Take Prototypes to Production

Is the Raspberry Pi suitable for industry?

The classic Raspberry Pi is used in many projects, but mostly in laboratories or for prototyping.

It lacks crucial features for continuous use in demanding environments.

Keep reading to find out what's important in industrial environments.

Raspberry Pi Compute Module

The System-on-Module forms the industrial-grade basis for Revolution Pi. It was specially developed and certified for industrial applications.

• Field-tested since 2014
• Currently in the 5th product generation
• Long-term availability until 2036*
   

*valid for the Compute Module 5 used in the RevPi Connect 5

Hardware and Housing

The Raspberry Pi Compute Module is integrated into our customized carrier board:

• Industrial robust interfaces
• Protection circuits against overvoltage and short circuit

This design protects your system. Thanks to its DIN rail housing, you can easily mount the Revolution Pi in the control cabinet.

Industrial-Grade Power Supply

The Revolution Pi works with 24 V via vibration-proof screw terminals, a decisive advantage over connectors that are susceptible to interference.

The wide-range input (10.8 to 28.8 V DC) tolerates voltage fluctuations that can occur in industrial networks.

This way, your application always runs smoothly.

Reliable Memory

Instead of error-prone microSD cards, the Revolution Pi uses the eMMC memory integrated on the Compute Module.

This minimizes the risk of data corruption and unplanned system failures during productive use.

• The eMMC memory ensures a stable system start.
• Revolution Pi offers up to 32 GB of eMMC memory for application and cached data.

Inputs and Outputs in Industrial Quality

Our RevPi Connect and RevPi Core models can be expanded with up to 10 industrial-grade RevPi I/O Modules:

• 24 V signal level
• EMC protection against interference from other devices
• Galvanically isolated

Galvanic isolation ensures that your Revolution Pi system is electrically isolated from field devices such as sensors and actuators.

This protects your system from voltage carryover, which can lead to malfunctions or damage.

Process Image Instead of GPIO Access

Instead of accessing GPIOs directly as with the Raspberry Pi, the Revolution Pi uses a central process image:

• Bundles all signal states of the in- and outputs in one place
• Similar to industrial controllers
• Configures itself automatically when you set up your RevPi I/O modules in PiCtory.

Your software accesses all I/Os via a standardized interface. This means you can easily run multiple processes in parallel.

Communication via Industry Protocols

With Revolution Pi, you integrate devices easily and save time during system integration.

Revolution Pi supports many industrial protocols:

• MQTT, OPC UA
• Modbus TCP, EtherNet/IP, PROFINET, EtherCAT
• Modbus RTU, PROFIBUS
• Others can be integrated via CODESYS

You can communicate directly with serial field devices via the RS485 interface of our RevPi Connect and RevPi Flat models.

Real-Time Operating System

A real-time patch in the Linux kernel of our operating system ensures deterministic response times even under load.

This makes Revolution Pi the ideal platform for time-critical, precise process control.

Temperature-Resistant and Fanless

The Revolution Pi runs reliably even at temperatures from -25 °C to +55 °C.

• Fanless design with heat sink
• No moving wearing parts
• No dust intake

This ensures the longevity of your Revolution Pi in demanding environments. The average operating time (MTBF value) is 30.7 years at 25°C.*

*Applies to the RevPi Connect 4