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MPC7400 Datasheet

Part Manufacturer Description PDF Type
MPC7400 Freescale Semiconductor RISC Microprocessor Original
MPC7400 Motorola host microprocessor Original
MPC7400 Motorola Freescale Semiconductor, Inc. Original
MPC7400CE Freescale Semiconductor RISC Microprocessor Original
MPC7400D Freescale Semiconductor RISC Microprocessor Original
MPC7400EC Motorola MPC7400 Hardware Specifications Original
MPC7400ED Motorola RISC Microprocessor Hardware Specifications Original
MPC7400FACT Motorola MPC7400 PowerPC Microprocessor Fact Sheet Original
MPC7400PNS Motorola MPC7400 XPC7400 Part Number Specification RXxxxLK-PK Original
MPC7400RX350L Motorola RISC Microprocessor Original
MPC7400RX350L0 Motorola RISC Microprocessor Hardware SpeciTcations Original
MPC7400RX350L1 Motorola RISC Microprocessor Hardware Specifications Original
MPC7400RX350LE Motorola POWERPC MICROPROCESSOR Original
MPC7400RX350LX Motorola RISC Microprocessor Original
MPC7400RX350PE Motorola POWERPC MICROPROCESSOR Original
MPC7400RX350T Motorola RISC Microprocessor Original
MPC7400RX350TX Motorola RISC Microprocessor Original
MPC7400RX400L Motorola RISC Microprocessor Original
MPC7400RX400L0 Motorola RISC Microprocessor Hardware SpeciTcations Original
MPC7400RX400L1 Motorola RISC Microprocessor Hardware Specifications Original
Showing first 20 results.

MPC7400

Catalog Datasheet MFG & Type PDF Document Tags

LOCTITE 7400

Abstract: MPC740 pertinent electrical and physical characteristics of the MPC7400. For functional characteristics of the , block diagram of the MPC7400. 2 MPC7400 RISC Microprocessor Hardware SpeciÞcations , electrical speciÞcations and thermal characteristics for the MPC7400. 1.4.1 DC Electrical Characteristics , shows the undershoot and overshoot voltage on the MPC7400. (L2)OVdd + 20% (L2)OVdd + 5% (L2)OVdd , provides the recommended operating conditions for the MPC7400. Table 3. Recommended Operating Conditions
Motorola
Original
LOCTITE 7400 MPC740 MPC750 G18 motorola Nippon capacitors MPC7400EC/D

MPC7400

Abstract: Fact Sheet MPC7400 HOST MICROPROCESSORS The MPC7400 host microprocessor is a , processing functions. The MPC7400 supports the highbandwidth MPX bus with minimized signal setup times and , existing applications, the MPC7400 also supports the 60x bus protocol. MPC7400 microprocessors offer , ) capabilities, and support up to 2 MB of backside L2 cache. While the MPC7400 is software-compatible with , MICROPROCESSOR MPC7400 microprocessors feature a high-frequency superscalar PowerPC architecture core
Motorola
Original

motorola g4

Abstract: MPC7400 Freescale Semiconductor, Inc. Fact Sheet MPC7400 Freescale Semiconductor, Inc. HOST MICROPROCESSORS The MPC7400 host microprocessor is a high-performance, low-power, 32-bit implementation of the , ideal for leading-edge computing, control, and signal processing functions. The MPC7400 supports the , enhancements. To maintain backward compatibility for existing applications, the MPC7400 also supports the 60x bus protocol. MPC7400 microprocessors offer single-cycle double-precision floating-point performance
Freescale Semiconductor
Original
motorola g4

MPC7400

Abstract: MPC7410 the implementation of the PowerPCTM MPX Bus with the MPC7400, MPC7410, and the MPC7450 , operation I/O Voltage Level Table 1 specifies the MPX Bus input/output voltage levels for the MPC7400/MPC7410 and the MPC7450. Table 1. MPX Bus I/O Voltage Configuration Pin Connection MPC7400 , off-chip L2 on the MPC7400/MPC7410 and the off-chip L3 on the MPC7450 are not part of the MPX Bus spec , Table 2. L2 I/O Voltage Configuration (MPC7400/MPC7410 only) Pin Connection L2VSEL MPC7400
Motorola
Original
AN2106/D MPC7400/MPC7410

XPC7400

Abstract: Fact Sheet MPC7400FACT/D Rev. 1 MOTOROLA MPC7400 POWERPCTM MICROPROCESSORS The MPC7400 , computing, control, and signal processing functions. The MPC7400 supports the high-bandwidth MPX bus with , compatibility for existing applications, the MPC7400 also supports the 60x bus protocol. MPC7400 microprocessors , (SMP) capabilities, and support up to 2MB of backside L2 cache. While the MPC7400 Microprocessor MPC7400 is software-compatible with existing applications for PowerPC 603eTM, PowerPC 740TM, and PowerPC
Motorola
Original
XPC7400 MPC7400FACT/D 750TM 1ATX45602-1

MPC604

Abstract: MPC7400 the MPC7400's logical pin conÞguration. The signals are grouped by function. 16 MPC7400 RISC , for MPC7400-based systems. Most integer instructions (including VSIU instructions) have a one-clock , MPC7400. The interrelationships of these features are shown Figure 1. 1.2.1 Overview of the MPC7400 , either the MPC7400-speciÞc dynamic branch prediction or the architecture-deÞned static branch prediction , architecture-deÞned static branch prediction or the MPC7400-speciÞc dynamic branch prediction. Dynamic branch
Motorola
Original
MPC604 SR15 mpc7400specific MPC7400TS/D

PowerPC 7400

Abstract: MPC7400 MPC7400FACT/D Fact Sheet MOTOROLA MPC7400 POWERPCTM MICROPROCESSORS The MPC7400 PowerPC , , control, and signal processing functions. The MPC7400 supports the high-bandwidth MPX bus with minimized , compatibility for existing applications, the MPC7400 also supports the 60x bus protocol. MPC7400 microprocessors , (SMP) capabilities, and support up to 2MB of backside L2 cache. MPC7400 Microprocessor While the MPC7400 is software-compatible with existing applications for PowerPC 603eTM, PowerPC 740TM, and PowerPC
Motorola
Original
PowerPC 7400

AN2097

Abstract: MPC7400 details differences in implementation of the 60x bus on the MPC750, MPC7400, MPC7410, and MPC7450 , transaction operation 1 I/O Voltage Level Differences among the MPC750, the MPC7400/MPC7410, and the , Signal Differences 1.2 MPC7400/MPC7410 and MPC7450 The 60x bus input/output voltage levels for the MPC7400, the MPC7410, and the MPC7450 are specified in Table 1. Table 1. 60x Bus I/O Voltage Configuration Pin 1 BVSEL Connection 2 MPC7400 MPC7410 MPC7450 4 5 6 2 2.5V I/O 1.8
Freescale Semiconductor
Original
AN2097

Pinout Diagram for IC 7400 motorola

Abstract: Nippon capacitors MPC7400's implementation of the PowerPC architecture. Major features of the MPC7400 are as follows: · · , pertinent electrical and physical characteristics of the MPC7400. For functional characteristics of the , block diagram of the MPC7400. 2 MPC7400 RISC Microprocessor Hardware Specifications , section provides the AC and DC electrical specifications and thermal characteristics for the MPC7400. , duration as shown in Figure 2. Figure 2 shows the undershoot and overshoot voltage on the MPC7400. (L2
Motorola
Original
Pinout Diagram for IC 7400 motorola Midland G9

circuit diagram of o ogeneral split ac

Abstract: PIR SENSOR stabilization . 2-2 MPC7400-Specific Registers , MPC7400-Initiated Load/Store Operations . 3-33 Performed Loads and , Freescale Semiconductor, Inc. Freescale Semiconductor, Inc. MPC7400 RISC Microprocessor UserÕs Manual MPC7400UM/D Rev. 0, 3/2000 ª For More Information On This Product, Go to , Monitor 11 MPC7400 Instruction Set Listings A Instructions Not Implemented B Glossary of
Motorola
Original
circuit diagram of o ogeneral split ac PIR SENSOR stabilization transistor w2a W1D TRANSISTOR 1013 GE MPC7400UM/D MPCFPE32B/AD

all ic data

Abstract: ON957 . 2-2 2.1.1 Register E IV 2.1.2 MPC7400-Specific Registers , MPC7400-Initiated Load/Store Operations . 3-33 Performed Loads and , N C. N MPC7400 RISC S E Microprocessor AL C UserÕs Manual ES ED IV H RC A BY E FR MPC7400UM/D Rev. 0, 3/2000 ª For More Information On This Product, Go to , MPC7400 Instruction Set Listings A Instructions Not Implemented B Glossary of Terms and
Motorola
Original
all ic data ON957 nana le r2 12D26 TEA ic 0x00900

PowerPC 7400

Abstract: Nippon capacitors characteristics of the MPC7400. For functional characteristics of the processor, refer to the MPC7400 RISC , of the MPC7400. 2 MPC7400 RISC Microprocessor Hardware Specifications PRELIMINARY-SUBJECT TO , section summarizes features of the MPC7400's implementation of the PowerPC architecture. Major features of , characteristics for the MPC7400. 1.4.1 DC Electrical Characteristics The tables in this section describe the , Figure 2. Figure 2 shows the undershoot and overshoot voltage on the MPC7400. (L2)OVdd + 20% (L2)OVdd
Motorola
Original

L2A17

Abstract: MPC604 error and data parity error signals have been removed from the MPC7400. 1.2 60x Bus Signals Expanded , The data transfer index is a pointer into the MPC7400's queue of outstanding transactions, indicating , MPC7400's core voltage must always be provided at 1.8V. Voltage to the L2 and processor I/O pins is , , Inc. The AMON and DMON signals are outputs from the MPC7400. AMON replaces the functionality of , Semiconductor, Inc. Designing PowerPCTM MPC7400 Systems This application note describes differences
Motorola
Original
L2A17 AN1795/D

MPC7400

Abstract: MPC7410 the PowerPCTM MPX Bus with the MPC7400, MPC7410, and the MPC7450 microprocessors. The MPX Bus is a , 1 specifies the MPX Bus input/output voltage levels for the MPC7400/MPC7410 and the MPC7450. Table 1. MPX Bus I/O Voltage Configuration Pin Connection MPC7400 HRESET 1, 2 2.5V I/O GND , MPC7400/MPC7410 and the off-chip L3 on the MPC7450 are not part of the MPX Bus spec, their i/o voltage , . Signal differences Table 2. L2 I/O Voltage Configuration (MPC7400/MPC7410 only) Pin Connection
Freescale Semiconductor
Original
AN2106 MPC745

MPC604

Abstract: MPC7400 data parity error signals have been removed from the MPC7400. 1.2 60x Bus Signals Expanded for , pointer into the MPC7400's queue of outstanding transactions, indicating which transaction is to be , compatibility with existing systems and migration to future systems. The MPC7400's core voltage must always be , outputs from the MPC7400. AMON replaces the functionality of the 60x bus's ABB signal. Likewise, DMON , Semiconductor, Inc. Designing PowerPCTM MPC7400 Systems This application note describes differences
Freescale Semiconductor
Original

MPC750

Abstract: MPC7400 implementation of the PowerPCTM 60x Bus with the MPC750, MPC7400, MPC7410, and MPC7450 PowerPC microprocessors , : www.freescale.com Freescale Semiconductor, Inc. Signal Differences 1.2 MPC7400/MPC7410 and MPC7450 The 60x bus input/output voltage levels for the MPC7400, the MPC7410, and the MPC7450 are specified in Table 1. Table 1. 60x Bus I/O Voltage Configuration Pin 1 Connection 2 MPC7400 MPC7410 , 2. Table 2. Signal Differences Description MPC750 MPC7400/MPC7410 MPC7450 60x bus mode
Motorola
Original
AN-2097 AN2097/D

PowerPC 7450

Abstract: MPC74XX MPC7400UM MPC7400 RISC Microprocessor User's Manual MPC7400EC MPC7400 RISC Microprocessor Hardware , 60x bus mode. May we introduce the MPC7400/7410 and the MPC7440/7450 devices. Benefit 1. Higher , L2 caches. Thanks to an additional entry in the instruction reload table, the MPC7400/MPC7410 , MPC750 and the MPC7400/MPC7410. Data As a result of the G3's D-cache design, once a D-cache miss , subsequent accesses, the MPC7400/MPC7410 D-cache supports `miss-under-miss.' If a miss is pending
Motorola
Original
PowerPC 7450 MPC74XX MPC7440 AN1812 MPC755

Nippon capacitors

Abstract: MPC740 MPC7400's implementation of the PowerPC architecture. Major features of the MPC7400 are as follows: · · , pertinent electrical and physical characteristics of the MPC7400. For functional characteristics of the , block diagram of the MPC7400. 2 MPC7400 RISC Microprocessor Hardware Specifications PRELIMINARY , section provides the AC and DC electrical specifications and thermal characteristics for the MPC7400. , duration as shown in Figure 2. Figure 2 shows the undershoot and overshoot voltage on the MPC7400. (L2
Motorola
Original

ci 7410

Abstract: MPC750 chipset PowerPC 60x Bus with the MPC750, MPC7400, MPC7410, and MPC7450 microprocessors. The 60x Bus is a , configurable. 1.1.2 MPC7400/MPC7410 and MPC7450 The 60x Bus input/output voltage levels for the MPC7400 , . Signal Differences Table 1. 60x Bus I/O Voltage Configuration Pin1 BVSEL Connection2 MPC7400 , default MPC7400/MPC7410 EMODE = VDD MPC7450 BMODE0 = VDD BMODE1 = VDD Address bus A[0:31 , Extended Addressing 1.3 Extended Addressing 1.3.1 MPC750 and MPC7400/MPC7410 The MPC750 and the
Motorola
Original
ci 7410 MPC750 chipset

PowerPC 7400

Abstract: international model 7400 MPC7400FACT/D Fact Sheet MOTOROLA MPC7400 POWERPCTM MICROPROCESSORS The MPC7400 PowerPC , , control, and signal processing functions. The MPC7400 supports the high-bandwidth MPX bus with minimized , compatibility for existing applications, the MPC7400 also supports the 60x bus protocol. MPC7400 microprocessors , (SMP) capabilities, and support up to 2MB of backside L2 cache. MPC7400 Microprocessor While the MPC7400 is software-compatible with existing applications for PowerPC 603eTM, PowerPC 740TM, and PowerPC
Motorola
Original
international model 7400 7400 data sheet of 7400 Series TTL

MPC7400

Abstract: MPC7400CE Advance Information MPC7400CE/D Rev. 13, 6/2003 MPC7400 RISC Microprocessor Chip Errata The MPC7400 is a PowerPCTM microprocessor. This document details all known silicon errata for the MPC7400 , level marked on the part. Table 2. Revision Level to Part Marking Cross-Reference MPC7400 Revision , means it does not apply. 2 MPC7400 RISC Microprocessor Chip Errata MOTOROLA Problem ICBI , - 2.8 Present in Version: - - Y Y - 2.9 MOTOROLA MPC7400 RISC
Motorola
Original
000C0200 000C0201 000C0202 000C0206 000C0207 000C0208

xxxxxx18

Abstract: out-of-order instructions for the MPC750, MPC7400, and MPC7450 microprocessors that implement the PowerPC architecture, with , detail: · MPC750 RISC Microprocessor Family User's Manual · MPC7410 & MPC7400 RISC , (Similar Devices) MPC750 MPC740, MPC745, MPC755 MPC7400 MPC7410 MPC7450 MPC7441, MPC7451 , Processor Overview This section describes the high-level differences between the MPC750, MPC7400, and , MPC750, MPC7400, and MPC7450 processors. Table 2-1. High-Level Differences Microprocessor Feature
Motorola
Original
xxxxxx18 out-of-order instructions Iu1 35 AN2203/D

MPC74xx

Abstract: AN1812 60x bus mode. May we introduce the MPC7400/7410 and the MPC7440/7450 devices. Benefit 1. Higher , additional entry in the instruction reload table, the MPC7400/MPC7410 architecture allows a second , two outstanding instruction fetches, compared to just one for the MPC750 and the MPC7400/MPC7410 , . In order to prevent one miss from blocking the cache for subsequent accesses, the MPC7400/MPC7410 , propagate to the bus, rather than stalling. In fact, the load/store unit of the MPC7400/MPC7410 can
Motorola
Original
Showing first 20 results.