Michelin Launches the MEMS 4 with a Vibration-Resistant Multiband Antenna
The Challenge
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Too many antennas led to longer installation times.
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Outdated wireless technology that required an upgrade.
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The mining environment posed challenges for network coverage.
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The previous system relied on multiple antennas to support 3G, WiFi, and GPS connectivity. The goal was to consolidate these functions into a single, more efficient system while ensuring reliable data transmission under harsh, high-vibration conditions.
The Solution
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A multi-band antenna integrating all necessary functions into a single housing.
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Upgraded connectivity from 3G to 4G cellular and from GPS-only to a full GNSS system.
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Vibration-resistant construction to enhance durability in mining environments.
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Optimized mounting location for maximum RF coverage.
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A reinforced mounting bracket to improve stability and longevity.
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The new antenna system consolidates multiple frequency bands into a single unit, improving efficiency and coverage.
The interior of the housing is filled with an RF-compatible foam that enhances vibration resistance while maintaining optimal wireless performance.
Additionally, a custom mounting bracket was implemented to secure the antenna in the most effective position for communication reliability.
The Impact
Tesla Networks’ wireless network solution has transformed STIB/MIVB’s transport services, delivering:
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Real-time communication between vehicles
and back-office systems has improved fleet management, scheduling, and service reliability.
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Enhanced Passenger Experience: Wireless internet access has made daily commutes more enjoyable and productive for thousands of travelers.
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Modernized Infrastructure: The network positions STIB/MIVB to adapt to future innovations in public transport connectivity.
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Tesla Networks’ commitment to expertise, trust, and partnership has helped STIB/MIVB elevate mobility in Brussels, connecting people to their destinations with greater efficiency and convenience.
