Today marks a major step forward for Tektronix. We’re introducing two innovations that redefine what’s achievable in test and measurement: the 7 Series oscilloscope and the MP5000 Series modular precision test system.At first glance, they address different needs. Yet together, they reflect a unified vision—helping engineers see more, understand more, and work faster as their challenges grow more complex.
Clarity at the Edge of Discovery
In areas such as AI, quantum computing, and high-speed communications, precision is critical. For too long, it’s been measured by bandwidth alone. The 7 Series sets a new standard with scalable bandwidth and an exceptionally low noise floor—giving engineers confidence in the finest details, where real breakthroughs happen. With custom ASICs at its core, it provides the signal fidelity needed at the forefront of discovery.
Scale for Tomorrow’s Needs
Innovation doesn’t stop at design—it flows through validation and production, where speed and adaptability dictate how quickly ideas reach the market. The MP5000 Series introduces new levels of flexibility and density to those phases. Its modular design allows engineers to configure, scale, and automate with ease—adapting tests to evolving requirements. With more modules already underway, the system ensures today’s investment stays relevant as demands grow.
“What excites me about today’s launches is not only what they deliver, but what they enable: innovation that moves with velocity.”
Building Velocity Across Workflows
For over 75 years, Tektronix has helped engineers push the boundaries of possibility. What excites me about today’s launches is not only what they deliver, but what they enable: innovation that moves with velocity, from research right through to production. The 7 Series provides the clarity to drive discovery. The MP5000 Series delivers the scale to validate and deploy with confidence. Together, they reinforce the foundation of progress at every stage.
Measurement has always been at the heart of innovation. Today, that foundation is stronger—and faster—than ever.
