MOST150 Controller type 6161
GOEPEL electronic’s MOST150 supporting communication controllers PXI(e) 6161, USB 6161 and the stand-alone version basic MOST 6161 with box are based on the highly powerful Series 61.
Using this new hardware platform, users are able to individually and flexibly configure the controller according to their individual needs. Using PowerPC architecture, the host PC is relieved and valuable bandwidth for additional application is obtained, enabling complex and CPU-intensive processes to be executed on the 6161 card.
Based on the latest MOST150 integrated circuit INIC OS81110 and the corresponding SpyNIC, both modules are fully capable of stimulating and streaming MOST content. A number of additional functions are fully integrated into the firmware for example ring break diagnosis (RBD), several trigger inputs and outputs and the functionality for creating a parallel CAN/LIN network are also fully implemented. The modules are able to be master, slave and/or spy and by using several modules in a PXI or PXIe system the results are various unique and simultaneous MOST networks.
- MOST protocol for 150 Mbit/s oPHY
- Switchable frame rate between 44.1 kHz and 48 kHz
- Support of:
- MOST control channel, MOST packet channel, MOST streaming channel, MOST, ethernet channel
- MOST High Protocol V2.2 on packet or control channel
- On-board diagnostic via MOST High Protocol V2.2 or TP2.0
- Ring break diagnostic
- Additional frontal Ethernet port
- S/PDIF in/out
- DVI out
- Additional frontal Trigger inputs and outputs
- Two optional CAN/LIN interfaces
The communication controller 6161 provides several opportunities of software support according to customer requests. A universal driver layer (C and LabVIEW API) offers the ideal basis for integrators to be utilised in customer specific applications. Additionally, easy to use libraries can be integrated into different test sequencers and, thus, guarantee compatibility with existing and new systems.
myCAR™ is a compact and easy to use software suite for the fast and uncomplicated handling of ECUs. The interactive software is determined by existing interface modules and can be equipped with various communication modules.
The user does not need any programming knowledge.