CC-9M-NA26-Z1-B

Series:	ConnectCore®
Part Status:	Active
Module/Board Type:	MPU Core
Core Processor:	ARM920T, SC2443
Co-Processor:	--
Speed:	533MHz
Flash Size:	64MB
RAM Size:	32KB
Connector Type:	Board-to-Board (BTB) Socket - 240
Size / Dimension:	2.36" x 1.73" (60mm x 44mm)
Operating Temperature:	-40°C ~ 85°C

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Introduction

The CC-9M-NA26-Z1-B is an embedded system module from CubieTech. It’s a single board computer solution with a high-performance Freescale 9S12 CPU core, advanced cortex-m4f processor, and rich peripheral interfaces. This module is designed for embedded system applications, such as M2M communication, multi-functional mobile terminals and other industrial automation control applications.

Application fields

1. Automation control. This module can provide precise, flexible and reliable control in a variety of automation applications, such as industrial robots, medical equipment, process control and factory automation. 2. Network communication. With its integrated 10/100 Ethernet port, this module is ideal for applications requiring always-on data communication in a LAN or WAN network, such as vehicle tracking, intelligent security systems, remote monitoring, and data acquisition.3. Industrial computing. This module is well-suited for industrial computing applications that require real-time, high-speed performance, such as electronic manufacturing, machine vision, data logging and analysis.

Working principle

The CC-9M-NA26-Z1-B module is designed for efficient embedded systems operation. It uses a Freescale 9S12 MCU as its CPU core, a Cortex-M4F coprocessor for signal processing, and a variety of peripheral interfaces for I/O operations. The first step in the module’s working process is the initialization of the MCU and coprocessor. Once initialized, the MCU receives the input signal from its external peripheral interfaces, and passes it to an algorithm processor running on the Cortex-M4F coprocessor. The algorithm processor then processes the signal and sends it back to the MCU, which takes the processed signal to execute the appropriate action. The module also has the capability to self-monitor the working process. The MCU constantly monitors the operating temperature, voltage, and other parameters of the module, and adjusts the processors’ speeds and workloads accordingly to ensure reliable operation.

Conclusion

The CC-9M-NA26-Z1-B module is a versatile embedded system module with a powerful CPU/coprocessor combination and a wide range of peripheral interfaces. It is an ideal solution for industrial automation control, network communication and industrial computing applications. Its efficient operation is achieved through the MCU and coprocessor’s self-monitoring and dynamic adjustment of the working process.

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