Covers ADC/DAC testing, analog setup tools, and universal test methods like SmartCalc.
The Advantest V93000 is a highly scalable, flexible ATE platform used for validating and production-testing System-on-Chip (SoC), Radio Frequency (RF), and high-speed digital devices.
For those responsible for the physical system uptime, the is essential.
Advantest offers a comprehensive training curriculum for the SoC test platform, primarily delivered through the Advantest Dojo e-learning platform and Regional Training Centers . 1. Core Software Training advantest v93000 training
Maintenance training is exclusively for Advantest Field Support Engineers and customers who have chosen a self-support model for debugging and maintaining their testers. These courses focus on system diagnostics, calibration, and preventive maintenance, providing deep technical knowledge of the system's hardware and software architecture.
Specialized semiconductor engineering consultancies offer tailored training programs, often customized to a company's specific device types.
Meeting the prerequisites is critical for a successful training experience. Requirements vary by course level and software version. Covers ADC/DAC testing, analog setup tools, and universal
A holistic training program covers both the physical hardware layer and the digital software layer. Understanding how these two spaces interact is critical for writing efficient test programs and debugging hardware issues on the test floor. 1. Hardware Architecture and Instrumentation
Test engineers with verified V93000 competencies command higher salaries due to the specialized nature of ATE development.
Deep dives into mixed-signal testing, RF architectures, high-speed digital interfaces (like PCIe or DDR), and advanced Java/C++ test method programming. Advantest offers a comprehensive training curriculum for the
: Deep-diving into the silicon’s performance limits to provide feedback to design teams.
C --> FLearning objective? F --> G[Basic digital & DC testing] F --> H[Advanced mixed-signal/RF] F --> I[Production deployment]