It’s soldiered through 2G, 3G, and 4G, and is now beginning its journey into the 5G era.
It’s soldiered through 2G, 3G, and 4G, and is now beginning its journey into the 5G era.
What do these two powerhouses plan to do with Xilinx's adaptive compute acceleration platform?
What do these two powerhouses plan to do with Xilinx's adaptive compute acceleration platform?
Who will be the masterminds behind the 5G "magic?" And how will RF front-end SiP come into play?
Who will be the masterminds behind the 5G "magic?" And how will RF front-end SiP come into play?
Amidst conspiracies that 5G perpetuates COVID-19, some telecom engineers are experiencing a backlash.
Amidst conspiracies that 5G perpetuates COVID-19, some telecom engineers are experiencing a backlash.
What does Wi-Fi 6, including its new rules, mean for designers?
What does Wi-Fi 6, including its new rules, mean for designers?
With classes and work moving online, people are spending more time at home gobbling up bandwidth—pushing data centers…
With classes and work moving online, people are spending more time at home gobbling up bandwidth—pushing data centers to their brink.
Maybe you've heard of perovskite for solar cells. But what about perovskite LEDs? Can a team of researchers make them a…
Maybe you've heard of perovskite for solar cells. But what about perovskite LEDs? Can a team of researchers make them a viable alternative to organic LEDs or quantum-dot LEDs?
The new evaluation board opens a discussion on the pros and cons of continuous conduction mode PFC circuits and…
The new evaluation board opens a discussion on the pros and cons of continuous conduction mode PFC circuits and bridgeless totem-pole PFC circuits. What's your take?
Nyquist’s contributions were the intellectual building blocks essential to the birth of modern information theory
Nyquist’s contributions were the intellectual building blocks essential to the birth of modern information theory
u-blox recently acquired Thingstream, a "communication‑as‑a-service provider." What does this service entail? And how…
u-blox recently acquired Thingstream, a "communication‑as‑a-service provider." What does this service entail? And how might it affect future designs bound for IoT devices?
How do optical interconnections help defy Moore's law while pushing toward optics?
How do optical interconnections help defy Moore's law while pushing toward optics?
Openness and intelligence are the names of the game at the O-RAN Alliance.
Openness and intelligence are the names of the game at the O-RAN Alliance.
From using drones to scold citizens for not wearing masks in public to deploying robot assistants in hospitals to deliver…
From using drones to scold citizens for not wearing masks in public to deploying robot assistants in hospitals to deliver medical goods and conduct disinfection operations, China has been using a largely tech-led approach to tackle its coronavirus outbreak.
Sure, traditional test and measurement equipment do the job. But a new class of T&M solutions may be the way forward in…
Sure, traditional test and measurement equipment do the job. But a new class of T&M solutions may be the way forward in the 5G universe.
A new reference design based on Qualcomm’s Snapdragon 865 targets Infineon's time-of-flight sensor as the star of the show.
A new reference design based on Qualcomm’s Snapdragon 865 targets Infineon's time-of-flight sensor as the star of the show.
What does a chip have to do these days to qualify for the “digital signal processor” category?
What does a chip have to do these days to qualify for the “digital signal processor” category?
The FPGA-based SmartNIC arena—including giants like Microsoft and Intel—just got more interesting. Enter the inventor…
The FPGA-based SmartNIC arena—including giants like Microsoft and Intel—just got more interesting. Enter the inventor of FPGAs.
Fast prototyping isn't so fast when you have to wait 20 weeks for a MEMS oscillator. SiTime wants to put an end to the…
Fast prototyping isn't so fast when you have to wait 20 weeks for a MEMS oscillator. SiTime wants to put an end to the wait for designers worldwide.
In this article, we'll assess a few examples of new ASICs on the market that may be of use to designers working with…
In this article, we'll assess a few examples of new ASICs on the market that may be of use to designers working with 5G-bound designs.
The STWLC68 integrates a high-power receiver and transmitter with a 32-bit Arm Cortex microcontroller core.
The STWLC68 integrates a high-power receiver and transmitter with a 32-bit Arm Cortex microcontroller core.
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