TITAN™ Probe Technologies
TITAN™ Probe Technologies
TITAN™
Single-Ended & Differential RF Probes
DC–250 GHz Broadband Probing Solutions for Next-Gen
RF, mmWave, and High-Speed Digital
Unlock the Future of On-Wafer Measurement
Introducing the TITAN™ T250MAK (single-ended) and T250MSK (dual) probes—engineered for industry-leading performance up to 250 GHz. Designed to meet the demands of advanced device modeling, high-speed communications, and next-generation research, these probes combine robust mechanical innovation with proven broadband performance.
- Ultra-Broadband Coverage: DC to 250 GHz frequency range for seamless integration with the latest test instrumentation.
- Single-Ended & Dual Configurations: Choose the TITAN™ T250MAK for broadband S-parameter device characterization or the TITAN™ T250MSK Dual Probe for differential ICs and ultra-wideband, high-speed digital applications.
- Retractable (Dual GSGSG Probe) / Removable (Single-Ended GSG Probe) Tip Protector:
Ingeniously integrated to safeguard probe tips and maximize your investment—protects during setup, handling, and storage. - Integrated Probe Alignment Guiding: Seamless and confident probe-to-extender assembly— protects sensitive and expensive system components from accidental damage during setup and reconfiguration.
- Proven Broadband Tip Performance: Built on the legacy of our TITAN™ T220MA and T220MS DC-220 GHz probes, delivering reliable, repeatable results for the world’s most demanding applications.
- Shortest Possible RF Path to the DUT: Minimal insertion loss for maximum directivity, dynamic range, and power delivery—ensuring best-in-class RF and mmWave performance.
- Ruggedized 250 GHz 0.5 mm Female Connector: Durable, robust interface for direct-mounting and designed to protect both your TITAN™ probe and instrumentation.
- Nickel-Alloy Tips: Engineered for longevity and measurement repeatability, even under rigorous use. Unlike other probe brands, our Nickel-alloy tip material can be used on all types of pad metal—gold, copper, aluminum, and more. No need to switch probes depending on the pad material. One probe for all pad surface types.
- Superior Tip Visibility: Optimized for precision alignment with the DUT pads and benchmarking data reproducibility at the highest frequencies.
- Calibration Substrate Support: Compatible with MPI TITAN™ TCS-GSGSG-xxxx-xxxx and TCS-050-100-W calibration substrates for accurate 250 GHz calibrations. * Please see our web page for a list of the MPI calibration substrates we offer.
- Integrated System Design: Thoughtful integration of probe, frequency extenders, and ergonomic “lounge” for fast, reliable and risk-free equipment setup.
MEMS Tips
Precisely manufactured, the MPI TITAN™ Probes incorporate perfectly-matched 50 Ω MEMS contact tips. They ensure unmatched calibration and measurement results over a widest frequency range thanks to superior probe electrical characteristics (minimal insertion loss and crosstalk as well as high return loss).
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Unique Contact Structure
Unlike any other tips on the market, MPI TITAN™ RF probes deliver an excellent and real time visibility of the tip contacts due to the unique protrusion tip design. For the first time, highly accurate positioning of the RF probe on calibration standards or DUT pads became possible even for unexperienced operators and without using probe alignment marks.
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Contact Quality
MPI Corporation expands the family of the RF TITAN Probe by introducing the TITAN-RC Probe. The new probe model features the contact tip width reduced by 33% down to 20 μm. Fully aligned with the industry trend towards further reduction of the pad size for RF devices and ICs, the TITAN-RC probe significantly reduces cost of test for next generation commercial RF and mm-wave silicon devices and ICs. It enables accurate, and reproducible measurement results obtained for Si devices with Al pad metallization as small as 30 x 35 μm. TITAN-RC probes are available in GSG tips configuration with probe pitch from 50 μm to 150 μm.
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Outstanding Lifetime
One of the strongest features of TITAN™ Probe technology is its uniform wear-out: after hundreds of thousands probe cycles, the length of the probe tip naturally shrinks. The electrical characteristics, however, remain unchanged due to the unique probe design. Thus, the life time of TITAN™ Probes outperforms the life time of comparable probe technologies.
Last but not least, TITAN™ Probes stand out thanks to a truly affordable price.
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Do you have questions or are you looking for a solution? We will be happy to advise you without obligation.
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