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TK-Star - XE210 Protocol

This page describes the public protocol context for using the TK-Star XE210 GPS tracker with Plaspy. It summarizes how the device typically communicates over cellular networks and GPS satellites, and how those communications are handled by Plaspy for location reporting, alarms, and basic remote features. The XE210 supports GPS and AGPS positioning and can report over GSM GPRS WCDMA and LTE networks, with common monitoring features such as low battery alarm, vibration alarm, geo fencing, over speed alarm, and historical route reporting.

Plaspy uses shared connection settings across supported devices and automatically detects the tracker protocol when the device reports to the correct endpoint. Exact protocol behavior and available commands can vary by firmware version, hardware revision, and manufacturer implementation, so this page focuses on public, non sensitive integration guidance rather than firmware specific command sets.

Protocol Overview​

The device communication protocol governs how the XE210 identifies itself to a server and how it sends usable telemetry such as GPS coordinates, status flags, and alert events. With Plaspy acting as the collection endpoint, the protocol's role is to reliably transfer location and event data over the mobile network so Plaspy can present timely information to end users and systems.

  • Enables periodic and event driven reporting of GPS and AGPS positions to a remote server
  • Conveys device identity and basic status fields so Plaspy can map messages to the correct asset
  • Transports alarms and alerts such as low battery, vibration, geo fence and over speed events
  • Supports multiple reporting methods on the device side such as Internet upload in addition to SMS or app based options
  • Works over common cellular data transports so messages reach Plaspy for parsing and display

How Plaspy Detects the Protocol​

Plaspy receives tracker messages on a single shared endpoint and port and applies protocol detection to identify the tracker type automatically. In most setups you do not need to select a protocol inside Plaspy manually as long as the XE210 is configured to report to the Plaspy endpoint address and port.

  • Plaspy server domain for device reporting is d.plaspy.com and the public server IP is 54.85.159.138
  • Plaspy listens on port 8888 and all devices in Plaspy use the same port
  • Devices can be configured to report to the Plaspy endpoint and Plaspy will automatically detect the tracker protocol
  • If the XE210 sends periodic location or alarm messages to the Plaspy endpoint, those messages will be associated with the device account in Plaspy automatically
  • Users typically only need to ensure the device reporting address and transport match Plaspy settings for detection to work

Transport and Connection Context​

XE210 devices can use either UDP or TCP for Internet based reporting depending on device support and configuration. The transport selection affects how the device opens a session to the server and can influence performance characteristics such as delivery confirmation and retransmission behavior.

  • The device may be configured using UDP or TCP on port 8888 to report to Plaspy
  • Typical Plaspy endpoints for reporting are the domain d.plaspy.com or the server IP 54.85.159.138 on port 8888
  • Plaspy uses the same port for all supported devices which simplifies device configuration on the manufacturer side
  • Confirm the device transport setting (UDP or TCP) in the XE210 configuration method you are using before pointing it at the Plaspy endpoint
  • Network environment and carrier restrictions can affect whether UDP or TCP is preferable for a given deployment

Protocol Compatibility Notes​

  • Firmware revisions can change message content, supported fields, and reporting behavior; always check the device firmware version when troubleshooting
  • Hardware revisions or model variants may expose different feature sets such as voice monitoring or additional sensors
  • Manufacturer configuration interfaces (SMS commands, app settings, or web configuration) determine whether the device uses TCP or UDP and what endpoint is used
  • Transport selection (UDP vs TCP) should match the device capability and network conditions for the deployment
  • Plaspy automatically detects the protocol, but accurate detection depends on the device sending recognizable, well formed reports to the Plaspy endpoint
  • Validate any specific command or advanced feature against the official TK Star documentation for the XE210

Why Protocol Understanding Matters​

Understanding how the XE210 communicates helps ensure reliable onboarding, accurate location updates, and effective troubleshooting when devices are in the field. Knowing the constraints and options of the tracker protocol reduces integration time and supports long term operational stability.

  • Helps confirm correct device configuration when pointing the tracker to Plaspy
  • Speeds troubleshooting when messages are not arriving or are incomplete
  • Supports informed decisions about transport choice and reporting intervals for battery life and data use
  • Aids in diagnosing firmware related differences that affect feature availability
  • Enables clearer communication with TK Star support when device behavior differs from expectations

Why Use Plaspy with This Protocol​

Using the XE210 together with Plaspy gives organizations a practical way to collect, visualize, and act on vehicle and asset location data. Plaspy centralizes incoming reports from devices configured to contact the Plaspy endpoint and automatically maps those reports to devices and accounts for monitoring, alerts, and route history.

Plaspy accepts XE210 reports on a single shared endpoint and port which simplifies device configuration. To learn more about how Plaspy can work with trackers like the TK Star XE210, visit https://www.plaspy.com. For the most current device specific protocol and firmware details verify information with the manufacturer at https://www.tk-star.com/ as protocol support and firmware behavior can change over time.

Tracker Communication

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