Cooler Master Seidon 240p compared to Masterliquid Pro 240 offers similar performance characteristics.
Cooler Master Seidon 240p compared to Masterliquid Pro 240 offers similar performance characteristics.
Sidon is affordable and has attracted fans, but masterliquid is also a strong option. Which should you pick?
The output from those pumps is quite poor – below 0.9 liters per minute. Although this usually meets the standard for providing sufficient cooling for these coolers, it isn’t particularly optimal or best possible. Still, it’s reasonable to say you have a liquid cooler. Considering the CPU TDPs have significantly decreased over the past few years, this is beneficial. Even the lowest-end DDC used in the EK Predator and Swiftech H220/240 operates just under 0.4 gallons per minute, which is impressive for a 6-watt device.
I would suggest choosing any AIO cooler—most come in 1 or 2 designs, and the differences are minimal. They rely on weak, low-flow pumps and typically use aluminum radiators. The main appeal comes from the fact that users can easily claim their setup has 'liquid cooling,' even though their performance matches that of decent air coolers.
In reality, AiO liquid coolers offer more benefits compared to air coolers with the same TDP. Many newer cases already have space set aside for them, which means radiators can be placed conveniently, leading to a neater setup. Air coolers of similar power usually require a lot of room and often block access to high RAM modules.
The output from those pumps is quite poor – below 0.9 liters per minute. Although this level usually meets the needs for sufficient cooling in these coolers, it isn’t particularly optimal. Still, it’s enough to consider you have a liquid cooler. With CPU TDPs decreasing significantly over recent years, this improvement makes a difference. Even the lowest-end DDC used in the EK Predator and Swiftech H220/240 operates just under 0.4 gallons per minute, which is impressive for a 6-watt device.
Copper performs slightly better than aluminum, offering about twice the thermal conductivity. This advantage is notable, though not huge in terms of watt-meters per Kelvin. Still, it’s worth noting and explains why brass and copper are common choices in high-quality watercooling radiators.
AIOs remain relevant, and I recognize this point. My goal is to provide clear information so users don’t assume a full loop cooling system is built into every AIO. Just as a car isn’t the same as a luxury model, these devices also vary significantly.
When I changed from a very large Mugen3 air cooler to a Nepton 140 XL, I noticed significant improvements. My FX 6350 performed 300 MHz better, there was more room inside the case, and the temperature control improved by about 10 degrees. So AiO liquid coolers are definitely worth considering beyond just showing off.
I would suggest opting for any AIO cooler, as most are either 1 or 2 designs and there isn't much distinction between them. They rely on weak, low-flow pumps and typically use aluminum radiators. Their main appeal lies in allowing users to claim they have 'liquid cooling,' even though their performance matches that of decent air coolers. They are also relatively inexpensive compared to a custom loop, especially in India.