As you can see, the tasks of creating a computing solution with a high component density and the ability to maintain a standard temperature inside the case have been successfully solved by Rikor engineers . These developments are relevant for both desktop systems and servers, to which the corresponding requirements are becoming increasingly stringent, which makes the fact of the emergence of the system in question significant on a national IT scale.
Note that in order for the PC to work stably in real malaysia company email list office conditions, the company's engineers need to solve another problem related to physics - in this case, it is ensuring stable operation with wireless interfaces even in difficult office conditions.
The presence of two pin antennas makes the case cute, but this is a side effect of the design and implementation of the antenna-feeder complex built into the Rikor USFF 101/01 032. The corresponding module of any system designed for office use must be designed for difficult operating conditions. For radio interfaces, this complexity is due to the need to work in rooms where frequency ranges are in short supply, and the available ones are noisy due to the presence of a large number of devices with radio modules assembled in one room.
In addition, there are many elements in the office that can absorb or reflect signals, which also worsens the conditions for radio interfaces. For example, it is convenient to place a mini-PC on a VESA connector and place it behind the monitor, but it should be remembered that the monitor is not a radio-permeable element, and such an installation will complicate the interaction of the computer with corporate Wi-Fi. To prevent this complication from leading to a drop in the quality of communication - both stability and speed - Rikor engineers used this effective antenna design.