In-Vehicle Computer System Market is Booming: Explore Opportunities!

The Global In-Vehicle Computer System Market is projected to grow from $565 million in 2020 to $980 million by 2025, at a CAGR of 11.6%.

Growing consumer demand for vehicle telematics and camera-based surveillance systems would drive the market for in-vehicle computer systems.

Opportunities:

1. Advanced Telematics-Based Services Such as Usage-Based Insurance and Predictive Vehicle Maintenance
2. Initiatives for Smart Public Transit

Top Player:

1. S&T AG (Kontron) (Germany)
2. Lanner Electronics Inc. (Taiwan)
3. Axiomtek (Taiwan)
4. SINTRONES Technology Corporation (Taiwan)
5. NEXCOM International (Taiwan)
6. IBASE Technology Inc. (Taiwan)
7. Acrosser (Taiwan)
8. Premio Inc (US)
9. IEI Integration Corporation (Taiwan)
10. SD-Omega (Hong Kong)

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In-vehicle Computer System Market and Key Technology:

Can Bus Protocol - The CAN bus protocol is a peer-to-peer (P2P) network, and each individual node can freely read and write data on the network. Individual nodes use an attribution ID to identify a message and display the priority of the message. If multiple nodes try to access the network, the message with a lower attribution ID will be allowed first. Lower priority messages will have to wait for clearance. The CAN bus system drastically simplifies the communication process among components and sensors.

In-Vehicle Gateway - A gateway acts as a central hub that securely connects and transfers data between the central hub and the vehicle. For instance, traditionally, an ambulance used one modem for vehicle tracking or navigation and another separate modem or laptop to access the patient’s health report. However, in-vehicle computers can be used as an in-vehicle gateway for a single point of communication. These embedded computers (hardware) are designed for higher bandwidth, reliability, and ability to integrate an increasing number of devices due to its wide variety of I/O selection.

Network Video Recorder (NVR) - Mobile/remote surveillance and recording are some of the major applications of in-vehicle computers for public transit, school buses, cash in transits, and police patrol cars. Network video recording allows the central hub or headquarters to monitor real-time in-vehicle activity. In-vehicle computers offer many PoE (Power over Ethernet) ports to connect and record multiple IP (internet protocol) camera feed simultaneously, even with 1080p recording. They are connected to LTE radio modems to transmit multiple H.264 video streams to a central station, making them a preferred choice for transportation video surveillance.

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North America is estimated to lead the market due to the development of autonomous driving and demand for in-vehicle computer systems in law enforcement applications. Major OEMs and e-hailing service providers such as General Motors, Ford, Uber, Lyft, and Waymo have launched Robo-taxi trials in the US. Passengers can hail a self-driving cab from a dedicated application. The US became the first country to fully deploy Robo-taxis for public transportation on a large scale. OEMs such as Tesla and General Motors have plans to deploy fully autonomous cars on the road. Such initiatives would escalate the demand for High-Performance Embedded Computing (HPEC) platforms. These high-performance in-vehicle computers are designed for parallel processing to facilitate AI applications such as machine learning and deep learning or Convolutional Neural Networks (CNN). Thus, the emergence of autonomous driving in the region would play a major role. Such embedded systems are high margin products compared to in-vehicle computer systems deployed in fleet management or passenger information systems. In addition, these systems would have a major market in law enforcement vehicles. Systems capable of ANPR and facial recognition would be incorporated in police patrol vehicles for real-time surveillance and safety. Increasing developments in autonomous driving and the adoption of high-performance computers in law enforcement applications would help the North American in-vehicle computer system market keep its leading position during the forecast period.

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