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This is more of a question than actual issue...
First time around with the Ivy CPU (i5-3353P) with Zalman CNPS9500 heatsink, currently being bench tested. The processor is working just fine, albeit not noticably faster than the i5-760 CPU. The older processor had Noctua NH14 heatsink with pretty good temperature ranges during Prime95 test:

And this is the Ivy CPU temperature, running Prime95 test:

Shouldn't it be the other way around where the i5-3353P would run cooler than the i5-760? While not all heatsinks are created equal, that much difference seems execessive.
Yes, there's Arctic Silver paste between the heatsink and CPU in both cases...
First time around with the Ivy CPU (i5-3353P) with Zalman CNPS9500 heatsink, currently being bench tested. The processor is working just fine, albeit not noticably faster than the i5-760 CPU. The older processor had Noctua NH14 heatsink with pretty good temperature ranges during Prime95 test:

And this is the Ivy CPU temperature, running Prime95 test:

Shouldn't it be the other way around where the i5-3353P would run cooler than the i5-760? While not all heatsinks are created equal, that much difference seems execessive.
Yes, there's Arctic Silver paste between the heatsink and CPU in both cases...
My Computer
- Computer type
- PC/Desktop
- Computer Manufacturer/Model Number
- Custom built at Home
- OS
- Windows 7 64-bit, Windows 8.1 64-bit, OSX El Capitan, Windows 10 (VMware)
- CPU
- Intel i5-3350P 3.1 GHz
- Motherboard
- Gigabyte GA-Z77X-UP5 TH
- Memory
- 16 GBs GSkill Sniper
- Graphics Card(s)
- Radeon HD 7850
- Sound Card
- VIA HD Audio
- Monitor(s) Displays
- Dell U2410 24"
- Screen Resolution
- 1920x1200
- Hard Drives
- 1 x Intel 520 240 GBs
1 x Seagate 1TBs SATA 2.0,
1 x Seagate 1TBs eSATA 2.0
- PSU
- Thermaltake 850W
- Case
- Antec P183
- Cooling
- Noctua NH-D14 Heatsink 2 x 120mm fans, 4 x 120mm case fans
- Keyboard
- Dell Multimedia keyboard
- Mouse
- Logitech Trackball
- Internet Speed
- 28.5 Mb/s




