Club 3D CSP-X1200CS 1200 W

Club 3D CSP-X1200CS 1200 W

Packaging, Contents & Exterior »

Specifications

Club 3D CSP-X1200CS Features & Specs
Max. DC Output1200W
PFCActive PFC
Efficiency80 Plus Silver
Operating temperature0°C - 40°C
ProtectionsOver Voltage Protection
Under Voltage Protection
Over Current Protection
Over Power Protection
Short Circuit Protection
Cooling135 mm two ball bearing Fan (DFB132512H)
Dimensions150 mm (W) x 86 mm (H) x 165 mm (D)
Weight2.5 kg
ComplianceATX12V v2.3, EPS 2.92
Warranty2 years
Price at time of review167€ ($235)


The PSU has quite compact dimensions for a 1200W unit, with only 165 mm length. Regarding its protections only OTP (Over Temperature Protection) is missing, however this protection unfortunately is usually absent in most PSUs. Finally, the warranty is quite short at two years only.

Club 3D CSP-X1200CS Power Specs
Rail3.3V5V12V112V212V312V45VSB-12V
Max. Power24A30A40A40A40A40A3A0.5A
170W1020W15W6W
Total Max. Power1200W


There are four quite strong +12V rails but their max combined power is much lower than total power. We would like to see +12V to be able to deliver over 1100 W at least on a 1200 W PSU. Also 5VSB has average capacity for a 1200W unit, one or two Amps more would be ideal.

Cables & Connectors, Power Distribution



The PSU has six PCIe connectors (two on separate native cables and four on two modular cables) and two EPS connectors (one on a native cable and the other on a modular one). You cannot connect all PCIe and EPS connectors at the same time, since on the modular panel there are only two shared inputs for the PCIe & EPS cables. The main ATX connector uses 16 AWG wires while all other cables are equipped with 18 AWG wires. EPS and PCIe connectors in a 1200W unit should use 16 AWG wires. Also we would like to see two or three more SATA connectors.

This unit features four virtual +12V rails with not so optimal power distribution. First of all it is a mistake that you can connect the modular EPS cable to either of the two suitable inputs on the modular panel, because each one draws power from a different +12V rail. More specific, the bottom EPS/PCIe connector (with the fan facing upwards) on the modular panel draws from 12V2 rail, which also feeds 20+4 ATX, and the upper one from 12V4 which additionally powers the native EPS connector. So if you connect a PCIe or an EPS cable to the upper modular panel input then it will share the same rail with the native EPS connector, which is not the right thing to do. If you want to use two EPS connectors you should connect the modular one to the bottom modular panel input. If you want to use all six PCIe connectors, unavoidably 12V4 will be shared by the native EPS connector and two PCIe cables, something that could trip OCP on the specific rail. Also all SATA/peripheral connectors, modular or not, share the same +12V rail with PCIe connectors - not the optimal power distribution.
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