今天，高端的终端设备正在满足这些需求，并且即将普及。比如iPhone，它拥有128MB的内存和400到600MHZ主频的处理器。
High end devices today are just approaching these requirements and willbe commonplace soon For example, the iPhone has 128MB of DRAM and somewhere between a 400 to 600 MHz processor.
您可以通过游戏中的通讯网络进行交流，为了您的方便，我们也将放入一个终端事务处理器。
In regards the transports you will be able to use the transportation network in game and we will also put an Event-TP for your convenience.
针对基于ARM微处理器的车载导航终端中图形图像显示的需要，设计了S3C 2410与TFT - LCD的接口。
This article designed the interface between S3C2410 and TFT-LCD to meet the need of graphics and images displaying in the ARM microprocessor based navigation terminal in vehicle.
该终端的硬件设计，主要包括微处理器芯片的选型、MC35通讯模块的接口设计、存储器单元及串口电路设计等。
This terminal's hardware design mainly includes the choice of microprocessor chip, the interface design of MC35 module of communication, the circuit design of memory modules and serial port and so on.
达芬奇技术是业界第一款集成了DSP处理器、软件、工具以及技术支持的综合型解决方案系列，非常适用于开发各种优化的数字视频终端设备。
DaVinci technology is the first integrated portfolio of DSP-based processors, software, tools, and support for developing a broad spectrum of optimized digital video end equipments.
对无线数据传输系统的构成进行了研究，阐述了基于C8051F 020微处理器和CD MA模块MG801A的数据终端的硬件设计电路和软件接口的实现。
The paper introduces structure of wireless data transmission system, and expounds realization of hardware design circuit and software of DTU based on C8051F020 microprocessor and CDMA module MG801A.
就每一个终端的类型，大小和缓冲机构而言，全速处理器非常灵活，而且其软件可设置。
The full speed peripheral controller is very flexible and software configurable, in terms of the type, size, and buffering mechanism of each endpoint.
介绍了一种新型数字化终端，他利用数字信号处理器（DSP）及现场可编程门阵列（FPGA）能够实现脉冲应答测距和指令数据接收双重功能。
This paper introduce a sort of new numeric terminal which can use DSP and FPGA to realize double functions, they are distance measure by pulse responsion and incept of dictate data.
本发明公开了一种数据传输方法及终端，该方法包括：通讯处 理器接收来自应用处理器的连接建立请求；
The invention discloses a data transmission method and a terminal. The method comprises that: a communication processor receives a connection establishing request from an application processor;
本论文以ST公司的嵌入式微处理器stm 32f 103ve作为核心处理器，以iar EWARM为集成开发环境研制开发固网支付终端。
In this thesis, a fixed-line phone payment terminal is developed, with STM32F103VE developed by ST Company as the microprocessor and IAR EWARM as IDE.
介绍了基于AT 89C51和TMS320F206的馈线远方终端的基本结构，详细给出了采用IDT7130作为双处理器接口的具体电路以及F206与MAX125的接口电路，并给出了关键部分的流程图。
Introduces the architecture of FTU based on AT89C51 and TMS320F206, presents the interface circuit of IDT7130 and dual processor as well as that of F206 and MAX125, illustrates the key flow chart.
重点阐述了OMAP5910处理器在第三代无线终端领域的多媒体应用，最后给出了OMAP5910在嵌入式语音系统中的应用实例。
The application for multimedia in3Gwireless terminal is described in detail, with the application field discussed. Finally, the paper introduces an applied example for speech based on OMAP5910.
同时嵌入式系统，尤其是便携式的手持终端设备，需要找到一个性能和功耗的平衡点，而ARM处理器的出现正适应了这一需求。
As embedded systems, especially the portable handset terminals, they usually try to keep balance between performance and power consumption. ARM processors can fairly meet this requirement.
同时嵌入式系统，尤其是便携式的手持终端设备，需要找到一个性能和功耗的平衡点，而ARM处理器的出现正适应了这一需求。
As embedded systems, especially the portable handset terminals, they usually try to keep balance between performance and power consumption. ARM processors can fairly meet this requirement.
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