Cavli Wireless Released CQS29X IoT Module Family

The new series enables advanced video and camera processing for automotive telematics and surveillance systems.

Updated on Sept. 22, 2026 in Consumer Electronics

Isometric editorial illustration of a green electronic circuit module with copper pathways and a central processing chip. — Cavli Wireless launched its CQS29X IoT module family, consolidating camera processing and wireless connectivity into a single architecture for automotive and surveillance hardware. AI Illustration. Upload story photo >

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Cavli Wireless has unveiled the CQS29X family of IoT modules, designed to integrate processing, connectivity, and camera interfaces into single units. The line consists of the CQS290, CQS291, and CQS292 modules, which support high-resolution imaging and wireless connectivity.

Why it matters

These modules simplify the development of camera-based systems by consolidating hardware requirements into a single architecture. This allows manufacturers to build more efficient telematics and surveillance devices without needing separate, complex processing components.

The modules support camera sensors up to 25 megapixels and perform 1080p video encoding at 30 frames per second. The CQS292 model integrates a quad-core ARM Cortex-A53 processor with an Adreno 702 GPU.

The players

Cavli Wireless

This company specializes in the development of IoT connectivity solutions and modular hardware architectures for various industrial and automotive applications.

The details

The CQS29X family includes 2G fallback, Wi-Fi 5, and Bluetooth 5.0, with specific variants tailored for two-wheeler and four-wheeler applications. By utilizing edge processing, these modules handle local video operations while supporting Linux and Android operating systems.

Cavli Wireless launched the CQS29X IoT module series on September 22, 2026.

The Tech Race

This release reflects the broader industry move toward system-on-module architectures that combine compute power with wireless standards like LTE Cat 4. It mirrors the transition away from multi-chip setups, which often limited performance in mobile edge computing environments.

For developers and hardware integrators, these modules mean shorter development cycles and more compact designs for smart cameras and vehicles. End users can expect more responsive telematics and higher-quality video streaming in next-generation automotive and surveillance devices.

The takeaway

The CQS29X family demonstrates a clear shift toward edge-processed intelligence in IoT hardware. By packing processing and connectivity into one module, manufacturers can prioritize compact footprints without sacrificing video performance.