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Mastering the Carscop Protocol: CCTR GPS Tracker Guide
In the competitive landscape of fleet management, the Carscop protocol has emerged as a stable and efficient communication standard. Most hardware manufacturers in this ecosystem, specifically the CCTR series, utilize this protocol to transmit vital vehicle data to tracking servers worldwide.
The Significance of Port 5040
For system integrators and GPS platform providers, the Port 5040 is the “golden gate” for Carscop devices. Whether you are configuring a CCTR-620 or the heavy-duty CCTR-810, ensuring your firewall and listener are set to Port 5040 is essential for data synchronization.
Technical Comparison: Carscop CCTR Series
Below is a detailed breakdown of the most popular tracking units utilizing the Carscop communication protocol:
| Model | Protocol | Default Port | Primary Use Case |
|---|---|---|---|
| CCTR-620 / 620+ | Carscop | 5040 | OBDII / Magnetic Portable |
| CCTR-622 | Carscop | 5040 | Basic Fleet Tracking |
| CCTR-700 | Carscop | 5040 | Fixed Wired Installation |
| CCTR-800 | Carscop | 5040 | Advanced Logistics Monitoring |
| CCTR-801 / 802 | Carscop | 5040 | Asset Security |
| CCTR-803 / 808 | Carscop | 5040 | Industrial Machinery |
| CCTR-810 | Carscop | 5040 | High-End Fleet Management |
Why Choose Carscop Protocol Devices?
The transition from older protocols to the specialized Carscop standard offers several benefits:
- Low Data Consumption: Optimizes GPRS packets to reduce SIM card costs.
- Unified Configuration: All CCTR models share a similar command structure, making it easy to swap hardware without rewriting server logic.
- Reliability: Known for maintaining a stable heartbeat connection even in low-signal areas.
Configuration Tip
When setting up these devices, always ensure your APN settings are correct and the server IP points directly to your listener on Port 5040. Failure to receive data is often caused by port blockages rather than hardware malfunction.
Carscop CCTR Series: Technical Specifications & Integration
The Carscop CCTR series utilizes a robust GPRS-based communication protocol designed for low-power consumption and high reliability. Below are the core technical specifications and the configuration commands required for server integration.
1. Technical Comparison Table
| Model | Battery Capacity | Standby Time | Key Features |
|---|---|---|---|
| CCTR-620 / 620+ | 800-900 mAh | Up to 12 Days | Personal tracking, portable, SOS button, built-in shock sensor. |
| CCTR-800 / 800+ | 2000-6000 mAh | 50-60 Days | Big battery, IP56 Waterproof, powerful magnet for asset tracking. |
| CCTR-801 | Rechargeable Li-ion | 1-2 Days | Hardwired (2-4 wires), remote engine cutoff, hidden install. |
| CCTR-808 | 4000 mAh | Solar Assisted | Solar panel power supply, waterproof, heavy-duty magnets. |
| CCTR-810 / 803 | Varies (Backup) | Continuous | Advanced fleet management, external microphone, SOS. |
2. Common Technical Specifications
- GSM Frequencies: Quad-band 850/900/1800/1900 MHz (Global compatibility).
- GPS Chipset: u-Blox / SiRF Star III (24-32 channels).
- Locate Accuracy: 5-20 meters (GPS) / 50-500 meters (LBS Cell ID).
- Start Time: Hot start: 1 sec | Cold start: 36 sec.
- Standard Communication Port: 5040.
3. Essential SMS Commands for Setup
To connect your CCTR device to a platform, you must set the APN, IP, and Port. The default password is typically 123456 or 12345678.
A. Set Platform Server IP and Port
Example: IP*123456*58.64.155.133,5040
B. Set APN (Mobile Data Access Point)
Example: APN*123456*internet
C. Set APN with Username and Password
Example: USERNAME*123456*wap*wap
D. Check Current Status
Example: CHECK*123456
WEB*123456*d3.igps.info,50404. Power Management & Reporting
These devices feature a Shock Sensor that controls GPS activity. If the vehicle is stationary for more than 2 minutes (or ACC is off), the device stops GPRS uploading to save battery and data.
