Datasheet(s):

- Gryphon
- Gryphon Modules - All
- Gryphon Quad-CAN
- Gryphon I/O Card
- Gryphon I/O Detailed
- Gryphon LIN 2.0 & LDF

Applications

Accessories

Related Product(s)

Product Downloads

FAQs

  DG's Gryphon - Ethernet connectivity to in-vehicle networks! 


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GRYPHON®

 

 

 

Part Number: DG-GRYPH
Part Number: DG-GRYPH-MOD-X

Our GRYPHON® is a hardware adapter that provides remote connectivity for multiplexed automation and automotive communication networks. GRYPHON® doesn't require any programming and is ready to run out-of-the-box as a stand-alone product. It uses an Ethernet connection to provide a high-speed user interface. Users can interface to the GRYPHON® by either using Dearborn Group's Hercules high performance analyzer or writing their own applications using the provided C++ libraries.

The GRYPHON® has three expansion slots that lets you install numerous optional Plug-In Modules designed to support specific protocols. The benefit of this capability includes the ability to support multi-client connection (e.g., running two client connections – one Hercules application and one user-written test application).

Supported Protocols: CAN (canbus), GMLAN, GMUART, Honda, ISO9141-2, ISO11898 (CAN), ISO11992, ISO15765, J1850 GM (Class 2), J1850 Ford (SCP), J1850 DCX, J1939, J1962, J2284, J2411 (GM SW), J2534, KWP2000 (ISO14230), LIN, SWCAN, UBP. Also supports SW-CAN for GMW3089 revision 2.2 on SJA1000 'W' module

The part number for each Plug-In Module option is DG-GRYPH-MOD-X (where the 'X' represents an alphabetic letter of a specific Plug-In Module.) Refer to the Gryphon® Data Sheet for a list of modules that are supported. Also see Gryphon® / S-CAT Modules data sheet.

Note: You must also order at least one Plug-In Module for your GRYPHON® to communicate using the protocol of the selected Plug-In Module.


Common Applications

    Application Description
    Monitoring
    Analysis
    Diagnosis
    GRYPHON® is also used as an interface for our Hercules CAN Analyzer software tool. Hercules is our high performance Windows analyzer software with protocol support for CAN (canbus), GMLAN, ISO11898 (CAN), ISO15765, J1850 GM (Class 2), J1850 Ford (SCP), J1850 DCX, J1939, J1979, J2284, J2411 (GM SW), LIN and SWCAN.
    PV / DV Interface
    Analysis
    Diagnosis
    Included in test stand applications.

Available Accessories and Options

    The following items are available.

    Part Number Product Name
    DG-HERC Hercules high performance Windows analyzer software for CAN, J1850 and LIN.
    DG-GRYPH-LV GRYPHON ® Labview Toolkit.
    DG-PT-SOFT Embedded pass-through software that translates between two modules.
    DG-ETHERNET-PCCARD Ethernet PCMCIA card for your PC. Lets you conveniently add an Ethernet interface.
    DG-OBDII-O-CABLE 6-foot open-ended OBDII cable.
    DG-ETHERNET-X-CABLE Available in either straight-through (S) or crossed (C).
    DG-OBDII-DB15-CABLE Custom J1962 cable for connection to GRYPHON ® shared module connector.
    F-INTERFACE-CABLE 6-inch OBDII cable with DB9 male connector.
    DG-OBDII-EMC-CABLE 6-inch J1962 cable for connection to GRYPHON® shared module connector.
    DG-OBDII-BOX An OBDII box that gives you a practical and easy way to establish in-line electrical connection to the Vehicle On-Board Diagnostic connector.

Related Products

    Part Number Product Name
    DG-GRYPH-FO Gryphon® Fiber Optic – a Fiber Optic hardware adapter that supports communication with in-vehicle networks via an unobtrusive fiber-optic connection.
    DG-S-CAT2 Super CAN Analysis Tool 2 (S-CAT2) – This approved GMLAN CAN analyzer solution bundles our next generation S-CAT hardware and Hercules software package to support advanced communication with in-vehicle networks. It uses the CAN (low-speed, mid-speed and high-speed) protocol, and lets you add Class 2 and LIN protocols that are supported in software. It is ideal for diagnostics, simulation and custom applications.
    DG-SCAT Super CAN Analysis Tool – a hardware and software package that supports advanced communication with in-vehicle networks utilizing the CAN (low-speed, mid-speed and high-speed) protocol.