B&R X20CP1584 Controller: 1.0 GHz Intel Atom Power, Fanless Design - Ideal for Industrial Automation Projects | Unique CompactFlash Storage & Onboard Ethernet

1. Hardware Configuration

The X20CP1584, identified by the material number X20CP1584, is a high - performance controller. It is powered by an Intel Atom 600 MHz processor paired with an additional I/O processor. This combination ensures efficient data processing and handling of input/output operations. With 256 MB DDR2 - SDRAM, it has sufficient memory for running various applications smoothly. Its fanless design not only reduces noise but also enhances reliability, as there are no moving parts that could potentially fail. CompactFlash serves as removable application memory, allowing for easy data storage and transfer, which is highly convenient for industrial applications.

2. Communication Capabilities

This controller comes with a comprehensive set of communication interfaces. Onboard Ethernet, a Gigabit interface, enables high - speed data transfer, making it suitable for applications that require large - volume data transmission. The POWERLINK interface, with its support for poll response chaining mode (PRC), offers excellent real - time network performance. This is crucial for industrial processes where timely data exchange is essential. USB is also included as a standard feature, providing additional connectivity options. These interfaces, combined, make the X20CP1584 a versatile choice for industrial networking.

3. Expansion Flexibility

The X20CP1584 is designed with expansion in mind. It features one slot for modular interface expansion. This single slot provides great flexibility as it allows users to integrate various bus and network systems into the X20 system. By using communication modules, different industrial requirements can be met. Whether it's adding a new communication protocol for a specific application or enhancing the existing network infrastructure, the expansion slot of the X20CP1584 enables customization and adaptation to different industrial scenarios.