Advantest V93000 Training |work| -

The Advantest V93000 is a premier Automated Test Equipment (ATE) platform used globally for testing high-performance System-on-Chip (SoC) devices, including 5G, automotive, and AI semiconductors. Proper training on this platform is essential for test, product, and application engineers to maximize test efficiency and speed up time-to-market. Core Training Tracks

Training for the V93000 is typically categorized by software environment and technical specialization: V93000 SmarTest 8 Basic User Training - Advantest

Advantest provides a comprehensive training ecosystem for the V93000 SoC (System-on-Chip) test platform, primarily categorized by software versions (SmarTest 7 vs. SmarTest 8) and hardware configurations (Smart Scale vs. EXA Scale). Training is available through instructor-led classes (online and in-person) and the Advantest Dojo e-learning platform. Core Training Tracks

Advantest organizes its curriculum into specialized tracks for different engineering roles: Application Training Courses - Advantest

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Title: Level Up Your IC Test Game: A Practical Guide to Advantest V93000 Training advantest v93000 training

Body:

The Advantest V93000 platform (often called the "93k") is the industry workhorse for testing high-performance SoCs, automotive ICs, 5G, and AI chips. But its power comes with a steep learning curve. Whether you're a new grad or a seasoned engineer cross-training, here’s how to approach V93000 training effectively.

4. Expert Level: High-Speed & RF

This is the frontier of test engineering, focusing on ports like PCIe, USB 3.2, and 5G NR.

Key Learning Outcomes:

• Calibrating for Eye Diagrams and Jitter measurements.
• Using the Wave Scale™ RF option for direct RF port testing up to 54 GHz.
• Link training and protocol-aware testing.
• Optimization of test time using parallel test and cross-loading techniques.

Step 2: Understand the "Per-Pin" Philosophy

The V93000 is a per-pin tester. Unlike older shared-resource testers, each channel has its own timing generator, voltage comparator, and PMU.

What does this mean for your training?

• Independence: You can run different patterns on different pins simultaneously.
• Complexity: You have to configure every pin. There is no "global" clock unless you explicitly create one.

During training, spend 80% of your time on DC calibration and AC timing. If your DC levels are wrong, your AC edges won't matter.

Module 5: Advanced Programming & Optimization (Duration: 3 Days)

Focus: Test development efficiency and advanced features. The Advantest V93000 is a premier Automated Test

• 5.1 Test Methods in C++:
  • Writing custom test methods (not just using library calls).
  • Accessing pin data programmatically.
• 5.2 Expression Files & Macro Variables:
  • Parameterizing test flows.
  • Using variables to create scalable test programs.
• 5.3 Parallel Testing (Multi-site):
  • Site configuration and independence.
  • Optimizing test time through parallel execution.
• 5.4 HVM (High Volume Manufacturing) Mode:
  • Transitioning from Engineering Mode to Production Mode.

8. Post-Training Success Metrics (90 days)

• Reduction in debug time: From avg 8 hours to <3 hours per new device.
• Increase in first-pass yield improvement: At least 5% due to better pattern/timing settings.
• Number of independently completed test programs: Target ≥2 per trained engineer.
• Tester utilization: Improve by 10% via parallel testing optimization.

The Three Pillars of V93000 Competency

A structured training program generally progresses through three levels of competency.

Step 3: The Art of the "Digital" Pattern

The V93000 uses pattern files (usually .pat or via the Pattern Compiler). You will likely generate these from an ATE-optimized tool like SmarTest Pattern Generator (STPG) or convert from an STIL/WGL file.

The lightbulb moment in training usually happens when you realize:

• Cycle vs. Waveform: A Cycle defines the period. A Waveform defines the edges (R0, F0, X, etc.).
• The Sequencer: Learn the "OpCodes" (JSR, JMP, HALT). You aren't just playing back a vector; you are writing a small program.

Common Training Mistake: Forgetting to set the Compare Mode. If you see massive pin failures on every vector, you probably forgot to turn off "High-Z" compare or mis-set the window strobe. Title: Level Up Your IC Test Game: A

3. Must-Master Concepts (Cheat Sheet)

Don't just memorize menus—understand these fundamentals:

• Patlist vs. Timingset vs. Level: Patterns define pins, timingset defines when to strobe, level defines voltage (VIH/VIL/VOH/VOL).
• DPS vs. PPMU: DPS forces voltage/measures current for power pins; PPMU does parametric measurements on signal pins.
• Sequence Flow: Main Flow → Test Flow → Test Suite → Pattern Burst. Know the hierarchy.
• Shmoo Plotting: Your #1 debug tool for marginal fails. Learn to vary voltage vs. timing.

6. Resources Required

1. Hardware: Access to one V93000 test head (minimum) for 5 days for the hands-on cohort.
2. Software: SmarTest 8 or 9 licenses (Classroom/Offline licenses).
3. Documentation: Access to Advantest’s "Knowledge Base" (KB) and PDF user manuals.
4. Dedicated Trainer: Either an internal Senior Principal Engineer or an authorized Advantest training partner.