CalAmp Protocol (Port 5082) Tracking Devices: Setup & Comparison CalAmp devices are industry leaders in telematics, utilizing the robust Puls air interface. Most units default to port 5082 for data transmission. This guide covers technical specifications, wiring instructions, and remote configuration commands for the LMU, TTU, and ATU series. Model Comparison Table Model Series Common […]

Xirgo XT-Series Technical Deployment Manual Comprehensive reference for Port 5081 Protocol, Hardware Setup, and Error Resolution. 1. Device Comparison & Network Compatibility Model Series Type Connectivity Best For… XT-20xx / XT-3200 OBD-II 2G/3G/CDMA/LTE Light Vehicles / Plug-and-Play XT-21xx / XT-50xx Fleet Wired GSM / CDMA / LTE Hidden installation in trucks/vans XT-45xx / XT-47xx Weatherproof

BCE Protocol Fleet Management: Technical Integration Guide The BCE protocol (typically using Port 5080) is the backbone of Xirgo Global’s professional telematics hardware. This guide covers the FMS500 series hardware, wiring standards, and essential SMS commands for remote deployment. 1. Device Comparison Table Model Series I/O Configuration Special Features Target Application FMS500 One / Light

GoSafe Protocol GPS Trackers: Port 5078 Technical Guide GoSafe telematics devices are industry-standard hardware using the reliable 5078 protocol. Whether you are using the rugged G1S asset tracker or the G3 series for fleet management, proper wiring and SMS initialization are critical for server communication. 1. Model Comparison Table Model Category Interface Key Application G1S

AutoFon Protocol (Port 5077) Tracking & Installation Guide The AutoFon protocol is a specialized low-traffic communication standard used by high-security beacons like StarLine M-series and AutoFon SE. It is designed to minimize data usage while providing maximum stealth against signal scanners. 1. Device Comparison Table Model Protocol Port Wiring Support Primary Use Case AutoFon SE+

XT013 Protocol Technical Overview The XT013 protocol is designed for commercial-grade tracking. Key devices like the Xexun XT-013 and Kingwo MT13 utilize this for sub-minute real-time updates and secure remote control. 1. Specific Wiring Diagrams A. Standard 12-Pin Professional Wiring (Kingwo/Baanool 403) This layout supports advanced sensors like fuel and temperature monitoring. Pin # Wire

Mastering the ARDI01 Protocol for GPS Tracking The ARDI01 protocol (often associated with GT06 or ST-901 hardware variations) is a lightweight binary communication standard. It is designed for high-frequency location reporting with minimal data consumption, making it ideal for large-scale fleet operations. 1. Technical Wiring Diagram Standard ARDI01 compatible devices typically use a 4-wire or

Advanced Guide: TR900 Protocol & NEO2 Configuration The TR900 protocol is the industry standard for high-reliability data transmission. This guide covers the integration of TR-900, NEO1, and the advanced NEO2 model using Port 5074. 1. Device Specification Matrix Model Interface Port Protocol Fuel Monitoring TR-900 OBD-II 5074 TR900 CAN-Bus Data NEO1 4-Wire Hardwire 5074 TR900

Tramigo T23 Protocol: Advanced Configuration & Technical Guide The Tramigo T23 series, including the T23 Fleet Security Pro, is a military-grade tracking solution. This guide covers deep-level technical configuration for server connectivity and hardware-level security triggers. 1. GPRS Server Connectivity Settings To move beyond SMS and track via the cloud or a private server, you

Ulbotech T-Series Protocol (Port 5072) Integration Guide Ulbotech trackers are high-performance telematics units specializing in OBDII/CAN-bus data and analog sensor monitoring. All models below utilize the 5072 communication port.     1. Device Comparison Table Model Interface Core Features Applications T370 / T371 OBDII / Hardwire 4G LTE, CAN-bus, Fuel Monitoring, FOTA Heavy Fleet, Logistics