If IoT Is Simple, Why Is an IoT Strategy so Hard to Implement?
If IoT is Simple, Why is an IoT Strategy so Hard to Implement? Internet of Things (IoT) solutions promise to connect billions of devices...
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The World of IoT is Shrinking
There’s a saying that size matters. This concept of size – particularly “smaller” – was definitely one of the recurring themes at the Embedded World...
Read MoreOne Machine, Many Different Views
Take a moment and think about the many different interactions each of us has in our daily lives: as a parent, child, sibling, colleague,...
Read MoreOff the Grid Out-of-Band Management
Thousands of data centers scattered throughout the world run in near total isolation without the presence of human operators. But despite not having any...
Read MoreAndroid Loadable Module Signing
Recently, there have been several questions posted to Customer Support here at Lantronix that asks how one signs a Linux loadable module for...
Read MoreConnecting Intrinsyc Dev-kits to the Cloud
It’s fair to say that most IoT devices are connected to a public or private network of some sort – if not always-connected then...
Read MoreMaintaining IoT Device Security is War: The Three Must-Haves You Need to Win the Battle
As more and more devices get on the Internet, the IoT attack surface grows, giving nefarious individuals juicier and broader targets. High-value critical...
Read MoreTwo Concurrent CSI Cameras on the Open-Q™ 410 Development Kit
Why Two Cameras on the Open-Q™ 410? Two cameras are critical for products such as robotics with stereo vision (two angles of the same view...
Read MoreUSB versus U-BS(ed)?
Since launching the industry’s only modular console manager able to support up to 48 USB ports, customers have shared with us some of the...
Read MoreUsing FPGA To Connect Your Legacy Camera to The Open-Q™
Snapdragon™ chips are mainly designed for smartphones and thus incorporate interfaces native to the mobile processing environment. Engineers at Qualcomm® adopted MIPI interfaces for...
Read MoreSignal Integrity and Power Integrity Fundamentals in High Speed Printed Circuit Board Design
In today’s digital design world, speed is almost always the main factor determining the performance of the product. Every design is packed with a...
Read MoreOut-of-Band Management, Part 2: Deploying OOBM in Differing Environments
In my previous blog, I defined the what, why, where and when of out-of-band management (OOBM). In this blog, I will discuss the “how”...
Read MoreRunning Debian on the Open-Q™ 410 Development Kit
Why Debian? Running Android out of the box is great, but what if you need the capabilities of a full desktop OS? This is...
Read MoreWhy Every Healthcare Device Should be Connected to the Internet of Things
There are myriad “things” that could benefit from having a Wi-Fi Internet connection, enabling access to devices and data anytime and anywhere. Whether it’s...
Read MoreHow Console Servers Help Test and Development Environments Run More Efficiently
We recently sat down and spoke with a test lab manager from a Fortune 500 company and asked him to talk about the unique...
Read MoreCharging and Gas Gauging for Mobile Devices
Operating effectively from a battery is a core requirement for all mobile devices. Good battery-powered behaviour is crucial for a product’s success. Battery-powered operation...
Read MoreConnecting on a different level…
This past Saturday, Team Lantronix connected on a different level – by volunteering at Mary’s Kitchen, a non-profit organization whose aim is to provide...
Read MoreESD Handling Precautions For Your Snapdragon-based Development Kits
ESD or Electrostatic discharge is the rapid spontaneous transfer of electrostatic charge induced by a high electrostatic field. The electrostatic field is most commonly...
Read MoreApple Retail Stores – Meet the xPrintServer!
Unless you’ve been living under a rock, you’ve heard the news that Apple has announced the iPad Pro. That, along with its business partnership...
Read MoreUsing the Qualcomm® Hexagon™ DSP with Qualcomm® Snapdragon™ SOCs
Most of Qualcomm’s Snapdragon System on Chips (SOCs) are heterogeneous, meaning that in addition to the main multi-core ARM CPU(s), there are additional processing...
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