unfortunately this is the way A1932/A2179 is designed. Your CPU is slightly degraded now, so it generates more heat. Putting a big thermal pad on top of CPU heatsink to + removing plastic sticked on bottom plate will reduce temps by 20-30C, however you will have very hot spot on your back cover. [br]
+
unfortunately this is the way A1932/A2179 is designed. Your CPU is slightly degraded now, so it generates more heat. Putting a big thermal pad on top of CPU heatsink to + removing plastic sticker on bottom plate will reduce temps by 20-30C, however you will have very hot spot on your back cover. [br]
Other option would be to try to find a dead i7 logicboard, they had better copper heatsinks.[br]
In both cases keep your data constantly backed up / clouded, next step is usually a dead CPU.
unfortunately this is the way A1932/A2179 is designed. Your CPU is slightly degraded now, so it generates more heat. Putting a big thermal pad on top of CPU heatsink to + removing plastic sticked on bottom plate will reduce temps by 20-30C, however you will have very hot spot on your back cover. [br]
-
Other option would be to try to find a dead i7 logicboard, they had better copper heatsinks.
+
Other option would be to try to find a dead i7 logicboard, they had better copper heatsinks.[br]
+
In both cases keep your data constantly backed up / clouded, next step is usually a dead CPU.
unfortunately this is the way A1932/A2179 is designed. Your CPU is slightly degraded now, so it generates more heat. Putting a big thermal pad on top of CPU heatsink to + removing plastic sticked on bottom plate will reduce temps by 20-30C, however you will have very hot spot on your back cover. [br]
Other option would be to try to find a dead i7 logicboard, they had better copper heatsinks.