Technology
BE-IIS HAT++ Portfolio Overview
A compact overview of the current BE-IIS HAT++ product portfolio for industrial interfaces on Raspberry Pi.
BE-IIS Installer Repository
Overview of the open BE-IIS installer repository for Raspberry Pi based industrial interface systems.
BE-IIS-HPP-T1L 10BASE-T1L Test over 100 m YV Cable
Practical 10BASE-T1L point-to-point Ethernet test with two Raspberry Pi systems and BE-IIS-HPP-T1L HATs over 100 m YV 2×0.6/1.1 cable.
BE-IIS-HPP-T1S UDP Throughput versus SPI Clock Frequency
Practical 10BASE-T1S performance test with two Raspberry Pi systems and BE-IIS-HPP-T1S HATs while reducing the requested LAN8651 SPI clock from 20 MHz to 5 MHz.
Building the ADIN1110 Linux Kernel Module on RPi
Build the ADIN1110 Linux kernel module on Raspberry Pi OS 64-bit without rebuilding the complete Raspberry Pi kernel.
Hardware Development for Linux Systems
Linux compatibility does not begin with the image. It is already decided by component selection, schematic design, Device Tree, and peripheral integration.
HAT vs. HAT+ vs. BE-IIS HAT++
Combine multiple hardware interfaces — without dealing with pin conflicts, overlays, or manual configuration*
More than a HAT
BE-IIS HAT++ extends the Raspberry Pi HAT concept into a stackable system for combining multiple industrial interface boards without manual resource conflicts.
Power over Single Pair Ethernet with BE-IIS-HPP-T1S and PoSPE over 100 m YV Cable
Practical Power over Single Pair Ethernet test with two Raspberry Pi 5 systems, BE-IIS-HPP-T1S HATs and BE-IIS-HPP-PoSPE companion boards over 100 m YV cable.
What needs to be done
This article shows the simple steps required to enable the BE-IIS HAT++ system on a Raspberry Pi.
Why BE-IIS HAT++
BE-IIS HAT++ simplifies hardware integration, system design, and deployment on ARM-based Linux platforms.