Product Highlights
Dual Data Stream Parallel Processing (Truck Diagnostic Splitter)
Exclusive circuit design enables zero-conflict simultaneous capture of J1708 engine parameters and J1939 telematics data
Triple-Layer EMI Shielding Architecture
Coaxial shielding + braided mesh + aluminum foil layer ensures complete data transmission in high-interference truck environments
Real-Time Dual Protocol Diagnostics
Maintains data integrity during simultaneous engine and telematics monitorin
Deep Factory Customization Solutions
Full-process personalized customization from cable specifications (AWG 16–24) to connector colors and brand identification
Rugged Full-Plastic Housing
Connectors 100% factory-tested for professional use
Compliance & Certification
ISO 9001, ISO 14001, IATF16949, RoHS, CE, UL, REACH
Key Features
Dual Protocol Parallel Processing
Dedicated signal separation circuit for J1708 and J1939, preventing data conflicts
High Conductivity Pins
Gold-plated contacts ensure precise signal transmission for heavy-duty fleet diagnostics
Durable Full-Plastic Housing
Resistant to vibration, oil, temperature extremes, and mechanical stress
Military-Grade Connectors
Shock-proof locking mechanism and corrosion-resistant pins for harsh conditions
OEM Customizable Options
Cable length 0.5–8m, AWG 16–24, custom color and logo
Smart Auto-Detection Plug & Play
Automatically identifies protocol types and optimizes signal parameters without drivers or device configuration
Four-Dimensional Quality Verification System
Each cable undergoes rigorous testing for signal integrity, protocol compatibility, mechanical durability, and environmental adaptability
Extended Service Life Design
Military-grade materials and gold-plating process ensure stable operation for 3+ years in high-intensity fleet environments
Compatibility: OBD2 J1708 J1939 Splitter Cable
Supported Devices
Works with OBD2 16-Pin female, J1708 6-Pin, and J1939 9-Pin heavy-duty truck devices
Tool & System Compatibility
Fully compatible with OEM diagnostic tools, professional repair shops, and fleet telematics systems
Internal Links:
- J1708 to OBD2 Adapter Cable 6-Pin
- OBD2 16-Pin to J1939 Deutsch 9-Pin Adapter Cable
- Complete Mixed-Protocol Adapter Selection Guide
Applications
Ideal for:
- Connecting OBD2 and J1708/J1939 devices simultaneously for heavy-duty truck diagnostics.
- Installing aftermarket telematics and fleet management systems in tight dashboar
- ECU data logging and monitoring in confined engine compartments.
- In-cab displays, sensors, or monitoring devices where cable interference must be minimized.
- OEM projects requiring customized cable lengths, wire gauges, and branding.
Feature Comparison Table
| Feature | Standard J1939 9-Pin Cable | OBD2 to J1708/J1939 Dual Data Stream Splitter Cable |
| Dual Connection | ❌ | ✅ Connects OBD2 and J1708/J1939 devices simultaneously |
| Space Saving | ❌ | ✅ Compact design for dashboards and engine compartments |
| OEM Compatible | ✔ | ✔ Fully customizable length, AWG, color, and branding |
| Signal Reliability | ✔ | ✅ Shielded twisted pair for interference-free diagnostics |
| Installation Flexibility | ❌ | ✅ Supports tight bends and back-panel mounting |
Why Choose Us
Direct Factory Experience
20+ years factory experience – Real factory, not trading compan
Rigorous Quality Inspection
Four-step quality inspection ensures dual-stream data accuracy
5S Management & Controlled Warehouse
OEM Customization
Logo, brand, cable length, AWG, color
Certifications & Compliance
ISO 9001, ISO 14001, IATF16949, RoHS, CE, UL, REACH
Full-Plastic Tested Design
Reliable for professional use
Trusted by OEMs
Automotive diagnostic tool manufacturers and heavy-duty truck OEMs
FAQ
How does this splitter cable help fleets reduce operational costs?
By simultaneously monitoring engine performance (J1708) and vehicle operational data (J1939) through a single connection, it reduces diagnostic time by ~60%, while predictive maintenance lowers unexpected downtime costs by ~30%.
Can I customize the cable length, color, or logo?
Yes, fully OEM customizable: adjustable AWG 16–24, length 0.5–8m, and brand/logo options.
Is this cable shielded against electrical interference?
Yes, triple-layer EMI shielding ensures stable, zero-loss dual data stream even during engine start.
Does dual data stream collection affect diagnostic accuracy?
Patented signal separation technology allows each protocol independent processing channels, ensuring both data streams operate without interference and improving diagnostic accuracy by ~15% compared to single-protocol mode.
How is the connector design optimized for heavy-duty trucks?
Military-grade connectors with gold-plated pins, shock-proof locking, and protocol-specific layout ensure compatibility and durability.
How many times is the product quality checked during manufacturing?
Each cable undergoes four-dimensional quality verification: conductivity, shielding, protocol compatibility, and environmental durability.
Is this cable durable for heavy-duty truck diagnostics?
Yes, full-plastic housing and high-grade pins provide long-term stability for professional fleet environments.
Does it support OEM diagnostic scanners and telematics tools?
Fully compatible with professional diagnostic and telematics devices.
What unique advantages does dual data stream collection offer compared to traditional single-protocol diagnostics?
Captures correlations between engine control units and vehicle management systems, identifying relationships between fuel efficiency degradation and driving behaviors – insights impossible with single-protocol diagnostics.
Do you provide technical support or installation guidance?
Contact us via Contact Page or WhatsApp.
Q: What’s the main advantage of a dual data stream cable?
A: The key advantage is diagnostic efficiency. Instead of connecting to the OBD2 port and then the J1939 port, you can do both at once. This is crucial for fleet managers and technicians who need to correlate data from both networks quickly, such as comparing engine parameters (J1939) with vehicle speed (OBD2).
Contact & CTA
Contact Our Engineers
Need professional guidance or custom solutions?
Related Products
J1708 to OBD2 Adapter Cable 6-Pin
OBD2 16-Pin to J1939 Deutsch 9-Pin Adapter Cable
Recommended Reading
The Future of Automotive Diagnostics: Trends in OBD2 and J1939 Technology
Technical Specifications & Resources
Installation Guidelines
Step-by-step connection procedure:
- Connect OBD2 16-pin end to vehicle diagnostic port
- Attach J1708 6-pin connector to engine diagnostic tool
- Connect J1939 9-pin adapter to telematics monitoring device
- Verify dual data stream synchronization via diagnostic software
Note: No drivers required – supports automatic protocol detection
Product Specifications
- Supported Protocols: J1708 & J1939 simultaneous data streams
- Connector Types: OBD2 16-pin female, J1708 6-pin, J1939 9-pin
- Standard Cable Length: 2 meters (custom 0.5–8m available)
- Shielding: Triple-layer EMI protection (coaxial + braided + foil)
- Operating Temperature: -40°C to 105°C
- Compliance Standards: RoHS, CE, UL, REACH
Quality Certifications
Our manufacturing excellence is verified by international standards:
