Professional PCB manufacturing and assembly
Building 6, Zone 3, Yuekang Road,Bao'an District, Shenzhen, China
+86-13923401642Mon.-Sat.08:00-20:00
Standard PCB Design
Standard PCB Design
Six-layer core module PCB design

Six-layer core module PCB design

Name: Six-layer core module PCB design

Requirements: Length matching of data, address, clock, and packet-level processing

Number of PCB layers: 6 layers

PCB surface: immersion gold process

PCB board: Htg170, 1.6mm, 1oz

PCB parameters: 5/5mil, Via: 8mil

Impedance control: +/-10%

Power: 24VDC

Device interface: RS485*3 (dimming color sensor)

Network interface: RJ45*1 (100M)

Wireless communication: 4G *1 (full Netcom MQTT protocol) LORA *1

Output: DO *16 (220VAC@10A)

Amplifier: 60W audio amplifier

Storage: 512M DDR3 8G EMMC

Product Details Data Sheet

CPU

The CPU is the most important part of the core board, consisting of an arithmetic unit and a controller. If a computer is compared to a person, then the CPU is his heart, and its important role is evident from this. No matter what kind of CPU, its internal structure can be divided into three parts: control unit, logic unit and storage unit. These three parts coordinate with each other, so that they can analyze, judge, calculate and control the coordinated work of each part of the computer. [1] 


The core board is an electronic motherboard that packs and encapsulates the core functions of the MINI PC. Most of the core boards integrate CPU, storage devices and pins, and are connected with the matching backplane through pins to realize a system-on-chip in a certain field. People often refer to such a system as a single-chip microcomputer, or an embedded development platform. Because the core board integrates the general functions of the core, it has the versatility that a core board can customize a variety of different backplanes, which greatly improves the development efficiency of the single-chip microcomputer. Because the core board is separated as an independent module, it also reduces the difficulty of development and increases the stability and maintainability of the system.

memory

Memory is a component used to store programs and data. For a computer, with memory, there is a memory function to ensure normal work. There are many types of memory, which can be divided into main memory and auxiliary memory according to their use. Main memory is also called internal memory (referred to as memory), and auxiliary memory is also called external memory (referred to as external memory). External storage is usually magnetic media or optical discs, such as hard disks, floppy disks, magnetic tapes, CDs, etc., which can store information for a long time, and do not rely on electricity to store information, but driven by mechanical parts, the speed is much slower than that of CPU. Memory refers to the storage component on the motherboard. It is the component that the CPU directly communicates with and uses to store data, and stores the data and programs currently in use (that is, in execution). Its physical essence is that one or more groups have An integrated circuit with data input and output and data storage functions. The memory is only used to temporarily store programs and data. Once the power is turned off or a power failure occurs, the programs and data in it will be lost.

Name: Six-layer core module PCB design

Requirements: Length matching of data, address, clock, and packet-level processing

Number of PCB layers: 6 layers

PCB surface: immersion gold process

PCB board: Htg170, 1.6mm, 1oz

PCB parameters: 5/5mil, Via: 8mil

Impedance control: +/-10%

Power: 24VDC

Device interface: RS485*3 (dimming color sensor)

Network interface: RJ45*1 (100M)

Wireless communication: 4G *1 (full Netcom MQTT protocol) LORA *1

Output: DO *16 (220VAC@10A)

Amplifier: 60W audio amplifier

Storage: 512M DDR3 8G EMMC

Just upload Gerber files, BOM files and design files, and the KINGFORD team will provide a complete quotation within 24h.