I had a look to find out the top-25 CPUs with the highest average overclock in the Cinebench benchmarks with air or water cooling.

 

A table for your reference,

 

[table=head;autonum=1;autonumtitle=Pos;width=450px]CPU Model | AVG OC in CB R11.5/R15 with Air/Water

Core i7 7700K|5191 MHz

FX-9590|5100 MHz

FX-8370|5099 MHz

FX-9370|5072 MHz

FX-8350|4977 MHz

Core i7 2700K|4971 MHz

Core i7 2600K|4938 MHz

Core i5 2500K|4929 MHz

Core i7 3970X|4918 MHz

Core i7 3960X|4892 MHz

A10-6800K|4882 MHz

Core i7 3930K|4869 MHz

Core i7 4790K|4854 MHz

Core i7 3770K|4848 MHz

Core i7 4820K|4838 MHz

Core i7 6700K|4835 MHz

FX-8320E|4819 MHz

FX-6350|4810 MHz

Pentium 4 631|4807 MHz

FX-6300|4783 MHz

Core i7 3820|4779 MHz

Core i5 6600K|4767 MHz

FX-8320|4737 MHz

FX-4100|4708 MHz

Core i5 4690K|4704 MHz[/table]

 

SELECT CONCAT(cpu_model.model,"|",ROUND(AVG(result.cpu_oc))," MHz") FROM result
JOIN cpu_model USING (cpu_id)
WHERE (application_id=94 OR application_id=48) AND result.cpucooling_id<5 AND cpu_oc<6000 AND cpu_oc>3000 AND cpucooling_id!=0
GROUP BY cpu_id
HAVING COUNT(DISTINCT user_id)>=10
ORDER BY AVG(cpu_oc) DESC LIMIT 25

Edited January 26, 20178 yr by Massman

Fairly nice mixture of chips

Highest performance per core on air/water should also be interesting

Highest performance per core on air/water should also be interesting

 

Giving this a shot. Not sure what you'd want exactly. Below is a list of the highest average performance in Cinebench R15 per clock/core. Formula is: 10000 x [score / (cpu mhz x cpu cores)].

 

Not sure if that's what you were looking for.

 

[table=head;autonum=1;autonumtitle=Pos;width=300px]CPU Model | Average Performance

Core i3 6320|556.04

Core i3 6300|547.12

Core i3 6100|546.26

Core i7 6700K|546.21

Core i3 4370|514.55

Core i3 4340|512.48

Core i7 4770K|504.70

Core i3 4150|504.63

Core i7 4790K|501.26

Core i7 4790|496.64

Core i3 4130|496.59

Core i7 4770|495.11

Core i7 5960X|493.86

Core i7 5820K|490.15

Core i7 5930K|487.79

Core i7 4960X|449.19

Core i3 3220|449.17

Core i7 3770K|445.92

Core i7 4820K|437.34

Core i3 2120|431.77

Core i7 3960X|431.22

Core i7 2600K|429.36

Core i7 4930K|427.05

Core i7 3970X|426.45

Core i7 3930K|425.83[/table]

 

SELECT CONCAT(cpu_model.model,"|",ROUND(10000*AVG(result.score/(result.cpu_oc*result.effective_cores)),2)) FROM result
JOIN cpu_model USING (cpu_id)
WHERE (application_id=94 AND result.cpucooling_id<5 AND cpu_oc<6000 AND cpu_oc>3000 AND cpucooling_id!=0 AND status_id<10)
GROUP BY cpu_id
HAVING COUNT(DISTINCT user_id)>=10
ORDER BY AVG(result.score/(result.cpu_oc*result.effective_cores)) DESC LIMIT 25

 

// edit: I guess you don't really care about the per MHz performance. Formula for below is: [score / cpu cores)].

 

[table=head;autonum=1;autonumtitle=Pos;width=300px]CPU Model | Average Performance

Core i7 6700K|264.40

Core i3 6320|257.73

Core i3 6100|254.56

Core i7 4790K|242.92

Core i3 6300|240.73

Core i7 4770K|232.38

Core i7 5960X|228.66

Core i7 5820K|224.09

Core i7 5930K|223.87

Core i7 3770K|216.00

Core i7 4820K|212.74

Core i7 3970X|212.64

Core i7 3960X|212.26

Core i7 2600K|209.16

Core i7 4960X|208.31

Core i7 3930K|207.58

Core i3 4370|206.55

Core i7 4790|203.31

Core i7 2700K|202.20

Core i7 3820|201.34

Core i7 4930K|199.79

Core i5 6600K|197.98

Core i7 4770|197.34

Core i3 4340|194.53

Core i3 4150|184.14[/table]

 

SELECT CONCAT(cpu_model.model,"|",ROUND(AVG(result.score/(result.effective_cores)),2)) FROM result
JOIN cpu_model USING (cpu_id)
WHERE (application_id=94 AND result.cpucooling_id<5 AND cpu_oc<6000 AND cpu_oc>3000 AND cpucooling_id!=0 AND status_id<10)
GROUP BY cpu_id
HAVING COUNT(DISTINCT user_id)>=10
ORDER BY AVG(result.score/(result.effective_cores)) DESC LIMIT 25

Edited June 17, 20168 yr by Massman

Updated OP

Updated opening post ...

 

[table=head;autonum=1;autonumtitle=Pos;width=450px]CPU Model | AVG OC in CB R11.5/R15 with Air/Water

Core i7 7700K|5279 MHz

FX-9590|5100 MHz

FX-8370|5099 MHz

FX-9370|5078 MHz

FX-8350|4977 MHz

Core i7 2700K|4963 MHz

Core i7 2600K|4938 MHz

Core i5 2500K|4926 MHz

Core i7 3970X|4918 MHz

Core i7 3960X|4892 MHz

A10-6800K|4882 MHz

Core i7 3930K|4869 MHz

Core i7 4790K|4854 MHz

Core i7 3770K|4851 MHz

Core i7 4820K|4838 MHz

Core i7 6700K|4835 MHz

FX-8320E|4819 MHz

FX-6350|4810 MHz

Pentium 4 631|4807 MHz

FX-6300|4784 MHz

Core i7 3820|4779 MHz

Core i5 6600K|4771 MHz

FX-8320|4739 MHz

FX-4100|4708 MHz

Core i5 4690K|4704 MHz[/table]

kabylake on top ! yeah !

Odd but interesting thread!

 

I recall back with sandy, Cinebench wasnt that much of a thing, I think the picture will look much different if lets say 32M was the bench? That bench pretty much everyone used back then, and also now

 

Oh and the depression that a mobo or PSU killed my 2700K chip (NickShih binned), it did much much higher on daily watercooling

Not enough SuperPI 32M results in the database yet (unique users >=10) for the Kaby Lake CPUs yet, but here's a preliminary table.

 

[table=head;autonum=1;autonumtitle=Pos;width=450px]CPU Model | AVG OC in SPI 32M with Air/Water]

FX-9590|5256 MHz

Core i7 2600K|5244 MHz

Core i7 2700K|5224 MHz

FX-9370|5219 MHz

Core i5 2550K|5114 MHz

Core i5 2500K|5072 MHz

Celeron D 352|5065 MHz

FX-8350|5043 MHz

Pentium 4 641|4955 MHz

FX-6350|4947 MHz

FX-8150|4929 MHz

FX-6300|4921 MHz

FX-8320|4913 MHz

Core i7 6700K|4896 MHz

Core i7 3960X|4888 MHz

A10-6800K|4879 MHz

Core i7 3930K|4875 MHz

Core i7 4790K|4865 MHz

FX-8120|4851 MHz

FX-4100|4840 MHz

Core i5 6600K|4840 MHz

Core i3 6320|4835 MHz

Core i7 3770K|4821 MHz

Core i7 3970X|4816 MHz

A8-6600K|4815 MHz[/table]

Interesting, but very hard, could be highest OC in % from stock clock at air/AIO

It could be 2500K, FX-8300, FX-8320E, maybe i7-5960X, i3-6100 in modern era?