IDT79RC64T574-250DZ IDT, Integrated Device Technology Inc, IDT79RC64T574-250DZ Datasheet

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IDT79RC64T574-250DZ

Manufacturer Part Number
IDT79RC64T574-250DZ
Description
IC MPU 64BIT EMB 250MHZ 128-QFP
Manufacturer
IDT, Integrated Device Technology Inc
Datasheet

Specifications of IDT79RC64T574-250DZ

Processor Type
RISC 64-Bit
Speed
250MHz
Voltage
2.5V
Mounting Type
Surface Mount
Package / Case
128-QFP
Lead Free Status / RoHS Status
Contains lead / RoHS non-compliant
Features
-
Other names
79RC64T574-250DZ

Available stocks

Company
Part Number
Manufacturer
Quantity
Price
Part Number:
IDT79RC64T574-250DZ
Manufacturer:
IDT, Integrated Device Technology Inc
Quantity:
10 000
Features
Features
Features
Features
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2001 Integrated Device Technology, Inc.
– 250MHz operating frequency
– >330 Dhrystone MIPS performance
– 300MFLOPS/s floating-point performance
– Up to 125 million multiply accumulate per second (MAC/s)
– MIPS-IV Instruction Set Architecture (ISA), with integer DSP
– Limited dual-issue microarchitecture
– DSP Extensions, for consumer applications
– 2-cycle repeat rate, on atomic Multiply-add
– Multiply-subtract (MSUB) support, for complex number
– Count-leading-zero/one support, for string searches and
– 32kB, two-set associative instruction cache (I-cache)
– 32kB, two-set associative data cache (D-cache)
– Write-through and write-back data cache operations
– High-performance cache-ops, bandwidth management
High-performance 64-bit embedded Microprocessor
Compatible with RC4640 and RC32364 DSP extensions
High-performance on-chip cache subsystem
I-cache and D-cache locking capability (per line), provides
improved real-time support
Joint TLB on-chip, for virtual-to-physical address mapping
and 3-operand integer multiply extensions
processing
normalization
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IDT and the IDT logo are registered trademarks of Integrated Device Technology, Inc.
PLL
ClkIn
Advanced 64-bit
Microprocessors
Product Family
2 set-associative
Figure 1 RC64574/RC64575 Block Diagram
Execution Unit
Accelerator
Instruction
(Lockable)
Integer
64-bit
Cache
DSP
32kB
Dual-Issue Instruction Fetch Unit
Primary Cache Controller
RC64474/475 Compatible
System Interface
64-bit/32-bit
1 of 28
2 set-associative
Floating-Point
666 MFIOPS
(Lockable)
Accelerator
IEEE 1284
Cache
32kB
Data
– On-chip 48-entry, 96-page TLB, for advanced operating
– Compatible with major operating systems:
– Pipeline runs at 2 to 8 times the bus frequency
– Bus speeds to 125MHz
– 32-bit bus option, for lower cost systems
– Enhanced timing protocol for SyncDRAM systems (compatible
– 32-bit SysAd bus, for low-cost systems
– Pin compatible with RC4640 and RC64474
– 128-pin QFP package
– 64-bit SysAd bus interface
– Pin compatible with RC4650 and RC64475
– 208-pin QFP package
Big- or Little-endian capability
RC5000 compatible memory management
Bus compatible with IDT 64-bit microprocessor families
RC64574:
RC64575:
Industrial temperature range support
JTAG Boundary Scan Interface
2.5V operation with 3.3V tolerant I/O
system support
Windows
with IDT79RC64474/475)
System Control
®
Compatible
Coprocessor
48-entry
RC5000
CE, VxWorks, and others
96-page
TLB
December 14, 2001
79RC64574
79RC64575
DSC 5607

Related parts for IDT79RC64T574-250DZ

IDT79RC64T574-250DZ Summary of contents

Page 1

Features Features Features Features High-performance 64-bit embedded Microprocessor – 250MHz operating frequency – >330 Dhrystone MIPS performance – 300MFLOPS/s floating-point performance – 125 million multiply accumulate per second (MAC/s) – MIPS-IV Instruction Set Architecture (ISA), with integer DSP ...

Page 2

Device Overview Device Overview Device Overview Device Overview IDT’s 79RC64574/575 processors serve a wide range of mance-critical embedded applications that include high-end internet- working systems, digital set-top boxes, web browsers, color printers, and graphics ...

Page 3

Instruction Set Architecture Instruction Set Architecture Instruction Set Architecture Instruction Set Architecture The RC64574/575 implement a superset of the MIPS-IV 64-bit ISA, including CP1 and CP1X functional units and their instruction set. Both 32- and 64-bit data operations ...

Page 4

A boot-time selectable option to run the system interface as 32-bits wide—using basically the same protocols as the 64-bit system—is also supported. A boot-time mode ...

Page 5

Choosing a 32- or 64-bit wide system interface dictates whether a cache line block transaction requires 4 double word data cycles or 8 single word cycles as well as whether a single data transfer—larger than 4 bytes—must be ...

Page 6

September 9, 1999: Made several changes in JTAG Interface section of Table 5. Added information on Pin 63 in Table 5. October 14, 1999: Revised data in the Power Consumption tables for RC64574 and RC64575. November 16, 1999: ...

Page 7

Pin Description Table Pin Description Table Pin Description Table Pin Description Table The following is a list of system interface pins available on the RC64574/575. Pin names ending with an asterisk (*) are active when low. Pin Name ...

Page 8

Pin Name Type Interrupt Interface Int*(5:0) I NMI* I Initialization Interface ColdReset* I Reset* I ModeClock O ModeIn I JTAG Interface TDI I TDO O TCK I TMS I TRST* I JTAG32* I ...

Page 9

Logic Diagram — RC64574/RC64575 Logic Diagram — RC64574/RC64575 Logic Diagram — RC64574/RC64575 Logic Diagram — RC64574/RC64575 Figure 1 illustrates the direction and functional groupings for the processor signals. SysClock TDI TDO TMS ...

Page 10

RC64575 208-pin QFP Package Pin-out RC64575 208-pin QFP Package Pin-out RC64575 208-pin QFP Package Pin-out RC64575 208-pin QFP Package Pin-out Pin names followed by an asterisk (*) are active when low. For maximum flexibility and compatibility with future ...

Page 11

Pin Function 34 SysCmd3 SysAD38 38 SysAD6 39 ModeClock 40 WrRdy* 41 SysAD37 42 SysAD5 N.C. 46 N.C. 47 N.C. 48 N.C. 49 N.C. ...

Page 12

RC64574 128-pin Package Pin-out RC64574 128-pin Package Pin-out RC64574 128-pin Package Pin-out RC64574 128-pin Package Pin-out N.C. pins should be left floating for maximum flexibility as well as for compatibility with future designs. An asterisk (*) identifies a ...

Page 13

RC64574 Socket Compatibility to RC64474 & RC4640 RC64574 Socket Compatibility to RC64474 & RC4640 RC64574 Socket Compatibility to RC64474 & RC4640 RC64574 Socket Compatibility to RC64474 & RC4640 The RC64574/575 is 100% pin compatible with the RC64474/475 with ...

Page 14

Absolute Maximum Ratings Absolute Maximum Ratings Absolute Maximum Ratings Absolute Maximum Ratings Note: Stresses greater than those listed under ABSOLUTE MAXIMUM RATINGS may cause permanent damage to the device. This is a stress rating only and functional operation ...

Page 15

Parameter clk I/O LEAK Power Consumption—RC64574 Power Consumption—RC64574 Power Consumption—RC64574 Power Consumption—RC64574 Note: The following table assumes as 4:1 pipeline to bus clock ratio. Parameter I stand-by — CC active 1. Typical integer instruction mix ...

Page 16

System Bus Speed (MHz) Figure 2 Typical Power ...

Page 17

ower Consumption—RC64575 ower Consumption—RC64575 ower Consumption—RC64575 ower Consumption—RC64575 Note: The following table assumes a 4:1 pipeline to bus clock ratio. RC64575 200MHz Parameter Typical I stand-by — CC — active, 510 mA 64-bit bus ...

Page 18

System Bus Speed (MHz) Figure 5 Maximum Power Usage - RC64575 Mode 2x 3x Mode 4x Mode ...

Page 19

Timing Characteristics—RC64574/RC64575 Timing Characteristics—RC64574/RC64575 Timing Characteristics—RC64574/RC64575 Timing Characteristics—RC64574/RC64575 Cycle SysClock SysAD,SysCmd Driven SysADC SysAD,SysCmd Received SysADC Control Signal CPU driven ValidOut* Release* Control Signal CPU received RdRdy* WrRdy* ExtRqst* ValidIn* NMI* Int*(5: active low signal Notes ...

Page 20

System Interface Parameters System Interface Parameters System Interface Parameters System Interface Parameters Parameter Data Output Data Output Hold Data Input loading on external output signals Boot-time Interface Parameters Boot-time Interface Parameters Boot-time Interface Parameters Boot-time ...

Page 21

Mode Configuration Interface Reset Sequenc Mode Configuration Interface Reset Sequenc Mode Configuration Interface Reset Sequence Mode Configuration Interface Reset Sequenc Vcc MasterClock (MClk) VCCOK ModeClock ModeIn ColdReset* Reset* Vcc Master Clock (MClk) TDS VCCOK ModeClock ...

Page 22

Electrical Characteristics C Electrical Characteristics C Electrical Characteristics C Electrical Characteristics ( +85 C Commercial, T case case Clock Parameters—RC64574/575 Clock Parameters—RC64574/575 Clock Parameters—RC64574/575 Clock Parameters—RC64574/575 Parameter Symbol Pipeline ...

Page 23

RC64575 208-pin Package Diagram RC64575 208-pin Package Diagram RC64575 208-pin Package Diagram RC64575 208-pin Package Diagram The RC64575 is available in a 208-pin QFP package December 14, 2001 ...

Page 24

RC64575 208-pin Package Diagram (page2) RC64575 208-pin Package Diagram (page2) RC64575 208-pin Package Diagram (page2) RC64575 208-pin Package Diagram (page2 December 14, 2001 ...

Page 25

RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page The RC64574 is available in a ...

Page 26

RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page ...

Page 27

RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page RC64574 128-pin Package Diagram (page CORPORATE HEADQUARTERS 2975 Stender Way Santa ...

Page 28

... IDT79RCXX Product Operating Type Voltage Valid Combinations Valid Combinations Valid Combinations Valid Combinations IDT79RC64T574 - 200, 250, DZ IDT79RC64T575 - 200, 250, DP IDT79RC64T574 - 200, 250, DZI IDT79RC64T575 - 200, 250, DPI XXXX 999 A Device Package Speed Type 128-pin QFP package, Commercia 208-pin QFP package, Commercia ...

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