neoVI Documentation

Documentation for Intrepid Vehicle Network Interface and Data Logger for CAN FD, LIN & Ethernet (DoIP/XCP) - neoVI FIRE 3, neoVI RED 2 neoECU 22 and neoVI FIRE 3 COMPUTE

Contents:

• 1. FCC/IC Details
  • 1.1. FCC/IC Statements
• 2. User Data Security and Encryption
  • 2.1. Overview
  • 2.2. Data Logging
  • 2.3. Data Protection
  • 2.4. Recommendations
• 3. Safety and Other Important Notices
• 4. Introduction and Overview
  • 4.1. Introduction
  • 4.2. Package Contents
  • 4.3. Operational Overview
  • 4.4. Summary of Key Features
  • 4.5. Hardware and Software Requirements
  • 4.6. Difference in neoVI Fire 3, neoVI RED2 and neoECU 22
• 5. A Tour of neoVI Hardware
  • 5.1. Case and Overall Design
  • 5.2. Left Side Interfaces and Connectors
  • 5.3. Right Side Interfaces and Connectors
  • 5.4. neoVI FIRE 3 COMPUTE Interfaces
  • 5.5. Membrane LED Display and Keypad
  • 5.6. Standard Cables and Cable Options
• 6. Hardware and Software Setup
  • 6.1. Vehicle Spy and Driver Installation and Setup
  • 6.2. Driver and API Support File Installation and Setup
  • 6.3. Hardware Hookup Diagrams
  • 6.4. Vehicle Network and Power Connections
  • 6.5. PC Connection
• 7. Device Configuration
  • 7.1. Starting and Using neoVI Explorer
  • 7.2. System Settings and Firmware Updates
  • 7.3. General Settings and Product Details
  • 7.4. Standard CAN Networks (DW CAN 1-8)
  • 7.5. LIN Networks (LIN1 to LIN8)
  • 7.6. FlexRay Network
  • 7.7. MISC IO
  • 7.8. Other Parameters
• 8. Core Feature Operation
  • 8.1. Monitoring Conventional Vehicle Networks
  • 8.2. Transmitting on Conventional Vehicle Networks
  • 8.3. Fan, Temperature, and Location Reporting with neoVI
  • 8.4. Interfacing to Automotive Ethernet (BroadR-Reach / 100BASE-T1)
  • 8.5. Using the Ethernet Interface for DoIP and XCP
  • 8.6. Using Miscellaneous I/O Channels
  • 8.7. Standalone Logging
  • 8.8. CoreMini Scripting
• 9. Advanced Features
  • 9.1. neoVI API
  • 9.2. USB Host
  • 9.3. neoVI FIRE 3 COMPUTE Compute Module & Edge Operations
  • 9.4. Configuring AWS IoT Core Setup
• 10. Reference: Connector Pinouts and Cable Signal Mappings
  • 10.1. neoVI’s Devices Connector Pinouts
  • 10.2. DB26-1 CABLE ADAPTER (DB26HD-F TO DB-25M + DB-9M)
  • 10.3. BREAKOUT CABLE (DB-26HD FEMALE TO 11X DB-9M + 2X BANANA PLUGS)
  • 10.4. DB26-1 DoIP Cable (Red2, Fire3) [DB26-1-DOIP-CABLE]
  • 10.5. GM Global A T-Harness [GA-CGM3]
  • 10.6. Deutsch 9-pin (J1939 Type 1) Cable [J1939-FIRE-CABLE]
  • 10.7. OBD Multi (Right Angle Connector) [NEOVI-OBD-MULTI-RIGHT]
  • 10.8. OBD Multi Cable (Most OEMs) [NEOVI-OBD-MULTI]
  • 10.9. GM Legacy Cable (Global A) [NEOVI-OBD-1]
• 11. Technical Specifications
  • 11.1. neoVI FIRE 3 Technical-Specifications
  • 11.2. neoVI RED 2 Technical-Specifications
  • 11.3. neoVI FIRE 3 FlexRay Technical-Specifications
  • 11.4. neoVI FIRE 3 COMPUTE Device Specifications
• 12. Support Contact Information
  • 12.1. USA Headquarters
  • 12.2. ICS International Offices