DAN Cases A4-SFX V4.1 Mini-Itx Gaming- Silber

Product Information

AusWolfThat's the thing. The air dumped into your case should move, otherwise, it's just gonna be recycled by your CPU cooler, which affects silicon temperature as well. Sure, it won't kill itself, but throttling can be an issue.Yes and no. Define "throttling" :D They folded the rinser cable like so that you cannot fit a 14mm case fan under it. According to the specs the case even holds a 15mm fan. Folding a super expensive rinser cable is no fun. At this point, if you really want a tiny PC, it's a boatload easier to just accept that the flagship/halo CPUs and GPUs aren't aimed at mITX any more. Now you must search form the DIN/EN norms that tell you how to test your product so that it fulfill the guidelines. So for a case that should fulfill 2014/35/EU and 2011/65/EU the norms are: So at first you have to search for the guidelines that match for you product. For a computer case that has no hardware inside the guidelines are:

As I know many of the products that sell by startup over crowdfunding aren’t registered and have real CE declaration with test report, because they think we aren’t located in the EU so what could happen or they don't know these laws. But this could be a problem and destroy your company faster as you can look if a person will be hurt by your product, a bigger company like Silverstone, Lian Li see you as a competitor or a lawyer wan’t to earn money by serve a notice to you. I can only recommand deal with the laws of the countries where you like to export, because every succesfull company do this.The case allows for easy mounting of either SFX or SFX-L power supplies. The PSU is located in the front of the chassis.

Daniel put considerable thought into the installation process, which means that unlike most other mini-cases, installing components is straightforward and simple. Without trying to patronise, silicon temperature isn't related to how much heat is dumped into your case by the CPU, it's the power draw in Watts. A 15W CPU can run at 95C and a a 230W CPU can run at 60C and yet the hotter 15W chip will result in far, far lower case temperatures because it's only the Watts that are transferred out of the heatsink. If anything, a CPU operating at much higher temperatures is able to extract greater efficiency from the cooler because the larger temperature delta between the air and the heatsink results in a faster energy transfer from hot metal to cool air. In other words, more energy is extracted by the cooler for the same amount of fan RPM and noise. The result is a unique product that is much smaller than all competing cases. This case is perfect for SFF (Small Form Factor) enthusiasts, those who need a highly portable system, developers who require a case with a smaller footprint due to limited desk space, and gamers who want a high-end PC experience in their living room. While Real Temp offers excellent and repeatable temperature results, we employ a REED Instruments SD-947 Data Logging Thermometer with four K-Type sensors that have been placed as closely as possible to the benchmarked areas of the CPU, GPU, M.2 SSD, and motherboard chipset. A fifth sensor is used to monitor the room temperature for an accurate delta T result. This case is still unique and awesome many years after the first revision. It's a work of art and design. Great quality too. Made me a LL fan as well.The DAN A4-SFX V3has an extremely compact chassis, measuring a mere 112 x 205 x 327 mm with a volume of just 7.2 litres, that's roughly the size of a shoe box. Through excellent engineering the interior space has been perfectly laid out so that essential hardware only takes up the minimum space required. On the software side, the test setup includes Windows 10 Pro with Furmark and Prime95 both running at the same time to put the maximum load on both the processor and the graphics card. With the CE declaration a company guarantee, that there product conforms all laws for this type of product. This means the EU had specified a ton of guidelines for every product. Without trying to patronise, silicon temperature isn't related to how much heat is dumped into your case by the CPU, it's the power draw in Watts. A 15W CPU can run at 95C and a a 230W CPU can run at 60C and yet the hotter 15W chip will result in far, far lower case temperatures because it's only the Watts that are transferred out of the heatsink. If anything, a CPU operating at much higher temperatures is able to extract greater efficiency from the cooler because the larger temperature delta between the air and the heatsink results in a faster energy transfer from hot metal to cool air. In other words, more energy is extracted by the cooler for the same amount of fan RPM and noise.I'm not worried about heat dumped into the case. My point is that with less surface area, you need a more capable cooler with more airflow to keep your silicon temperature low.

dyonoctisVRM wise Buildzoid was pretty satisfied with the current offering, if you are going high-end you get 10 phases at the minimum, and the mid-range got 8 phases.Buildzoid's VRM analysis of the various mITX boards was indeed reassuring.In a reversed setup, where the AIO moves to the GPU side next to a conventional SFX form factor power supply. This reduces the length of the graphics card to 173 mm and the height of the AIO including fan to 42mm. Those who can do without two SSDs have room for 92mm AIOs on the ground, such as the 545LC from Asetek. To effectively protect all vents from dust, DEMCiflex provides optional DAN Cases A4-SFX Dust Filters. MethodologyWe measure several temperatures and the system noise level across all cases. Every test is performed with the same set of components installed. The out-of-the-box fan setup is used, connected to the motherboard, with the board adjusting fan speed automatically. This puts the onus of noise and performance on the case manufacturers and motivates them to actually care about thermal performance instead of simply using active cooling as a marketing bulletin point. The temperature isn't really an issue; Both Zen3 and Zen4 have silicon health agents which (outside of faulty Asus BIOSes of late) will keep the silicon at healthy long-term temperatures. They're going to run hot, yes, but still within limits and the actual amount of heat dumped into your tiny mITX case is never more than the PPT, regardless of the temperature. The clever cooling design of the case is similarly spartan in outlook. A separate fan is not needed as the case takes advantage of the integrated cooling of the installed hardware, thus saving valuable space here as well. To ensure that all components are exposed to fresh air the two side panels and the top of the A4-SFX V4.1 have been provided with round air holes over a large surface area along with elongated holes on the bottom to ensure a continuous supply of fresh air. Every component is able to cool itself by getting fresh air directly from the outside. Hot air in the case will move to the top and then outside without the need of an extra fan. This principle works perfect and results in an amazing cooling efficiency compare to other cases.