In recent posts, we’ve been exploring three automotive innovation trends driving the market:
Part 1: 3 Market Trends Driving Automotive Innovation – Part One: Electrification and Batteries
Part 2: 3 Market Trends Driving Automotive Innovation - Part Two: In-Vehicle Networking
Part 3: 3 Market Trends Driving Automotive Innovation - Part Three: The Autonomous Vehicle
In this post, we’ll tackle the …
Tektronix RF Product Manager, Alejandro Buritica, recently penned an article for Microwaves & RF titled Improve the Reliability of 6G Designs with High-Fidelity Test Beds. In it he discusses the early-stage challenges with 6G, including how the lofty expectations are challenging test and measurement engineers, how to analyze signal quality, and how to increase design reliability.
6G will demand …
Editors note: This 3-part series of posts discusses the role of oscilloscopes in the automotive industry. Here’s the lineup:
Part 1: Bringing Portability and Power to the Automotive Industry with the 2 Series MSO
Part 2: Automotive Customers Find Improved Access and Collaboration in 2 Series MSO Remote Capabilities
Part 3: Debugging Automotive Serial Buses with the 2 Series Mixed Signal …
Part 1: 3 Market Trends Driving Automotive Innovation – Part One: Electrification and Batteries
Part 2: 3 Market Trends Driving Automotive Innovation – Part Two: In-Vehicle Networking
Part 3: 3 Market Trends Driving Automotive Innovation – Part Three: The Autonomous Vehicle
There are three major automotive trends, along with their unique testing challenges and …
Innovation often happens when it is least expected. In the case of the 2 Series Mixed Signal Oscilloscope, Tektronix uncovered a number of unexpected customer wants and needs during the development process, but some of the most valuable customer insights resulted from pandemic-related hurdles, something no one expected.
Pandemic Informed Design for Today and Tomorrow’s Engineers
With only the …
Introducing the 2 Series MSO (Mixed Signal Oscilloscope)
Tektronix’ 2 Series MSO (Mixed Signal Oscilloscope) is the industry’s most compact and versatile bench oscilloscope, featuring a modern design, intuitive user interface, advanced debugging capabilities, bandwidth up to 500 MHz, and a battery-powered option. This is the first benchtop scope that goes wherever it’s needed, from lab to field …
Touchscreen displays have taken over day-to-day life. From smartphones and laptops to smart TVs and vehicle navigation systems, touchscreen displays are improving the experience and functionality of devices for users. Even NASA uses touchscreen displays for most operations on its latest spacecraft.
In 2017, Tektronix launched the 5 Series MSO Oscilloscope, designed specifically for a touch …
In mission-critical industries such as aerospace, healthcare, automotive, and others where human lives are at stake, properly calibrated electronic test and measurement equipment can be the difference between life or death. For many organizations that have in-house calibration labs, stakeholders rely on the calibration lab to be a source of truth when it comes to accurate calibrations and safety …
Automobile of the future
EE Times recently published an article, VW All-In For a Change: Will Bring HW + SW Design In-House, discussing Volkswagen’s ambitious direction for electronic control units (ECUs). In the article, Volkswagen indicated it plans to reduce the number of ECUs in an automobile from approximately 70 to three and that it plans to develop almost all of the needed software …
My first mentor once told me, “There is nothing called advanced. There’s basics and there’s more basics.” Since that day, nothing has stopped my hunger for learning and improving. Every day is a challenge. But an engineer doesn’t need motivation to complete a task. My older sister likes to remind me that “…a dedicated person is always on the go.” Surprisingly she was right! -- Tektronix India engineer, Avantika
