Understanding Antenna Gain and How It Affects Device Performance, Reliability, and Competitiveness Gain is one of the most important measurements when assessing any type of antenna, including cellular, Wi-Fi®, and global navigation satellite system (GNSS). That’s because gain directly affects the performance and reliability of your device and all of the services that run on it....

How to Leverage the L-Band to Balance Accuracy and Affordability for GNSS Applications Drones, precision agriculture and autonomous vehicles are among the applications that require higher accuracy than standard GNSS can provide. One option is the L-Band, which is home to data services that augment GNSS signals to maximize granularity down to the centimeter level....

How to Choose Between a Dual-Band or Multi-Band GNSS Antenna What level of accuracy does your location application require: the size of a tennis court or the width of a paperclip? How long will your tracking devices remain in the field: a few years or over a decade? Where will they operate: in fields and...

How IP and IK Ratings Measure Real-World Durability What do liquids, dust, sand, screwdrivers, wires, insects, and fingers have in common? They all can wreak havoc on electronic devices if they get inside. That’s why IP ratings are an important spec to consider when comparing devices such as antennas. IP stands for “ingress protection” and...

Taoglas Expands Invisible Antenna® Series with SMA Connectors Transparent, Peel-and-Stick Antennas Now Available with SMA Connectors for IoT and Smart Applications Taoglas is expanding its Invisible Antenna series with industry-standard SMA connectors. Originally designed with FAKRA connectors for automotive use, these ultra-low-profile, transparent antennas are now optimized for ease of integration into a wider range...

Taoglas Expands TFM Series of Multi-Band GNSS Front-End Modules to Accelerate High-Precision Applications Development SAN DIEGO – March 11, 2025 – Taoglas®, a trusted provider of antennas and IoT components, announces the expansion of its TFM series of multi-band GNSS front-end modules. Building upon the existing product range, the expanded series offers design engineers more options...

MA322.A.001 Antenna by Taoglas The MA322.A.001 from Taoglas is a Antenna with Frequency 617 to 5925 MHz, Gain 4.2 dBi, Operating Temperature -40 to 85 Degree C. Tags: Puck. More details for MA322.A.001 can be seen below. Product Details Part Number: MA322.A.001 Manufacturer: Taoglas Description: 5G/4G MIMO Adhesive/Magnetic Mount Puck Antenna General Parameters Type: Puck Directionality: Omni-Directional...

Taoglas Unveils Multi-band GPS/GNSS Antennas for Centimeter-Level Positioning Accuracy Additional patch antennas released enable simultaneous multi-band reception for fast, precision positioning SAN DIEGO —Jan. 30, 2025 – Taoglas®, a trusted provider of antennas and IoT components, announces a new family of active, multi-band GNSS antennas. Levity Series’ AHP24510 (L1/L2/L-Band) and AHP54510 (L1/L5/L-Band) directional patch antennas are optimized for GPS, Galileo,...

All Together Now: Best Practices for Cellular Antenna Integration The best cellular devices are greater than the sum of their parts. The secret? Careful integration of the antenna system with the module and other components. This ensures that they all work together to achieve technical goals such as link budgets, battery life, throughput, and business...

How to Choose the Right Cellular Antenna Type for Your Application There’s no shortage of options when choosing a cellular antenna: embedded, external, monopole, dipole, and cabled, to name just a few possibilities. How do you navigate all those options and choose the one that best meets your application’s unique requirements for performance, size, bands,...