10BASE-T1S

10BASE-T1S uses Differential Manchester Encoding (DME). DME encodes data based on whether there is a transition within the clock period, indicating the logical state of the signal. If there is no transition within the clock period, the data state is logical 0. If transitions (either positive or negative) occur within the clock period, 10BASE-T1S operates in a half-duplex bus configuration with a maximum length of 25 meters. It supports multipoint connections with two to eight nodes. The "S" in the standard name denotes short-range implementation. The intended use of 10BASE-T1S is to replace existing bus architectures that often result in "communication islands", such as CAN, CAN FD, LIN, and RS-485.

Logic Analyzer / MSO

TB3016B

TB3000 series Specifications PDF

MSO3124B

MSO3000 series Specifications PDF

Live Mode Decode

Use TB3016B to directly measure 10BASE-T1S differential signals.

Use MSO3124B with 10BASE-T1S adaptor to measure 10BASE-T1S differential signal.

10BASE-T1S Differential Signal Adaptor

Protocol Quick Setup

1. Click Quick Settings to select a protocol for logic analyzer capture.

2. Select 10BASE-T1S for decoding.

3. The system provides recommended settings for trigger type, sampling rate, voltage threshold, and channel settings.

4. Click the icon to access the Decode Settings screen.

Decode Settings

Show Sync Code: Show Commit, SSD in report.

Display 5B Code: Show special code value

Show MAC Data: Show MAC Packet.

In IPv4(0800h), there will be 20bytes header. The Data column is able to show Transport Layer Data only or including the header.

Transport Layer Data:

Transport Layer Data & Header:

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