XINXUN-G6

This product needs some hardware knowledge to understand, the fun and breakthrough points inside. Students who want to know here need to understand the meaning of several key words. It's pretty basic stuff.
This product requires some hardware knowledge to understand, and the fun and breakthrough points inside need to be understood by students who want to understand the meaning of a few keywords. This is a very basic thing.


SOP: Standard professional process --- vernacular, from the perspective of product designers, is the manufacturing process, assembly process, do not underestimate this point, this point will determine the production speed of the product, resulting in changes in costs.
SOP: Standard Professional Process - In general, from the perspective of product designers, it refers to the manufacturing and assembly processes. Do not underestimate this point, as it will determine the production speed of the product and lead to changes in costs.

PCB: Printed circuit board-in the vernacular, the green board in the product hardware is called PCB without sticking anything on it.
PCB: Printed Circuit Board - In general, the green board in the product's hardware does not have anything attached to it, which is called a PCB

PCBA:PCB empty board passes through SMT loading, or passes through the whole process of DIP plug-in, referred to as PCBA --- vernacular, there are many small strange materials on the green empty board called PCBA
PCBA: The entire process of PCB empty board through SMT loading or DIP plug-in, abbreviated as PCBA - in plain English, the green empty board has many small and strange materials called PCBA

SMT:SMT patch refers to the abbreviation of a series of technological processes that are processed on the basis of PCB-big vernacular, patch, which is to get small strange materials onto PCB board. this process is called SMT
SMT: SMT SMT refers to a series of process flows for processing on the basis of a PCB - in general, SMT refers to the process of adding small and strange materials to a PCB board. This process is called SMT

DCDC: DC to (to) DC (conversion of different DC power supply values), is a device that changes electrical energy of one voltage value into electrical energy of another voltage value in a DC circuit. For example, a converter can convert a DC voltage (5.0V) into another DC voltage (1.5V or 12.0V). We call this converter a DC-DC converter, or a switching power supply or a switching regulator. Big vernacular --- something that controls the circuit switch of the product.
DCDC: DC to DC (conversion of different DC power values) is a device that converts electrical energy from one voltage value to another voltage value in a DC circuit. For example, by using a converter, one DC voltage (5.0V) can be converted into another DC voltage (1.5V or 12.0V). We call this converter a DC-DC converter, or a switching power supply or switch regulator. In plain English - things that control product circuit switches.

MUC: Also known as single-chip microcomputer or single-chip microcomputer, it appropriately reduces the frequency and specifications of the central processing unit, and integrates peripheral interfaces such as memory, counter, USB, A/D conversion, UART, PLC, DMA, and even LCD drive circuits on a single chip to form a chip-level computer-the vernacular, the brain of circuits in electronic products.
MUC, also known as a single-chip microcomputer or microcontroller, is a computer that reduces the frequency and specifications of the central processing unit appropriately, and integrates peripheral interfaces such as memory, counters, USB, A/D conversion, UART, PLC, DMA, and even LCD driver circuits onto a single chip, forming a chip level computer - the brain of circuits in electronic products.


Based on cost control, we tried our best to reduce the cost, SOP, appearance technology, PCBA and board layout, which have become our important thinking points. After studying PCBA, we found that there are two electronic materials that can be omitted (MCU/DCDC), and different board layout methods can realize functions and lower cost. At the same time, the replacement of the cloth board can reduce the number of PCB layers, which can also effectively reduce product costs.
ba-sed on cost control, we have tried our best to reduce costs. SOP, appearance technology, PCBA, and cloth board method have become important considerations for us. After studying PCBA, we have found that two electronic materials can be eliminated (MCU/DCDC), and different cloth board methods can achieve functionality and lower costs. Simultaneously changing the layout can reduce the number of layers on the PCB, which can also effectively reduce product costs.


Back to business-say product
G6 is a communication electronic product with its own charging treasure function, portable WiFi and built-in domestic traffic for overseas roaming.
Returning to the main topic - talking about the product
G6 is a communication electronic product with built-in power bank function, portable WiFi, and built-in domestic traffic for overseas roaming