The LAN8650/1 MAC-PHYs combine a Media Access Controller (MAC) and an Ethernet PHY to enable low‑cost microcontrollers, including those without an onboard MAC, to access 10BASE‑T1S networks.
The LAN8670/1/2 are high-performance 10BASE-T1S SPE PHY transceivers for 10 Mbps, half-duplex networking over a single pair of conductors.
The LAN8679 and LAN8680 are 10BASE-T1S Physical Media Dependent (PMD) Transceivers with TC14/TC10 capabilities.
The LAN866x are 10BASE-T1S Remote Control Protocol (RCP) endpoint devices equipped with gPTP time synchronization as well as TC14/TC10.
Watch our video for an introduction to 10BASE-T1S technology and to learn how to reap the benefits of an all-Ethernet network.
Microchip University also offers an Introduction to 10BASE-T1S online course.
Use Ethernet across your entire system architecture. 10BASE-T1S technology brings Ethernet to the farthest edges of your network.
With 10BASE-T1S technology, you can connect multiple PHYs to a common bus line using a single twisted pair cable. This eliminates gateways and reduces the number of switch ports in your network.
10BASE-T1S technology simplifies your system architecture, enhancing security and reducing risk. It establishes a unified design for your system, making testing and maintenance simpler.
With Physical Layer Collision Avoidance (PLCA), only the PHY device that owns the transmit opportunity can send data. PHY devices with no data to transmit will be given minimal opportunity to send data, increasing the bandwidth of your network.

The EVB-LAN8670-RMII enables 10BASE-T1S Ethernet communication with for instance the SAM E54 Curiosity Ultra Development Board or the SAM E70 Xplained Ultra Evaluation Kit.

The EVB-LAN8670-USB interconnects an USB interface with a 10BASE-T1S Ethernet network interface. The adapter serves as a network card that connects applications via USB 2.0 to the 10BASE-T1S network.

Need to connect wireless and deterministic wired systems? This demo makes it easy, bridging Wi-Fi and 10BASE-T1S networks in a single, IP-based architecture. It uses our PIC32MZ-W1, Wi-Fi microcontroller and LAN8670 10BASE-T1S PHY in a cost-effective bridge solution that supports bidirectional data transfer for edge-to-cloud connectivity.
Jump-start your designs that require 10BASE-T1S Single-Pair Ethernet (SPE) communication and high-performance cores with deterministic response and rich peripherals. Our 10BASE-T1S Ethernet demo uses a dsPIC33CK DSC and a LAN8651-based 10BASE-T1S SPI Click board™.
If your design uses a 32-bit SAM or PIC32 Arm® Cortex®-based MCU, we provide demo examples that show you how to configure the LAN865x to be used in a 10BASE-T1S multi-drop Ethernet network in either PLCA or CSMA/CD mode.