Fibocom Targets Smart Pet Collars with MQ771-GL LPWA Module

Why It Matters

Extended battery life and universal cellular coverage address the biggest hurdles for pet‑tech manufacturers, enabling wider market adoption and lower total cost of ownership.

Key Takeaways

• Ultra‑compact size: 17.7 mm × 15.8 mm.
• Power‑saving mode down to 1 µA.
• Supports both Cat‑M and NB‑IoT globally.
• Multi‑mode network switching eases roaming.
• Claims 70‑90% PSM current improvement.

Pulse Analysis

The pet‑tech segment has exploded as owners seek real‑time health and location data for dogs and cats. Yet smart collars face a unique set of constraints: they must be small enough to sit comfortably on an animal, operate for months without a recharge, and remain connected across urban and rural environments. Traditional Bluetooth or Wi‑Fi solutions either lack range or drain batteries quickly, pushing manufacturers toward cellular low‑power wide‑area (LPWA) technologies. In this context, Fibocom’s MQ771‑GL arrives as a purpose‑built answer to those design pressures.

The MQ771‑GL packs LTE‑M (Cat‑M) and NB‑IoT radios into a 17.7 × 15.8 mm package, a size that comfortably fits within a collar housing alongside GNSS, sensors and antenna structures. Its power‑saving mode (PSM) can drop to 1 µA, and eDRX further reduces idle‑time consumption, which Fibocom claims translates into a 70‑90 % reduction versus earlier modules. Dual‑band, multi‑mode network switching lets the device automatically select the strongest network, simplifying global deployments and eliminating the need for separate regional SKUs. These specifications give OEMs a tighter footprint and longer battery intervals without sacrificing coverage.

For manufacturers, the module’s promise of months‑long battery life and worldwide cellular compatibility could lower bill‑of‑materials and reduce after‑sales service costs, accelerating time‑to‑market for new pet‑wearables. Competitors such as Quectel and Sierra Wireless are also rolling out compact LPWA chips, so Fibocom must prove real‑world performance and secure carrier certifications to win design wins. If the MQ771‑GL lives up to its specifications, it may set a new baseline for animal‑tracking devices, encouraging broader adoption of advanced health‑monitoring features and expanding the overall IoT wearables ecosystem.