Advantest 93k Tester Manual 【Firefox】

To understand the manual, the user must first distinguish between the physical hardware and the controlling software.

The operational soul of the 93K is the SmarTest software suite. It runs on a Linux-based workstation (historically Solaris, now predominantly RHEL/CentOS variants).

Step-by-step guides to running internal system checks to isolate faulty hardware.

The Advantest V93000 (often referred to as the 93k) SoC Test System is a cornerstone of the semiconductor industry, enabling high-performance testing of System-on-Chip (SoC) devices, ranging from consumer electronics to advanced automotive, AI, and RF components. Mastering this platform requires deep technical knowledge, often accessed through the official documentation, SmarTest software guides, and hardware manuals. advantest 93k tester manual

Advantest’s SmarTest software is the operating system and programming environment for the 93k tester. The programming manual covers the creation of test programs. A. Test Program Structure

The monitor flickered. A sea of red "FAIL" boxes suddenly turned a beautiful, glowing emerald.

The Advantest V93000, commonly known as the 93k, is the semiconductor industry's gold standard for Automated Test Equipment (ATE). Operating this massive SoC (System-on-Chip) and memory testing platform requires a deep understanding of its official technical documentation. To understand the manual, the user must first

SmarTest utilizes C++ for test program development, allowing for high customization and performance.

#include "testmethod.hpp" #include "SharedUserInterface.h" class FunctionalTestWithPMU : public testmethod::TestMethod protected: string mPinList; double mSettleTime; protected: virtual void initialize() // Bind local variables to the SmarTest parameter UI addParameter("pinList", "string", &mPinList); addParameter("settleTime", "double", &mSettleTime); virtual void run() // 1. Initialize the functional burst ON_FIRST_INVOCATION DMM_MAIN_BCAST_ON; // 2. Route PMU to pins and measure current try PRIMARY_PRES_PIN_VEC.clear(); // Execute functional pattern burst FLUSH_AND_WAIT(); // Output results to the datalogger PUT_DATALOG_VALUE("Meas_Current", 1.25, "mA", TM::PASS); catch (Error& err) SET_ERROR_STATUS(err.to_string()); ; REGISTER_TESTMETHOD("FunctionalTestWithPMU", FunctionalTestWithPMU); Use code with caution. SmarTest 8 Java Test Method Template

For Windows users, a standalone "TDC Viewer" application must be installed to read downloaded documentation packages. Linux users typically have the help viewer pre-installed with the SmarTest software environment. Core Manual Categories Step-by-step guides to running internal system checks to

To combat signal degradation across cables and loadboard traces, engineers must run periodic calibrations.

Procedures for executing system-level calibration to ensure tester accuracy across all pins. 2. Navigating SmarTest: The Core Software Chapter

These cards define the per-pin resources. Each channel can act as a digital driver, comparator, active load, or precision PMU (Parametric Measurement Unit).

The V93000 is recognized for its architecture, meaning every pin on the device under test (DUT) is backed by dedicated, high-performance electronics. This allows for massive parallel testing, essential for high-volume manufacturing. Key Hardware Components

Navigating the rewritten API library, object hierarchies, and concurrent testing execution. 📝 Key Modules You Must Master