Automotive

Highlights

ID 354380999 | 5g Connected World © Irfanbm03 | Dreamstime.com
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AccelerComm’s 5G NR NTN physical-layer approach employs devices with vector-processing cores for signal processing.
Yokogawa
Yokogawa Test & Measurement Releases PBDH0400 Series High-voltage, Wide-bandwidth Differential Probe.
Feb. 12, 2025
Yokogawa's latest high-voltage, wide-bandwidth differential probe is equipped to handle next-generation power electronics for automobiles and other applications.
Dreamstime
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Feb. 11, 2025
A CSI feedback technique leverages AI to analyze and correct errors found in wireless comms systems, such as 5G networks, in support of users traveling at high speeds relative...
Cabe Atwell/Electronic Design
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Jan. 29, 2025
From IoT breakthroughs to energy-harvesting chips, CES 2025 showcased the latest technology that’s set to shape our lives. Here’s a look at some of the tech that stood out at ...
Anritsu
Anritsu Extends Spectrum Measurement Frequency to Millimeter-wave Band
Jan. 16, 2025
Thanks in part to increased software functionality, Anritsu extends spectrum measurement frequency to mmWave radar with external mixers.
NVIDIA, Intel, BMW Group
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Jan. 9, 2025
Automotive technology drives innovation at CES 2025 in Vegas, as evidenced by the major software and hardware announcements from BMW, Intel, and NVIDIA.
Kubota
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Jan. 8, 2025
The company aims to connect sensors, AI, and autonomy.
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Autonomous robots in a warehouse
Autonomous cars are a special category of mobile robots. The question is why AMRs, which are less complex to design, linger behind AVs when it comes to technological advancement...
Rohde & Schwarz
Rohde & Schwarz and Analog Devices have created a wide range of tests for Gigabit Multimedia Serial Link (GMSL) devices.
Rohde & Schwarz collaborated with Analog Devices to create a variety of tests for Gigabit Multimedia Serial Link devices.
Virscient
Virscient partners with CME Pro to launch first LiveOnAir wireless audio system.
By implementing LiveOnAir in its WIDI product development, CME Pro will be able to deliver ultra-low-latency audio to a wider range of music creators.
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Learn how AI and ML will help detect, classify, and identify RF signals in an increasingly crowded EM spectrum.