Samsung Receives New Order: Development of Next-Generation Self-Driving Car Chips for Google

News, March 17 Samsung Electronics (Samsung Electronics) will provide core semiconductor chips for the next-generation self-driving cars of Waymo, a subsidiary of Google, and the two parties have signed an order recently.

Samsung recently won an order from Waymo to provide semiconductor chips for their next-generation autonomous vehicles. Waymo is a subsidiary of Google, dedicated to the development of self-driving cars.

The goal of this project is to develop a chip to be used as the brain of autonomous vehicles. The semiconductor controls all the functions of the vehicle, calculates the data collected from various sensors at the same time, and exchanges information with the Google data center in real time.

Since autonomous driving is also closely related to artificial intelligence technology, the Korean semiconductor giant is expected to obtain the most advanced related technologies, including neural processor units (NPUs), high-end CPUs and graphics processing units (GPUs).

Waymo is the world’s largest self-driving car company. It has conducted more than 20 million miles (approximately 3219.2 kilometers) of driverless testing and driving records in multiple regions of the United States. It has acquired a database of self-driving cars, which is much larger than that of its competitors (including manufacturers of finished cars).

Waymo is committed to the development and application of autonomous driving technology. Samsung Electronics is a well-known semiconductor giant. In this cooperation, Samsung is downgraded to Waymo’s next-generation autonomous driving technology to develop core chips for centralized control of vehicle functions and calculations from various The data collected by the sensors are exchanged in real time with the Google data center. The project is expected to be executed by Samsung’s logic chip development department.

Samsung Electronics is expected to obtain the most advanced artificial intelligence-related technologies from this cooperation, including neural processor units (NPUs), high-end CPUs and graphics processing units (GPUs). As the world’s largest self-driving car company, Waymo has conducted more than 20 million miles of unmanned driving tests and driving records in many regions of the United States, and has established an autonomous driving database with far more data than its competitors. On March 9, Waymo released a white paper stating that through a set of virtually reproduced fatal accidents, it was discovered that its own technology can avoid or mitigate impacts in most cases.

Waymo has decided to independently research and develop core technologies related to autonomous driving systems from the day when it established its own portal, with a focus on sensor kit related technologies. Waymo has independently developed a hardware platform for sensor fusion, autonomous driving decision/path planning and other functions. The chip partner behind it is Intel. Samsung Electronics is the second chip to be disclosed. supplier.

In February of this year, Samsung’s subsidiary Harman, which specializes in automotive electronics business, acquired another American autonomous driving company, Savari. The V2X technology developed by the latter allegedly overcomes the limitations of autonomous driving sensors and can provide traffic lights and traffic flow. Real-time road information such as obstacles and obstacles.

At the same time, Harman, a subsidiary of Samsung Electronics that specializes in automotive electronics, announced on February 26 that it will acquire Savari, a US self-driving car startup. Founded in 2011, Savari has developed a communication technology (V2X) that connects vehicles and objects. This technology overcomes the limitations of autonomous driving sensors and provides real-time road information such as traffic lights, traffic flow and obstacles.

Earlier this year, according to media reports, the Foundry Business division of Samsung Electronics will develop 5-nanometer system semiconductor chips for Tesla’s self-driving cars. Samsung Electronics has been supplying Tesla with 14-nanometer chips produced using argon fluoride lithography technology. The two companies plan to expand their cooperation to introduce 5-nanometer chips suitable for in-car infotainment systems.

Earlier this month, some media disclosed that, according to the contents of Texas government documents, Samsung Electronics is considering building a new chip factory in Arizona or New York State at a cost of up to 17 billion U.S. dollars. It is worth mentioning that Samsung Electronics already had a chip factory in Austin, Texas.

Samsung plans to use the new factory to produce advanced logic equipment for the chip contract manufacturing business. After the factory is completed, it will create 1,800 jobs. Samsung’s chip manufacturing customers in the United States include Tesla, Qualcomm, and Nvidia.

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