SYSAD Search Results

Contextual Info: System Interface Protocols Chapter 11 Introduction The following sections contain a cycle-by-cycle description of the system interface protocols for each type of R5000 processor and external request. Address and Data Cycles Cycles in which the SysAD bus contains a valid address are called

MIPS64

Abstract: "network interface cards"
Contextual Info: RM9120 Preliminary FEATURES AM RM9120 Integrated Microprocessor NETWORKING INTERFACES • A CPU core compatible with the MIPS64 Instruction Set Architecture. • High-speed integrated DDR SDRAM, SysAD, Local Bus, HyperTransport, and Ethernet MAC interfaces. Option

L2 cache L3 cache

Abstract: RM7000 GT-64120A IEEE754 RM7000A mips uart
Contextual Info: RM7000A 125 MHz max. freq., multiplexed address/data bus SysAD • Supports two outstanding reads with out-of-order return High-performance floating-point unit • 800 MFLOPS maximum • IEEE754 compliant single and double precision floating-point operations

GT-64120A

Abstract: EV-64120A-7000 IEEE754 RM7000 RM7000B 64120A
Contextual Info: RM7000B Preliminary 64-Bit MIPS RISC Microprocessor with Integrated L2 Cache FEATURES 125 MHz max. freq., multiplexed address/data bus SysAD • Supports two outstanding reads with out-of-order return High-performance floating-point unit • 1000 MFLOPS maximum

ARXD 149

Abstract: PAD015 U2554 PAD130 PAD031 PAD115 C113 C114 C126 C127
Contextual Info: A B C D E RST_control SERclk BYPASS QUICK SWITCH SysAD[0.63] SysADC[0.7] SysAD[0.63] SysADC[0.7] AD[0.63] ADP[0.7] BypsOe 4 AD[0.63] ADP[0.7] BypsOe 4 {Value} DEVICE BUFFER & LATCH {Value} {Value} DEVICE SERint FlashRST* RST_control {Value} CPU-RST-PAL

RM5200

Abstract: API NETWORKS Marvell MIPS64 RM7000 RM9200 E9000
Contextual Info: RM9200 Released RM9200 Integrated Multiprocessor FEATURES • 10 Watts typical power consumption. • High speed integrated DDR SDRAM, HyperTransport, SysAD and local bus interfaces. The RM9200 Integrated Multiprocessor is PMC-Sierra's next generation high

divmode

Contextual Info: NEC 1. ¿¿PD30200, 30210 PIN FUNCTIONS Pin Name I/O SysAD 31:0 I/O Function System address/data bus. 32-bit bus for communication between processor and external agent. SysCmd (4:0) I/O System command/data ID bus. 5-bit bus for communication of commands and data identifiers between processor

GT-64120A

Abstract: IEEE754 RM7000 RM7000A
Contextual Info: RM7000A Preliminary 64-Bit MIPS RISC Microprocessor with Integrated L2 Cache FEATURES 125 MHz max. freq., multiplexed address/data bus SysAD • Supports two outstanding reads with out-of-order return High-performance floating-point unit • 800 MFLOPS maximum

ARXD 149

Abstract: RDATA34 programming 29F400 C100 C101 C102 C103 C104 C105 C106
Contextual Info: A B C D E RST_control SERclk BYPASS QUICK SWITCH SysAD[0.63] SysADC[0.7] SysAD[0.63] SysADC[0.7] AD[0.63] ADP[0.7] BypsOe 4 AD[0.63] ADP[0.7] BypsOe 4 {Value} DEVICE BUFFER & LATCH {Value} {Value} DEVICE SERint FlashRST* RST_control {Value} CPU-RST-PAL

Contextual Info: Product Brief TMPR4951BFG–200 TX4951B 64-Bit RISC Processor Highlights Description • 32-bit SysAD bus support The TX4951B is a 64-bit RISC (Reduced Instruction Set Computer) microprocessor that is a low-cost, low-power microprocessor developed for interactive

Contextual Info: ¿¿PD30111 NEC 5. BCU BUS CONTROL UNIT The BCU transfers data with the V r41 10 CPU core via SysAD bus (internal) inside the V r41 11. It also controls an external LCD controller, DRAM, ROM (flash memory or mask ROM), and PCMCIA controller via system bus, and

NEC BONITO

Abstract: diode t25 4 F6 VR43xx dba1 VR5432 VR5500 NEC AC12 SCBE 2 AD11 PC-100
Contextual Info: PRELIMINARY DATA SHEET MOS INTEGRATED CIRCUIT µPD65949S1-P00-F6 BONITOTM - Companion Chip for VR43xx and VR5xxx DESCRIPTION ‘Bonito’ is a system controller especially designed for MIPS RISC microprocessors with a 32-bit SysAD bus. ‘Bonito’ incorporates a simple and fast memory interface for PC-100 compliant SDRAMs, a Rev 2.1 compliant

RM7000

Abstract: marvell ethernet switch GT-64120A IEEE754 RM7000A
Contextual Info: RM7000A 64-Bit MIPS RISC Microprocessor with Integrated L2 Cache FEATURES 125 MHz max. freq., multiplexed address/data bus SysAD • Supports two outstanding reads with out-of-order return High-performance floating-point unit • 800 MFLOPS maximum • IEEE754 compliant single and

RM7000C

Abstract: RM7000 600MHz RM7000 GT-6424 IEEE754
Contextual Info: RM7000C Preliminary 64-Bit MIPS RISC Microprocessor with Integrated L2 Cache FEATURES 1600 Mbyte per-second peak throughput • 200 MHz max. freq., HSTL multiplexed address/data bus SysAD200 • Supports two outstanding reads with out-of-order return High-performance floating-point unit

Contextual Info: System Interface Protocols Chapter 11 Introduction The following sections contain a cycle-by-cycle description of the system interface protocols for each type of R5000 processor and external request. Address and Data Cycles Cycles in w hich the SysAD bu s contains a valid address are called

32 pin eprom to eprom copier circuit

Abstract: VR5432 NEC VR4310 NEC BONITO VR4310 MIPS R4X00 sdram PC-100 VR4305 NEC disk controller SO-DIMM 100-pin
Contextual Info: Bonito VR family System Controller for MIPS CPUs Product Letter Description The ‘Bonito’ is a system controller especially designed for MIPS RISC microprocessors with a 32-bit SysAD bus. ‘Bonito’ incorporates a simple and fast memory interface for PC-100 compliant

R3051

Abstract: R4650 R4700 TN-26 64-Bit Microprocessors
Contextual Info: ORION SYSAD OUTPUT TIMING ISSUES TECHNICAL NOTE TN-26 Integrated Device Technology, Inc. by Robert Napaa INTRODUCTION The IDT Orion™ Family of 64-bit microprocessors supports a wide variety of processor-based applications, including 32bit Windows NT desktop or notebook systems and embedded

5261A

Abstract: MIPS 32-bit bus architecture ieee 32 bit floating point multiplier GALILEO TECHNOLOGY 32-bit microprocessor pipeline architecture V340HPC Marvell IEEE754 RM5231A RM5261A
Contextual Info: RM5231A/5261A 64-Bit MIPS RISC Microprocessor with 32/64-Bit System Bus FEATURES • Dual-Issue 64-bit Superscalar architecture • High-performance 64-bit integer unit • High-throughput fully pipelined 64bit floating point unit IEEE754 • High performance SysAD interface

Contextual Info: RM9120 Preliminary FEATURES AM RM9120 Integrated Microprocessor NETWORKING INTERFACES • A CPU core compatible with the MIPS64 Instruction Set Architecture. • High-speed integrated DDR SDRAM, SysAD, Local Bus, HyperTransport, and Ethernet MAC interfaces. Option

Contextual Info: Product Brief TMPR4951BFG–200 TX4951B 64-Bit RISC Processor Highlights Description • 32-bit SysAD bus support The TX4951B is a 64-bit RISC (Reduced Instruction Set Computer) microprocessor that is a low-cost, low-power microprocessor developed for interactive

TMPR4955BFG/CFG

Contextual Info: Product Brief TMPR4955BFG/CFG, TMPR4956CXBG TX4955/TX4956 64-Bit RISC Processor Highlights Description • SysAD bus support The TX4955/TX4956 is a 64-bit RISC (Reduced Instruction Set Computer) microprocessor that is a low-cost, lowpower microprocessor developed for

GT-64120A

Abstract: RM7000 RM7000B IEEE754
Contextual Info: RM7000B Preliminary 64-Bit MIPS RISC Microprocessor with Integrated L2 Cache FEATURES 125 MHz max. freq., multiplexed address/data bus SysAD • Supports two outstanding reads with out-of-order return High-performance floating-point unit • 1000 MFLOPS maximum

SR71010A

Abstract: L2 cache L3 cache MIPS64 ieee intelligent image processing line-locked SR7101 SR71010 MIPS64 instruction set
Contextual Info: SR71010A TM MIPS64 SUPERSCALAR MICROPROCESSOR ENGINES FOR THE DIGITAL AGE TM TM The SR71010A is a true 2-way superscalar MIPS64 PC gen iTLB BHT buffer i-cache decode BRU register file FP reg file dispatch dispatch ALUx ALUy LD/ST MOV LOAD SysAD & L3 Interface

TMPR4951F

Contextual Info: TO SHIBA TMPR4951F TOSHIBA RISC PROCESSOR TENTATIVE TMPR4951F 64-bit RISC MICROPROCESSOR 1. GENERAL DESCRIPTION The TMPR4951F is a 64-bit RISC (Reduced Instruction Set Computer) microprocessor that is a lowcost, low-power microprocessor developed for interactive consumer applications including LBP,