CI 7400
Abstract: PC7400 MPC7400 PowerPC-603e CBGA 360-Pin
Text: PC7400FS - Rev.2 – 03/02 PC7400 PowerPC Microprocessor Fact Sheet The PC7400 PowerPC microprocessor is a high-performance, low-power, 32-bit implementation of the PowerPC Reduced Instruction Set Computer RISC architecture combined with a full 128-bit implementation of Motorola’s AltiVecTM
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PC7400FS
PC7400
32-bit
128-bit
MPC7400
PowerPC603e
BP123
CI 7400
PowerPC-603e
CBGA
360-Pin
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PC7400
Abstract: No abstract text available
Text: Features H Processor bus frequency up to 100 MHz. H 64-bit or 32 bits data bus and 32-bit address bus. H Provides support for either asynchronous SRAM, burst SRAM, or pipelined burst SRAM. H Compliant with PCI specification, revision 2.1. H PCI interface operates up to 66 MHz/5.0 Volt compatible.
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64-bit
32-bit
PC107A
PC7400
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MQUAD
Abstract: PowerPC-603e 603E
Text: Features H H H H H H H H 5.6 SPECint95, 4.0 SPECfp95 @ 200 MHz estimated Superscalar (3 instructions per clock peak). Dual 16KB caches. Selectable bus clock. 32-bit compatibility PowerPC implementation. On chip debug support. PD typical = 2.5 Watts (200 MHz), full operating conditions.
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SPECint95,
SPECfp95
32-bit
PID7t-603e
PowerPC603e
TSPC603r
MQUAD
PowerPC-603e
603E
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a2431
Abstract: atmel 710
Text: DESCRIPTION The PC8260 PowerQUICC II is a versatile communications processor that integrates, on one chip, a high-performance PowerPCTM RISC microprocessor, a very flexible system integration unit, and many communications peripheral controllers that can be used in a variety of applications,
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PC8260
603eTM
EC603eTM,
60x-to-PCI
PC8260
a2431
atmel 710
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PC107
Abstract: PC8240
Text: PC8240FS - Rev.2 – 03/02 PC8240 Integrated PowerPCTM Processor Fact Sheet The PC8240 Integrated PowerPCTM processor fits applications where cost, space, power consumption and performance are critical requirements. This device provides a high level of integration, reducing chip count from five discrete chips to
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PC8240FS
PC8240
PowerPC603e
BP123
PC107
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MPC107
Abstract: PC107A PC7400
Text: Features H Processor bus frequency up to 100 MHz. H 64-bit or 32 bits data bus and 32-bit address bus. H Provides support for either asynchronous SRAM, burst SRAM, or pipelined burst SRAM. H Compliant with PCI specification, revision 2.1. H PCI interface operates up to 66 MHz/5.0 Volt compatible.
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64-bit
32-bit
PC107A
MPC107
PC107A
PC7400
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cga motorola
Abstract: PCX755B IEC C13 pinout Tag 225 600 replacement PC745B PC755B MPC7400 PowerPC755B PC755 20d100
Text: Features H H H H H H H H H H H H H H H 18.1SPECint95, estimates 12.3 SPECfp95 @400Mhz PC755B 15.7SPECint95, 9SPECfp95 @350Mhz (PC745B) 733 MIPS @ 400Mhz (PC755B) et 641 MIPS@350Mhz (PC745B) Selectable bus clock (12 CPU bus dividers up to 10x) PD typical 6,4W @ 400Mhz, full operating conditions.
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1SPECint95,
SPECfp95
400Mhz
PC755B)
7SPECint95,
9SPECfp95
350Mhz
PC745B)
cga motorola
PCX755B
IEC C13 pinout
Tag 225 600 replacement
PC745B
PC755B
MPC7400
PowerPC755B
PC755
20d100
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MPC8240
Abstract: PCI Backplane signal path designer
Text: Motorola MPC8240 Performance and Integration Meet D.L.Bouvier, Motorola Inc. Motorola has achieved a new level of performance and integration with the MPC8240, addressing the need for higher compute density and lower system cost. The MPC8240 combines the power of the universally
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MPC8240
MPC8240,
MPC8240
603eTM
352-pin
MPC8240.
MPC8240:
PCI Backplane
signal path designer
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Untitled
Abstract: No abstract text available
Text: Features H Processor bus frequency up to 100 MHz. H 64-bit or 32 bits data bus and 32-bit address bus. H Provides support for either asynchronous SRAM, burst SRAM, or pipelined burst SRAM. H Compliant with PCI specification, revision 2.1. H PCI interface operates up to 66 MHz/5.0 Volt compatible.
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64-bit
32-bit
PC107A
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