rx-tx_terminal
System ready. Open connection to start communicating...

Active Data Series:

Select Source

Drag & drop local file or click to select

Settings

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Ready to send 0%

Execute custom instructions on a single click. Ideal for configuration commands or testing microcontrollers.

RX Frames: 0 TX Frames: 0
Receive
CAN-ID Type Length Data Cycle Time (ms) Count
Transmit
On CAN-ID Type Length Data Cycle Time Count Comment

W-Bus Setup

Decode incoming W-Bus

W-Bus Message

Select a message from the list.

Message Library File

Plain text, one message per line: name : hex bytes. Checksums are recomputed on load.

W-Bus messages: 0
Time Dir Raw (hex) Decoded
No file loaded Messages: 0
Messages
CAN-ID Name DLC Sender
Signals
Name Start Len Order Sign Factor Offset Min Max Unit Receivers Plot
22°C

CAN Output

Send on CAN bus

Diagnosis
No RX signals defined yet. Add them in the "A/C Protocol" tab (CAN Input / RX section).

Protocol Definition

Save the full mapping (both sections below) to a named file once the client's protocol is defined, and load it again next time.

CAN Output (TX) — Control Signals

Map each signal to a CAN-ID and bit position, and to either a live control or a fixed constant. Several signals can share the same byte. Feeds the "CAN Output" card on A/C Control.

Name Source Value CAN-ID (hex) Ext Start Bit Length Order Sign Factor Offset

CAN Input (RX) — Diagnosis Signals

Define any number of signals to decode from incoming CAN traffic. Feeds the "Diagnosis" panel on A/C Control, and can also be sent to the Real-Time Plotter.

Name CAN-ID (hex) Ext Start Bit Length Order Sign Factor Offset Unit Plot

ESP32 Programmer

Pick the folder containing bootloader.bin, partitions.bin and firmware.bin, then press Flash. Addresses are set automatically (bootloader depends on the detected chip, partitions at 0x8000, firmware at 0x10000). It uses its own serial connection: disconnect the main Console connection first.

No folder selected
FileFlash addressSizeStatus
Idle0%