SF SG4 Bluetooth LTE Location Badge

SF SG4 Bluetooth LTE Location Badge

SF MWC03 is a groundbreaking Bluetooth® LTE location smart badge that seamlessly combines GNSS and Bluetooth® positioning with real-time data uploads via cellular networks. Designed to address the challenges of delayed personnel tracking, difficult gateway setup, and staff safety management, SF MWC03 ensures precise location information across expansive outdoor areas and complex indoor environments. Additionally, it has an RFID function for access control and attendance management, as well as convenient magnetic charging. With this advanced solution, companies can optimize resource allocation, enhance employee safety, and efficiently manage attendance or location tracking services.

GNSS and Bluetooth® positioning
Real-time data upload via cellular networks
BLE filtering algorithm
Batch management
IP65 waterproof and dustproof
Intelligent positioning system switching
High-Precision external standalone GNSS module
RFID access control
Multi-functional buttons
Easy magnetic charging in a snap

The SF MWC03 Bluetooth® LTE location badge operates by actively scanning and receiving Bluetooth® signals from surrounding beacons.

You can tailor data collection by specifying MAC addresses and RSSI values to enhance more accurate and efficient data transmission.

The badge employs trilateration using beacon RSSI for precise indoor positioning, while GNSS ensures accurate outdoor tracking.

Collected Bluetooth® and GNSS data is securely stored on our SF Manager 3.0 intelligent IoT device management platform, enabling remote configuration of Bluetooth® scanning parameters including filtering criteria and upload intervals, and facilitating efficient device management.

GNSS and Bluetooth® positioning

The SF MWC03 BLE LTE location badge integrates both GNSS and Bluetooth® technologies to provide comprehensive location tracking. GNSS (Global Navigation Satellite System) offers precise positioning in wide-open outdoor areas, while Bluetooth® ensures accurate tracking within complex indoor environments. This dual-mode approach allows for seamless transitions between indoor and outdoor locations, delivering reliable and continuous location data regardless of the environment.

Intelligent BLE and GNSS positioning system switching

The smart badge is designed to automatically switch between BLE and GNSS positioning based on signal availability and strength. This automatic transition ensures consistent and precise location tracking, whether indoors or outdoors, by leveraging the most reliable signal in any given environment. The result is uninterrupted coverage and accurate positioning across a wide range of settings, making it an ideal solution for dynamic and challenging operational landscapes.

Real-time data upload via cellular networks

By enabling real-time data upload through cellular networks, the SF MWC03 eliminates the need for complex gateway deployment. This feature simplifies the setup process, reduces infrastructure costs, and ensures that location data is instantly accessible from any location, providing a hassle-free and efficient solution for real-time monitoring and management

High-Precision external standalone GNSS module

The SF MWC03 features a standalone GNSS module, offering significant advantages over built-in GNSS capabilities. This advanced module delivers higher positioning accuracy, reduced latency, and faster startup times, ensuring your location data is more precise and reliable. Whether in challenging environments or during rapid movements, the external module enhances overall performance, making it the superior choice for applications requiring top-tier positioning accuracy and responsiveness.

BLE filtering algorithm

The SF MWC03 is equipped with an advanced BLE (Bluetooth® Low Energy) filtering algorithm that enhances location accuracy by reducing interference from surrounding signals.

This technology intelligently filters out noise and irrelevant data, allowing for more precise positioning in environments where multiple Bluetooth® devices are present. The result is a more reliable and accurate tracking solution, particularly in dense or complex spaces like industrial plants or multi-story buildings.

RFID access control

Integrated RFID/NFC function in the MWC03 badge provides a secure and efficient way to manage access control and attendance. Employees can use the badge to gain entry to restricted areas, with each access event automatically recorded for audit and security purposes. 1 This feature also supports attendance management, allowing organizations to track employee presence and timekeeping seamlessly.

Batch management

Simplify large-scale operations with the SF MWC03's batch management feature, which allows administrators to configure and manage multiple devices simultaneously. This is particularly useful for organisations that need to deploy and maintain numerous badges across different departments or locations.

1 Batch management reduces the time and effort required for individual device setup, ensuring consistent configuration and functionality across all units. It is ideal for large enterprises that prioritize efficiency and consistency in their device management processes

Multi-functional buttons

Three buttons can be configured for specific functions such as sending emergency alerts, checking in at designated locations, or completing assigned tasks. The flexibility of these buttons allows organizations to tailor the device to their specific operational needs, enhancing the overall utility of the badge. This feature supports a wide range of applications, from safety management in hazardous environments to access control in routine operations

Easy magnetic charging in a snap

The SF MWC03 offers convenient magnetic charging, designed to provide a quick and secure power supply with minimal effort. This feature not only enhances convenience but also improves waterproofing by protecting the connection points from external exposure.

Additionally, it minimizes wear and tear by eliminating the need for frequent plugging and unplugging, thereby extending the device's lifespan.

Use Cases

Specification