Suntex Co., Ltd. List of Products and Services

【Industrial Temperature Sensor EM500-PT100-T500】 Features - Corrosion-resistant cable and multiple probes - Ultra-long-distance transmission up to 10km line of sight - IP67 waterproof housing for harsh environmental applications - Built-in 19000 mAh replaceable battery with 10 years of operation without replacement - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network server - Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Embedded Python SDK, Node-RED development tools

【Temperature Sensor EM320-TH-915M】 Features - Equipped with Sensirion high-precision sensor chip - IP67 waterproof housing with multi-layer structure and sealing ring design ensures strong waterproof performance even in harsh environments - Made with FDA-approved food-grade housing, safe for contact with food and pharmaceuticals - Built-in 5400 mAh replaceable battery with 5 years of operation without replacement - Easy setup with NFC (Near Field Communication) capability - Ultra-long-range transmission up to 10 km line of sight - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution - Wall, pole mounting, and magnetic mounting options - Sturdy installation achieved with anti-theft and non-slip pad design 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools

【Industrial Temperature Sensor EM500-PT100-T050】 Features - Corrosion-resistant cable and multiple probes - Ultra-long distance transmission up to 10km - IP67 waterproof housing for harsh environmental applications - Built-in 19000 mAh replaceable battery with 10 years of operation without replacement - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK, Node-RED development tools

【Temperature Sensor EM300-TH-915M】 Features - Equipped with Sensirion high-precision sensor chip - Ultra-long-distance transmission up to 10km line of sight - IP67 waterproof housing for harsh environmental applications - Built-in 4000 mAh replaceable battery, operates for 5 years without replacement - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools

【Spot Leak Detection Sensor EM300-SLD-915M】 Features - Detects liquids using a small water probe and conductive principle - Equipped with temperature and humidity sensors for environmental monitoring - Ultra-long-range transmission up to 10km line of sight - IP67 waterproof housing and UV resistance for harsh environmental applications - Built-in 4000 mAh replaceable battery with 5 years of operation without replacement - Ultra-low latency and direct control possible with Milesight D2D protocol without a gateway - Easy setup with NFC (Near Field Communication) capability - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management through Milesight IoT Cloud solution - Wall mountable 【LoRaWAN Gateway UG65-L00J-915M-EA】 Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools

【Water Level Sensor EM500-SWL】 Features ■ Corrosion-resistant stainless steel probe ■ Ultra-long-distance transmission up to 10km ■ IP67 waterproof housing for harsh environmental applications ■ Built-in 19000 mAh replaceable battery with 10 years of operation without replacement ■ Easy setup with built-in NFC (Near Field Communication) ■ Compliant with standard LoRaWAN gateways and network servers ■ Quick and easy management with Milesight IoT Cloud solution 【LoRaWAN Gateway UG67-L00J-915M】 Features ■ Robust 8CH LoRaWAN gateway, TELEC certified ■ High-performance quad-core 64-bit ARM Cortex-A53 CPU ■ Compact and rugged IP67 housing ■ Built-in Python SDK and Node-RED development tools

Features ■ User-friendly dashboard: Visualization of analytics, excellent customization, intuitive widgets, creation and sharing of multiple dashboards ■ Device management: Real-time monitoring of device signal status, referencing and downloading data charts, setting threshold alarms ■ Mapping: Ability to check the status of devices and alarms, understanding device placement ■ Triggers: A rich variety of options based on time or value conditions ■ Reports: Review and export daily/weekly/monthly reports, share device performance with stakeholders ■ Event center: Review and export logs of triggers and alarms ■ Sharing center: Track all sharing statuses, transfer device ownership, receive notifications, etc. ■ Account management: Management of basic information, understanding remaining permissions

**[Zone Water Leakage Detection Sensor EM300-ZLD-915M]** Features - Detects liquids using a small water probe and conductive principle - Equipped with environmental monitoring, temperature sensor, and humidity sensor - Ultra-long-range transmission up to 10 km - IP67 waterproof housing and UV resistance for harsh environment applications - Built-in 4000 mAh replaceable battery with 5 years of operation without replacement - Ultra-low latency and direct control possible with Milesight D2D protocol without a gateway - Easy setup with NFC (Near Field Communication) - Compliant with standard LoRaWAN gateways and network servers - Quick and easy management with Milesight IoT Cloud solution - Wall mountable **[LoRaWAN Gateway UG65-L00J-915M-EA]** Features - Robust 8CH LoRaWAN gateway, TELEC certified - High-performance quad-core 64-bit ARM Cortex-A53 CPU - Compact and rugged IP65 housing - Built-in Python SDK and Node-RED development tools

Monitoring the bus's location, cabin status, and number of passengers using GPS, IP cameras, and passenger counting sensors. - UG65: Industrial LoRaWAN gateway that receives and transmits passenger count data from the VS121 passenger counting sensor and temperature and humidity data from the EM300-TH temperature and humidity sensor. - VS121: Industrial LoRaWAN AI passenger counting, occupancy detection, and dwell time detection sensor that transmits the number of passengers on the bus via LoRaWAN. - EM300-TH: Industrial LoRaWAN temperature and humidity sensor that transmits environmental data inside the bus via LoRaWAN. - UR35: Industrial cellular router that connects GPS and IP cameras to transmit the bus's location and cabin status via LTE.

【LoRaWAN Gateway UG65】 ■ Robust 8CH LoRaWAN gateway, TELEC certified ■ High-performance quad-core 64-bit ARM Cortex-A53 CPU ■ Multiple VPNs (IPsec/OpenVPN/L2TP/PPTP/DMVPN) ■ Remote management provided by DeviceHub and Milesight IoT Cloud ■ Compact and rugged IP65 enclosure ■ Built-in network server (MQTT/HTTP/HTTPS) API ■ Embedded Python SDK, Node-RED development tools ■ Mountable on desk, wall, or pole 【LoRaWAN Temperature Sensor for Hot Springs EM500-PT100】 ■ Corrosion-resistant cable and multiple probes ■ 3-wire connection for high accuracy ■ Ultra-long-range transmission up to 10km line of sight ■ IP67 waterproof enclosure for harsh environmental applications ■ Built-in 19000 mAh replaceable battery with 10 years of operation without replacement ■ Compliant with standard LoRaWAN gateways and network servers ■ Mountable on poles, walls, or DIN rails

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that it can achieve bidirectional communication with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: While the range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, LoRaWAN can communicate over distances of approximately 10 km, more than double that. In areas with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoor settings.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: Power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last over 10 years in continuous operation under optimal conditions. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of approximately 10 km, more than double that range. In areas with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to estimate a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to simultaneous interference from other wireless networks, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoor environments.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that bidirectional communication can be achieved with just one button battery, and it is said that such batteries can last for over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In areas with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to estimate a range of about 3 to 5 km, and in indoor environments with obstacles, about 1 km. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that bidirectional communication can be achieved with just one button battery, and it is said that such batteries can last for over 10 years of continuous operation in some cases. ■ Long-Distance Communication: While the range of the 800MHz band used by smartphones (since 3G) is said to be about 2 to 5 km, LoRaWAN can communicate over distances of about 10 km, more than double that. In places with few obstacles, communication over distances greater than 10 km is possible, but for practical use in urban areas, it is advisable to expect a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, allowing for reduced communication latency and stable communication. Therefore, it can be safely utilized in factory facilities and indoor environments.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that bidirectional communication can be achieved with just one button battery, and it is said that such a battery can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In areas with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less susceptible to interference from other wireless networks, allowing for reduced communication latency and stable communication. Therefore, it can be safely utilized in factory facilities and indoor environments.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that it can achieve bidirectional communication with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range for the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In locations with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to simultaneous interference from other wireless networks, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoor environments.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In places with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but it has a fast transmission and reception speed, and consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can operate continuously for over 10 years in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over a distance of about 10 km, more than double that. In places with few obstacles, communication over distances greater than 10 km is possible, but for practical use, it is advisable to assume about 3 to 5 km in urban areas and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps reduce communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: Power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that range. In places with few obstacles, communication over distances exceeding 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less prone to interference from other wireless networks, even in environments where they exist, which helps minimize communication latency and allows for stable communication. Therefore, it can be safely utilized in factory facilities and indoors.

LoRaWAN Wireless Communication Features ■ Low Power Consumption: The power consumption varies slightly depending on the end device, but due to its fast transmission and reception speeds, it consumes less power compared to other communication standards, which helps reduce maintenance frequency. Additionally, it consumes so little power that two-way communication can be achieved with just one button battery, and it is said that such batteries can last for over 10 years of continuous operation in some cases. ■ Long-Distance Communication: The range of the 800MHz band used by smartphones (3G and later) is said to be about 2 to 5 km, but with LoRaWAN, communication is possible over distances of about 10 km, more than double that. In locations with few obstacles, communication over distances greater than 10 km is possible; however, for practical use in urban areas, it is advisable to assume a range of about 3 to 5 km, and about 1 km in indoor environments with obstacles. ■ High Noise Resistance: The 920MHz band used by LoRaWAN is less susceptible to interference from other wireless networks, allowing for reduced communication latency and stable communication. Therefore, it can be safely utilized in factory facilities and indoor environments.