Raveon RV-M7 Tracking & Protocol Guide This guide provides technical specifications for integrating Raveon radio modems via Port 5117 using the $PRAVE protocol. 1. Device Comparison Table Model Primary Use Case Frequency Power Output Special Features RV-M7 GX Standard Tracking VHF/UHF 5W Built-in GPS, IP65 Enclosure. RV-M21 Tech Industrial SCADA VHF/UHF/220MHz 5W Modular I/O (USB/RS232). […]

Carcell CR Series: Technical Reference Professional configuration for devices using Port 5114 and the Carcell Protocol. 1. Device Comparison Matrix Model Capacity & Power Special Features Optimized For CR 1000 9-36V DC Ignition status, ACC detection Standard passenger vehicles CR 2000 9-36V DC Fuel sensor (RS232), Temp sensors Commercial fleet management CR 3000 High Voltage

Granit Navigator Series: Port 5113 Technical Guide The Granit Navigator series represents a pinnacle in ruggedized telematics, specifically engineered for high-precision fleet management and industrial asset tracking. Utilizing the specialized Granit binary protocol via Port 5113, these devices (including the popular Navigator 4 and the advanced Navigator 5) offer unparalleled data stability in extreme environments. Whether you are monitoring heavy

Granit GPS Tracker Series: Technical Port 5112 Integration The Granit protocol is a specialized communication standard primarily used via Port 5112 for telematics data. Whether you are using the compact C-100 or the rugged WP-30C, correct hardware wiring and software configuration are vital for real-time tracking accuracy. 1. Device Specifications Comparison Model Device Class Environment

Huasheng GPS Trackers: Port 5111 Protocol Guide This technical overview covers the Huasheng (HS) series devices operating on Port 5111, providing essential setup data for fleet managers and installers. Device Comparison Table Model Key Application Connectivity Voltage Range HS-500P Personal / Portable 2G/4G 3.7V – 5V HS-300V Vehicle Monitoring 2G/3G 9V – 36V HS-400 Basic

Industrial Tracking Device Comparison (Port 5110 / IDPL) The IDPL protocol, operating on Port 5110, is a professional communication standard primarily used for industrial-grade asset tracking and remote monitoring. By utilizing this protocol, telematics devices can transmit high-precision telemetry data—including real-time GPS coordinates, movement alerts, and battery status—to specialized platforms.This setup is essential for managing high-value industrial equipment

Appello Protocol Implementation Guide The Appello Protocol represents a sophisticated communication standard designed for high-reliability GPS tracking across diverse environments. Whether managing the safety of domestic pets with the Appello 4P or overseeing large-scale commercial fleets with the Appello 5109, this protocol ensures seamless data transmission and precise positioning.This implementation guide provides a deep technical dive into the hardware architecture,

Supermate D-Series Technical Manual The Supermate D-Series is a high-performance GPS tracking solution engineered for precision fleet management and asset security. Operating on the specialized Supermate protocol via Port 5108, these devices—including the versatile D11—provide seamless, real-time data transmission with high sensitivity. Designed for durability and easy integration, the D-Series offers reliable ignition monitoring, remote fuel cut-off, and accurate location reporting,

Arknav Protocol: Technical Reference & Device Comparison Comprehensive guide for Arknav devices using Protocol Port 5107. These devices are engineered for high-reliability fleet management and asset tracking. The Arknav protocol (standardized on Port 5107) is a cornerstone of professional-grade telematics, known for its versatility across various hardware architectures—from standard vehicle trackers to satellite-hybrid systems. Arknav devices are engineered

GNX Protocol Technical Integration Master Guide Complete Reference: GNX-2 & GNX-3 Hardware | Port 5106 | 12V-24V Systems The GNX Protocol is a high-performance communication standard designed for mission-critical telematics and fleet management. Engineered for stability and data efficiency, devices such as the GNX-2 and GNX-3 utilize this protocol to deliver high-frequency location updates, precise sensor telemetry, and advanced engine diagnostics