1 Computer on Module Industry Chain Analysis
Among the main participants in the Computer on Module product industry chain, the complete industry chain includes upstream PCB suppliers, Microprocessor suppliers, midstream Computer on Module manufacturers, and the downstream market mainly involves industrial automation, medical, entertainment, transportation, and test and measurement industries.
2 Computer on Module Key Raw Materials Suppliers Analysis
The key raw materials for the computer on module market are PCBs and microprocessors. The suppliers for PCBs include Jabil Inc., Wurth Elektronik Group, and TTM Technologies Inc. For microprocessors, the suppliers are QUALCOMM, Broadcom Inc., and Intel Corporation.
Table Computer on Module Key Raw Materials Suppliers Analysis
Raw Materials | Suppliers | Contact |
Jabil Inc | Web: www.jabil.com Tel: (727) 577-9749 Add: 10560 Dr M.L.K. Jr St N, St. Petersburg, FL 33716. USA | |
Wurth Elektronik Group | Web: www.we-online.com Tel: +49 79409460 Add: Niedernhall, Salzstraße 21, Germany | |
TTM Technologies Inc. | Web: www.ttm.com Tel: (714) 327-3000 Add: 200 East Sandpointe Ave #400, Santa Ana, CA 92707 | |
QUALCOMM | Web: www.qualcomm.com Tel: (858) 587-1121 Add: 5775 Morehouse Drive San Diego, CA 92121. USA. | |
Broadcom Inc. | Web: www.broadcom.com Tel: (408) 433-8000 Add: 1320 Ridder Park Drive. San Jose. California, 95131. United States | |
Intel Corporation | Web: www.intel.com Tel: (408) 765-8080 Add: 2200 Mission College Blvd. Santa Clara, CA 95054-1549 |
3 Computer on Module Distributors/Traders
The key distributors for the computer on module market include Digi-Key, Arrow Electronics, Inc., Avnet, Future Electronics, Rutronik, and NEXTY ELECTRONICS CORPORATION. These distributors are strategically located across the United States, Canada, Germany, and Japan, providing a global network for the distribution of computer on module products.
Table Distributors/Traders
Distributors | Contact Information |
Digi-Key | Web: www.digikey.com Tel: 1-800-344-4539 Add: 701 Brooks Avenue South, Thief River Falls, MN 56701 USA |
Arrow Electronics, Inc. | Web: www.arrow.com Tel: 1-855-326-4757 Add: 9201 E Dry Creek Rd, Centennial, CO 80112, USA. |
Avnet | Web: www.avnet.com Tel: 1-480-643-2000 Add: 2211 South 47th Street Phoenix, AZ 85034 United States |
Future Electronics | Web: www.futureelectronics.com Tel: (514) 694-7710 Add: 237 Hymus Boulevard, Pointe Claire, Quebec, Canada H9R 5C7 |
Rutronik | Web: www.rutronik.com Tel: +49 7231 8010 Add: Industriestraße 2, Ispringen, Baden-Wuerttemberg, 75228, Germany |
NEXTY ELECTRONICS CORPORATION | Web: www.nexty-ele.com Tel: +81-3-5462-9611 Add: 2-3-13, Konan, Minato-ku, Tokyo, 108-8510, Japan |
4 Downstream Major Computer on Module Customer Analysis
The key buyers in the computer on module market include Sfera Labs, Cytron Technologies, Crux Labs, Kinneir Dufort, XYZeron, Samsung, and Huawei. These companies are located in various regions such as Italy, Malaysia, Singapore, the United Kingdom, Israel, South Korea, and China, highlighting the global reach of the computer on module market.
Table Downstream Major Customer Analysis
Item | Contact |
Sfera Labs | Web: www.sferalabs.cc Tel: +39 02 4507 7418 Add: Str. 4, Q6, 20089 Rozzano MI, Italy |
Cytron Technologies | Web: www.cytron.io Tel: 604-548 0668 Add: 1, Lorong Industri Impian 1, Taman Industri Impian, 14000 Bukit Mertajam, Penang, Malaysia |
Crux Labs | Web: www.crux-labs.com Tel: +65 6401 3357 Add: 370B Alexandra Road Singapore 159955 |
Kinneir Dufort | Web: kinneirdufort.com Tel: +44 (0)117 901 4000 Add: 5 Host Street Bristol BS1 5BU |
XYZeron | Web: www.xyzeron.com Tel: +972523229006 Add: Aminadav St 17, Floor 3, Tel Aviv-Yafo, 6706710, Israel |
Samsung | Web：www.samsung.com Tel: 82-31-200-1114 Add: 129 Samseong-ro Yeongtong-gu Gyeonggi-do 16677 Suwon-Shi Korea, Republic of (South) |
Huawei | Web：www.huawei.com Tel: 86-755-2878-0808 Add: Bantian Huawei Base Longgang District Shenzhen, 518129 China |
5 Driving Factors of the Computer on Module Market
‘The low cost advantage of Computer on Module’
Computer on Module usually integrates all common computer devices on one module, generally referring to CPU, RAM, Flash, power management, Ethernet, Wi-Fi/Bluetooth, thereby reducing the complexity of the final product. Computer on Module is cost effective. Looking at the entire computer market, Computer on Module is a small, low-cost computer designed for a variety of applications. They are typically powered by a single processor and come with a range of features such as memory, storage, and networking capabilities. This makes them ideal for businesses that need to deploy a range of applications quickly and easily. Compared with desktop computers, Computer on Module has the significant advantage of low cost. Unlike traditional desktop computers, the product does not require a separate case, power supply or other peripherals. In addition, Computer on Module is highly energy efficient and can help businesses reduce energy costs. The cost advantage is conducive to attracting more developers to conduct research and development, and is helpful for large-scale deployment of mature products. The low-cost advantage of Computer on Module is one of the driving factors driving the development of the industry.
‘The high flexibility advantage of Computer on Module’
Scalability and flexibility are also one of the advantages of Computer on Module. Computer modules have flexible configuration and expansion capabilities. It can select the appropriate interfaces and components as needed, and supports adding or replacing hardware modules through slots or connectors. This flexibility allows the computer module to adapt to different application needs and facilitate subsequent upgrades and maintenance. At the same time, computer modules usually adopt standardized size and interface designs, making them easy to integrate into existing systems. They can serve as the core of embedded systems, connecting and communicating with other hardware modules, sensors, actuators, etc. This integration simplifies the system design and development process and accelerates time to market.
Currently, Computer on Module has gained wider user recognition due to its advantages of flexibility and high integration. Computer on Module has important applications in the fields of embedded IoT and edge computing due to its small size, high flexibility, ultra-durability and excellent performance. The advantage of high flexibility is one of the driving factors driving the development of the Computer on Module industry.
6 Factors Challenging the Market
Table Challenging Factors of the Market
Challenging Factor | Description |
In recent years, as the support of industrial policies and growing market demand have created good conditions for the accelerated development of the Computer on Module industry, more and more new entrants have entered the market. Therefore, competition among existing companies is becoming increasingly fierce. If industry companies cannot continue to maintain their relative advantages in technological innovation, product quality, customer service, etc., they will run the risk of being unable to continue to expand new customers, losing existing customers, or reducing market share due to intensified market competition, thus affecting the company’s operating performance. cause adverse effects. In addition, the development of the Computer on Module market is also facing threats from substitute products such as personal computers, microcontrollers, and servers. Therefore, fierce market competition is one of the challenges facing market development. | |
Disadvantages of Computer on Module | Compared with industrial computers/servers, insufficient performance is one of the biggest disadvantages of Computer on Module. Limited by size and energy consumption, Computer on Module has so far been unable to provide computing power and graphics processing capabilities that are on par with traditional computers. Additionally, Computer on Modules sometimes have less processing power, memory, and storage than traditional computers, which can affect their ability to perform demanding tasks. Additionally, the product’s scalability for specific applications may be hampered by its limited expansion options for adding additional hardware components. Because there are multiple product models available with a variety of specifications, form factors, and interfaces, choosing the ideal model for a specific project can be challenging. The shortcomings of Computer on Module are one of the challenges facing the development of the industry. |
7 Opportunities of the Global Computer on Module Market
Table Opportunities of the Market
Opportunities Factor | Description |
The Internet of Things (IoT) is a rapidly evolving technology that is changing the way businesses operate. IoT devices can help businesses become more efficient and productive by providing real-time data and insights. For example, businesses can use IoT devices to monitor inventory levels, track customer behavior and optimize supply chains. This data can be used to make informed decisions and improve operational efficiency. Additionally, IoT devices can be used to automate processes such as scheduling, ordering, and customer service. This can help businesses reduce costs and increase profits. IoT devices can also help businesses improve customer experience. By collecting data on customer behavior, businesses can gain insights into their customers’ needs and preferences. With the continuous development of technology, the scale of the IoT market continues to expand. Hardware and software are very important in the development and application of IoT technology. Among them, Computer on Module is one of the main hardware devices. In the field of Internet of Things, Computer on Module has become an important building block for new product development and all stages of the entire production process. Currently, professional engineers use Computer on Modules for industrial and IoT application development. Computing platforms based on Computer on Module provide designers with an increasing number of well-supported and cost-effective solutions. For industrial IoT designers, a significant advantage of Computer on Module is that the entire platform is very flexible to configure. Therefore, as the Internet of Things market continues to develop, the demand for Computer on Module in the product development and design market in this field continues to increase. Therefore, the development of the Internet of Things is one of the driving factors driving the development of the industry. | |
Development of edge computing market | Edge computing is a strategy for computing where the data is collected or used, allowing IoT data to be collected and processed at the edge of the network rather than sending the data back to a data center or cloud. There are many different platforms and devices for edge computing terminals. Among them, Computer on Module is a small computer that usually has the characteristics of low power consumption, low cost and high performance, and can be used to build edge computing platforms. The Computer on Module can handle and compute complex tasks and data telemetry applications, and due to its small form factor, it fits into almost any embedded solution. Their size and processing power make them a popular choice for edge applications. Therefore, with the development of the edge computing market, the market demand for Computer on Module continues to increase. The development of the edge computing market is one of the opportunities for industry development. |
