Supported GPS Devices

Maxtrack MXT Protocol: A Comprehensive Guide to Industrial IoT Tracking In the world of fleet management and asset tracking, reliability is paramount. The MXT-1XX Protocol has established itself as a robust standard for high-performance telematics, supporting everything from simple ignition monitoring to complex event-based reporting like GSM jamming detection and internal accelerometer alerts. Core Features of the […]

This guide covers the Xirgo protocol, specifically focusing on the 5081 port used by various XT-series telematics devices..  The Xirgo Protocol: An Overview The Xirgo protocol is a communication standard used by GPS tracking hardware from Xirgo Technologies. It primarily uses UDP or TCP for data transmission, often utilizing ASCII or Binary formats to relay vehicle telemetry.    Key Features of the Protocol: Event-Based Reporting: Devices can

Understanding the XT013 Protocol: A Guide for Telematics The XT013 protocol is a specialized communication standard used in the field of GPS tracking and IoT telemetry. Operating typically on Port 5076, it facilitates the exchange of location data, device status, and sensor information between tracking hardware and central servers. Key Features of XT013 Port 5076:

Understanding the BOX Protocol: A Deep Dive into IoT Asset Tracking In the world of fleet management and asset tracking, the BOX protocol (often associated with port 5065) stands out as a robust, text-based communication standard. Primarily used by BOXtracker devices, this protocol is designed for efficiency over GPRS and TCP connections, making it a

Understanding the Cellocator Protocol: A Guide for CelloTrack XT Users In the world of asset tracking, the communication protocol is the “language” that allows a tracking device to speak to a server. For users of the Cellocator CelloTrack XT, understanding this protocol is essential for seamless integration and data management. Cellocator, a brand by PowerFleet,

Understanding GPS Protocols: TLT2H vs. Wondex When configuring high-performance tracking hardware like the MiniFinder Xtreme and Xtreme One, the communication protocol determines how data is packaged and sent to the server. Choosing the right protocol ensures stability and feature compatibility. TLT2H Protocol (MiniFinder Xtreme) The TLT2H protocol is a robust, legacy-standard communication method optimized for

Understanding the Megastek GPRS Protocol for XT-007 and XT7 Trackers A technical guide to communication and hardware specifications for Megastek vehicle trackers. Introduction to Megastek Protocol Megastek Technologies uses a proprietary communication protocol designed for reliable data transmission over TCP/IP and UDP networks. This protocol is the backbone of their GPS tracking solutions, enabling real-time

Understanding the Xexun Protocol: A Guide to GPS Tracking Standards In the world of GPS tracking, the Xexun protocol is one of the most widely used communication standards. Originally developed by Shenzhen Xexun Technology, it has become a “de facto” standard for many personal and vehicle trackers, often emulated by various manufacturers due to its

Understanding the T55 GPS Protocol: Compatible Devices and Technical Specifications In the rapidly evolving world of telematics, communication protocols serve as the critical link between hardware trackers and monitoring software. One of the most reliable and widely adopted standards for legacy and specialized tracking is the T55 protocol. Known for its efficiency and compatibility with platforms

Comprehensive Guide to Queclink GPS Trackers: The GL200 Protocol In the telematics industry, Queclink is synonymous with reliability. While they offer dozens of different hardwares, most of them communicate using the universal GL200 Protocol (also known as @Track Air Interface). This allows fleet managers to use a single server configuration for various device types. Key