In the rapidly evolving semiconductor industry, every technological leap forward relies on unparalleled precision in controlling the microscopic world. From initial design concepts to final products, each tiny transistor and intricate circuit must undergo rigorous measurement and analysis. The digital world we depend on is powered by chips that have passed countless precision tests.

MPI's manual probe station series, with their unique open design concept, unmatched ease of use, and competitive price-performance ratio, provide unprecedented precision analysis capabilities for 150mm, 200mm, and even 300mm wafers and various substrates. These are not merely instruments but essential tools that help engineers explore semiconductor mysteries and solve technical challenges.

MPI's TS150, TS200, and TS300 standard open probe stations form the solid foundation for these precision tests. With intuitive interfaces, highly integrated system designs, and user-friendly experiences, they significantly simplify complex testing processes, allowing engineers to focus on core analysis and research.

Engineers can easily configure these systems according to specific testing needs, addressing applications ranging from basic device characterization to complex requirements such as:

• Failure Analysis: MPI probe stations enable precise location and in-depth analysis of microscopic defects on chips, helping engineers quickly identify root causes of device failures.
• Design Validation/IC Engineering: These systems provide high-precision parameter measurement capabilities for rigorous verification of design modules at the wafer stage.
• Wafer Level Reliability: MPI probe stations support comprehensive reliability evaluations under various conditions to predict device lifespan in real-world environments.
• High Power Device Testing: Specialized solutions for power semiconductors that must withstand extreme voltages and currents.
• Device Characterization: Detailed measurements of key parameters including I-V curves, C-V curves, and threshold voltages.
• MEMS Testing: Precision electrical measurements combined with mechanical stimulation for micro-electromechanical systems.
• Signal Integrity: Analysis of signal transmission paths in high-speed digital communication systems.

To meet the growing demands of power semiconductor technology, MPI developed the TS150-HP and TS200-HP high-power probe stations. These specialized systems support testing up to 10kV voltage and 600A current - specifications rarely seen in the industry.

Custom-designed chucks ensure reliable probe-to-device contact with low resistance, while specially selected connectors and cables safely handle high voltage and current. These optimizations allow engineers to fully explore power device potential, driving innovation in electric vehicles, smart grids, and industrial automation.

As traditional RF bands become saturated, millimeter wave (mmW) and terahertz (THz) frequencies emerge as new frontiers in communications. MPI's TS150-THZ engineering probe station provides precision testing solutions for this cutting-edge field, specifically designed for 150mm wafers in sub-THz ranges.

The system supports broadband testing up to 220GHz, strip-line solutions up to 1.1THz, load-pull, and various RF/mmW applications. MPI has pioneered the integration of active impedance tuners into probe stations with the TS150-AIT and TS200-THZ models, simplifying complex impedance tuning processes for emerging THz communication, high-precision radar, and advanced imaging applications.

For low-noise device measurements where electromagnetic interference (EMI) poses significant challenges, MPI's TS200-SE and TS300-SE probe stations feature advanced ShielDEnvironment™ technology. This shielding creates an exceptionally pure measurement environment, enabling precise characterization of sensitive devices like RF front-ends and low-noise amplifiers.

All MPI manual probe stations adopt forward-looking modular designs. This approach allows systems to be easily expanded or upgraded as research needs evolve, protecting investments and ensuring continued relevance at technology's cutting edge.

When research directions shift from conventional RF to emerging THz applications, simple module upgrades can adapt existing systems rather than requiring complete replacements. This flexibility saves significant hardware costs while accelerating research cycles, helping companies maintain competitive advantages in dynamic markets.

In semiconductor technology's remarkable advancement, MPI manual probe stations have become key enablers through their open designs, exceptional usability, cost-effectiveness, and specialized solutions across application segments. From fundamental device characterization to pioneering mmW/THz applications, from rigorous failure analysis to reliability testing, these systems remain reliable partners in technological exploration and problem-solving.