基带芯片

GPS基带芯片中存储器的可测性设计

Design for Testability of Memory in GPS Baseband Chip

基于ASIC实现蓝牙基带芯片的后端设计

The Back-End Design of Bluetooth Baseband Chip Based on ASIC

SoC功率管理及其在TD-SCDMA终端基带芯片设计中的应用

Soc power management and application in TD-SCDMA terminal base-band IC design

因此，对OFDM数字基带芯片的研究和设计是当前移动通信通信领域的热点之一。

And the research and design of the OFDM digital baseband chip becomes the hot field of mobile communications .

由于各模式处理过程复杂，不同模式基带芯片之间相互独立，随着CPU处理器处理数据能力增强，CPU资源大部分时间处于过剩。

Owing to the complexity of the process and the independence among various modes , and the enhancement of the data handling capabilities , most of the CPU resource is excessed .

论文提出一种DVB-C基带芯片中全数字时钟恢复电路的解决方案。

This paper presents an all digital timing recovery loop in a single chip for DVB-C receiver .

从ASIC设计的原理、流程入手，以蓝牙基带芯片的后端设计为例，介绍用自动布局布线工具实现半定制专用集成电路（ASIC）设计。

Taking the back end design of bluetooth baseband chip for example , the article introduces the semi custom ASIC design flow and design principles by using the auto place & route tool .

主要工作是通过研究OTA-C有源滤波器，基于北斗接收机基带芯片所需的中频信号特性，确定接收机中频滤波器性能要求。

Main task is to make sure the performance of the receiver IF filters through researching OTA-C active filter and the IF signal required by RNSS receiver .

介绍了核心芯片（基带芯片与射频芯片）采用中国芯的SCDMA彩屏手机的设计与应用。

This article introduces the core chip ( baseband chip and radio frequency chip ), uses " the Chinese clip group " SCDMA colored screen handset design and application .

由于当前国内3G刚刚起步，3G网络无论在覆盖率还是稳定性上无法完全取代现有的2G网络，因此支持2G和3G的多模基带芯片市场巨大。

As the 3G has just started in China , both stability and coverage of 3G can not fully replace the existing 2G networks ; Therefore , the multi-mode base-band chip which supports both 2G and 3G have a huge potential market .

而移动终端的性能和成本主要体现在芯片特别是基带芯片上。

The performance and the cost of the mobile terminals are mainly depended on the baseband chip .

该设计已用于2.5代手机基带芯片中（芯片采用0.18μm工艺）。

The design was used in a base-band chip for 2.5-generation mobile phones , which was implemented in 0.18 μ m process .

此外，还有几种无标元件也被认为是三星自产，如手机摄像头和一些无线基带芯片。

Samsung is also thought to have supplied itself with several unlabeled components , including the camera module and some wireless baseband chips .

蓝牙技术是一种用于个人区域网络的低成本、低功率的无线通信技术，主要包括基带芯片和协议栈两个部分。

Bluetooth is a kind of low cost and low power wireless communication technology which is mainly applied in personal area net and consists of baseband chip and protocol stack .

根据手机的整个硬件框架，讲述了手机中核心部件基带芯片和射频芯片的一些特点。

According to the framework of the mobile hardware , the paper gives an account of the some characterstics of the core components including the base band and radio frequency chips .

在手机芯片技术中，基带芯片的研发成为半导体行业最为活跃的部分，基带芯片不仅要有基本的通信功能，在多媒体应用上也是最重要的支撑架构。

For mobile phone chip technology , the research and development of baseband chip become the most active part of the semiconductor industry . The baseband chip must not only have the basic functions of communication , but also be the most important supporting architecture for multimedia applications .

用于WLAN（802.11b）基带处理器芯片组的高速ADC及DAC的测试

Test of High Speed ADC / DAC for WLAN ( 802.11b ) BBP Chipset

MMU在TD-SCDMA基带专用芯片中的应用

Application of MMU for TD-SCDMA baseband ASIC

码片级辅处理DSP通过McBSP接口与下行码片级基带处理芯片相连，完成上行闭环功率控制。

The CRA DSP forms the uplink closed loop power control with the downlink chip rate DSP via McBSP .

802.11基带处理芯片中GFSK调制解调系统的实现

GFSK Modulator / Demodulator for 802.11 Baseband IC Design

文章分析了B3G技术可能的演进进程，在此基础上，对移动终端基带处理芯片进行了介绍，并探讨了多模移动终端基带处理芯片的关键技术。

Based on the analysis of B3G evolution , base-band processing chips for mobile terminals are introduced . Key technologies for multi-mode mobile terminal base-band chips are discussed .

德州仪器逐渐减少在曾经重要的生意&为手机制造“基带”芯片，它是处理与信号塔的通信。

TI is winding down what was once an important business of making " baseband " chips for cell phones , which handle communications with cell towers .

多址TH-PPMUWB基带信号产生芯片设计与实现

Design and Implementation on the Chip of Generation of TH-PPM UWB Baseband Signals with Multi-Access

数字基带系统DBS800系列芯片

Digital Baseband System DBS 800 Series Chip

开发出专用的EDGE基带调制解调IP核不仅有利于多模基带芯片的模块化管理，亦可为手机生产厂家提供差异化的解决方案。

Developing an IP core for the Modem of EDGE baseband is not only makes the modular management of multi-mode base-band chip easier but also provides the cell phone manufacturers with differentiated solutions .