Currently, the 64-bit platform (processor and operating system) supports 8 GB to 1 TB of RAM, whereas the 32-bit operating system supports only up to 4 GB as indicated in the bullet below.
目前，64位平台上(处理器和操作系统)支持8gb到1tb的内存，而32位的操作系统，正如下列表所显示，最高仅能支持到4gb。
In the paper, it induces the principle of how to choose types of embedded system hardware platform, and mainly compare and analyze different types of ARM processor. It gives example to test.
本文主要介绍嵌入式系统硬件平台的选型原则，并着重对ARM处理器的选型进行分析与比较，同时给出实例进行验证。
At first, the processor and the SW development platform are systematically reviewed from the viewpoint of embedded system.
本文首先从嵌入式系统的角度对系统所使用的处理器和软件开发平台进行了系统的介绍。
Hardware platform of embedded robot control system is developed using embedded 32-bit processor LPC2136 based on ARM7 that is the center control system, which supports real time simulation.
以支持实时仿真的32位嵌入式arm7处理器LPC 2136为控制核心，设计开发嵌入式机器人控制系统硬件平台。
An ACEG experiment platform based on dual PWM converter is established by using high-speed digital signal processor TMS320F2812 and the system performance is assessed through the experiment.
采用高速数字信号处理器TMS320F 2812设计实现了双pwm变换器励磁的交流励磁发电机励磁系统实验平台。
This paper introduces a digital facsimile system based on the platform of ARM processor and LINUX OS, in which the features of function and system architecture are given.
文章介绍一种基于ARM处理器和Linux操作系统的数字传真机系统，描述了该传真机系统的功能特点和系统构成。
In this paper, IP forwarding system is studied and realized on a multi-core processor platform.
在本文中，研究了IP转发系统，并给出了在多核处理器平台上的系统级实现。
The network processor provides the network system hardware platform for the future network, with the flexibility and high performance.
网络处理器在这种情况下应运而生，它的出现为未来的网络技术提供了高灵活性和高性能的网络系统硬件平台。
The network processor provides the network system hardware platform for the future network, with the flexibility and high performance.
网络处理器在这种情况下应运而生，它的出现为未来的网络技术提供了高灵活性和高性能的网络系统硬件平台。
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