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Assessing the Advantages of Ultra-wideband Systems Through Impulse Radios

Assessing the Advantages of Ultra-wideband Systems Through Impulse Radios

Using impulse radios as an example, we'll examine the advantages of ultra-wideband (UWB) technology compared to other short-range wireless communication technologies.


How SpaceX’s Starlink Project Seeks to Bridge the “Digital Divide”

How SpaceX’s Starlink Project Seeks to Bridge the “Digital Divide”

Despite the essential role the internet now plays across the globe, it’s still out of reach to a huge number of people worldwide, including in the U.S. What is Starlink doing to bridge this so-called “digital divide?" 


News Apr 10, 2021 by Luke James
Qualcomm’s Processors Are in High Demand—and Short Supply

Qualcomm’s Processors Are in High Demand—and Short Supply

As the global chip shortage intensifies, Qualcomm is struggling to keep up with the demand for its processor chips that are used in consumer electronics.


News Mar 29, 2021 by Luke James
ADI’s New ASIC Transceiver Platform Marks How 5G Has Matured

ADI’s New ASIC Transceiver Platform Marks How 5G Has Matured

Analog Devices' new ASIC-based 5G O-RAN radio platform might be indicative of maturing network technology.


News Mar 29, 2021 by Adrian Gibbons
Ultra-wideband (UWB) RF Technologies Are Undergoing a Commercial Renaissance

Ultra-wideband (UWB) RF Technologies Are Undergoing a Commercial Renaissance

Step aside near-field communication—ultra-wideband RF technologies may take access control to a new level of convenience and security.


News Mar 25, 2021 by Adrian Gibbons
It’s All About the Timing: 5G Brings Timing Synchronization Burdens

It’s All About the Timing: 5G Brings Timing Synchronization Burdens

Renesas has released three new ICs in its communication timing portfolio to help alleviate the burden of 5G timing constraints.


News Mar 25, 2021 by Jake Hertz
The Rise of Wireless Highlights the Importance of Dual-band Radio Design

The Rise of Wireless Highlights the Importance of Dual-band Radio Design

Wireless integration is a now-common reality of most IoT designs. How can designers monolithically integrate 2.4 GHz and 5 GHz more seamlessly?


News Mar 19, 2021 by Adrian Gibbons
Communication Protocols: Reviewing the Options for Encoder Applications

Communication Protocols: Reviewing the Options for Encoder Applications

This article discusses the use of an encoder to ensure accurate ongoing tracking of a motor's rotor shaft and the key factors that will help in the selection of the encoder based on different parameters.


New UWB Antennas Prove High Precision and Low Power Doesn’t Have to Be a Trade-off

New UWB Antennas Prove High Precision and Low Power Doesn’t Have to Be a Trade-off

With real-time location services becoming a staple in IIoT and consumer devices alike, the Antenna Company has set out to prove that UWB antennas can have the best of both worlds: high precision and low power.


News Mar 08, 2021 by Jake Hertz
What Is the Power Spectrum of Quantization Noise?

What Is the Power Spectrum of Quantization Noise?

Our series on quantization noise begins with a clarification of the framework the author used to determine the scope of his investigation into quantization noise.


Why There’s Room for a Variety of Solutions in IoT Technology

Why There’s Room for a Variety of Solutions in IoT Technology

This article looks at the different connectivity options for deploying IoT networks, exploring the pros and cons of each.


ROHM Module Casts Confidence on Wi-SUN FAN, the New Long-range Protocol on the Block

ROHM Module Casts Confidence on Wi-SUN FAN, the New Long-range Protocol on the Block

Wi-SUN FAN may be a worthwhile alternative to LoRaWAN and NB-IoT. Now, ROHM has developed a Wi-SUN FAN module with the promise of increased reliability and security in LPWA mesh networks.


News Mar 02, 2021 by Jake Hertz
Modeling ADCs Using Intermodulation Polynomial and Effective Number of Bits

Modeling ADCs Using Intermodulation Polynomial and Effective Number of Bits

In this article, we discuss another methodology of how to model ADCs in system simulations, this time by using the effective number of bits and also adjusting our ADC by introducing a 5th order polynomial to the ideal quantizer input.


How Should Data Converters Be Modeled for System Simulations?

How Should Data Converters Be Modeled for System Simulations?

This article launches a series exploring the question of how to model data converters for system simulations.


Requirements for Good Communications Link Performance: IQ Modulation and Demodulation

Requirements for Good Communications Link Performance: IQ Modulation and Demodulation

In this article, we'll discuss the requirements for an analog IQ modulator and demodulator, and then the requirements for DACs and ADCs used at baseband (for an analog IQ approach) and for DACs and ADCs used at RF (for a digital IQ approach).


Digital or Analog? How Should I and Q Combining and Separation Be Done?

Digital or Analog? How Should I and Q Combining and Separation Be Done?

How should I and Q combining be done? Through analog or digital means? This article will discuss the basics of the analog and digital IQ approaches.


Apple Files Three Patents for Biometric Sensor-based Tech Coming Down the Pike

Apple Files Three Patents for Biometric Sensor-based Tech Coming Down the Pike

Apple appears to be moving farther into the health market with new patents targeting various metrics of health including AR/VR, glucose monitoring, and clinical sleep analysis.


News Feb 15, 2021 by Adrian Gibbons
How Do New Wireless Protocols Like Wi-Fi6E Affect RF Front-End Design?

How Do New Wireless Protocols Like Wi-Fi6E Affect RF Front-End Design?

RF front ends are one of the most important hardware blocks involved in RF design, but they’re not a one-size-fits-all solution.


News Feb 11, 2021 by Jake Hertz
Researchers Claim World’s First Terahertz IC May Leapfrog Past 5G to 6G

Researchers Claim World’s First Terahertz IC May Leapfrog Past 5G to 6G

Working closely with ROHM Semiconductor, researchers at Osaka University have developed a device that operates in the terahertz spectrum to transmit large, uncompressed 8K videos uninterrupted within a 300 GHz bandwidth.


Test and Measurement (T&M) Equipment You’ll Need for a Home Laboratory

Test and Measurement (T&M) Equipment You’ll Need for a Home Laboratory

For some of us, at-home work may be an extended reality beyond 2020. You’ll need the proper tools to accomplish your goals.