Our devices are built to harness the power of various IoT connectivity technologies, including Wi-Fi, 細胞的, 藍牙, 洛拉, 還有更多. We carefully select the right connectivity option to suit your project's needs.
無線上網, short for Wireless Fidelity, is a ubiquitous and well-established wireless technology used extensively in homes, 辦公室, and public spaces. It offers high-speed data transfer over short to medium ranges and has found its place in the Internet of Things (物聯網) ecosystem.
High Data Speeds: Wi-Fi provides fast data transfer, making it suitable for applications that require real-time data processing and high-definition video streaming.
Local Area Coverage: Wi-Fi networks typically cover a limited area, making them ideal for applications within homes, 辦公室, and small businesses.
Smart Homes: Wi-Fi is the backbone of smart home ecosystems, connecting devices such as thermostats, cameras, and voice assistants.
Office Automation: It's commonly used for office Wi-Fi networks and IoT devices like printers, 投影儀, and smart lighting.
Cellular networks, including 4G LTE and emerging 5G, provide wide-area coverage for IoT devices. Global Navigation Satellite Systems (全球導航衛星系統) such as GPS enable precise location tracking.
4G and 5G: Cellular networks offer high-speed data transfer and are suitable for applications that demand high bandwidth, such as video surveillance and asset tracking.
IoT SIM Cards and Plans: Specialized IoT SIM cards and data plans are available to optimize costs and data usage for IoT devices.
GPS and Beyond: GNSS technologies like GPS enable precise location tracking for IoT devices, essential for logistics, fleet management, and asset tracking.
Fleet Management: Cellular and GNSS technologies are instrumental in real-time tracking and management of vehicles and assets.
環境監測: Remote sensors use cellular connectivity to transmit data for environmental monitoring and control.
Wireless Personal Area Networks (WPANs) like Bluetooth and Ultra-Wideband (超寬頻) are ideal for short-range IoT communication, often used in smart homes and wearable devices.
Bluetooth Classic vs. 藍牙低功耗 (低功耗藍牙): Bluetooth offers two main variants—Classic for data-intensive applications and Low Energy (低功耗藍牙) for energy-efficient, low-power IoT connections.
藍牙網狀網絡: Bluetooth Mesh extends the capabilities of Bluetooth by enabling large-scale networks of devices, making it ideal for smart lighting, home automation, and industrial control.
Precise Location Awareness: UWB provides extremely accurate location data, making it valuable for applications such as asset tracking, 室內導航, and secure access control.
Smart Homes: Bluetooth is commonly used in smart home devices like door locks, thermostats, and wearables. UWB is used for location-based applications and secure access.
衛生保健: Bluetooth enables the connection of medical devices for remote monitoring, while UWB can be used for tracking equipment and patients within healthcare facilities.
Low-Power Wide Area Networks (LPWANs) like LoRa, LTE-M, and Narrowband IoT (窄頻物聯網) offer long-range coverage with low power consumption, making them suitable for remote and battery-operated IoT devices.
LoRa technology offers remarkable coverage and impressive energy efficiency. It's well-suited for remote monitoring and outdoor applications. 然而, it may have limitations in terms of data rates. LoRa has found extensive use in agriculture, 環境監測, and smart city applications. Its ability to cover vast areas makes it perfect for tracking assets over long distances.
LTE-M provides a cellular-based LPWAN option that combines the ubiquity of cellular networks with the energy efficiency of LPWAN technologies. LTE-M is commonly employed in logistics, 資產追蹤, and applications that require higher bandwidth than traditional LPWAN technologies can offer.
Efficient IoT Connectivity: NB-IoT is designed to connect a large number of low-power devices in challenging environments with high interference.NB-IoT has gained popularity in smart meters, 智慧城市, and industrial IoT deployments. Its robustness and efficiency make it a preferred choice for massive IoT deployments.
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