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Comparison Deepcool PN-M PN750M vs Deepcool PN-D PN750D

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Deepcool PN-M PN750M
Deepcool PN-D PN750D
Deepcool PN-M PN750MDeepcool PN-D PN750D
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Power750 W750 W
Form factorATXATX
Specs
PFCactiveactive
Efficiency90 %90 %
Cooling systemactive (fan)active (fan)
Fan size120 mm120 mm
Fan bearinghydrodynamichydrodynamic
Certification80+ Gold80+ Gold
ATX12V version3.13.1
Power connectors
MB/CPU power supply24+8+8(4+4) pin24+8+8(4+4) pin
SATA88
MOLEX22
PCI-E 8pin (6+2)33
PCI-E 16pin11
Cable systemmodularnon-modular
Cable length
MB550 mm550 mm
CPU700 mm700 mm
SATA450 mm450 mm
MOLEX930 mm930 mm
PCI-E550 mm550 mm
Max. power
+3.3V20 А20 А
+5V20 А20 А
+12V162.5 А62.5 А
-12V0.3 А0.3 А
+5Vsb3 А3 А
+12V750 W750 W
+3.3V +5V110 W110 W
-12V3.6 W3.6 W
+5Vsb15 W15 W
General
Over voltage protection (OVP)
Over power protection (OPP)
Short circuit protection (SCP)
ProtectionOTP, OCP, UVP, SIP, NLOOTP, OCP, UVP, SIP, NLO
Manufacturer's warranty10 years10 years
Dimensions (HxWxD)86x150x140 mm86x150x140 mm
Added to E-Catalogapril 2024april 2024
Glossary

Cable system

The cable system used in the power supply. According to this parameter, modular, semi- modular and non-modular devices are distinguished, here are their features:

— Not modular. The classic version of the design, used in computer power supplies from the very beginning and not losing popularity to this day. The wires in such systems have a non-detachable design, and additional cables are not provided for connection. As a result, the user has to deal with only those cables that the manufacturer provided, without the ability to remove or replace them (the only modifications available are the installation of additional accessories such as an extension cord or splitter). Because of this, such PSUs are less convenient than modular and semi-modular ones: their wires are often excessively long, and some of them are not used at all, while such an “economy” further clutters up the case, worsening air circulation and cooling efficiency. On the other hand, these shortcomings can be reduced to almost zero with careful selection of the PSU and careful wiring; and non-modular systems themselves are distinguished by reliability and at the same time low cost. It is because of these features that they are most common nowadays.

— Modular. Systems in which each cable is made detachable; special sockets are used for fastening wires. Thanks to this design, you can optimally organize the space inside the PC —...for example, remove unnecessary wires so that they do not interfere with air circulation in the system unit; replace a cable that is too long with a shorter wire (or vice versa); swap cables, etc. At the same time, modular systems are noticeably more expensive than non-modular ones, while they are considered somewhat less reliable due to the presence of "weak points" in the form of removable cable mounts.

— Semi-modular. A kind of compromise between the options described above: some of the wires in such power supplies are made non-removable, some are equipped with modular mounts. This makes it possible to partially combine the advantages and compensate for the disadvantages of the two systems: semi-modular PSUs are less expensive and more reliable than modular ones, and at the same time more convenient than non-modular ones. Usually, in systems of this type, the most important wires have a non-removable design, which are almost guaranteed to be used when assembling a PC, and secondary cables are equipped with removable mounts and can be removed if not needed. However, the specific features of a semi-modular PSU should be specified separately.
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