ML610Q174REFERENCEBOARD

Series:	Lapis
Part Status:	Active
Board Type:	Evaluation Platform
Type:	MCU 8-Bit
Core Processor:	nX-U8/100
Operating System:	--
Platform:	--
For Use With/Related Products:	ML610Q174
Mounting Type:	Fixed
Contents:	Board(s)

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ML610Q174REFERENCEBOARD application field and working principle

Introduction

The ML610Q174REFERENCEBOARD or the ML610Q174 is a compact and versatile platform designed for embedded development. The board is based on NXP\'s QorIQ™ LS1012A processor, which is a 64-bit updated version of the popular, MIPS-based Freescale QorIQ processors.The ML610Q174 is capable of running Linux or other operating systems as well as run code directly in an RTL supported language. The board is ideal for prototyping and development of edge computing applications such as video surveillance, automation and analytics, healthcare monitoring, and more. It is also an excellent platform for developing industrial control systems, where low power consumption, rich I/O, and throughput are very important.

Application Field

The ML610Q174 board is a compact, stand-alone platform designed for developing embedded applications. The board is based on NXP’s QorIQ™ LS1012A processor, which is a 64-bit updated version of the popular, MIPS-based Freescale QorIQ™ processors. The ML610Q174 offers rich I/O including USB3.0, PCIe, SPI, I2C, CAN, serial interfaces, audio, and SGMII/QSGMII. In addition, the board has two banks of DDR3 ECC memory and DDR3 ECC SODIMM module for increased memory capacity.The board interfaces with a wide range of sensors and actuators to quickly build prototypes and evaluate designs in various industrial automation, medical, and biometric applications. For applications requiring maximum processing power, the ML610Q174 board utilizes NXP\'s advanced, high-performance, low-power LS1012A QorIQ™ processor and associated peripherals. The board allows developers to quickly develop and evaluate high-performance applications.The ML610Q174 is an ideal platform for prototyping and development of edge computing applications such as video surveillance, automation and analytics, healthcare monitoring, and more. It is also an excellent platform for developing industrial control systems, where low power consumption, rich I/O, and throughput are very important.

Working Principle

The NXP QorIQ LS1012A processor on the ML610Q174 board is a 64-bit device based on the MIPS Core architecture. It is designed for a variety of embedded applications, including industrial automation, medical, biometric, and edge computing applications.The board features two NXP200MHz DDR3 ECC SDRAM ICs interfacing with the LS1012A processor. The board is able to support up to 2GB of DDR3 ECC SDRAM capacity. The board includes two PCIe-enabled expansion slots, three USB 3.0 ports, one serial UART port, two CAN bus ports, two 10/100/1000 Mbps Ethernet ports, two SPI bus ports, four I2C bus ports, one SGMII/QSGMII port, and one audio port.The board includes all the standard I/O peripherals such as Display Port (DP), HDMI, DVI, LVDS, and audio interfaces. Among these is a Micro SD card slot, which allows the ML610Q174 to boot without an external USB drive. A SATA 3.0. interface for HDDs/SDDs is also included.The board is capable of running Linux or other operating systems as well as run code directly in an RTL supported language. In terms of power consumption, the ML610Q174 operates at a power consumption of 4.5W (typical).

Conclusion

In conclusion, the ML610Q174 board is a powerful, compact platform designed for embedded applications. It is based on NXP’s QorIQ™ LS1012A processor and features two NXP200MHz DDR3 ECC SDRAM ICs to support up to 2GB of DDR3 ECC SDRAM capacity. The board offers rich I/O including USB3.0, PCIe, SPI, I2C, CAN, serial interfaces, audio, and SGMII/QSGMII. It is also capable of running Linux or other operating systems, as well as run code directly in an RTL supported language. Overall, the versatile ML610Q174 is ideal for prototyping and development of edge computing applications such as video surveillance, automation and analytics, healthcare monitoring, and more.

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