Chart below shows dependence on processor score in bottleneck calculation with NVIDIA Quadro P5000 graphic card for General Tasks.
We recommend you to upgrade your processor with one of listed below. It will increase frames per second and graphic card utilization. Here is list of processors that will best work with your NVIDIA Quadro P5000 graphic card. This processors with NVIDIA Quadro P5000 will have less bottleneck than with your current Intel Atom D510 processor.
Atom D2700 |
Desktop
Used in |
Q4 2011
Launched |
BGA559
Socket |
2.1 GHz
Clock |
2
Cores |
10 W
Thermal Design Power TDP |
||
2.1 GHz
Clock |
2
Cores |
4
Threads |
||||||
Atom D2550 |
Desktop
Used in |
Q3 2012
Launched |
BGA559
Socket |
1.9 GHz
Clock |
2
Cores |
10 W
Thermal Design Power TDP |
||
1.9 GHz
Clock |
2
Cores |
4
Threads |
||||||
Atom D525 |
Desktop
Used in |
Q2 2010
Launched |
BGA559
Socket |
1.8 GHz
Clock |
2
Cores |
13 W
Thermal Design Power TDP |
||
1.8 GHz
Clock |
2
Cores |
4
Threads |
||||||
Atom D2500 |
Desktop
Used in |
Q2 2012
Launched |
BGA559
Socket |
1.9 GHz
Clock |
2
Cores |
10 W
Thermal Design Power TDP |
||
1.9 GHz
Clock |
2
Cores |
2
Threads |
||||||
Atom D425 |
Desktop
Used in |
Q1 2011
Launched |
BGA559
Socket |
1.8 GHz
Clock |
1
Cores |
10 W
Thermal Design Power TDP |
||
1.8 GHz
Clock |
1
Cores |
2
Threads |
||||||
Atom D410 |
Desktop
Used in |
Q1 2010
Launched |
BGA559
Socket |
1.7 GHz
Clock |
1
Cores |
10 W
Thermal Design Power TDP |
||
1.7 GHz
Clock |
1
Cores |
2
Threads |