Resource Center
A collection of latest videos, product releases and trends in the industry.
Humidity and Virus Transmission: Searching for Solutions in the IoT
Researchers are searching for a connection between air humidity and viral spread. If found, the IoT may play a critical role.
Now Available: RS1xx Open/Closed Multi-Sensor
New Open/Closed Multi-Sensor Platform Ideal for Cold Chain Monitoring The Sentrius RS1xx Multi-Sensor is an external open/closed and integr...
Now Available: Sentrius IG60-BL654-LTE Wireless IoT Gateways
Multi-wireless IoT Gateways with Bluetooth 5, WiFi, and LTE CAT 1 Connectivity The Sentrius IG60-BL654-LTE and IG60-SERIAL-LTE are now avai...
Top 3 Reasons to Prep your IoT applications with our MIMO Phantom Antennas
If your requirements include high data rates, robust connections, or multiple IoT technologies, the MIMO Phantom is the right choice.
Bridging BLE to LoRaWAN – Laird Connectivity at The Things Virtual Conference
Our FAE Mark Duncombe shows how easy it is to get Bluetooth 5 sensor data to the cloud over LoRaWAN.
FCC Opens 6 GHz Frequency, Opening the Future of Wi-Fi
New unlicensed spectrum will mean faster Wi-Fi, less congestion, and a better experience for users.
The Pitfalls of Poor Wi-Fi Connectivity
It’s more than your device’s performance: it can put an entire network at risk. Here’s how.
3 Reasons to Choose Embedded Connectivity for Your Design
Embedded wireless designs offer aesthetic advantages, better reliability, and assured interoperability.
COVID-19 Response Update
To Our Valued Customers, I am writing to update you about how the Laird Connectivity team is helping healthcare professionals around the wo...
ETSI EN 300 328 Updates: What They Mean for You
The update to the EU’s EN 300 328 standard has a 6th August, 2021 deadline. Here’s what you need to know.
FIPS 140-2: The FIPS Inside Approach
Leveraging a partner’s FIPS-certified module is the hands-down best approach to including FIPS in your product.
The Magic of Bluetooth AoA/AoD Direction Finding
By sampling incoming data, Bluetooth devices can find each other in 3D space. So just how does it work?