Products
10BaseT1L Industrial HAT++
10BASE-T1L (IEEE 802.3cg) enables 10 Mbit/s Ethernet communication over a single twisted pair for long-reach point-to-point links.
This HAT enables 10BASE-T1L communication based on an onboard Ethernet MAC-PHY.
10BaseT1S Industrial HAT++
10BASE-T1S (IEEE 802.3cg) enables 10 Mbit/s Ethernet communication over a single twisted pair in multidrop topologies, supporting at least 8 nodes over distances of up to at least 25 m.
This HAT enables multidrop communication based on 10BASE-T1S Ethernet with an onboard MAC-PHY.
CAN-FD-SIC Industrial HAT++
CAN-FD with SIC supports data rates up to 8 Mbit/s over a differential two-wire bus, allowing reliable communication between multiple nodes within typical automotive and industrial network topologies.
This HAT enables multidrop communication based on CAN-FD with Signal Improvement Capability (SIC).
Dual MODBUS Industrial HAT++
Modbus over RS-485 enables robust long-distance multi-drop communication and is a well-established, future-proof industrial communication standard.
This HAT provides two fully independent RS-485 interfaces with galvanic isolation and automatic direction detection.
LAN Industrial HAT++
Standard Ethernet 10BASE-T / 100BASE-TX (10/100 Mbit/s) enables seamless integration into existing LAN infrastructures for industrial and embedded systems.
This HAT enables stackable LAN communication based on the KSZ8851 Ethernet controller, following the BE-IIS-HAT++ principle for seamless integration and simplified system expansion.
PoSPE Industrial HAT++ Extension Board
Proprietary PoSPE board enabling power sourcing and delivery over Single Pair Ethernet (SPE), derived from established design approaches and industry practices.
This HAT enables PoSPE for BE-IIS-T1S and BE-IIS-T1L HATs, providing up to 1~A at 9–33~V over Single Pair Ethernet. On the sourcing side, the board integrates a DC/DC conversion stage generating a regulated 5~V supply with up to 4~A output for system-level power distribution.
USB to UART Industrial HAT++
The UART available on the RSP 40-pin header enables direct serial communication and provides a reliable debug interface if other communication interfaces fail.
This HAT provides a UART-to-USB connection. Galvanic seperation between the UART and USB sections ensures electrical robustness and protects the system against ground potential differences and noise coupling.