Industry Challenges：

Intelligence, electrification, new energy etc. had been the key words of automotive trend, automotive electronics are widely used in different part of automotive, from the initial electronic control of engine fuel, electronic ignition technology to advanced driver assistance systems (ADAS) and future autonomous driving.

More and more MCUs, Flash and high density EMMC and UFS are used in the automotive, resulting in more challenging for device programming and testing:

• 1,Higher standards had been applied to the manufacturing of electronic components as well as strict safety and reliability requirements

• 2,Device density and complexity are getting higher and higher

• 3,Compliance requirements for defect management and traceability are more stringent

• 4,100% of the qualified devices are programmed become essential

• 5,The scenario of Programming pass but functional test fail is not acceptable

• 6,As data density, device complexity and number of devices in a car continue to increase, reducing programming costs is critical. In-system, in-circuit and in-line programming become less efficient in this new environment

• 7,In-house, off-line programming requires unmatched efficiencies to lower cost per device

• 8,Consider, an autonomous car will need 100 times more lines of code than an F-35 fighter jet