PAGE MEMORY MANAGEMENT UNIT Search Results

Intel 82072

Abstract: AMD Memory Management unit 82072
Contextual Info: Chapter 4 L64821 Memory Management Unit This chapter describes the L64821 Memory Management Unit MMU . This chapter is divided into these sections: • General Description (page 4-1) ■ Internal Structure (page 4-2) ■ External Signals (page 4-4) ■ Internal Registers (page 4-10)

Intel 82072

Abstract: VA22 floppy controller pinout VA22 6 pin 1oSP VA23 VMEbus 2SA27 va21 VA25
Contextual Info: Chapter 4 L64821 Memory Management Unit This chapter describes the L64821 Memory Management Unit MMU . This chapter is divided into these sections: 4.1 General Description • General Description (page 4-1) ■ Internal Structure (page 4-2) ■ External Signals (page 4-4)

irp 540

Abstract: AVR32113 AVR32
Contextual Info: AVR32113: Configuration and Use of the Memory Management Unit 32-bit Microcontrollers Features • • • • Translation lookaside buffers TLB Protected memory spaces Variable page size Uses exceptions for fast and easy management of TLB entries Application Note

Contextual Info: NSBMC096 NSBMC096 Burst Memory Controller Literature Number: SNOS687A NSBMC096-16 -25 -33 Burst Memory Controller General Description Features Y Y Interfaces directly to the i960 CA Integrated Page Cache Management Manages Page Mode Dynamic Memory devices

74fct861

Contextual Info: NSBMC096-16 -25 -33 Burst Memory Controller General Description Features Y Y Interfaces directly to the i960 CA Integrated Page Cache Management Manages Page Mode Dynamic Memory devices On-chip Memory Address Multiplexer Drivers Supports DRAMs trom 256 kB to 64 MB

MC88110

Abstract: motorola 88000 MC88100 MC88410 MC88110RC MC88200 M88000 mc88204rc 88000 stream register cache coherency
Contextual Info: The M88000 RISC Family In Brief . . . Page Architecture, Performance, and Software Compatibility . . . . . . . . . . . . . . . . . . . . . . 2.3–2 Microprocessors . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . 2.3–2 Cache/Memory Management Units . . . . . . . . . . . . . . . 2.3–3

Z8015

Contextual Info: Z8015 Z8000 PNNU Paged Memory Management Unit Product Specification A p r il 1985 • PMMU architecture supports m ultiprogram m ing systems and virtual memory implementations. ■ Dynamic page relocation makes software addresses independent of physical memory addresses.

SMARTCARD

Abstract: ST22FJ1M SMARTCARD IC datasheet A302 SMARTCARD IC
Contextual Info: ST22FJ1M 1 MByte Flash smartcard IC 32-bit platform smartcard IC 32-bit CPU Core Clock management Timer Peripherals SmartJTM Page Flash 256KB RAM 16KB Memory protection unit Power management Bus 1 RAM 16KB Unpredictable number generator Serial I/0 Interface

AN2794

Abstract: VA23 AN2795 AN2796 MPC603 MPC7450 MPC755 MPC8240 SR14 an2794 user manual
Contextual Info: Freescale Semiconductor Application Note Document Number: AN2794 Rev. 1, 08/2010 Page Table Translation Setup by Networking and Multimedia Group Freescale Semiconductor, Inc. Austin, TX This application note describes memory management unit MMU page table setup for classic Power

AN2794

Abstract: VA23 AN2795 AN2796 MPC603 MPC7450 MPC755 MPC8240 SR14
Contextual Info: Freescale Semiconductor Application Note AN2794 Rev. 0, 10/2004 Page Table Translation Setup by Amanuel Belay Computer Platform Division Freescale Semiconductor, Inc. Austin, TX This application note describes memory management unit MMU page table setup for classic PowerPC devices, such as the

FFFC0003

Abstract: FFFC0006 SR14 SR15
Contextual Info: Memory Management Unit What you will learn Why have an MMU? Learn how to: • Initialize a BAT register • Set up the MMU for Page Translations - Invalidate TLBs - Define size and location of Hashed Page Table - Configure Segment registers for a task - Create the initial Hashed Page Table

CL1226

Abstract: Fujitsu SPARC
Contextual Info: F U JIT SU SPARC Memory Management Unit MB86920 FEATURES: • Compatible with the SPARC Reference MMU • Page level protections • 32-bit virtual address, 36-bit physical address • Selective flu shing and probing • Fixed 4K-byte page size • Hardware miss-processing

Contextual Info: Recommended System Management Alternative: X5043 X25057 4K 512 x 8 Bit 5MHz Low Power SPI Serial EEPROM with IDLock Memory DESCRIPTION • 5MHz clock rate • IDLock memory —IDLock first or last page, any 1/4 or lower 1/2 of EEPROM array • Low power CMOS

Contextual Info: Recommended System Management Alternative: X5083 X25097 8K 1024 x 8 Bit 5MHz Low Power SPI Serial EEPROM with IDLock Memory DESCRIPTION • 5MHz clock rate • IDLock memory —IDLock first or last page, any 1/4 or lower 1/2 of EEPROM array • Low power CMOS

sck 084

Abstract: X25057 X25097 X5083
Contextual Info: Recommended System Management Alternative: X5083 X25097 8K 1024 x 8 Bit 5MHz Low Power SPI Serial EEPROM with IDLock Memory DESCRIPTION • 5MHz clock rate • IDLock memory —IDLock first or last page, any 1/4 or lower 1/2 of EEPROM array • Low power CMOS

Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family Features Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

79RC64575

Abstract: 79RC64574 RC32364 RC4640 RC4650 RC5000 RC64474 RC64575 5x1000 300-MFLOPS
Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family Features Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

MA2810

Abstract: idt79rc64t575 PQFP-128 footprint
Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family Features Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

idt79rc64t575

Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family Features Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

MA2810

Abstract: idt79rc64t575 79RC64574 79RC64575 RC32364 RC4640 RC4650 RC5000 RC64474 RC64575
Contextual Info: Advanced 64-bit Microprocessors Product Family Features 79RC64574 79RC64575™ Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatib le wit h major operating systems:

MA2810

Abstract: 79RC64574 79RC64575 RC32364 RC4640 RC4650 RC5000 RC64474 RC64475 RC64575
Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family HDWXUHV ◆ Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

00LQ

Abstract: ad 149
Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family HDWXU WXUHV ◆ Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family Featur tures ◆ Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems:

300-MFLOPS

Contextual Info: 79RC64574 79RC64575™ Advanced 64-bit Microprocessors Product Family HDWXU WXUHV ◆ Big- or Little-endian capability RC5000 compatible memory management – On-chip 48-entry, 96-page TLB, for advanced operating system support – Compatible with major operating systems: