PXIE-8135 采用实时操作系统，能够实现多任务管理和实时响应

Description

PXIE-8135 采用实时操作系统，能够实现多任务管理和实时响应

NI PXIE-8135 是基于Intel Core i7-3610QE处理器的高性能嵌入式控制器，可用于PXI系统。 结合2.3 GHz基频、3.3 GHz（单核Turbo Boost模式）四核处理器和双通道1,600 MHz DDR3内存，该控制器非常适合用于处理器密集型模块化仪器和数据采集应用。

高性能嵌入式控制器是一种具有强大处理能力的控制器，通常采用高性能处理器作为核心，以实现快速、准确的数据处理和控制功能。

高性能嵌入式控制器通常具有以下特点：

高性能处理器：PXIE-8135采用高性能处理器，如ARM、MIPS、PowerPC等，具有较高的运算速度和处理能力，能够满足复杂控制任务的需求。
丰富的外设接口：通常配备多种外设接口，如ADC、DAC、GPIO、UART、SPI、I2C等，方便与其他设备或传感器进行连接和通信。
实时操作系统：采用实时操作系统，能够实现多任务管理和实时响应，确保系统的稳定性和可靠性。
内存管理：通常配备大容量内存，以存储程序和数据，满足复杂控制任务的需求。
可靠性和稳定性：采用高品质的电子元器件和先进的电路设计，确保系统的可靠性和稳定性。
高性能嵌入式控制器广泛应用于各种需要快速、准确控制和处理的场合，如工业自动化、智能家居、机器人、医疗设备等。通过高性能嵌入式控制器，可以实现各种复杂控制任务的高效处理和控制。

PXIE-8135 采用实时操作系统，能够实现多任务管理和实时响应

The NI PXIE-8135 is a high-performance embedded controller based on the Intel Core i7-3610QE processor for PXI systems. Combined with a 2.3GHz baseband, 3.3GHz (single-core Turbo Boost mode) quad-core processor and dual-channel 1,600 MHz DDR3 memory, the controller is ideally suited for processor-intensive modular instrumentation and data acquisition applications.

High-performance embedded controller is a kind of controller with powerful processing power, usually using high-performance processor as the core to achieve fast and accurate data processing and control functions.

High-performance embedded controllers typically have the following characteristics:

High-performance processor: PXIE-8135 adopts high-performance processors, such as ARM, MIPS, PowerPC, etc., with high computing speed and processing power, it can meet the needs of complex control tasks.
Rich peripheral interfaces: Usually equipped with a variety of peripheral interfaces, such as ADC, DAC, GPIO, UART, SPI, I2C, etc., to facilitate connection and communication with other devices or sensors.
Real-time operating system: PXIE-8135 adopts real-time operating system, which can realize multi-task management and real-time response to ensure the stability and reliability of the system.
Memory management: Usually equipped with large capacity memory to store programs and data to meet the needs of complex control tasks.
Reliability and stability: The use of high-quality electronic components and advanced circuit design to ensure the reliability and stability of the system.
High-performance embedded controllers are widely used in a variety of applications requiring fast and accurate control and processing, such as industrial automation, smart home, robotics, medical equipment, etc. The high performance embedded controller can realize the efficient processing and control of various complex control tasks.