Introduction, Packaging & Bundle The Exterior the the NZXT S340 The inner of the NZXT S340 Testing and also Results last Words & Conclusion

The interior of the NZXT S340

With the next panels removed, we can admire the smooth matte black inner of the S340. The glossy white repaint that covers the case’s exterior is sprayed just on the behind frame and the metallic cablecover.

The an initial thing of specific note about the S340 is the metallic cover that separates the PSU compartment and the rest of the system. Unequal the vast majority of designs, the is part of the frame and cannot be removed. This boosts the mechanical strength of the case yet it somewhat borders its flexibility and ease the use. An asymmetric opened on the motherboard tray allows for the installation of progressed cooling solutions with the motherboard still within the case.

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Instead that opening number of holes and also covering them through grommets, NZXT reduced open the whole right next of the motherboard tray and is using a single removable metallic cover for it. The fence is the the removable cover has actually all the cable ties ~ above it and also therefore the is an extremely likely the they will have to be reduced each time the cover demands to be removed. It also is rather flimsy and bends really easily, also with minimal stress, requiring indigenous the user to bending it earlier in shape in order because that the mounting holes to align once reinstalled.

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Two 2.5” an equipment trays are an installed at the bottom that the mechanism compartment, on optimal of the black color metal frame that off the PSU compartment from the rest of the case. There are openings for the cables best in front of them, as well as another smaller opening to your right. Every tray is secured through a solitary thumbscrew. Huge expansion cards set up at the lower slots the the motherboard will block access to these 2 trays, forcing the user to eliminate the map in stimulate to accessibility them. However, the S340 is no really the situation of selection for tri-SLI systems, so that is highly unlikely the actual individuals will confront this problem.

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Only three 3.5” drives deserve to fit in the S340. 2 of them deserve to be mounted in the small cage in ~ the former of the PSU compartment, close to the bottom that the case. This cage is not removable. The third one can fit under this compartment, bolted directly to the bottom framework of the case. The removed of the faceplate is necessary in order come secure the drives in the cage, as the screws are put from the front of the case. For the third drive, the user needs to flip the instance to its side, as the holes space at the bottom of the case.

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There is no energetic cooling straight aimed at the 3.5" drives, which depend on the semi-passive airflow of air the will go into from the prior of the casethrough the vents in ~ the optimal of the drive's cage and out the the instance via the exhaust fans. This setup relies on negative pressure airflow and can reason performance worries if a radiator or two intake pan are mounted at the front of the case. V this design, the exhaust flow needs to be significantly stronger 보다 the intake flow, otherwise the passive waiting intake with the vents will certainly be much too short to market the 3.5" tools reasonable cooling.

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There are two stock fans set up in the S340, one 120 mm pan at the rear and another identical fan at the height of the case. Although either of these might be removed to give their ar to fluid cooling radiators, over there is little clearance in between them and the motherboard, i m sorry will indeed lead to compatibility issues (we have read that customers cannot right a H105 for that reason). That however will not be essential as two intake fans or as much as a 240/280 mm fluid cooling radiator deserve to be set up at the prior of the case, whereby plenty of room is provided. It remains strange why NZXT installed a 120 mm fan at the peak of the S340, whereby a 140 mm deserve to fit.

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As us noticed in the vault page, the PSU compartment is located at the reduced rear next of the case, where a sheathe is hosted in location with 4 thumbscrews. Removing the cover and also inserting the PSU indigenous the behind of the case is the only method possible to download it in the S340, as it will not fit native the side. Once inserted, the PSU sits directly on metal impressions of the bottom chassis panel. Theoretically, a PSU of any length deserve to fit within the S340 but we strong recommend not to install a unit longer than 180 mm, otherwise cable management might become really difficult.

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For the means of this review, we mounted a Corsair AX760i through the red cable set, for strong visual contrast. That fits without worries inside the NZXT S340 and the cables room long sufficient for a conventional system. Personal sleeved cables yet are stiff and also are not right for the architecture of the S340as the metallic cable management cover requires the cables come take sharp turns. As result of the narrow spaces and sharp turns, stiff cables place excessive stress on the connectors and also are challenging to manage.

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The mechanism area the the NZXT S340 is large enough for a standard ATX device to to the right comfortably. As well as the huge opening in ~ the ideal of the motherboard tray, several other tiny openings aid with the routing of cables in between the compartments with the right side the the case. Without fans or a fluid cooling radiator, cards up to 35 centimeter can conveniently fit inside the S340. That is possible to calculate how much clearance is left because that the cards after fans or a radiator is installed though. The full clearance to the former of the case is 36.4 cm, thus the thickness of a radiator or the fans deserve to be just subtracted from this length. For example, if a 3 centimeter thick radiator v 2.5 cm thick fans is installed, the reduces the obtainable clearance under to 36.4 - 3 - 2.5 = 30.9 cm.

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The cards are hosted in ar using thumbscrews, put from the behind of the case. Usually, designs that employ the securing that cards from the behind of the case also have covers to shield the opening and also the screws. This is not the situation with the S340, whereby a fairly big permanent opened is existing next come the growth slots and the thumbscrews space always accessible from the outside of the case.