Chart below shows dependence on processor score in bottleneck calculation with AMD Radeon R6 PRO A10-8700B R6, 10 Compute Cores graphic card for General Tasks.
We don't recommend you to downgrade your processor if you physically own it because there is no good reason to replace current processor with weaker one. Here is list of processors that will best work with your AMD Radeon R6 PRO A10-8700B R6, 10 Compute Cores graphic card. This processors with AMD Radeon R6 PRO A10-8700B R6, 10 Compute Cores will have less bottleneck than with your current AMD Athlon XP 1800+ processor.
Sempron 2600+ |
Desktop
Used in |
Q4 2008
Launched |
Socket-A
Socket |
1.8 GHz
Clock |
1
Cores |
|||
1.8 GHz
Clock |
1
Cores |
1
Threads |
||||||
Athlon XP 3000+ |
Desktop
Used in |
Q1 2009
Launched |
Socket-A
Socket |
2.2 GHz
Clock |
1
Cores |
62 W
Thermal Design Power TDP |
||
2.2 GHz
Clock |
1
Cores |
1
Threads |
||||||
Sempron 2400+ |
Desktop
Used in |
Q4 2008
Launched |
Socket-A
Socket |
1.7 GHz
Clock |
1
Cores |
|||
1.7 GHz
Clock |
1
Cores |
1
Threads |
||||||
Sempron 2500+ |
Desktop
Used in |
Q1 2009
Launched |
Socket-A
Socket |
1.8 GHz
Clock |
1
Cores |
|||
1.8 GHz
Clock |
1
Cores |
1
Threads |
||||||
Athlon XP 1700+ |
Desktop
Used in |
Q1 2009
Launched |
Socket-A
Socket |
1.5 GHz
Clock |
1
Cores |
64 W
Thermal Design Power TDP |
||
1.5 GHz
Clock |
1
Cores |
1
Threads |
||||||
Sempron 2200+ |
Desktop
Used in |
Q1 2009
Launched |
Socket-A
Socket |
1.5 GHz
Clock |
1
Cores |
|||
1.5 GHz
Clock |
1
Cores |
1
Threads |
||||||
Athlon XP 2000+ |
Desktop
Used in |
Q1 2009
Launched |
Socket-A
Socket |
1.7 GHz
Clock |
1
Cores |
70 W
Thermal Design Power TDP |
||
1.7 GHz
Clock |
1
Cores |
1
Threads |