PXIE-8881RT|T8110B型|控制板|

PXle，4.1GHz四核或3.9 GHz8核或3 GHz18核PXI控制器

PXle-8881是一款面向PXIExpress系统的IntelXeon 8核嵌入式控制器可用于处理器密集型RF、模块化仪器仪表和数据采集应用。PXle-8881包含两个10/100/1000BASE-TX(千兆位)以太网端口、两个USB 3.0端口和四个USB 2.0端口以及一个集成硬盘驱动器和其他外设//0，例如两个Thunderbolt3端口。此外，PXle-8881还提供16 GB、32GB或64 GB内存，具体取决于您选择的处理器内核。 

组成与结构

嵌入式控制器主要由微处理器芯片、固化在芯片内的软件（包括嵌入式实时操作系统、应用程序、应用程序编程接口API、实时数据库等）及其他部件组成。

硬件上，它可能包括微处理器、存储器、输入输出接口（如RS 232C串行接口、网络接口等）、以及其他必要的电子元件。

软件上，嵌入式控制器的软件设计通常针对特定的应用需求进行定制，以实现高效、稳定的控制功能。

特点与优势

低功耗、体积小、集成度高：嵌入式CPU大多工作在特定用户群设计的系统中，这些特点使得嵌入式控制器设计趋于小型化、智能化，并有利于与网络应用紧密结合。

高性能、高速处理能力：功能强大的嵌入式CPU为嵌入式控制器提供高性能、高速处理能力及灵活的扩展方式。

网络互联与扩展：支持TCP/IP协议，容易实现网络互联与网络扩展，可应用各种网络作为嵌入式控制器接入主干网。

PXle, 4.1GHz quad-core or 3.9 GHz8 core or 3 GHz18 core PXI controller

The PXle-8881 is an IntelXeon 8-core embedded controller for PXIExpress systems for processor-intensive RF, modular instrumentation and data acquisition applications. The PXle-8881 contains two 10/100/1000BASE-TX(Gigabit) Ethernet ports, two USB 3.0 ports and four USB 2.0 ports, as well as an integrated hard drive and other peripherals //0, such as two Thunderbolt3 ports. In addition, the PXle-8881 comes with 16 GB, 32GB, or 64 GB of RAM, depending on the processor core you choose.

Composition and structure

Embedded controller is mainly composed of microprocessor chip, software solidified in the chip (including embedded real-time operating system, application program, application programming interface API, real-time database, etc.) and other components.

In terms of hardware, it may include a microprocessor, memory, input/output interfaces (such as RS 232C serial interfaces, network interfaces, etc.), and other necessary electronic components.

In terms of software, the software design of embedded controller is usually customized for specific application requirements to achieve efficient and stable control functions.

Characteristics and advantages

Low power consumption, small size, high integration: embedded CPU mostly works in the system designed by a specific user group, which makes the design of embedded controller tend to be miniaturized and intelligent, and is conducive to close integration with network applications.

High performance, high speed processing capability: Powerful embedded CPU provides high performance, high speed processing capability and flexible expansion mode for embedded controllers.

Network interconnection and expansion: Support TCP/IP protocol, easy to achieve network interconnection and network expansion, can apply a variety of networks as embedded controller access to the backbone network.