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Part : ERA-2ARC4640X Supplier : Panasonic Electronic Components Manufacturer : Avnet Stock : - Best Price : $0.0982 Price Each : $0.1119
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RC4640

Catalog Datasheet MFG & Type PDF Document Tags

IDT79RC4640

Abstract: RC3041 policy To keep the RC4640's high-performance pipeline full and operating efficiently, the RC4640 , development of RC4640-based systems, allowing a wide variety of customers access to the processor , The RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE , physical address space (kseg1) Unmapped, 0.5GB Table 3 shows the CP0 registers of the RC4640. Number , , although some changes have been implemented. Table 4 is an overview of the caches found on the RC4640. 2
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IDT79RC4640 RC3041 RC4650 IDT79RC4640TM 3200MB/ RC4000 125MH RC64574 100MH
Abstract: RC4640's high-performance pipeline full and operating efficiently, the RC4640 incorporates on-chip , Mul-Add/sec. An array of tools facilitates rapid development of RC4640-based systems, allowing a wide , RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE Standard , the RC4640. 1XPEHU 1DPH 0 1 2 3 4-7, 10, 2025, 29, 31 8 9 11 12 13 14 15 16 17 IBase IBound DBase , been implemented. Table 4 is an overview of the caches found on the RC4640. Miss restart after Integrated Device Technology
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133MH 150MH 180MH 200MH 267MH IDT79

MAB100

Abstract: maa 550 of RC4640-based systems, tion. The register file consists of two read ports and one write port and , , allowing this high-performance to be achieved with simple programming. The RC4640's floating-point , Operation "#$ Table 3 shows the CP0 registers of the RC4640. %& $&' ABS 1 , ! To keep the RC4640's high-performance pipeline full and operating efficiently, the , RC4640. 0x80000000 0x7FFFFFF User virtual address space (useg) Mapped, 2.0GB 0x00000000
Integrated Device Technology
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MAB100 maa 550 2400MB/ IDT79RV4640
Abstract: tools facilitates rapid development of RC4640-based systems, tion. The register file consists of two , high-performance to be achieved with simple programming. The RC4640's floating-point execution units perform , Table 3 shows the CP0 registers of the RC4640. The floating-point register file is made up of , physical address space (kseg0) Unmapped, 0.5GB To keep the RC4640's high-performance pipeline full and , of the caches found on the RC4640. 0x80000000 0x7FFFFFF User virtual address space (useg Integrated Device Technology
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79r4640

Abstract: 79rv4640 rapid development of RC4640-based systems, allowing a wide variety of customers access to the processor , RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE Standard , registers of the RC4640. Number Name Uncached kernel physical address space (kseg1) Unmapped, 0.5GB , word Parity per-word per-byte Cache locking To keep the RC4640's high-performance , is an overview of the caches found on the RC4640. 2-way set associative 2-way set associative
Integrated Device Technology
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79r4640 79rv4640 79R4640 79RV4640

IDT79RC4640

Abstract: RC3041 of tools facilitates rapid development of RC4640-based systems, allowing a wide variety of , . )ORDWLQJ03RLQW#8QLWV The RC4640's floating-point execution units perform single precision arithmetic, as , physical address space (kseg1) Unmapped, 0.5GB Table 3 shows the CP0 registers of the RC4640. 1XPEHU , . writeback /writethru To keep the RC4640's high-performance pipeline full and operating efficiently, the , RC4640. Line transfer order read sub-block order read sub-block order write sequential
Integrated Device Technology
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IDT79R4640

MIPS R4000

Abstract: policy To keep the RC4640's high-performance pipeline full and operating efficiently, the RC4640 , of tools facilitates rapid development of RC4640-based systems, allowing a wide variety of , The RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE , physical address space (kseg1) Unmapped, 0.5GB Table 3 shows the CP0 registers of the RC4640. Number , , although some changes have been implemented. Table 4 is an overview of the caches found on the RC4640. 2
Integrated Device Technology
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MIPS R4000
Abstract: development of RC4640-based is fully bypassed to minimize operation latency in the pipeline. systems, allowing , bit DMULT, DMULTU any DIV, DIVU DDIV, DDIVU any any The RC4640's floating-point execution , shows the CP0 registers of the RC4640. " The floating-point register file is made up , decoding interrupts from general purpose exceptions. ! ! To keep the RC4640's high-performance , an overview of the caches found on the RC4640. User virtual address space (useg) Mapped, 2.0GB Integrated Device Technology
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180-200MH

RC4640

Abstract: RC4650 the RC4640. Selecting between the two CPU options is accomplished through hardware jumpers. However , performance of either the RC4650 or the RC4640. The S440 supports 32-bit system interface for the RC4640 and , Evaluation & Reference Boards Integrated Device Technology IDT 79S440 RC4640/50 Daughter Card Features x RC4650/RC4640 highly integrated RISController CPU support x RC4640 clock generation circuitry x 3.3V and 5V operation x 32-bit system interface support for RC4640 x
Integrated Device Technology
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79S465 79S467 MQUAD RC4640/50 RC4650/RC4640 IDT79S440 RC4700 RC3630

IDT79RC4640

Abstract: RC3041 development of RC4640-based systems, allowing a wide variety of customers access to the processor , RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE Standard , periodic interrupt. Table 3 shows the CPO registers of the RC4640. Number Name Function 18 IWatch , avoid decoding interrupts from general purpose exceptions. Cache Memory To keep the RC4640's , . Table 4 is an overview of the caches found on the RC4640. Instruction Cache The RC4640 incorporates a
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IDT79RC4640T
Abstract: RC4640-based systems, allowing a wide variety of customers access to the processor's high-performance , . Floating-Point Units The RC4640â'™s floating-point execution units perform single preci­ sion arithmetic, as , the CPO registers of the RC4640. In s tru c tio n L a te n c y ABS 1 N u m b er MOV , (ksegO) To keep the RC4640's high-performance pipeline full and oper­ Unmapped, 0.5GB ating , the RC4640. 0x00000000 Instruction Cache Figure 1: Mode Virtual Addressing (32-bit mode -
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4640T 67MFI

RC64574

Abstract: RC4640 supported on the RC4640. The JTAG pins should not be exercised if the RC4640 is fitted. The table below , , but it can be selected at boot time. This feature is not supported on the RC4640. VHXVV, HUDZWIR6 , by the RC4640. This optional exception vector is enabled through the CP0 Cause Register bit 23 , & The RC64474 and the RC64574 do not include the "CAlg Register" that is implemented on the RC4640. The , attribute of every memory region on the RC4640. This mechanism is accomplished by using the TLB on the
Integrated Device Technology
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TN-46 RC64475 RC64575 RISCore4000 RC4640/RC64474/RC64574 RC4640-

RC4640

Abstract: RC4650 is not supported on the RC4640. The JTAG pins should not be exercised if the RC4640 is fitted. The , compatibility with the RC4640, but it can be selected at boot time. This feature is not supported on the RC4640. , the RC4640. This optional exception vector is enabled through the CP0 Cause Register bit 23 (Cause.IV , RC64474 and the RC64574 do not include the "CAlg Register" that is implemented on the RC4640. The CAlg , every memory region on the RC4640. This mechanism is accomplished by using the TLB on the RC64474 and
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Abstract: facilitates rapid development of RC4640-based systems, allowing a wide variety of customers access to the , rounding modes. The RC4640's floating-point execution units perform single precision arithmetic , periodic interrupt. Table 3 shows the CP0 registers of the RC4640. 0 1 2 3 IBase IBound DBase , first word per-byte set A ! ! To keep the RC4640's high-performance pipeline full and operating , found on the RC4640. Miss restart after transfer of Parity Cache locking entire line per-word set Integrated Device Technology
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MAB100

Abstract: RC306 RC4640's high-performance pipeline full and oper ating efficiently, the RC4640 incorporates on-chip , facilitates rapid development of RC4640-based systems, is fully bypassed to minimize operation latency in the , RC4640's floating-point execution units perform single preci sion arithmetic, as specified in IEEE Standard , registers of the RC4640. Number 0 1 2 3 4-7,10, 2025, 29, 31 8 9 11 Name IBase IBound DBase DBound - , been implemented. Table 6 is an overview of the caches found on the RC4640. 0x80000000 0X7FFFFFF
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RC306 DT-408 MAA550 IDT79RC46401

RC40

Abstract: IDT79RC4640 RC4640-based systems, allowing a wide variety of customers access to the processor's high-performance , WQLR3JQLWDRO) DIV, DIVU The RC4640's floating-point execution units perform single precision arithmetic , Table 3 shows the CP0 registers of the RC4640. Kernel virtual address space (kseg2) Unmapped, 1.0 , HKFD& \ URPH0 HKFD& \ URPH0 HKFD& To keep the RC4640's high-performance pipeline full and , of the caches found on the RC4640. 8KB Organization The RC4640 also adds the capability to
Integrated Device Technology
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RC40
Abstract: of tools facilitates rapid development of RC4640-based systems, allowing a wide variety of customers , RC4640's floating-point execution units perform single precision arithmetic, as specified in IEEE Standard , . Table 3 shows the CP0 registers of the RC4640. Number 0 1 2 3 Name IBase IBound DBase DBound Function , exceptions. Cache Memory To keep the RC4640's high-performance pipeline full and operating efficiently, the , RC4640. Instruction Cache The RC4640 incorporates a two-way set associative on-chip instruction cache Integrated Device Technology
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diode 1nu

Abstract: 53c810 Evaluation & Reference Boards Algorithmics P-4032 algori thmics RC4640 Single Board Computer Features x Description IDT RC4640 and RC64474 processors offering 100MHz+ 64-bit power , available x CPU: IDT RC4640 and RC64474 at 50-67MHz interface speed. Various configurations are , general-purpose parallel I/O x Windows CE support CPUs Supported RC4640, RC64474 Host Platforms , 1995/96 in response to increasing customer interest in the low-cost RC4640 variants of the MIPS CPU
Algorithmics
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diode 1nu 53c810 mini project on risc architecture BSP386 53C81 sun sparc pinout 53C810

85C30

Abstract: crt terminal interface block diagram and software environment. It is also intended for evaluation and development with the RC4640, RC4650 , RC4650, the 79S440 and 79S467 are needed for the RC4640, the 79S500 is needed for the RC5000, the , from a 64-bit system interface to a 32-bit interface to support the RC4640, RC4650, RC64474 and , plugged-in. CPUs Supported RC4700, RC4640 (w/79S440 and 79S467), RC4650 (w/79S440), RC5000 (w/79S500
Integrated Device Technology
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DP83932 85C30 crt terminal interface block diagram Sonic DP83932 sram 2Mbyte crt monitor functional diagram 79S474

gt-64111-P-1

Abstract: GT-64111 GT-64111 Product Preview Revision 1.1 FEB 4, 1999 System Controller for RC4640, RM523X and , Support the following 32-bit bus CPUs: - IDT RC4640 and RC4650 (in 32-bit mode) - QED RM523X - NEC , -64111 System Controller for RC4640, RM523X and VR4300 CPUs 2 Revision 1.0 GT-64111 System Controller for RC4640, RM523X and VR4300 CPUs Table of Contents 1. OVERVIEW , Revision 1.0 35 35 35 36 36 36 39 39 39 40 43 GT-64111 System Controller for RC4640
Galileo Technology
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gt-64111-P-1 diode sy 526 mips r4000 pin diagram gt-64011-p GT64111P1 NEC VR4300 512MB 256KB-16MB 160MB GT-64011

53C810

Abstract: AP605 Evaluation & Reference Boards Algorithmics P-4032 algori thmics RC4640 Single Board Computer Features x Description IDT RC4640 and RC64474 processors offering 100MHz+ 64-bit power with a 32 , available x CPU: IDT RC4640 and RC64474 at 50-67MHz interface speed. Various configurations are , general-purpose parallel I/O x Windows CE support CPUs Supported RC4640, RC64474 Host Platforms , 1995/96 in response to increasing customer interest in the low-cost RC4640 variants of the MIPS CPU
Integrated Device Technology
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AP605 i486 PC MOTHERBOARD CIRCUIT diagram ht6542b CMA110 85C30 schematic HT6542 00/RC5000 ISO9001 RM200

XXXW

Abstract: EQUIVALENT TIMER IC WITH CD 4060 % pin compatibility between RC64474 and RC4640 100% pin compatibility between RC64475 and RC4650 RC64474 , W/RC4640 >330MIPS 125 mflops, single and double precision 16kB/16kB, 2-way, lockable 31-or 64 , space (ksegl) Unmapped, 0.5GB designs based on IDT's RC4640/RC4650 processors2, through full pin and , bits. The RC64474 supports a 32-bit system interface3 that is bus compatible with the RC4640. During 32 , provides the same write operations timing as the RC4640, RC4650, and RC5000 processors. 3- More details
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XXXW EQUIVALENT TIMER IC WITH CD 4060 mab100-m 4000TM RC64474TM RC64475TM RC4700- 500MB/ RC4000/RC5000
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