MPC7447A|主处理器

MPC7447A_主处理器 | NXP 半导体

MPC7447A处理器采用高性能、低功耗、 32位RISC架构。关键的架构性特性包括512 KB的片上L2缓存、64位总线接口和全128位AltiVec™技术。MPC7447A处理器是尖端计算、嵌入式网络控制和数字处理应用的理想选择。

该处理器与恩智浦MPC7447产品引脚兼容，是这款产品的升级版，这些全新处理器的运行速度可达到1.5 GHz。MPC7447A处理器采用恩智浦绝缘硅(SOI)工艺技术，可在不牺牲速度的情况下显著节能。低功耗版本的MPC7447A现已供货。

嵌入式增强功能
MPC7447A可提供8个指令BAT和数据BAT寄存器，以支持轻量级嵌入式操作系统，实现更大的数据表。该处理器还支持将缓存锁定于L1缓存，这样可使关键性能算法和代码锁定在L1缓存中。

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数据手册

参考手册

产品详情

框图

MPC7447A block diagram

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特征

4个整数单元(3个简单+1个复合单元)
双精度浮点运算单元
4个AltiVec单元(简单、复合、浮动和排列)
加载/存储单元
分支处理单元

可动态改变时钟频率
包含温度检测二极管，监控芯片温度

MPC7447A处理器可与MPC7445和MPC7447处理器实现引脚兼容。
与所有采用Power Architecture技术的处理器一样，MPC7447A处理器可与恩智浦MPC7xx系列处理器实现软件兼容。
基于Power Architecture技术的处理器可享用第三方供应商提供的广泛的操作系统、编译器和开发工具。

购买/参数

部件展开描述	订购	状态	封装端接数	封装类型
MC7447AHX1000NB 数据手册替换部件: MC7447AVU1000NB		使用寿命终止	360	CBGA360
MC7447AHX1167NB 数据手册替换部件: MC7447AVU1167NB	—	使用寿命终止	360	CBGA360
MC7447AHX1333LB 数据手册		使用寿命终止	360	CBGA360
MC7447AHX1420LB 数据手册替换部件: MC7447AVU1420LB		使用寿命终止	360	CBGA360
MC7447AHX600NB 数据手册替换部件: MC7447AVU600NB		使用寿命终止	360	CBGA360
MC7447ATHX1000NB 数据手册	—	使用寿命终止	360	CBGA360
MC7447ATHX1167NB 数据手册		使用寿命终止	360	CBGA360
MC7447AVU1000LB 数据手册		使用寿命终止	360	CBGA360
MC7447AVU1000NB 数据手册		使用寿命终止	360	CBGA360
MC7447AVU1167NB 数据手册		使用寿命终止	360	CBGA360

设计资源

设计文件

快速参考恩智浦设计文件类型.

2 设计文件

模型
MPC7447A IBIS model - 360CBGA, 1.8V and 2.5V I/O

ZIP版本 3Jun 10, 200523.6 KBMPC7447A_IBIS_
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模型
MPC7447A Rev. 1 BSDL Model, 2.5V I/O

ZIP版本 AMar 11, 200411.8 KBMPC7447AR1BSDL
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软件

快速参考恩智浦软件类型.

1 软件文件

代码片段
DINK32 Debug Monitor

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支持

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购物车

主处理器

产品详情

框图

MPC7447A block diagram

特征

购买/参数

文档

过滤方式

产品简介 (1)

MPC7450 RISC Microprocessor Family Product Brief[MPC7450TS]

产品编号规则 (1)

CPU Part Number Scheme for Freescale Semiconductor Processors that Implement the PowerPC Architecture[PPCCPUPNS]

勘误表 (1)

MPC7447A Chip Errata[MPC7447ACE]

参考手册 (7)

MPC7450UMAD, Errata to the MPC7450 RISC Microprocessor Family Reference Manual, Rev. 5 - Reference Manual Addendum[MPC7450UMAD]

AltiVec® Technology Programming Environments Manual[ALTIVECPEM]

Programming Environments Manual for 32-Bit Implementations of the Power Architecture[MPCFPE32B]

MPC7450 RISC Microprocessor Family Reference Manual[MPC7450UM]

The Bus Interface for 32-Bit Microprocessors that Implement the PowerPC Architecture[MPC60XBUSRM]

AltiVec® Technology Programming Interface Manual[ALTIVECPIM]

AltiVec® Technology Programming Environments Manual Errata[ALTIVECPEMAD]

可靠性与质量信息 (1)

MC7447A/B/C Microprocessor MOS-13 HiP7SOI Qualification Report[MC7447AQUAL]

培训资料 (2)

How Linux Will Drive Technology Convergence[FSL_LINUXWORLD]

Freescale Semiconductor Host and Integrated Processor Summary[PPCCPUSUMM]

封装信息 (4)

PBGA Packaging Customer Tutorial[PBGAPRES]

TBGA Packaging Customer Tutorial[TBGAPRESPKG]

MPC7447A High-Performance PowerPC Processor Thermal Simulation Report and Models[MPC7447AFLOTHERM]

CBGA Packing Customer Tutorial[CBGAPRES]

应用笔记 (28)

AN2265, Assembly Guidelines for Land Grid Array (LGA) Package Application Note[AN2265]

Complex Fixed-Point Fast Fourier Transform Optimization for Altivec(TM)[AN2114]

MPC7450 RISC Microprocessor Family Software Optimization Guide[AN2203]

Sandpoint Linux Memory Size Considerations[AN2660]

Common Footprint for the MPC7441, MPC7445, MPC7447, MPC7447A, and MPC7448[AN2656]

Synchronizing Instructions for PowerPC(TM) Instruction Set Architecture[AN2540]

Porting Linux to the Power Architeecture MPC7451[AN2145]

Design Checklist for NXP® Semiconductors PowerPC(TM) Microprocessors[AN2077]

PowerPC(TM) 60X Bus Implementation Differences[AN2097]

Cache Latencies of the 7451[AN2180]

Altivec Performance Enhancement in a Multiprocessing Environment[AN2581]

TLB Translation Setup for MPC745x and MPC744x in Non-Extended Mode[AN2796]

Solving Sequential Problems in Parallel - An SIMD Solution to RSA Cryptography[AN3057]

AltiVec® Solutions to Sequential Problems: Calculating CRC with Scalable Congruent Equivalence Compression[AN2926]

Automatic Thermal Monitoring System on HPC II[AN2929]

Migration from IBM 750FX to MPC7447A[AN2808]

Migration from IBM 750CX/CXE to MPC7447A[AN2809]

Migrating from IBM 750GX to MPC7447A[AN2797]

Correcting Single-bit Errors with CRC8 in ATM Cell Headers[AN2918]

Power Supply Design for Power Architecture(TM) Processors[AN2747]

Adding New PowerPC Processors and Bridge Chips to Linux[AN2650]

PowerPC(TM) MPC7455 I/O Power Evaluation[AN2323]

Minimal Boot Sequence for Executing Compiled C Programs on PowerPC(TM) Devices[AN1809]

Simplified Mnemonics for PowerPC Instructions[AN2491]

Outstanding Data Tenures on the MPX Bus[AN2161]

Building an NFS DHCP/BOOTP Server for Use with Sandpoint and MVP Linux[AN2273]

PowerPC(TM) MPX Bus Implementation Differences[AN2106]

Designing PowerPC(TM) MPC7400 Systems[AN1795]

应用笔记软件 (1)

Specifying Power Consumption[AN2436]

支持信息 (1)

NXP® Semiconductors Host Processor Version Register Settings[PPCPVR]

数据手册 (3)

MPC7447A RISC Microprocessor Hardware Specifications[MPC7447AEC]

MPC7447A Hardware Specification Addendum for the MC7447AxxnnnnNx Series[MPC7447AECS01AD]

MPC7447A Hardware Specification Addendum for the MC7447ATxxnnnnNx Series[MPC7447AECS02AD]

白皮书 (4)

Memory Bus Throughput of the MPC74xx[MPC74XXMBUSWP]

G4 Architecture White Paper[G4WP]

Thermal Management of a C4/Ceramic-Ball-Grid Array: The Motorola PowerPC 603 and PowerPC 604 RISC Microprocessors[MPC603THERMALWP]

Motorola PowerPC 603 and PowerPC 604 RISC Microprocessor: The C4/Ceramic-Ball-Grid Array Interconnect Technology[MPC603OVERALLWP]

简介 (2)

MPC7447A Processor Fact Sheet[MPC7447AFS]

PowerPC Processors At-A-Glance[PPCSALESFACT]

AltiVec^® Technology Programming Environments Manual[ALTIVECPEM]

AltiVec^® Technology Programming Interface Manual[ALTIVECPIM]

AltiVec^® Technology Programming Environments Manual Errata[ALTIVECPEMAD]

Design Checklist for NXP^® Semiconductors PowerPC(TM) Microprocessors[AN2077]

AltiVec^® Solutions to Sequential Problems: Calculating CRC with Scalable Congruent Equivalence Compression[AN2926]

NXP^® Semiconductors Host Processor Version Register Settings[PPCPVR]