MSC8122ADSE

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MSC8122ADSE Evaluation Boards Overview

The MSC8122ADSE Evaluation Board (EB) is an Embedded System design tailored for Medical System Control. Specifically, the EB is designed to apply the MSC8122ADSE MCU and DSP family to medical devices and systems.

The EB features 256K Flash, 128K fast SRAM, and two DSP cores. In addition, the EB sports an LCD, FPGA, Ethernet, USB, UART, I2C, SPI, pulse-width modulator, and 1 Gbyte NAND Flash memory. The EB also supports up to 32 kHz, 16 kHz audio and video streaming, as well as analog and digital input/outputs for a range of functions.

MSC8122ADSE Application Field and Working Principle

The MSC8122ADSE is a general-purpose embedded processor, suitable for a wide range of embedded application fields. It is designed to provide high performance, low power consumption, and efficient system control. In terms of application field, the MSC8122ADSE device successfully applies to medical field, such as medical imaging modal, medical robotic system, security, ATM, and home based system.

The MSC8122ADSE is designed with low-power, high-density, and multi-core architecture technology, which supports software development flexibility, and increased system performance. The MSC8122ADSE integrated 16/32 bit floating-point DSP core with 256K flash, 128K fast SRAM, two LCDs, Ethernet, USB, UART, I2C, SPI, and pulse-width modulator. The MSC8122ADSE also supports up to 32 kHz, 16 kHz audio and video streaming, as well as analog and digital I/O.

TheM SC8122ADSE EB can dramatically increase computing power, while reducing power consumption. The chip avoids the traditional clock gating technique used to reduce power consumption, and instead uses dynamic power management to reduce active power and standby power. It also supports two layers of cache memory to further increase system performance and efficiency.

In addition, the MSC8122ADSE also features enhanced low-power modes which allows developers to further reduce power consumption. This enables longer battery life, and improves overall system performance.

The MSC8122ADSE EB includes multiple software and hardware development environment, allowing software engineers to quickly develop and test embedded systems. The EB includes a broad range of development environment such as Open Linux, Real-time OS (RTOS), Application Programming Interfaces (APIs), embedded development along with peripherals, an integrated Debugger and Code Analysis firmware. Additionally, the EB supports comprehensive debugging and software deployment tools.

The MSC8122ADSE supports rich interfacing hardware, offering a range of communication busses, enabling quick and easy device connection. The MCU features on-board digital peripherals such as LCD, GPIO, serial busses, and USB. These features gives developers high flexibility to build embedded medical systems quickly with minimal effort.

Conclusion

The EB MSC8122ADSE is an Embedded System tailored for Medical System Control. It features two DSP cores with 256K flash, 128K fast SRAM, two LCDs, Ethernet, USB, UART, I2C, SPI, and pulse-width modulator. In addition, developers are able to benefit from the dynamic power management which allows the device to reduce active power and standby power, as well as the support for two layers of cache memory. The EB’s broad range of development environment, comprehensive debugging and software deployment tools, as well as enriched interfacing hardware, all make it a great fit for rapid development and efficient embedded medical system development.

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