No, it's like comparing little apples to big apples from same tree. Taste the same and if you only eat as much big apple as a whole little apple it give you the same amount of apple and you have some left over.
Xbitlabs tests were ran
We tested all coolers inside a closed system case with the following configuration:
System case: Antec Twelve Hundred (front panel: three Noiseblocker NB-Multiframe S-Series MF12-S2 fans at 1020 RPM; back panel: two Noiseblocker NB-BlackSilent PRO PL-1 fans at 1020 RPM; top panel: standard 200 mm fan at 400 RPM);
I would love to know what the air temperature was 3-5cm in front of cooler intake fan during the tests and not just the 22.6-23c along side of case.
I'm betting the temperature in front of the coolers was way higher running 2500rpm cooler fans than it was running 1200rpm and that's why the scores are what they are.
The case fans moved the same air regardless of what the cooler fans were moving. At 1200-1300rpm cooler fan speed the case removed most of the hot exhaust from coolers.. But the 2500rpm fans were moving almost twice as much air through the cooler. Where was that extra cfm going? My guess is it was mixing with case air and making it much hotter.. like 8-10c hotter. The result of that is the cooler can't remove as much heat from CPU and is the same 8-10c hotter than it would be if cooler was getting cooler air.
The results and link I gave are open air testing. No case involved. So the air going into cooler was the same temperature for all testing no matter how fast the fans ran.
SA SB-E has a TY-141 741300rpm/21dBA max. and a TY-151 84cfm/1100rpm/34dBA max
SA SB-E Extreme has 2x TY-143 1300rpm/21dBA 130cfm/2500rpm/45dBA
Run the SA SB-E Extreme below 1300rpm max and it cools the same as and is no louder than SA SB-E or SA SB-E SE and you have more fan rpm/CFM to use if you need it to cool more.
I'm running a SA SB-E Extreme and TC14PE with TY-143's on both. Can hardly hear them running during stress testing because the never go above 1000rpm or 50c.