#  10-Base-T1S Demos 

# Check\_10BaseT1S\_Comet\_AE02.vs3  
Check\_10BaseT1S\_Comet\_AE02\_1920x1080.vs3

## Graphical panel 1 

This was started with Betaversion VehicleSpy \_3.9.19.3

![Setup](resources/Check_10Base-T1S_Comet_GP.bmp)

## Graphical panel 2

![Setup](resources/GP_02.bmp)


## Graphical panel 3

Added for TEX2026

![Setup](resources/GP_03.bmp)


## Showcase

Initially this setup was used with RAD-Comet. The received messages are filtered by MAC address. Graphical Panel 1:   
Depending on the filtered message the graphical panel shows from which "node" the data was received.   
Graphical Panel 2:  
New setups for [RAD-Comet2](https://store.intrepidcs.com/product/rad-comet-2) and [RAD-Comet3](https://store.intrepidcs.com/product/rad-comet-3) also will be able to show Symbols and Beacon   
Graphical Panel 3:  
For Testing Expo 2026 the setup additionally was extended to use [RAD-Moon-T1S](https://intrepidcs.com/products/automotive-ethernet-tools/rad-moon-t1s-10baset1s-media-converter/) media converter 
and [RAD-GigaStar2](https://intrepidcs.com/products/automotive-ethernet-tools/rad-gigastar2-1gbt1-t1s-active-tap-gateway-media-converter-vehicle-interface-data-logger/).  
Within graphical panel 3 the same waveform from RAD-Meteor Nodes1 and 2 are shown, but received on AE03 of RAD-GigaStar2.

WireShark could be used to visualize the 10-Base-T1S to 100-Base-T1 converted stream monitoring the RAD-Moon-T1S output. 
If [ICSCAP](https://intrepidcs.com/products/software/ics-cap/) driver is installed (copy [ICSCAP.exe](https://cdn.intrepidcs.net/icscap/) 
to \\Wireshark\\extcap) also Symbols and Beacon might be monitored – „malformed frames“ since it is no ethernet frame 
but internally extracted data in RAD-GigaStar2, RAD-Moon-T1S or RAD-Comet2/3

## Requirements

Initial setup

- RAD-Comet, RAD-Comet2 or RAD-Comet3

  - 10-BaseT1S - Local ID=0

- two (several) RAD-Meteor including USB-C cable

  - set with individual local Ids (e.g. ID1 and ID2)

- Cabeling to connect RAD-Meteors and RAD-Comet	

  - [iX to Pigtail cable](https://store.intrepidcs.com/product/ix-pt-0.5-cable)

  - mating terminal blocks for RAD-Meteor [TBP02P1-381-02BE](https://www.digikey.com/en/products/detail/cui-devices/TBP02P1-381-02BE/10238445)

- USB-powersupply for x-RAD-Meteor

Extended setup

- RAD-Moon-T1S (e.g. ID3)

- RAD-GigaStar2 (e.g. ID4)

## Used Vehicle Spy version

Beta 3.9.19.3

3.26.2.29 (01.06.2026)

## Setup

Initial setup

1. Connect RAD-Comet 10-Base-T1S port to several RAD-Meteor

2. Power the RAD-Meteors via USB

3. Connect RAD-Comet via USB-C to the PC

Extended setup

4. Connect RAD-Moon-T1S to RAD-Comet

5. Connect RAD-GigaStar2 to RAD-Moon-T1S

6. Connect RAD-Moon-T1S via USB-C and Ethernet to the PC

7. Connect RAD-GigaStar2 via USB-C (maybe also with Ethernet) to the PC

## Usage

1. Open the setup and check 
the RAD-Meteors MAC addesses in the AE02/AE03 and AE06 network settings.\
(T.B.D might be improved thru global settings with application signals)

2. Go online with Vehicle Spy (e.g. with RAD-Comet).

3. To start the individual nodes, press the yellow button and start "run".

4. Start WireShark and Monitore raw Ethernet stream (RAD-Moon-T1S)

5. Have a second instance of WireShark to monitor also the symbols/beacon using ICSCAP connection (e.g. RAD-GigaStar2)