Smart Life
Media and Resources
Media and Resources
AI technology is reshaping smart mobility, and AI-powered in-vehicle companion robots have become a fast-growing trend in the global aftermarket automotive industry. Unlike traditional infotainment systems, these smart robots deliver natural conversation, emotional interaction and personalized travel services, bringing new value to family trips, daily commutes and long-distance driving.
However, many product and solution teams face common bottlenecks when launching in local markets:
• Network connection drops and lag on highways, in tunnels and weak-signal suburban areas, breaking AI voice interaction
• Lack of precise positioning to support route-based interaction and intelligent scenario triggering
• Compact cockpit space requires highly integrated, low-power communication hardware
• Complex regional certification and carrier access barriers delay product commercialization
To address these real industry challenges, SIM7672G LTE Cat 1bis module is specially optimized for in-vehicle AI companion scenarios.
Built on the Qualcomm QCX216 platform, it supports mainstream LTE-FDD and LTE-TDD bands, delivering up to 10Mbps downlink and 5Mbps uplink. It maintains steady cloud connection and fluent AI dialogue even when the vehicle is moving at high speed.
Integrated Multi-GNSS enables high-accuracy location sensing, supporting customized in-car interaction and scenario triggering. The compact LCC+LGA design and low-power consumption fit perfectly into limited dashboard installation space, while abundant hardware interfaces allow easy connection with microphones, speakers and smart cockpit peripherals.
Equipped with comprehensive regional certifications and major carrier approvals including CE-RED, FCC, GCF, PTCRB, AT&T, T-Mobile, Verizon, Deutsche Telekom, BT-EE, TELEC, JATE, KDDI, DoCoMo, IC, KC, RCM, RoHS, and REACH,SIM7672G helps teams simplify compliance processes, shorten R&D cycles and accelerate local market commercialization.
In the current industry reshuffle, AI functions can hardly form core competitiveness. Stable connectivity, reliable positioning and regional compliance are the key factors that determine whether in-vehicle companion robots can achieve large-scale market adoption.
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