Leave Your Message

Security Camera PCBA – PCBA Global Supplier focusing on Artificial Intelligence for 15 years

Type : Artificial Intelligent PCBA One-stop Intelligence Supplier

1. RICHPCBA is a leading PCB service provider in China, based on PCB design and manufacturing services, and providing customers with one-stop intelligent PCBA manufacturing services.

2. Deeply cultivating the PCB industry for 20 years, we have established long-term cooperative relationships with many well-known companies around the world, including but not limited to Lenovo, Panasonic, Midea, AMD, Marvell, Tencent, Huawei, Hisilicon, Huaqin, etc. We have accumulated rich customer resources, with technological strength and product advantages leading the world. We have successfully implemented PCB design cases with the highest number of 68 layers, the highest number of single board pins exceeding 150000, the highest number of single board connections exceeding 110000 and the highest speed signal reaching 112Gbps.

3. The rapid development of AI has led to an explosive growth in demand for high-layer HDI and high-frequency PCBs. We have advantages with in-depth research and application experience in areas such as high-speed and high-density PCB design, high-capacity storage PCB design and simulation technology and high-density HDI PCB design and simulation technology.

    What does AI include

    XQ (2)cfy

    1. Machine learning is one of the cores of artificial intelligence, which enables machines to possess human learning abilities. By simulating human learning behavior, machines can learn human knowledge and continuously improve their knowledge structure. Machine learning plays an important role in the field of artificial intelligence research by automatically discovering patterns from data to make accurate predictions and process data.

    2. Computer vision is an application of artificial intelligence that enables computers to recognize and understand objects and scenes through images or videos, enabling the modeling and analysis of visual information. Computer vision technology mainly includes image classification, object detection, facial recognition, scene understanding, image generation, etc. Its applications are very extensive and can be used in fields such as autonomous driving, security monitoring, facial recognition, medical imaging, etc.

    3. Robot technology is an application of artificial intelligence, which is enhanced by core technologies such as algorithms, enabling robots to automatically perform tasks and replace human work. Robotics technology includes drones, household robots, medical robots, etc. The combination of artificial intelligence technology and robotics technology will change the traditional pattern of the robotics industry and form a breakthrough field.

    4. Artificial intelligence includes autonomous driving, image recognition, natural language processing, machine translation, intelligent recommendation, robotics, intelligent manufacturing, etc. Autonomous driving is an important application of artificial intelligence, which obtains surrounding environmental information through sensors such as LiDAR, cameras, etc., and makes decisions to control vehicle movement. Through autonomous driving, vehicles can drive independently without the need for driver operation, improving driving efficiency and safety.

    5. Artificial intelligence includes computer vision, machine learning, natural language processing, robotics technology, biometric technology, etc. Among them, biometric technology utilizes the inherent biological characteristics of the human body such as fingerprints, face, iris, veins, sound, gait, etc. for personal identification. Biometric technology achieves the recognition and verification of human biological features by integrating computer, optical, acoustic, biosensors, biostatistics and other methods. This technology has been widely applied in market research.

    6. Human computer interaction: It mainly studies the interaction relationship between systems and users, including human-computer interaction interface, human-computer interaction technology and a comprehensive discipline of human-computer interaction. Human computer interaction refers to the process in which users communicate and operate information with computers through a human-computer interface. Through the human-computer interface, users can access and operate various functions, resources, and application programs of the computer. Human computer interaction technology mainly includes a comprehensive discipline of human-computer interface design, human-computer interaction technology, and human-computer interaction. Through the human-computer interaction interface, users can interact with computers to achieve various functions and services.

    7. Autonomous unmanned system technology is a system that can be operated or managed through advanced technology without human intervention, and can be applied to fields such as unmanned driving, drones, space robots, and unmanned workshops.

    8. Intelligent security is a security control implemented using artificial intelligence systems, which analyzes video, checkpoint and other data, as well as artificial intelligence algorithms, to monitor the security field in real time. Intelligent security has a wide range of applications in areas such as surveillance, facial recognition and trafficking crimes.

    9. Smart home is a complete home ecosystem created using Internet of Things technology, consisting of intelligent hardware, software and cloud computing platforms. Smart home devices can operate independently and be intelligently controlled through AI. Smart homes are not only convenient, but can also save energy and improve the quality of living.

    PCBA plays an important role in the era of intelligence

    PCBA is the state in which various electronic components are installed on a printed circuit board (PCB). In intelligent products, PCBA undertakes key tasks such as data processing, signal transmission and functional execution. A high-quality PCBA can ensure the stable operation of smart devices in various environments, provide the required performance and have a long service life.

    Application of Artificial Intelligence

    HDI PCB has a wide range of application scenarios in the electronic field, such as :

    With the development of society, artificial intelligence has gradually entered and integrated into our lives, and is applied in various industries. AI has not only brought huge economic benefits to many industries, but also brought many changes and conveniences to our lives. What are the applications of artificial intelligence in various fields nowadays?

    1. The application of artificial intelligence in the field of financial technology
    Currently, artificial intelligence technologies such as machine learning, knowledge graphs, biometrics and robots for service are widely used in fields such as financial prediction, anti fraud, credit decision-making and intelligent investment advisory. Artificial intelligence and other technologies are important application trends for future financial technology innovation and a major driving force for financial technology innovation and development. 

    2. Artificial intelligence can lead energy solutions
    Combining AI and machine learning with energy will help accelerate the adoption of renewable energy. Covid-19 may leave us at a loss and put our lives and livelihoods at a standstill, but this is not the biggest problem facing the world. A bigger crisis is staring at us, threatening human survival: climate change. In order to accelerate the energy conversion process, it is now necessary to integrate artificial intelligence (AI) and machine learning (ML) with energy. AI is not only related to energy management, but also can become an effective tool to address climate change in line with our sustainable development goals.

    3. Utilizing artificial intelligence to promote the development of the satellite industry
    Satellites are the foundation of the entire communication network, and artificial intelligence can manage virtual communication networks to help satellites provide reliable communication services and achieve automation of communication tasks.

    4. Facial recognition
    This technology has entered most households. Facial recognition, also known as portrait recognition, is a biometric technology mainly based on facial feature information for identity recognition. At present, the technologies involved in facial recognition mainly include computer vision, image processing, etc.

    5. The current application status of artificial intelligence in the field of agriculture
    Currently, artificial intelligence technology is becoming more and more proficient, changing production methods, and its application in agriculture is becoming increasingly widespread. With the utilization of artificial intelligence, it is possible to monitor crops more closely, understand their growth status, replenish the necessary nutrients or pesticides in a timely manner, and ensure more accurate dosage. This not only avoids waste, but also enables better crop growth, liberates productivity and controls weeds.

    6. Prospects of Artificial Intelligence Application in Urban Public Security
    The application of artificial intelligence to maintain urban public security has become a new trend, and artificial intelligence has obvious advantages in improving the ability to ensure urban public security. With the continuous expansion of data scale, improvement of computing power and optimization and breakthrough of algorithms, the cost of applying artificial intelligence technology will be greatly reduced, which will drive the rapid development of related industries.

    7. Utilizing artificial intelligence to monitor the operation status of orbital satellites
    Artificial intelligence provides customers with high-quality satellite images. In the future, it will also be used to monitor Earth images and perform artificial intelligence analysis on satellite images, achieving automatic reprogramming of image request services. Summarize telemetry data to create algorithms related to spacecraft and monitor the status of in orbit satellites. We will achieve automation of ground control systems and efficiently manage large satellite constellations.

    8. Autonomous vehicles
    Most of the autonomous vehicle products launched in the market have reached L2 level of autonomous driving, and some have reached L3 level. For example, Audi A8 (C8), Volvo XC90 and Tesla models equipped with Autopilot 3.0 are considered as L3 autonomous vehicle. Autonomous driving technology is a major trend in the development of future vehicles. Due to the limitations of vehicle sensing hardware and chips, single vehicle autonomous driving cannot be rapidly popularized in China. However, existing auxiliary and semi-automatic driving technologies can already reduce many risks in the driving process.

    XQ (3)0gj