Charm blue note6 has been released for a while, we have seen its powerful camera capabilities and the performance of performance brought by Qualcomm chips, but as a mobile phone that is not expensive, we should care about hardware In addition to configuration, more important internal work levels, because it will inevitably affect the service life of the machine. So today let us open the phone, come and see how it is in the internal workman!
Let's first understand this machine before starting to dismantle, it takes a 5.5-inch full HD resolution LCD screen. Designed with ultra-narrow border.
Take the SIM card, the SIM Cardo of the machine uses or card slots to support TF card exhibition.
Unload two five-corian plum screws at the bottom of the body.
We can just open your back. Now the naked charm blue note6 is presented in front of you.
After separating the back shell from the body, it is found that the body is not connected to the back shell.
The corresponding position of the back shell intermediate motherboard and the battery uses a heat dissipation patch assist heat dissipation.
The front element of the motherboard is more tight. In addition to the connectors other than the coaxial wire, the component shield is fixed, only one small chip on the right side of the motherboard is not blocked, and the rest are covered by the metal shield, the shield on the left The cover also has a metal copper sheet to assist heat dissipation.
Next, remove the screws around the motherboard. Remove one metal fixing cover on the motherboard, with three connectors below, each of which is designed with a gasket to help fixed at the corresponding position of the cover.
At present, the urgency is to make the system power out, so disconnect the leftmost power connector, then disconnect the display cable connector, bottom PCB connector, and coaxial connector on the right side.
When all the connectors are disconnected, the motherboard is light and easy to remove. One reason why the connector on the board is that there are multiple components to connect to the motherboard, such as pressing the line, handset, or even Includes touch screen lines.
Let's take a look at the top of the motherboard. The top of the double photo is a flash consisting of four LEDs. It can be seen that both sides are the color of the heating, and the middle two colors are cold. The overall spatial utilization of the motherboard is high.
Some vendors are not well used in the back of the motherboard, but the Meizu smartly designed three cameras in the connector of the three cameras, very good use of the main board, 8 contacts on the left side of the motherboard The connection point of the line, the idle area next to the idle area is the space left on the touch screen cable, and the idle area in the top of the motherboard is the space left to the handset, so in general, the The motherboard utilization of the machine is in the same level.
Separate the front camera connector.
Separate the secondary double-photographing auxiliary camera connector.
The rear double-test uses a 1200W main camera, not to see the pixel is not high, but the single pixel area is 1.4 microns, (notably, according to the official website, the two cameras are used in Sony IMX362 and Samsung 2L7) And there is a F1.9 aperture having a small number of mobile phones, support full-pixel dual-core focus, with dual ISP; the auxiliary camera also has 500W pixels, F2.0 aperture.
Next, the copper heat sink on the front of the motherboard can be found, which can be found that the core chip surface has heat dissipation silicone.
Under the other side of the shield, the shot is hidden in the larger, and the power management chip.
Next we started to dismantle the lower part of the body, first separated the fixed screw.
The speaker module can then be removed
The rubber seal is seen in the outgoing hole position.
The bottom PCB is at the bottom of the speaker.
The bottom PCB can then be utilized. It can be seen that the headphone interface and the data interface are integrated here.
The back design has a call microphone.
In the data interface location, the rubber seal is seen, and the seal of the headphone interface is relatively simple.
After removing the bottom PCB, you can see the MTOUCH button structure under the bottom. Like the MTOUCH design of many Meizu mobile phones, the machine also uses two segments, let's take a plastic gasket, but the button is picked up and the fingerprint recognition assembly is integrated on the keycap.
Remove the key cap, you can see a black rubber seal around it.
The vibrator is designed to be next to the headphone interface, using contact connections.
Family portrait.
Demolition summary: In general, as a medium and low-end mobile phones in the top price of less than 1700, the internal design of the machine has the following advantages, the overall structure is compact, the main board utilization is high, and the space is left, the chip The heat dissipation design and the mask of the connectors and chips are in place, although the three-proof design is relatively simple, but it can be made. However, it can also see the traces of some places to save costs, but in general, this is a conscience product, although I am not very optimistic, but I still recommend buying.
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