The Benefits of Using Camera Module Suppliers

From imaging to sensing, Compact Camera Module revenue will exceed $60 billion by .

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OUTLINE:

• The CCM[1] market is expected to reach about US$60.2 billion in .
• CCM is driven by innovations in mobile handsets, the adoption of multiple cameras in cars, and emerging consumer applications.
• Some of the CCM applications are now slowly moving from imaging to sensing.
• In CCM manufacturing, China and South Korea together have a market share of about 90%. In , South Korean companies were involved in Samsung and Apple supply chains&#;

The CCM market grew tremendously in both volume and revenue from to . But then, in , revenue growth fell to 5.9% year-over-year, pushing the market to US$35.9 billion. Looking forward, automotive and consumer products will sustain a new growth cycle beyond mobile, although this will remain the most important market. That will lead to a US$60.2 billion market in , a 9% CAGR[2] from .

In this context, Yole Intelligence has developed a dedicated report to provide market data on key CCM metrics and dynamics. In its new Status of the Camera Module Industry report, the company, part of Yole Group, delivers an in-depth understanding of the CCM value chain, infrastructure, and players, and presents key technical insight and analyses regarding future technology trends and challenges.

According to Florian Domengie, Ph.D., Senior Technology and Market Analyst within the Photonics & Sensing division at Yole Intelligence, part of Yole Group, &#;The metaverse will surely drive more camera modules into consumer products. For automotive, increasing levels of autonomy will require more cameras. ADAS[3], viewing, and in-cabin monitoring are integral parts of the future playground. In addition, the growing adoption of medical endoscopic solutions and security cameras will help the market thrive. The transition from imaging to sensing will sustain the camera module industry with many further opportunities&#;.

The whole supply chain will benefit from this industry momentum, including camera module assembly, CIS[4], optics, lens sets and AF[5]/OIS[6] actuating devices.

Perhaps obviously, the biggest camera module players have the biggest customers. LG Innotek passed US$10 billion in revenue in , benefiting from being Apple&#;s supplier and serving the thriving automotive cameras industry. In contrast, Ofilm is still suffering from the US trade ban on its partner Huawei.

Regarding camera module manufacturing, Chinese and South Korean companies have about 90% of the market.

Meanwhile, competition in CIS has become more intense. The ecosystem is still dominated by historical leaders like Sony, Samsung, OmniVision, and STMicroelectronics, who are strong players in the mobile and consumer markets.

GalaxyCore, Onsemi, SK Hynix, and SmartSens remain solid challengers and are increasing their shares of the camera module market.

In the lens market, Largan and Sunny Optical hold over 50% of the market and leave the rest far behind. New entrants are appearing in lens sets and AF devices, but historical top players still own high-end OIS.

From the technical side, innovation is expected to shrink devices and boost imaging and sensing performance. More light-sensitive image sensors are being developed. Wafer stacking remains a solid trend, and Sony is even introducing two-layer transistor pixels, from stacking three wafers. The lens set is now being upgraded to seven- or eight-element (7p or 8p) levels.

A 9p lens is also on the way. High-quality optics needs more lenses but adding glass to the lens is another approach. However, physical limitations are now slowing the pace of innovation. A new paradigm is needed, such as free-form or liquid lenses. Metalens devices are perhaps the ultimate evolution to decrease camera module cost and volume and bring new functionalities. For AF and OIS actuators, alternative approaches, such as MEMS actuators, are also appearing. OIS technology has updated from lens-shift to sensor-shift and even module-shift.

Yole Intelligence imaging team invites you to follow the camera module industry and the evolution of the technology on www.yolegroup.com. In this regard, do not miss the 3D Sensing for Consumer Forum , &#;From smartphones into the metaverse: 3D sensing is shaping the future of reality&#;, on December 8th. Register here.

Stay tuned!

[1] CCM: CMOS Camera Module

[2] CAGR: Compound Annual Growth Rate

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[3] ADAS: Advanced Driver Assistance Systems

[4] CIS: CMOS Image Sensors

[6] OIS: Optical Image Stabilisation

Introduction

With the increasing demand for high-quality imaging technology, USB camera modules have become an essential tool for industrial and commercial applications. In this article, we will explore the benefits of using a USB camera module, the applications it is used in, and why it is becoming the preferred choice for many industrial and commercial applications.

Easy Integration and Portability

USB camera modules are designed with ease of use in mind. They can be connected to any device with a USB port, making it simple and quick to set up. This makes them ideal for a variety of industrial and commercial applications where ease of integration is critical. Furthermore, their compact and portable design makes them a convenient option for on-the-go applications such as remote monitoring or teleconferencing. With their small size, they can be easily transported from one location to another, providing users with a versatile solution that can be used in different environments.

High-Quality Imaging and Performance

In addition to their easy integration, USB camera modules also offer high-quality imaging and performance. Equipped with advanced imaging technology, they are capable of producing high-resolution images and videos that are ideal for industrial and commercial applications such as quality control, inspection, and scientific imaging. With their high-quality imaging capabilities, they provide users with accurate, reliable results that can be used to make informed decisions.

Cost-Effectiveness

In addition to their ease of integration and high-quality imaging, USB camera modules also offer a cost-effective solution. Compared to traditional cameras and other types of camera modules, they are more affordable, making them a great option for organizations looking for a reliable and high-quality imaging solution without breaking the bank. With their low cost, users can invest in multiple units, providing them with greater flexibility and the ability to cover a wider area or perform multiple tasks.

Applications in Industry and Commerce

USB camera modules are widely used in a variety of industrial and commercial applications. In the field of quality control and inspection, USB camera modules are used to inspect products and ensure that they meet quality standards. In robotics and automation, USB camera modules are used to provide visual feedback for robots and other automated systems. In the field of surveillance and security, USB camera modules are used for remote monitoring and to keep a watchful eye on facilities and assets.

When comparing to traditional cameras and other camera modules, such as IP or CCTV cameras, USB camera modules have several benefits that make them the preferred choice for many industrial and commercial applications.

One of the biggest advantages of USB camera modules is their compact design. Unlike traditional cameras that can be quite large and bulky, USB camera modules are small and compact. This makes them easy to integrate with other systems and devices, which is especially important in industrial and commercial settings where space is often limited. The compact design of USB camera modules also makes them easy to transport and install, which helps to reduce the cost and complexity of deployment.

Another advantage of USB camera modules is that they offer a cost-effective solution for high-quality imaging. Compared to other types of camera modules, such as IP or CCTV cameras, USB camera modules are relatively inexpensive. This makes them a great choice for businesses and organizations that need high-quality imaging but are operating on a tight budget. The cost-effectiveness of USB camera modules also means that they can be deployed in large numbers, which is often necessary in industrial and commercial settings where multiple cameras are needed to cover a large area.

High-Quality Imaging: Despite their relatively low cost, USB camera modules are capable of delivering high-quality imaging. This is because they use advanced imaging technologies, such as CMOS sensors, to capture images and videos with high detail and clarity. The high-quality imaging provided by USB camera modules is especially important in industrial and commercial applications where images and videos are used for inspection, analysis, and monitoring purposes.

The advancements in technology have led to the development of various types of cameras and camera modules that cater to the different needs of industrial and commercial applications. Out of these, USB camera modules have become increasingly popular due to their ease of integration, high-quality imaging, and cost-effectiveness. In this article, we will explore the applications of USB camera modules in industry and commerce and the factors to consider when choosing the right USB camera module for your specific application.

Applications of USB Camera Module in Industry and Commerce

Quality Control and Inspection:

Quality control and inspection are critical processes in any industry or commercial setting. The high-resolution imaging capabilities of USB camera modules make them ideal for quality control and inspection purposes. They can be easily integrated into the inspection process and provide accurate and detailed images, making it easier for organizations to identify any defects or issues.

Scientific Imaging:

Scientific imaging is another important application of USB camera modules in industry and commerce. They can provide high-quality images for scientific research and experiments, making it easier for scientists to study and analyze the data.

Remote Monitoring and Teleconferencing:

Remote monitoring and teleconferencing have become increasingly important in today&#;s globalized world. USB camera modules can be used for remote monitoring and teleconferencing purposes, due to their compact and portable design. They can be easily connected to a computer or other device and provide high-quality video and audio, making it an ideal solution for remote collaboration and communication.

Choosing the Right USB Camera Module for Your Industry and Commerce Application

When choosing the right USB camera module for your specific application, there are several factors to consider, such as the resolution, frame rate, image quality, and compatibility with your existing systems. It&#;s important to choose a camera module that meets the specific requirements of your industry or commercial setting.

To choose the right USB camera module, consider the following tips:

• Determine the specific requirements of your industry or commercial setting
• Look for a camera module with a high resolution and frame rate
• Check the image quality and compatibility with your existing systems
• Consider the cost and overall value of the camera module

Conclusion

In conclusion, USB camera modules provide a reliable, high-quality imaging solution for industrial and commercial applications. With its easy integration, portability, high-quality imaging, and cost-effectiveness, it is no wonder why USB camera modules are becoming the preferred choice for many organizations. Future of USB Camera Module in Industry and Commerce: With the continued advancements in technology, the future of USB camera modules in industry and commerce looks bright. They are likely to become even more versatile and advanced, providing organizations with even more options for their imaging needs.

To summarize, if you are in need of an imaging solution for your industrial or commercial application, consider the benefits of using a USB camera module. Be sure to consider the specific requirements of your industry or commercial setting and choose a camera module that meets these requirements, while also providing high-quality imaging and cost-effectiveness.