PCM converts an analog signal into a bit stream by sampling, quantizing, and encoding. See how a 3-bit quantizer reduces each sample to one of 8 levels.
PCM converts an analog signal into a bit stream by sampling, quantizing, and encoding. See how a 3-bit quantizer reduces each sample to one of 8 levels.
Infineon Wi-Fi 7 technology enables smart home with seamless interoperability, advanced environmental sensing, and…
Infineon Wi-Fi 7 technology enables smart home with seamless interoperability, advanced environmental sensing, and energy-efficient connectivity.
The aperture effect rolls off high message frequencies in flat-top PAM. Here’s how pulse duration limits that…
The aperture effect rolls off high message frequencies in flat-top PAM. Here’s how pulse duration limits that distortion to under 0.5% and when an equalizer helps.
Renesas UX leader Ivo Marocco explores physical AI and intelligence at the edge. He details how autonomous systems and…
Renesas UX leader Ivo Marocco explores physical AI and intelligence at the edge. He details how autonomous systems and humanoid robots must be developed responsibly, safely, and efficiently.
Infineon’s Ted Karlin joins Moore’s Lobby to discuss the transition from BiCMOS to pure CMOS 60 GHz radar,…
Infineon’s Ted Karlin joins Moore’s Lobby to discuss the transition from BiCMOS to pure CMOS 60 GHz radar, antenna-in-package integration, and the future of smart sensing.
Flat-top PAM holds each sample’s amplitude for the pulse duration, weighting the spectrum with a sinc function.…
Flat-top PAM holds each sample’s amplitude for the pulse duration, weighting the spectrum with a sinc function. Here’s how that weighting leads to the aperture effect.
Timing failures rarely announce themselves. They usually surface as system instability. Join us for a look at how…
Timing failures rarely announce themselves. They usually surface as system instability. Join us for a look at how SiTime's precision timing solutions keep that dependency silent for decades.
Multiplying a message by a pulse train replicates its spectrum at every harmonic. See why a 1/3 duty cycle and 4x…
Multiplying a message by a pulse train replicates its spectrum at every harmonic. See why a 1/3 duty cycle and 4x oversampling stretch the bandwidth roughly 12-fold.
This project brief describes how to build and use an Arduino-compatible interface board that reads an on-board pressure…
This project brief describes how to build and use an Arduino-compatible interface board that reads an on-board pressure sensor and reports the measurement over an RS-485 network.
This project brief describes how to build and use an Arduino-compatible interface board that reads a 2-axis thumb…
This project brief describes how to build and use an Arduino-compatible interface board that reads a 2-axis thumb joystick and transmits its position over an RS-485 network.
This project brief describes how to build and use an Arduino-compatible relay interface board that switches a 10 A load…
This project brief describes how to build and use an Arduino-compatible relay interface board that switches a 10 A load over an RS-485 network.
The rebuilt platform puts the previously closed cloud backend under an Apache 2.0 license and runs on AWS serverless…
The rebuilt platform puts the previously closed cloud backend under an Apache 2.0 license and runs on AWS serverless services in a customer's own account.
As software-defined embedded systems evolve, dynamic storage architectures replace static partitioning to optimize flash…
As software-defined embedded systems evolve, dynamic storage architectures replace static partitioning to optimize flash efficiency, support long-term updates, and control rising hardware costs.
This project brief describes how to build and use an Arduino-compatible board that reads a linear Hall-effect sensor and…
This project brief describes how to build and use an Arduino-compatible board that reads a linear Hall-effect sensor and reports the measurement over an RS-485 bus.
The team employed a quantum material and chip architecture that could be key in scaling quantum computers to one million qubits.
The team employed a quantum material and chip architecture that could be key in scaling quantum computers to one million qubits.
Joaquin Torrecilla, Keysight’s VP of Software Transformation, joins the show to discuss the evolution of wireless…
Joaquin Torrecilla, Keysight’s VP of Software Transformation, joins the show to discuss the evolution of wireless tech—from early Bluetooth to LEO satellite lasers, RedCap, and AI-native 6G.
New chip weds advanced technology from Nuvoton and Klippel to create a high-performance audio solution for smart audio devices
New chip weds advanced technology from Nuvoton and Klippel to create a high-performance audio solution for smart audio devices
The FCE870X and FME170X share the same high-end feature set across two package formats, giving product teams a choice…
The FCE870X and FME170X share the same high-end feature set across two package formats, giving product teams a choice between embedded and modular designs.
Embedded industry pioneer Christian Eder, co-founder of congatec, joins Daniel Bogdanoff to discuss 30 years of modular…
Embedded industry pioneer Christian Eder, co-founder of congatec, joins Daniel Bogdanoff to discuss 30 years of modular design, open standards like COM-HPC, and the future of edge AI.
Envelope detection is simple, but that simplicity has a noise-performance cost. Here’s how much SNR conventional AM…
Envelope detection is simple, but that simplicity has a noise-performance cost. Here’s how much SNR conventional AM gives up compared to its coherent counterparts.
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