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6G Symposium: The discussions continue... ⬇️
“5G is not done,” declared Interdigital CTO Rajesh Pankaj on October 18 at the 6G Symposium. This discussion led to the audience asking if cellular and Wi-Fi will converge. “Yes,” said RIot executive director Tom Snyder. “Innovation occurs in the unlicensed spectrum.” Tiedemann concurred on convergence, but not until at least Wi-Fi 8.
The 6G Symposium took place on October 18 and 19, 2023, in Washington, DC - https://brnw.ch/21wDT1J
Modem, AI processor connects vehicles over 5G, Wi-Fi, Bluetooth
MediaTek introduced Dimensity Auto, its next-generation automotive platform designed to provide automakers with a wide variety of cutting-edge technologies -
MediaTek introduced Dimensity Auto, its next-generation automotive platform designed to provide automakers with a wide variety of cutting-edge technologies needed for the future of intelligent, always-connected vehicles. As part of this platform, MediaTek Dimensity Auto offers a comprehensive portfo...
Low-loss RF balun family covers 3 GHz to 100 GHz
Fabless mmWave semiconductor startup mmTron Inc. today announced the first four products in a family of broadband, low loss, 50 Ω baluns, covering 3–18, 11–65, and 27–100 GHz -
Fabless mmWave semiconductor startup mmTron Inc. today announced the first four products in a family of broadband, low loss, 50 Ω baluns, covering 3–18, 11–65, and 27–100 GHz. (Baluns are components that transform balanced to unbalanced signals and vice versa.)
Have you ever had to transition someone from a flip phone to a smartphone? Things you instinctively know how to do become obstacles.
Fortunately, you can talk to a smartphone rather than just talking through it - https://brnw.ch/21wDuTJ
5G is much more than cellular radio. Wireless and wired networks deliver connectivity to the world, but what’s connectivity without connectors and cables?
Read our latest issue here:
Our 2023 5G, Wired, & Wireless Handbook is now available in ebook form. Download your copy today. It started on a cold January day with an editorial call. A month later, the abstracts came in. After another month, the manuscripts came in. Then came the editing and some back-and-forth with the author...
PCIe wireless adapters are one of the ways to connect a computer or server to a Wi-Fi network. There are different formats of PCIe wireless adapters and USB wireless adapters that compete with them.
This FAQ reviews the PCIe wireless adapter and more: https://brnw.ch/21wCZBT
Pluggable modules come in many variants, each designed for a specific purpose.
How do SFP, SFP+, and QSFP compare? - https://brnw.ch/21wCXz2
GNSS module adds positioning to IoT devices ⤵️
Thanks to its enhanced resilience against multipath interference, the u-blox NEO-F10N improves position accuracy in urban environments: https://brnw.ch/21wCRil
The road to fully autonomous commercial vehicles is paved with unique challenges but accelerated technologies to smooth the way.
Read more in our August 2023 Issue: Automotive & Transportation: https://brnw.ch/21wCQCs
In our Model-Based Sytems Engineering Classroom, learn the basics of MBSE and how it has begun to replace other systems engineering concepts. Move on to real-life applications of MBSE in transportation and mil-aero, then immerse yourself in digital twins, digital threads, and object-oriented systems engineering.
And since we know you’ll have bumped into many acronyms along the way in all of these tutorials, we offer up a cheat-cheat of sorts.
Learn all of this and more in our MBSE Classroom here: https://brnw.ch/21wCnjX
RenesasGlobal agrees to acquire Sequans ⤵️
The acquisition widens the Renesas product line of IoT wireless connectivity modules and adds the chips that go into them - https://brnw.ch/21wCd1d
In our Model-Based Sytems Engineering Classroom, learn the basics of MBSE and how it has begun to replace other systems engineering concepts. Move on to real-life applications of MBSE in transportation and mil-aero, then immerse yourself in digital twins, digital threads, and object-oriented systems engineering.
And since we know you’ll have bumped into many acronyms along the way in all of these tutorials, we offer up a cheat-cheat of sorts.
Learn all of this and more in our MBSE Classroom here: https://brnw.ch/21wCaMs
When battery life rules, turn off 5G 📶
The data is clear. Phone’s battery charge life looks better with 5G turned off - https://brnw.ch/21wCaw3
TOMORROW: Converting hydrogen to fuel is the future of useable energy. Join us as we delve into the crucial role of fuel cell plates in the production and storage of hydrogen energy.
Save your seat for Battery Management: https://fal.cn/3AzA3
Converting hydrogen to fuel is the future of useable energy. Join us as we delve into the crucial role of fuel cell plates in the production and storage of hydrogen energy.
Don't miss this opportunity on Battery Management on August 9: https://fal.cn/3AhOP
The complexity of electronic devices, and the emerging technologies such as 5G, artificial intelligence, machine learning, mean every step of device design must be tested thoroughly. From a humble probe to network analyzers, testing hits every level on the spectrum.
Welcome to this installment of EE Classroom on Testing Basics: Radio Frequency - https://fal.cn/3Aler
Electromagnetic interference. Radio frequency interference. It’s all interference to you and your design unless you have a near-constant vigil of what can be causing it and what steps to take to avoid it. And, of course, this isn’t the type of interference that is simply annoying; it can be mission-critical.
Now is the time to drop-in to this classroom and get up close and personal with EMI and RFI.
Get a basics refresher, a standards lowdown, and tips on testing: https://fal.cn/3AldT
In Case You Missed It: 5G, Wireless, & Wireline Communications Handbook
5G is much more than cellular radio. There’s an entire network behind it. The electrical and optical links that form these networks continue to gain speed and capacity. Research is now underway. Read all about it and more here: https://fal.cn/3Ainw
The complexity of electronic devices, and the emerging technologies such as 5G, artificial intelligence, machine learning, mean every step of device design must be tested thoroughly. From a humble probe to network analyzers, testing hits every level on the spectrum.
Welcome to this installment of EE Classroom on Testing Basics: Radio Frequency - https://fal.cn/3AfKS
The rare, thought to be lost, book of James Clerk Maxwell’s turned up in a West Virginia library; last checked out in 1908, making it 115 years overdue.
In June 2023, the 1881 copy of James Clerk Maxwell’s "An Elementary Treatise on Electricity" turned up in a West Virginia library. In remarkably good condition, the book was returned to its original library in New Bedford.
Maxwell’s classic Treatise returns - https://fal.cn/3zX6R
Another Webinar with Infineon Technologies AG is coming...
Save your seat for July 26, but in the meantime check out their last webinar available On-Demand now: https://fal.cn/3zPTE
In EE World videos from the 2023 International Microwave Symposium, engineers received a history lesson on early transatlantic cables through an analysis using today’s methods.
Read the full recap here: https://fal.cn/3zGus
In EE World videos from the 2023 International Microwave Symposium, engineers received a history lesson on early transatlantic cables through an analysis using today’s methods.
Read the full recap here: https://fal.cn/3zGuq
Another Webinar with Infineon Technologies AG is coming...
Save your seat for July 26, but in the meantime check out their last webinar available On-Demand now: https://fal.cn/3zGkS
Another Webinar with Infineon Technologies AG is coming...
Save your seat for July 26, but in the meantime check out their last webinar available On-Demand now: https://fal.cn/3zCsQ
Another Webinar with Infineon Technologies AG is coming...
Save your seat for July 26, but in the meantime check out their last webinar available On-Demand now: https://fal.cn/3zyG4
In our Model-Based Sytems Engineering Classroom, learn the basics of MBSE and how it has begun to replace other systems engineering concepts. Move on to real-life applications of MBSE in transportation and mil-aero, then immerse yourself in digital twins, digital threads, and object-oriented systems engineering.
And since we know you’ll have bumped into many acronyms along the way in all of these tutorials, we offer up a cheat-cheat of sorts. Learn all of this and more in our MBSE Classroom here: https://fal.cn/3zta0
The Apollo MxFE software-defined signal processing SoC from Analog Devices digitizes and generates analog signals with DSP in between. Applications cover aerospace & defense, instrumentation, and wireless communications.
Learn more here: https://fal.cn/3zpYM
The complexity of electronic devices, and the emerging technologies such as 5G, artificial intelligence, machine learning, mean every step of device design must be tested thoroughly. From a humble probe to network analyzers, testing hits every level on the spectrum.
Welcome to this installment of EE Classroom on Testing Basics: Radio Frequency - https://fal.cn/3zk4i
Electromagnetic interference. Radio frequency interference. It’s all interference to you and your design unless you have a near-constant vigil of what can be causing it and what steps to take to avoid it. And, of course, this isn’t the type of interference that is simply annoying; it can be mission-critical.
Now is the time to drop-in to this classroom and get up close and personal with EMI and RFI. Get a basics refresher, a standards lowdown, and tips on testing: https://fal.cn/3zjLV
Much of the talk over wireless 5G for IoT being about low data rates. Some applications need higher data throughput. The Ta**us 5G NR SoC platform from Sequans can handle data.
5G NR chipset platform targets wireless broadband IoT - https://fal.cn/3z8dp
Much of the talk over wireless 5G for IoT being about low data rates. Some applications need higher data throughput. The Ta**us 5G NR SoC platform from Sequans can handle data.
5G NR chipset platform targets wireless broadband IoT -
The Ta**us product portfolio from Sequans Communications includes chipsets for chip-on-board designs, carrier-certified modules in various form factors, and module reference designs for customized modules. Much of the talk over wireless 5G for IoT being about low data rates. Not every application, h...
If you think antennas must live “outside” a circuit, think again: they can also be housed in a small package adjacent to the active components they serve.
Learn more in this FAQ: Antenna-in-package answers the “last mile” RF challenge - https://fal.cn/3z5Uj
If you think antennas must live “outside” a circuit, think again: they can also be housed in a small package adjacent to the active components they serve - https://fal.cn/3z5Lm
Fairview Microwave has announced the launch of its new mm waveguide horn antennas, designed to deliver superior performance and consistency across a broad frequency range.
With their low voltage standing wave ratio (VSWR) of less than 1.3, these antennas ensure efficient power transmission and minimal signal reflection.
Learn more about Fairview Microwave here - https://fal.cn/3z3HG
In our Model-Based Sytems Engineering Classroom, learn the basics of MBSE and how it has begun to replace other systems engineering concepts. Move on to real-life applications of MBSE in transportation and mil-aero, then immerse yourself in digital twins, digital threads, and object-oriented systems engineering.
And since we know you’ll have bumped into many acronyms along the way in all of these tutorials, we offer up a cheat-cheat of sorts.
Learn all of this and more in our MBSE Classroom here: https://fal.cn/3z38R
EE World’s 2023 T&M Handbook is here ⤵️
Test & measurement covers every aspect of electronics. After all, everything needs accurate and fast testing. Remember, test can always be more accurate, take less time, and cost less.
Read more: https://fal.cn/3yYcB
Electromagnetic interference. Radio frequency interference. It’s all interference to you and your design unless you have a near-constant vigil of what can be causing it and what steps to take to avoid it. And, of course, this isn’t the type of interference that is simply annoying; it can be mission-critical.
Now is the time to drop-in to this classroom and get up close and personal with EMI and RFI. Get a basics refresher, a standards lowdown, and tips on testing: https://fal.cn/3yVIM
Much of the talk over wireless 5G for IoT being about low data rates. Not every application, however, can benefit from that. Some applications need higher data throughput. The Ta**us 5G NR SoC platform from Sequans Communications can handle it.
5G NR chipset platform targets wireless broadband IoT - https://fal.cn/3yU28
The complexity of electronic devices, and the emerging technologies such as 5G, artificial intelligence, machine learning, mean every step of device design must be tested thoroughly. From a humble probe to network analyzers, testing hits every level on the spectrum.
Welcome to this installment of EE Classroom on Testing Basics: Radio Frequency - https://fal.cn/3yTOk
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The road to fully autonomous commercial vehicles is paved with unique challenges but accelerated technologies to smooth the way. Read more in our August 2023 Issue: Automotive & Transportation: https://brnw.ch/21wCQCs
The rare, thought to be lost, book of James Clerk Maxwell’s turned up in a West Virginia library; last checked out in 1908, making it 115 years overdue. In June 2023, the 1881 copy of James Clerk Maxwell’s "An Elementary Treatise on Electricity" turned up in a West Virginia library. In remarkably good condition, the book was returned to its original library in New Bedford. Maxwell’s classic Treatise returns - https://fal.cn/3zX6R
In EE World videos from the 2023 International Microwave Symposium, engineers received a history lesson on early transatlantic cables through an analysis using today’s methods. Read the full recap here: https://fal.cn/3zGus
In EE World videos from the 2023 International Microwave Symposium, engineers received a history lesson on early transatlantic cables through an analysis using today’s methods. Read the full recap here: https://fal.cn/3zGuq
In the beginning of optical networks, all optical signals were based on a simple mechanism known as on-off keying (OOK). In simple terms, this mechanism works by switching a light on and off to transmit data. OOK is a wider definition for representing whether data is present or absent. This mechanism is often used in combination with non-return to zero or return to zero codes. Learn more: bit.ly/3JSP5Ce
While most of the #5G talk surrounding Open RAN focuses on the digital baseband, those digital data streams come from and go to the radio. Learn more about the future of #OpenRAN in this interview with Fujitsu Americas here: https://bit.ly/3jrE1kn
Dr. Arman Shojaeifard of Interdigital Europe explains the concept behind reconfigurable intelligent surfaces and how the standards group he leads will develop those standards. In this video interview, Shojaeifard explains that RIS is expected to use a mostly passive technology that can reflect signals. There’s plenty of engineering and materials research still needed to develop the surfaces. Learn more about reconfigurable intelligent surfaces here - https://bit.ly/3COrIHb"
Video Interview: Editor Martin Rowe speaks with NXP Semiconductors' Paul Hart. 5G base stations need to transmit low-band, mid-band, and mmWave signals to user devices. As frequencies increase, so does the power needed to transmit over useful distances. Learn more from the interview below or click here to read the full article: https://bit.ly/2IsQh55 #5G #technology #video #interview #eeworld #engineering #electronics #semiconductors #GaN #mmWave
ICYMI: In this video interview with Wilson Lee of Tektronix, EE World Online shows how #COVID19 brought about remote learning, and with it, remote operation of lab equipment at universities. Watch the interview below, or follow the link to view the full article: https://bit.ly/3gMUP53 #labtesting #electronics #remotelearning #engineering #5G #technology #onlinelearning #testing #electronicsengineering #students #education
When complete, Altran’s 5G test lab will emulate all parts of a network, letting hardware engineers, network engineers, and software developers test products at any point in the 5G network. 5G Technology World interviewed Altran’s Shamik Mishra, CTO Connectivity, about the lab. Watch the interview below or read more here: https://bit.ly/3cfQ1U0
As #5G is brings changes in wireless communications to consumers and businesses, it also brings changes in how engineers perform tests. The tight integration in 5G user equipment means that wired testing is no longer viable. Thus, over the air (#OTA) testing is now essential. Directly from our first EE World Online 5G handbook, read this article here: https://bit.ly/3tJXbFm written by JP Nuutinen, Spirent Communications
5G is more than another wireless technology. It’s changed the radio, the access network, the spectrum, and the network core. It might even change our lives. That’s why EE World created 5G Technology World. We cover 5G technologies on engineering terms. The site launched in January 2020, just as COVID-19 emerged. Since then, we’ve grown into a resource you can trust for solid technical information relating to most aspects of 5G. Learn more in our 5G Handbook here: https://bit.ly/3tJXbFm
#5G is undergoing rapid deployment. While consumers can get faster internet speeds, engineers know that 5G brings more than downloading movies. 5G Technology World and EEWorld present our first 5G handbook, digital edition. Our first handbook awaits you: https://bit.ly/3tJXbFm
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EE World Online’s newest website, 5G Technology World, focuses on the engineering and technology of 5G. Covering 5G technology, systems, infrastructure and wireless design and development. Topics include 5G test equipment, compatible electronic components, chips, connectors, cases, Iot and much more.
