inflated price: much cheaper then anything in the same league
shitty cooling system: the coolest box ever even under heavy load
number of other errors:
Consider. N2 80 (empty Board) + 4 (case) + 30 (32GB emmc and recording adapter) + 8 (WiFi) + 6 (power supply) + 4 (remote control) + 40 shipping. A total of more than 170. Soon there will be TV boxes on s922 and I have no doubt that their price is clearly not going to be so prohibitive. Or I can already take for this amount RK3399 with much more features (PCIe , support for video cameras, WoL, etc.), which will never be in N2. The funny thing is that rk3399 in real work, only 10-20% slower at maximum load. And given that in this topic, discussed LE (KODI), which is the most meager load, nor any benefits from a little more performance there. Much cheaper S905X2 easily replaces S922. Additional features of VPU\GPU-are now a minus, not a plus, because they have support only in closed legacy drivers from the kernel 3.14 (which are stuck in the kernel 4.9). And I don't see a lot of content that needs innovation from the G52. Regarding performance-I recommend to carefully study all the "tests" that were performed with N2 and if you are careful, you will see a lot of falsehood in them. Especially funny looks, the choice of the competitor with which to compare N2 - N1 does not exist. By the way, this is another reason why I would not rush to buy N2 - new owners of HK at any time can give an order to close this project (there is a sad experience with N1). It's funny to see the dilettantes talk about the cooling system. Under load, the chip temperature rises more than 70 degrees, this means that the radiator (which is idiotically located at the bottom and under the entire area of the motherboard) starts to work as a heater for the entire area of the motherboard. In which there are many metal conductors through which the entire structure and other components (memory, etc.) is actively heated. I.e., to heat themselves, it adds a good porchia heat from the processor. This clearly reduces their resource and overall performance. Probably this, N2 at the maximum load, shows acceleration at 10-20 % . Another problem, the heat that the components emit + additional heat from the lower radiator is "locked" in a plastic case, creating a greenhouse effect. Personally I have no desire to throw 170-180 and then spend time reworking mistakes constructors (remove the radiator and cover it from the motherboard insulating spacers and to invent how to add fan in this stupid design
Cough cough !!!
Talk about a Pinocchio post... why don't you exaggerate some more and see how long that nose of yours can grow !
I'm not interested in dealing with children.