs operations almost as fast as a GPU.
Super computer power is measured in FLoating point OPerations Per Second (FLOPS) because that is the area processors are weakest in. It's ALU performance that is most desirable in super computers because the programmers for the super computer can tell it exactly how to behave (rounding, repeating decimals, etc. can be strictly controlled). ALU can also perform calculations much quicker than FPU because ALU is far more simple.
So, CELL processors nor GPUs aren't necessarily good for super computers. In cases where precision isn't that important, they are useful. Any good scientist will take precision over performance though because the 1000th decimal place may skewer the end results.