QA for product engineering
Blog Post
Outsourced Engineering

Q&A With QA — Why Cardinal Peak Implements QA at Every Step: Part II

At Cardinal Peak, quality assurance is of utmost importance. Our QA team works continuously through every project to reduce uncertainty and ensure your product gets to market.
quality assurance in product engineering
Blog Post
Outsourced Engineering

Q&A With QA — Why Cardinal Peak Implements QA at Every Step: Part I

Why is quality assurance so important? At Cardinal Peak, we engineer quality testing into each step of the engineering process to reduce uncertainty and ensure your product gets to market.
ardinal-peak-donates-engineering-services-for-columbia-universitys-covidwatcher-app news
Blog Post
Healthcare

Cardinal Peak Donates Engineering Services for Columbia University’s CovidWatcher App

In times like these, we asked ourselves, "what can we do to help?" Enter Cardinal Peak's engineering expertise. This post highlights our efforts to help Columbia University develop CovidWatcher, an application that surveys users about their exposure, symptoms, access to medical care, and how the coronavirus and restrictions are impacting their daily life.
At Cardinal Peak, quality assurance is of utmost importance. Our QA team works continuously through every project to reduce uncertainty and ensure your product gets to market.
Why is quality assurance so important? At Cardinal Peak, we engineer quality testing into each step of the engineering process to reduce uncertainty and ensure your product gets to market.
In times like these, we asked ourselves, "what can we do to help?" Enter Cardinal Peak's engineering expertise. This post highlights our efforts to help Columbia University develop CovidWatcher, an application that surveys users about their exposure, symptoms, access to medical care, and how the coronavirus and restrictions are impacting their daily life.
A2B GPIO Simplification Diagram
Blog Post
Audio

Taking Analog Devices A2B Technology Beyond Automotive Applications

From conference rooms and control systems to stage band applications, this post discusses numerous potential new use cases for Analog Devices A2B technology that extends beyond use in automotive applications.
taking-analog-devices-a2b-audio-bus-beyond-automotive-applications-part-i blog
Blog Post
Audio

What is Analog Devices’ Automotive Audio Bus (A2B) and How is it Used?

Delving into how the A2B audio bus technology works, this post highlights the technology's advantages and its use in automotive applications.
low-density-parity-check-for-modern-communication-systems blog
Blog Post
Signal Processing

Low-Density Parity Check for Modern Communication Systems

Low-Density Parity-Check (LDPC) codes are finding increasing use in communications applications. Find out how they work and how an understanding of modern forward error correction techniques is essential to the implementation of current and future communications technologies.
From conference rooms and control systems to stage band applications, this post discusses numerous potential new use cases for Analog Devices A2B technology that extends beyond use in automotive applications.
Delving into how the A2B audio bus technology works, this post highlights the technology's advantages and its use in automotive applications.
Low-Density Parity-Check (LDPC) codes are finding increasing use in communications applications. Find out how they work and how an understanding of modern forward error correction techniques is essential to the implementation of current and future communications technologies.
Light switch and phone app pointing to Lightbulb
Blog Post
Connected Devices and IoT

IoT Lighting with Multiprotocol Connectivity

Have you ever wanted to turn your lights on/off using either a physical switch running Zigbee or by a BLE application on a smartphone? Read more to discover how you can build an IoT lighting device to do precisely that.
Blog Post
Security

How Katalon Studio Makes Test Automation Easier

Katalon takes the need for learning to program or even the complicated setup of all the tools needed to run a test script and throws it all in a one-stop shop that can be picked up by anyone of any technical skill level in short order to create automation.
Mike Perkins
Blog Post
Healthcare

Sensitivity, Specificity and Disease Testing

Disease testing isn't perfect. Illustrating how the prevalence of a disease, including COVID-19, can be estimated using an imperfect test and how probability depends on the prevalence, this blog highlights how a single test result should only be one piece of information used in determining an individual's infection status.
Have you ever wanted to turn your lights on/off using either a physical switch running Zigbee or by a BLE application on a smartphone? Read more to discover how you can build an IoT lighting device to do precisely that.
Katalon takes the need for learning to program or even the complicated setup of all the tools needed to run a test script and throws it all in a one-stop shop that can be picked up by anyone of any technical skill level in short order to create automation.
Disease testing isn't perfect. Illustrating how the prevalence of a disease, including COVID-19, can be estimated using an imperfect test and how probability depends on the prevalence, this blog highlights how a single test result should only be one piece of information used in determining an individual's infection status.
Working With the Silicon Labs Zigbee/BLE Multiprotocol Development Kit
Blog Post
Connected Devices and IoT

Working With the Silicon Labs Zigbee/BLE Multiprotocol Development Kit

Exploring Silicon Lab's BLE/Zigbee multiprotocol implementation using their development kit based on EFR32xG21 SoCs, this post details how the protocol reduces the hardware cost as you only need one radio to support two protocols.
Internet of things product design and development graphic with smart devices and cloud
Blog Post
AWS

Cloud Optimization — a Matter of Cost vs. Complexity

Despite the cloud's growth, organizations still struggle to select and assign the right resources to a cloud application. Our expert discusses cloud optimization, offering two specific examples - how you might build a web app or service and how to leverage cloud storage.
How Capacitive Touch Screens and Proximity Sensors Work copy
Blog Post
Connected Devices and IoT

How Capacitive Touch Screens and Proximity Sensors Work

Thanks to capacitive touch technologies, sensors are now replacing buttons and switches in many consumer electronics. Learn how the tech works and our team's experience in adapting the technology to an unusual environment.
Exploring Silicon Lab's BLE/Zigbee multiprotocol implementation using their development kit based on EFR32xG21 SoCs, this post details how the protocol reduces the hardware cost as you only need one radio to support two protocols.
Despite the cloud's growth, organizations still struggle to select and assign the right resources to a cloud application. Our expert discusses cloud optimization, offering two specific examples - how you might build a web app or service and how to leverage cloud storage.
Thanks to capacitive touch technologies, sensors are now replacing buttons and switches in many consumer electronics. Learn how the tech works and our team's experience in adapting the technology to an unusual environment.