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Signal · Technology & Procurement Innovation

Keysight, Glasgow University, NPL and MPI co-developing broadband characterization of sub-THz devices

Semiconductor Today Early signal Published 19th October 2026 Global

Open original report semiconductor-today.com

What the source reported

Source-reported

Keysight Technologies Inc of Santa Rosa, CA, USA (via its office in Winnersh, UK) has collaborated with the University of Glasgow, the National Physical Laboratory (NPL) in Teddington, UK, and Taiwan-headquartered MPI Corp to develop a new approach to broadband characterization of next-generation sub-terahertz (sub-THz) semiconductor devices. Together, the organizations demonstrated continuous on-wafer characterization of indium phosphide high-electron-mobility transistors (InP HEMTs) from near-DC to 250GHz in a single sweep, simplifying broadband measurements for advanced semiconductor research and design...

Publication
Semiconductor Today · Trade Publication
Published
19th October 2026
Original report
semiconductor-today.com

ProcIntel stores what the source published in its feed — a headline, a summary and a link. It does not store or reproduce the full article.

What ProcIntel recorded

ProcIntel-derived
Category
Technology & Procurement Innovation
Geography
Global
Organisations
None identified
Collected
19th October 2026 · 08:55

Initial assessment ProcIntel's automatic, provisional read of this individual Signal -- Initial Significance and Initial Confidence, computed deterministically before any Event extraction or human review.

A provisional, automatically computed reading of this individual Signal, before Event extraction or human review. Not a final rating.

Significance 1 · Low
Confidence 1 · Very Low

Initial Significance Low (18.0/100). Strongest contributor: Geographic Breadth (7.0/10 points). Limiting factor: Impact-Scale Specificity (0.0/10 points). Initial Confidence Very Low (13.5/100, data sufficiency: Insufficient). Strongest contributor: Source Authority (8.0/40 points). Limiting factor: Specificity (0.0/20 points).

Strongest contributor
Geographic Breadth
Limiting factor
Impact-Scale Specificity