Newsletter Subject

ChipDNA™ Secure Arm® Cortex®-M4 µC Prevents Tampering with IoT Devices

From

allaboutcircuits.com

Email Address

product-update@allaboutcircuits.com

Sent On

Tue, Jun 9, 2020 05:02 PM

Email Preheader Text

{NAME} Need protection for your connected healthcare, industrial, or computing devices? This All Abo

{NAME} Need protection for your connected healthcare, industrial, or computing devices? [View this email in your browser]( This All About Circuits Update is in partnership with Maxim Integrated. [ChipDNA™ Secure Arm® Cortex®-M4 µC Prevents Tampering with IoT Devices]( protection for your connected healthcare, industrial, or computing devices? The MAX32520 ChipDNA™ secure Arm® Cortex®-M4 microcontroller is the first secure microcontroller with built-in physically unclonable function (PUF) technology for financial- and government-grade security. Maxim Integrated’s PUF technology allows for multiple layers of protection to provide the most advanced key-protection technology in a cost-effective format for use in IoT, healthcare, industrial and computing systems. [Learn More »]( [Video: How ChipDNA PUF Technology Delivers the Highest Level of IoT Security]( [Watch Video »]( [Article: Safeguard Smart Medical Devices for Enhanced Patient Safety]( [Read Article »]( Copyright © 2020 EETech Media, All rights reserved. Registered member of AllAboutCircuits.com Our mailing address is: EETech Media 850 W Main StreetBoise, ID 83702 [Add us to your address book]( Want to change how you receive these emails? You can [update your preferences or unsubscribe from this list](

Edit & Download HTML

Add To Favourites

EDM Keywords (15)

video use update unsubscribe receive provide protection preferences partnership list financial emails email change built browser

allaboutcircuits.com

All About Circuits

Marketing emails from allaboutcircuits.com

View More
Sent On

07/06/2024
Sent On

04/06/2024
Sent On

31/05/2024
Sent On

24/05/2024
Sent On

17/05/2024
Sent On

10/05/2024

Email Content Statistics

Subscribe Now

Subject Line Length

Data shows that subject lines with 6 to 10 words generated 21 percent higher open rate.

Subscribe Now

Average in this category

Subscribe Now

Number of Words

The more words in the content, the more time the user will need to spend reading. Get straight to the point with catchy short phrases and interesting photos and graphics.

Subscribe Now

Average in this category

Subscribe Now

Number of Images

More images or large images might cause the email to load slower. Aim for a balance of words and images.

Subscribe Now

Average in this category

Subscribe Now

Time to Read

Longer reading time requires more attention and patience from users. Aim for short phrases and catchy keywords.

Subscribe Now

Average in this category

Subscribe Now

Predicted open rate

Subscribe Now

Spam Score

Spam score is determined by a large number of checks performed on the content of the email. For the best delivery results, it is advised to lower your spam score as much as possible.

Subscribe Now

Flesch reading score

Flesch reading score measures how complex a text is. The lower the score, the more difficult the text is to read. The Flesch readability score uses the average length of your sentences (measured by the number of words) and the average number of syllables per word in an equation to calculate the reading ease. Text with a very high Flesch reading ease score (about 100) is straightforward and easy to read, with short sentences and no words of more than two syllables. Usually, a reading ease score of 60-70 is considered acceptable/normal for web copy.

Subscribe Now

Technologies

What powers this email? Every email we receive is parsed to determine the sending ESP and any additional email technologies used.

Subscribe Now

Email Size (not include images)

Font Used

No. Font Name
Subscribe Now

Copyright © 2019–2024 SimilarMail.