X20CP0483
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The X20CP0483 from B & R Automation forms part of the X20 Fieldbus Input Output Modules and is equipped with an Intel Atom E3815 processor running at 1.46 GHz. It includes 2 GB DDR3 SDRAM and 4 GB eMMC flash memory. The module is DIN rail mounted with IP20 protection and operates at temperatures between -25°C and +60°C.
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Product Description:
The X20CP0483 Input Output Module from B&R automation is a trusted solution for demanding industrial automation environments. It is manufactured as a product of the advanced X20 Fieldbus Input Output Modules series for precision and reliability.
The X20CP0483 input output module offloads I/O data handling from the main CPU which improves performance and responsiveness in real time applications. It supports multiple communication protocols such as ethernet which enables standard networking, Powerlink V2 which supports real time data exchanges, USB which allows service/ configuration or peripherals and X2X link which is often used for fast and real time communication with remote modules. It comes with volatile memory of 256 MB DDR3 SDRAM for processing logic, buffering I/O data or running embedded control software which allows for complex tasks and multitasking. It is not just an I/O module but a smart controller that executes logic and communicates with other system parts. The fastest travel at which control tasks can run is 0.8 ms which is critical for real time or time sensitive operations such as motion control and interlock logic. It includes an ARM Cotex-A9 processor which is a modern and power efficient processor suitable for embedded systems, supporting fast operations and advanced features like hardware floating point and multi threading.
The X20CP0483 input output module is very energy efficient, consumes only 2.9 watts which is important for systems where power availability is limited or heat needs to be minimized (especially in fanless designs). The module CPU speed is 500 MHz which is fast enough for industrial I/O tasks while balancing power use and thermal design. It has a 32 kB FRAM of remnant memory which ensures important variables such as counters, alarms and machine states persist after power loss.
Frequently Asked Questions about X20CP0483:
Q: How does the L2 cache improve the processing performance of the X20CP0483 module?
A: The 512 kB L2 cache reduces latency by storing frequently accessed data. This enhances real-time responsiveness during high-frequency control operations.
Q: Why is FRAM used instead of EEPROM or flash in the X20CP0483 module?
A: FRAM offers faster write speeds and higher endurance. This ensures more reliable storage of remanent variables in industrial applications.
Q: How does fanless cooling benefit the X20CP0483 module in harsh environments?
A: Fanless design eliminates moving parts, reducing failure rates. It also allows deployment in dusty or vibration-prone environments.
Q: What role does the integrated I/O processor play in the X20CP0483 performance?
A: The I/O processor handles peripheral tasks in the background. This frees up CPU resources for more critical control logic.
Q: Why is a 0.8 ms task cycle time crucial in the X20CP0483 module?
A: This ultra-fast cycle time enables precise synchronization. It is ideal for time-critical tasks like motion control and high-speed sorting.
