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Qualinx B.V.
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Location
Congress Square Stand CS54
Information
Location services are fundamental to modern life. Accurate positioning underpins a rapidly expanding range of applications. Yet GNSS functionality remains one of the most power-hungry components in connected devices. Qualinx is addressing this challenge head-on.
Qualinx has developed the world’s first ultra-low-power, fully reconfigurable, multi-constellation GNSS solution. Powered by its patented DigitalRF (DRF) technology, known as DragonFly, we achieve upto 10× ultra-low-power consumption than legacy positioning chips without compromising accuracy, robustness or performance.
QLX3Gx Features&Benefits:
● Ultra-Low-Power for Battery-Constrained Devices: The QLX3Gx uses up to 10× less energy than conventional GNSS chips, extending battery and device longevity.
● Smallest-in-Class Form Factor: With a compact 5 × 5 mm footprint, QLX3Gx enables thinner, lighter designs where size and power budgets are critical.
● High-Performance Positioning: Delivers up to 5x the performance, eliminating the trade-off between power consumption and accuracy.
● Reconfigurable Architecture: Software-configurable radios allow OEMs to adapt functionality without hardware replacement, extending product lifecycles, and lowering the total cost-of-ownership.
Qualinx has developed the world’s first ultra-low-power, fully reconfigurable, multi-constellation GNSS solution. Powered by its patented DigitalRF (DRF) technology, known as DragonFly, we achieve upto 10× ultra-low-power consumption than legacy positioning chips without compromising accuracy, robustness or performance.
QLX3Gx Features&Benefits:
● Ultra-Low-Power for Battery-Constrained Devices: The QLX3Gx uses up to 10× less energy than conventional GNSS chips, extending battery and device longevity.
● Smallest-in-Class Form Factor: With a compact 5 × 5 mm footprint, QLX3Gx enables thinner, lighter designs where size and power budgets are critical.
● High-Performance Positioning: Delivers up to 5x the performance, eliminating the trade-off between power consumption and accuracy.
● Reconfigurable Architecture: Software-configurable radios allow OEMs to adapt functionality without hardware replacement, extending product lifecycles, and lowering the total cost-of-ownership.