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CompactPCI 9030RDK-LITE Hardware Reference Manual

CompactPCI 9030RDK-LITE HRM

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Page 1: CompactPCI 9030RDK-LITE HRM

CompactPCI 9030RDK-LITE Hardware Reference Manual

Page 2: CompactPCI 9030RDK-LITE HRM
Page 3: CompactPCI 9030RDK-LITE HRM

CompactPCI 9030RDK-LITE Hardware Reference Manual

Version 1.2

October 2004

Website: http://www.plxtech.comTechnical Support: http://www.plxtech.com/support/

Phone: 408 774-9060 800 759-3735

Fax: 408 774-2169

Page 4: CompactPCI 9030RDK-LITE HRM

© 2004 PLX Technology, Inc. All rights reserved. PLX Technology, Inc. retains the right to make changes to this product at any time, without notice. Products may have minor variations to this publication, known as errata. PLX assumes no liability whatsoever, including infringement of any patent or copyright, for sale and use of PLX products. PLX Technology and the PLX logo are registered trademarks of PLX Technology, Inc. Other brands and names are the property of their respective owners. Order Number: CPCI 9030/LITE-RDK-HRM-P1-1.2 Printed in the USA, October 2004

Page 5: CompactPCI 9030RDK-LITE HRM

PREFACE

NOTICE This document contains PLX Confidential and Proprietary information. The contents of this document may not be copied nor duplicated in any form, in whole or in part, without prior written consent from PLX Technology, Inc. PLX provides the information and data included in this document for your benefit, but it is not possible to entirely verify and test all the information, in all circumstances, particularly information relating to non-PLX manufactured products. PLX makes neither warranty nor representation relating to the quality, content, or adequacy of this information. The information in this document is subject to change without notice. Although every effort has been made to ensure the accuracy of this manual, PLX shall not be liable for any errors, incidental, or consequential damages in connection with the furnishing, performance, or use of this manual or examples herein. PLX assumes no responsibility for damage or loss resulting from the use of this manual, for loss or claims by third parties, which may arise through the use of the RDK, or for any damage or loss caused by deletion of data as a result of malfunction or repair.

ABOUT THIS MANUAL This document describes the PLX CompactPCI 9030RDK-LITE, a Reference Design Kit, from a hardware perspective. It contains a description of all major functional circuit blocks on the board and also is a reference for the creation of software for this product. This manual also includes the complete schematics and bill of materials.

REVISION HISTORY

Date Version Comments

May 2000 1.0 Hardware Reference Manual release • Updated Schematics • Other minor changes

March 2003 1.1 • Updated Table 3-2 with new value for offset 7Ah • Updated Bill of Materials • Updated Schematics

October 2004 1.2 • Updated EEPROM table, Manual and BOM

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. i

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TABLE OF CONTENTS

1. GENERAL INFORMATION...................................................................................................1 1.1 FEATURES...................................................................................................................................... 2 1.2 RDK INSTALLATION ........................................................................................................................ 2

2. SYSTEM ARCHITECTURE...................................................................................................3

3. HARDWARE ARCHITECTURE ............................................................................................5 3.1 HARDWARE MEMORY MAP .............................................................................................................. 6 3.2 PCI 9030....................................................................................................................................... 6 3.3 SERIAL EEPROM .......................................................................................................................... 7 3.4 SYNCHRONOUS DUAL-PORT RAM (DPRAM) ................................................................................ 10 3.5 HOT SWAP CONTROL CIRCUIT....................................................................................................... 10

3.5.1 Hardware Connection Control ............................................................................................. 10 3.5.2 Software Connection Control............................................................................................... 10

3.6 TEST HEADERS ............................................................................................................................ 11 3.7 PLX OPTION MODULE CONNECTOR .............................................................................................. 11 3.8 HARDWARE MODULES .................................................................................................................. 11

3.8.1 RS232 Serial Port ................................................................................................................ 11 3.8.2 Debug and Status LEDs ...................................................................................................... 11 3.8.3 Reset Circuitry ..................................................................................................................... 11 3.8.3.1 Power-on-Reset ...............................................................................................................................11 3.8.3.2 Reset Pushbutton Switch .................................................................................................................11 3.8.4 Flash ROM Socket............................................................................................................... 11

3.9 PROTOTYPING AREA..................................................................................................................... 11 3.9.1 Thirty-three (33) Surface Mount Footprints ......................................................................... 12 3.9.2 The Common BGA Landscape............................................................................................ 13

3.10 CONFIGURING THE RDK BOARD .................................................................................................... 14 3.10 CONFIGURING THE RDK BOARD .................................................................................................... 14 3.11 MEMORY ACCESS TO THE DPRAM ............................................................................................... 14

4. PCB LAYOUT CONSIDERATION ......................................................................................15 4.1 REQUIREMENTS OF STANDARDS.................................................................................................... 15 4.2 μBGA FOOTPRINT LAYOUT ........................................................................................................... 15

5. CONVERTING THE 6U BOARD TO A 3U BOARD ...........................................................16

6. CUSTOMER SUPPORT......................................................................................................16

7. REFERENCES ....................................................................................................................16

8. ABEL CODE / BILL OF MATERIALS / SCHEMATICS......................................................17 8.1 ABEL CODE FOR U13................................................................................................................... 17

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. iii

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Contents / Figures / Tables

LIST OF FIGURES

FIGURE 1-1. COMPACT PCI 9030RDK-LITE LAYOUT DIAGRAM (6U/4HP CARD) ..........................1

FIGURE 2-1. COMPACTPCI 9030RDK-LITE SYSTEM ARCHITECTURE...........................................3

FIGURE 3-1. COMPACTPCI 9030RDK-LITE HARDWARE BLOCK DIAGRAM....................................5

FIGURE 3-2. BGA LANDSCAPES ................................................................................................13

LIST OF TABLES

TABLE 3-1. COMPACTPCI 9030RDK-LITE MEMORY MAP.............................................................6

TABLE 3-2. CONTENTS OF THE SERIAL EEPROM .........................................................................8

TABLE 3-3. PROTOTYPING FOOTPRINTS AND PROTOTYPING AREA ON THE

COMPACTPCI 9030RDK-LITE BOARD .....................................................................12

TABLE 8-1. BILL OF MATERIALS ..................................................................................................19

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 iv © 2004 PLX Technology, Inc. All rights reserved.

Page 9: CompactPCI 9030RDK-LITE HRM

1. General Information

5VCC

3.3V

GND

3.3V

GND

16 pinSOIC

16 pinSOIC

16 pinSOIC

16 pinSOIC

20 pinSSOIC

20 pinSOIC

20 pinSOIC

20 pin SOIC

208/144/80

PQFP

footprints

44 pinTQFP

20 pinPLCC

54 pin TSOP54 pin TSOP

84/68/44/28

PLCC

footprints

25x25 0.1" through holeprototyping area

176/100/48

PQFP

footprints

48 pinSSOP

48 pinSSOP

24 pinSSOP

24 pinSSOP

LAH

1

LAH

2

DPRAMU8

16 pinSSOP

16 pinSSOP

28 pin SOIC28 pin SOIC

48 pinSSOP

48 pinSSOP

LEDs

Hot SwapCircuit

POM ConnectorLA

H1

LAH

2

DPRAMU12

DPRAMU11

J3

LAH3

LAH4LAH6

LAH5GAL

PCI9030Blue

LED

switch

DB 9Connector reset circuit

RS232 Port

FlashROM

Socket

60MHzOSC

LED's

CP

CI c

onne

ctor

J1

26x26 0.05"pitch BGAlandscape

SerialEEPROM

Figure 1-1. CompactPCI 9030RDK-LITE Layout Diagram (6U/4HP Card)

The CompactPCI 9030RDK-LITE Reference Design Kit (RDK) is a CompactPCI bus target prototyping kit, which can be used for custom design development such as networking, telecom, imaging, industrial, and storage applications using the PLX PCI 9030 SMARTarget™ I/O Accelerator chip. The reference design kit allows customers to create designs with or without a microprocessor.

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. 1

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Section 1 General Information RDK Installation

1.1 Features The CompactPCI 9030RDK-LITE Reference Design Kit (RDK) is a 6U CompactPCI Bus Target Prototyping Kit, which contains a six-layer, assembled PC board with the dimensions of 6.30” L x 9.19” W and the following features: • PLX PCI 9030 SMARTarget™ I/O

Accelerator in 180-pin 0.8mm pitch μBGA package.

• Socketed serial EEPROM for configuring PCI 9030

• Supports both multiplexed and non-multiplexed bus modes

• Thirty-three (33) surface mount prototyping footprints and a 0.05” pitch BGA landscape, which can be used with different FPGAs, CPLDs, SDRAMs, SRAMs, data transceivers and general-purpose logic devices.

• Socketed 32-pin PLCC footprint provides designers with a place for their flash boot ROM.

• On-board, up to 32-bit synchronous dual-port, SRAM plus a small 20-pin programmable GAL demonstrating PCI 9030 continuous burst read/write features. It allows the user to plug the board into a PCI system and be operational immediately.

• Four (4) green user defined status/debug LEDs and one (1) red power on LED.

• Built-in DB9 connector, RS232 transceiver, and UART for easy addition of a serial port to the Local bus.

• A push button switch and a reset generator are capable of generating reset signals to any device on the board.

• Socketed oscillator for Local bus clock and PLL, provide up to 60 MHz clock.

• The Hot Swap control circuit allows the orderly insertion and removal of the board without adversely affecting system operation.

• Six logic analyzer headers with standard HP footprints allow easy probing of Local bus signals.

• PLX Multiplexed bus mode Option Module (POM) connector provides connection to other PLX POMs or customer devices.

• A 25x25 0.1-inch grid through-hole area allows easy prototyping with through-hole components.

• By cutting the 6U front panel to 3U and detaching the upper portion of the PC board, the RDK can be converted to a 3U board

1.2 RDK Installation 1. Turn off the power of the

CompactPCI system.

2. Wear user-suitable grounding straps.

3. Align the 6U board with the top and bottom guide rails and slide the board into an available single slot.

4. Make sure the board is completely plugged in and lock both handles at the front panel.

5. Plug the power cord into the power receptacle again and turn on the power switch of the CompactPCI system.

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 2 © 2004 PLX Technology, Inc. All rights reserved.

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2. System Architecture

CompactPCI BUS, 32-bit, 33MHz

PCI 9030(µBGA)

LOCAL BUS

POMConnector

TestHeaders

SerialPort

ResetCircuit

Flash ROMSocket

PrototypingArea &

Footprints

UsersDefinedLEDs

SynchronousDual-port

RAM4Kx18

SynchronousDual-port

RAM4Kx18

Separate Bus

Hot SwapControl Circuit

Back End Power

up to 32-bit, 60MHz

Localreset

ControlsBack EndPower

Early Power EjectorSwitch

BlueLED

EEPROM

Figure 2-1. CompactPCI 9030RDK-LITE System Architecture

As shown in Figure 2-1, the RDK board contains:

• A PCI 9030 SMARTarget™ I/O Accelerator

• Four components (two 4Kx18 Synchronous Dual-Port RAMs, Test Headers, and POM connector) that connect to the PCI 9030 Local bus

• Four commonly used hardware modules (Serial Port, Reset Circuit, LEDs, and Flash ROM Socket)

• A Hot Swap control circuit • Many carefully selected prototyping

footprints throughout 70% of the board area.

The RDK is shipped with one Synchronous Dual-Port RAM (DPRAM) on the board as the default. A PCI master adapter card residing on the PCI bus can perform single memory read/write cycles, and continuous

burst memory read/write from/to the left port of the DPRAM in direct slave mode. Four hardware modules on the RDK provide some basic hardware building blocks for almost any PCI 9030 design.

The Hot Swap control circuit controls the current rise when the components and circuits receive power at the local bus, providing backend power status to the system controller and the local reset signal to the PCI 9030 device.

The thirty-three (33) surface mount footprints include many SOIC, SSOP and TSOP footprints for common logic ICs and many PLCC and PQFP footprints for common FPGAs and CPLDs. Also, the BGA landscape and the through-hole prototyping area provide additional flexibility.

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. 3

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3. Hardware Architecture This section provides a detailed description of the hardware of the CompactPCI 9030RDK-LITE. Figure 3-1 shows the hardware block diagram of the RDK.

PCI 9030Address Bus

Data Bus

Control Bus

SerialEEPROM

Local BusClock Circuit

60MHz

ADSLLW/RLCS0L

BLASTL16V8GAL

LOCAL BUSUp to 32-bit, 60MHz

CompactPCI BUS32-bit, 33MHz

CE0L

DPADSL

R/WL

Address Bus

Data bus

Control Bus

Resistor Networks to configure16 or 32 bit address bus

Synchronous Dual-Port RAM4Kx18

Left Port Right Port

Synchronous Dual-Port RAM4Kx18

Left Port Right Port

Separate Bus

POMConnector

TestHeaders

Hardware modules

Serial Port

Reset Circuit

Users defined LEDs

Flash ROM Socket

PrototypingArea &

Footprints

Hot Swap ControlCircuit

BD_Select#

Healthy#

PCI_Reset#

Local_Reset#3.3V Early Power

MOSFET

5 Volt Power

5V/3.3VLDO

2A To BackEnd

Circuits

EjectorSwitch

BlueLED

ENUM#

Figure 3-1. CompactPCI 9030RDK-LITE Hardware Block Diagram

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. 5

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Section 3 Hardware Architecture PCI 9030

3.1 Hardware Memory Map

Table 3-1. CompactPCI 9030RDK-LITE Memory Map Address Range Device Chip Select Comments

FFF FFFF Programmable Unused Can be assigned to

CS2#-CS3# Available

Programmable 000 4000 POM connector CS1# Programmable

000 3FFF 000 0000

Two DPRAM (U11 and U12) CS0# 32-bit access

000 1FFF 000 0000

One DPRAM (U11only) CS0# 16-bit access

Note: If two DPRAMs (U11 and U12) are used for 32-bit access, the address range will be 000 0000 – 000 3FFFh.

3.2 PCI 9030 The PCI 9030, a 32-bit, 33MHz PCI Bus Target Interface chip with SMARTarget™ technology, is the most advanced feature rich, general-purpose, bus target device available in the market today.

• PCI v2.2 Compliant: The PCI 9030 enables up to 132 Mbytes/second in PCI burst transfers and up to 240 Mbytes/second burst transfers on the 60MHz Local bus.

• PCI Target Read Ahead Mode: The PCI 9030 will pre-fetch a programmable amount of data from the Local bus. The pre-fetched data can then be burst transferred on the PCI bus from the PCI 9030 internal PCI Target Read FIFO. The pre-fetched size can be programmed to match the PCI master burst length or can be used as PCI Target Read Ahead mode data. This feature allows for increased bandwidth and reduced read latency.

• PCI Target Programmable Burst: The PCI 9030 may be programmed for several burst lengths, including unlimited burst. This allows for maximum transfer rates on both PCI and Local buses.

• PCI Target Delay Write: The PCI 9030 supports PCI Target Delay Write mode where the PCI target write data is postponed in the PCI Target Write FIFO to allow uninterrupted burst transactions on the Local bus. This allows for a higher throughput for conditions in which the PCI clock frequency is slower than the local clock frequency or when Local bus bursting is desirable.

• Posted Memory Write: A PCI memory write can be posted to the PCI 9030 for later transfer to the Local bus. This allows for maximum PCI performance and avoids potential deadlock situations.

• Programmable Local bus operates up to 60MHz and supports both non-multiplexed and multiplexed 32-bit address/data and Dynamic Local Bus width control allowing slave accesses to 8-, 16-, or 32-bit devices.

• Supports 5 PCI to local address spaces. These spaces (Space 0, 1, 2, 3 and Expansion ROM space) allow a PCI Bus Master to access the local memory spaces with individually programmable wait states, bus widths, and burst capabilities.

• Up to 9 programmable General Purpose I/Os, which may be used for a variety of purposes.

• Four programmable chip selects eliminate external decode circuits.

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 6 © 2004 PLX Technology, Inc. All rights reserved.

Page 15: CompactPCI 9030RDK-LITE HRM

Section 3 Serial EEPROM Hardware Architecture

• CompactPCI Hot Swap Ready: The PCI 9030 supports LEDon#, CPCISW, BD_SEL# and ENUM# signals as well as Hot Swap capabilities registers – HS_CNTL, HS_NEXT, and HS_CSR.

• Supports automatic on-the-fly Big Endian and Little Endian conversion for all operations and data types.

• Interrupt Generator can assert PCI interrupts from external and internal sources

• Fully supports the Vital Product Data (VPD) PCI v2.2 extension including New Capabilities Structure. Provides an alternate access method for user or system-defined parameters or configuration data.

3.3 Serial EEPROM The CompactPCI 9030RDK-LITE board can boot with or without the presence of the serial EEPROM. The RDK is shipped with a 2K-bit, 3.3V serial EEPROM which is used for PCI 9030 initialization. The serial EEPROM directly connects to the PCI 9030 through its four-pin interface. A total of 136 bytes of data is preprogrammed to the EEPROM to bring up the RDK after the system reset. The data includes the device and functional information for plug-and-play (PnP), PCI memory resource allocation and initial values of PCI 9030 internal registers. Also, it includes the PCI 9030 chip select programming, CS0L, which becomes active when the DPRAM is selected at the address range 0000000 to 0001FFFh and programs the wait states of DPRAM read/write cycles. Once the RDK initializes correctly, customers can perform memory read/write with the DPRAM, using PLXMon® to examine the serial EEPROM contents or reprogram it with user defined data files.

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. 7

Page 16: CompactPCI 9030RDK-LITE HRM

Hardware Architecture Serial EEPROM

Table 3-2. Contents of the Serial EEPROMSerial

EEPROM Offset

Register Offset Register Description Register Bits Affected Register Values

(Hex)

00h PCI 02h Device ID PCIIDR[31:16] 30C1

02h PCI 00h Vendor ID PCIIDR[15:0] 10B5 04h PCI 06h PCI Status PCISR[15:0] 0290 06h PCI 04h PCI Command Reserved 0000 08h PCI 0Ah Class Code PCICCR[23:8] 0680 0Ah PCI 08h Class Code / Revision PCICCR[7:0] / PCIREV[7:0] 0001 0Ch PCI 2Eh Subsystem ID PCISID[15:0] 9030 0Eh PCI 2Ch Subsystem Vendor ID PCISVID[15:0] 10B5 10h PCI 36h Reserved Reserved 0000 12h PCI 34h Reserved / New Capability Pointer Reserved / CAP_PTR[7:0] 0040

14h PCI 3Eh (Maximum Latency and Minimum Grant are not loadable) Reserved 0000

16h PCI 3Ch Interrupt Pin / (Interrupt Line Routing is not loadable) PCIIPR[7:0] / PCIILR [7:0] 0100

18h PCI 42h MSW of Power Management Capabilities PMC[14:11, 5, 3:0] 4802

1Ah PCI 40h Power Management Next Capability Pointer / Power Management Capability ID PMNEXT[7:0] / PMCAPID[7:0] 4801

1Ch PCI 46h Power Management Data / PMCSR Bridge Support Extension Reserved 0000

1Eh PCI 44h LSW of Power Management Control/Status PMCSR[14:8] 0000 20h PCI 4Ah Hot Swap Control/Status Reserved 0000

22h PCI 48h LSW of Hot Swap Next Capability Pointer / Hot Swap Capability ID HS_NEXT[7:0] / HS_CNTL[7:0] 4C06

24h PCI 4Eh PCI Vital Product Data Address Reserved 0000

26h PCI 4Ch PCI Vital Product Data Next Capability Pointer/ PCI Vital Product Data Capability ID PVPD_NEXT[7:0] / PVPDCNTL[7:0] 0003

28h Local 02h MSW of Range for PCI-to-Local Address Space 0 LAS0RR[31:16] FFFF 2Ah Local 00h LSW of Range for PCI-to-Local Address Space 0 LAS0RR[15:0] E000 2Ch Local 06h MSW of Range for PCI-to-Local Address Space 1 LAS1RR[31:16] 0000 2Eh Local 04h LSW of Range for PCI-to-Local Address Space 1 LAS1RR[15:0] 0000 30h Local 0Ah MSW of Range for PCI-to-Local Address Space 2 LAS2RR[31:16] 0000 32h Local 08h LSW of Range for PCI-to-Local Address Space 2 LAS2RR[15:0] 0000 34h Local 0Eh MSW of Range for PCI-to-Local Address Space 3 LAS3RR[31:16] 0000 36h Local 0Ch LSW of Range for PCI-to-Local Address Space 3 LAS3RR[15:0] 0000 38h Local 12h MSW of Range for PCI-to-Local Expansion ROM EROMRR[31:16] 0000 3Ah Local 10h LSW of Range for PCI-to-Local Expansion ROM EROMRR[15:0] 0000

3Ch Local 16h MSW of Local Base Address (Remap) for PCI-to-Local Address Space 0 LAS0BA[31:16] 0000

3Eh Local 14h LSW of Local Base Address (Remap) for PCI-to-Local Address Space 0 LAS0BA[15:0] 0001

40h Local 1Ah MSW of Local Base Address (Remap) for PCI-to-Local Address Space 1 LAS1BA[31:16] 0000

42h Local 18h LSW of Local Base Address (Remap) for PCI-to-Local Address Space 1 LAS1BA[15:0] 0000

44h Local 1Eh MSW of Local Base Address (Remap) for PCI-to-Local Address Space 2 LAS2BA[31:16] 0000

46h Local 1Ch LSW of Local Base Address (Remap) for PCI-to-Local Address Space 2 LAS2BA[15:0] 0000

48h Local 22h MSW of Local Base Address (Remap) for PCI-to-Local Address Space 3 LAS3BA[31:16] 0000

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 8 © 2004 PLX Technology, Inc. All rights reserved.

Page 17: CompactPCI 9030RDK-LITE HRM

Section 3 SERIAL EEPROM Hardware Architecture

Serial Register Register ValuesRegister Description Register Bits Affected EEPROM Offset Offset (Hex)

4Ah Local 20h LSW of Local Base Address (Remap) for PCI-to-Local Address Space 3 LAS3BA[15:0] 0000

4Ch Local 26h MSW of Local Base Address (Remap) for PCI-to-Local Expansion ROM EROMBA[31:16] 0000

4Eh Local 24h LSW of Local Base Address (Remap) for PCI-to-Local Expansion ROM EROMBA[15:0] 0000

50h Local 2Ah MSW of Bus Region Descriptors for Local Address Space 0 LAS0BRD[31:16] 0040

52h Local 28h LSW of Bus Region Descriptors for Local Address Space 0 LAS0BRD[15:0] 2081

54h Local 2Eh MSW of Bus Region Descriptors for Local Address Space 1 LAS1BRD[31:16] 0080

56h Local 2Ch LSW of Bus Region Descriptors for Local Address Space 1 LAS1BRD[15:0] 0000

58h Local 32h MSW of Bus Region Descriptors for Local Address Space 2 LAS2BRD[31:16] 0080

5Ah Local 30h LSW of Bus Region Descriptors for Local Address Space 2 LAS2BRD[15:0] 0000

5Ch Local 36h MSW of Bus Region Descriptors for Local Address Space 3 LAS3BRD[31:16] 0080

5Eh Local 34h LSW of Bus Region Descriptors for Local Address Space 3 LAS3BRD[15:0] 0000

60h Local 3Ah MSW of Bus Region Descriptors for Expansion ROM EROMBRD[31:16] 0000

62h Local 38h LSW of Bus Region Descriptors for Expansion ROM EROMBRD[15:0] 0000

64h Local 3Eh MSW of Chip Select (CS) 0 Base and Range CS0BASE[31:16] 0000 66h Local 3Ch LSW of Chip Select (CS) 0 Base and Range CS0BASE[15:0] 1001 68h Local 42h MSW of Chip Select (CS) 1 Base and Range CS1BASE[31:16] 0000 6Ah Local 40h LSW of Chip Select (CS) 1 Base and Range CS1BASE[15:0] 0000 6Ch Local 46h MSW of Chip Select (CS) 2 Base and Range CS2BASE[31:16] 0000 6Eh Local 44h LSW of Chip Select (CS) 2 Base and Range CS2BASE[15:0] 0000 70h Local 4Ah MSW of Chip Select (CS) 3 Base and Range CS3BASE[31:16] 0000 72h Local 48h LSW of Chip Select (CS) 3 Base and Range CS3BASE[15:0] 0000 74h Local 4Eh Serial EEPROM Write-Protected Address Boundary PROT_AREA[6:0] 0030 76h Local 4Ch Interrupt Control/Status Register INTCSR[15:0] 0000

78h Local 52h MSW of PCI Target Response, Serial EEPROM, and Initialization Control CNTRL[31:16] 807C

7Ah Local 50h LSW of PCI Target Response, Serial EEPROM, and Initialization Control CNTRL[15:0] 4000

7Ch Local 56h MSW of General Purpose I/O Control GPIOC[31:16] 0024 7Eh Local 54h LSW of General Purpose I/O Control GPIOC[15:0] 9000

80h Local 72h MSW of Hidden 1 Power Management Data Select PMDATA[7:0] hidden, D0 and D3hot Power Dissipated 0000

82h Local 70h LSW of Hidden 1 Power Management Data Select PMDATA[7:0] hidden, D0 and D3hot Power Consumed 0000

84h Local 76h MSW of Hidden 2 Power Management Data Scale Reserved 0000

86h Local 74h LSW of Hidden 2 Power Management Data Scale

PMCSR[14:13] hidden, Bits [7:0] are used as follows: [7:6] D3hot Power Dissipated,

[5:4] D0 Power Dissipated, [3:2] D3hot Power Consumed,

[1:0] D0 Power Consumed

0000

CompactPCI 9030RDK-LITE Hardware Reference Manual v1.2 © 2004 PLX Technology, Inc. All rights reserved. 9

Page 18: CompactPCI 9030RDK-LITE HRM

Section 3 Hardware Architecture PLX Option Module Connector

3.4 Synchronous Dual-Port RAM (DPRAM)

The PCI 9030 is connected to (2) two Synchronous Dual–Port RAMs, U11 and U12, on the RDK board. These DPRAMs are 3.3V, 9 ns, 4Kx18 Cypress devices. However, the board is assembled with one DPRAM (U11) on board as a default.

The DPRAM serves two purposes on the RDK board. First, the left port of DPRAM U11, connects to the lower 16-bit data bus of the PCI 9030 with simple interface logic that resides in the 5ns, 20-pin programmable GAL device. A PCI bus master can perform 8- and 16-bit single memory cycles with the DPRAM through the PCI 9030. If the PCI bus master supports bursting, the PCI master can perform 16-bit continuous burst memory cycles with the DPRAM also. Second, the PCI 9030 is a PCI target chip with an output only address bus. If a customer’s design has a microprocessor or microcontroller, they can place these devices on the separate bus on the right port of the DPRAM. Also, if the customer wants to have 32-bit DPRAM, they can add the same Cypress chip to U12 and rearrange the resistor networks RN34, RN36 and RN38. (See page 5 of the Schematics for more details.)

The interface between the PCI 9030 and the DPRAMs is very straightforward. The left port of the DPRAM is configured in the pipelined mode. Three control input signals, chip enable 1 (CE1L), counter enable (CNTENLL), and output enable (OELL) are enabled and the counter reset signal (CNTRSTL) is disabled with related pull-up and pull-down resistors. Only two control input signals, address strobe (ADSLL) and chip enable (CE0L), are converted from PCI 9030 control signals. If the PCI 9030 local clock is running at 60MHz, the PCI 9030 needs two wait states for the single or the first data read of a burst memory read cycle, and zero wait states for the single or burst write cycle.

On the right port of the DPRAMs, all the input control signals are preset to idle states. A 29x2 header, J3, provides access to address, data, and control signals on the right port and nearby prototyping pads provide the connections to the customers’ designs in the separate bus on the right port of the DPRAMs.

3.5 Hot Swap Control Circuit The RDK is a full Hot Swap board that includes both hardware connection control and software connection control in accordance with the CompactPCI Hot Swap specifications. It can work on a range of systems from non-Hot Swap systems to High Availability systems.

3.5.1 Hardware Connection Control

The BD_SEL# signal at the J1 CompactPCI connector is connected to the BD_SELL input of PCI 9030 chip and ON# signal input of the Linear Technology LTC1643L Hot Swap Controller. An external 1.2K ohm pull-up resistor is connected to this signal pin and early VIO power. When the board is hot plugged into a CompactPCI system, before the J1 connector makes contact with the BD_SEL# pin on the backplane, the PCI 9030 chip is already powered-up with early 3.3V. The 1.2K-ohm external pull-up will activate the PCI 9030 internal pre-charge regulator and built-in 10K ohm pull-up resistors to precharge all required PCI I/O signals on the RDK to one Volt. This prevents erroneous system operation during Hot Swap insertion of the board.

The Board Healthy signal, HEALTHYL, is generated by the LTC1643L as the Power Good signal for the 5V power output. The Power-Good Threshold voltage is 4.40 to 4.75V. As long as the 5V power input reaches this range, the Power-Good signal – HEALTHYL—will be generated. Also the LTC1643L controls the current limit and the power up rate. In this RDK, the current limit is 3A (the capacity of the LDO of the LT1587CM-3.3) and the power up rate would be dv/dt = 50uA/0.1uF, or determined by the current limit and the load capacitance, whichever is slower.

With two logic gates, the Local PCI Reset signal, LOCAL_RSRL, was driven from the Platform Reset, PCIRSTL, from the system backplane and the Healthy signal, HEALTHYL from the LTC1643L to reset the PCI 9030.

3.5.2 Software Connection Control

A micro switch located at the lower ejector handle of the 6U RDK board is used to signal the insertion or impending extraction of the RDK. When the handle is unlocked, the CPCISW is pulled-up to 3.3V. That informs the PCI 9030 that the board is at the impending extraction state. When the handle is locked, CPCISW is

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Section 3 HARDWARE MODULES Hardware Architecture

pulled down to ground. This informs the PCI 9030 that the board is fully inserted. Also, ENUML is generated to signal the status of the handle to the system Host.

A blue LED is located near the bottom handle of the 6U front panel. The anode is connected to a 5V power source through a 100-ohm series resistor. The cathode is connected to the LEDonL PCI 9030 pin. The blue LED lights up for a moment at the RDK power up, after which the blue LED is software driven.

3.6 Test Headers Six logic analyzer headers are implemented with a standard 0.1”, 2x10 Hewlett Packard configuration. In this RDK, they serve two different functions. One is for easy probing. All PCI 9030 Local bus signals, configuration and status signals are well arranged within these headers. Headers LAH1 and LAH2 contain Local bus address signals. Headers LAH3 and LAH4 contain Local bus data signals (or multiplexed address/data signals in the multiplexed mode). Headers LAH5 and LAH6 carry Local bus control and status signals. Designers can use these headers to connect to a standard board for additional prototyping. The headers do not provide any power source; therefore, this must be connected separately for prototyping daughterboards.

3.7 PLX Option Module Connector The PLX Option Module Connector resides directly on the 32-bit multiplexed mode Local Bus. A slave device may be connected to this connector. A programmable chip select, CS1L, is used to select the option module. A hardware interrupt, INTi1, is used for the option module to generate an interrupt to the CompactPCI bus master through the PCI 9030. The schematic provides information for all of the 100-pin connector signals. If desired, this connector can be used for expansion and prototyping.

3.8 Hardware Modules The RDK-LITE provides four hardware modules: 1) RS232 serial port, 2) debug and status LEDs, 3) reset circuitry, and 4) flash ROM socket.

These four modules are in addition to the clock generator used to provide up to 60MHz Local bus clock to the PCI 9030, synchronous Dual-Port RAM, and POM connector.

3.8.1 RS232 Serial Port

The RS232 Serial Port combines a DB9 male connector, a 3-output / 5 input DTE transceiver and a UART. The serial port provides the parallel interface to the PCI 9030 Local bus or the separate bus at the dual-port memory.

3.8.2 Debug and Status LEDs

There are four green user-defined LEDs near the top edge of the RDK board. Each LED anode is connected to 3.3VDC through a 150-ohm ¼ watt resistor. The LED cathode is connected to a prototyping pad. As long as an active low signal can sink 16 – 20 mA of current, it can directly drive the LEDs without changing the resistor value.

3.8.3 Reset Circuitry

3.8.3.1 Power-on-Reset

Power-on-reset is provided by an external 3.3V power supply supervisor. The valid power-on-reset period is 1ms, which is hardwired into the supply supervisor IC.

3.8.3.2 Reset Pushbutton Switch

The Reset Pushbutton switch allows the user to reset the Local Bus side of the board only. When this pushbutton switch is pressed, a manual reset can be generated to reset the devices on the PCI 9030 Local bus.

3.8.4 Flash ROM Socket

A 32-pin PLCC footprint and related PLCC socket is provided on the RDK. This can be used to install a 3.3V, 512KB byte-wide flash memory device. It can be used to store microprocessor or DSP code for booting the Local bus master devices. The flash ROM footprint is pre-connected to power and ground. The prototyping pads are provided for all control signal pins as well as all address and data lines.

3.9 Prototyping Area The RDK board contains a huge prototyping area as mentioned before. To make the prototyping area more user-friendly and cost effective, three key features have been implemented. The first is 30+ surface mount footprints, the second is the 0.05” pitch common BGA landscape and the last is a 25x25 0.1” grid through-hole prototyping area.

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Section 3 Hardware Architecture Prototyping Area

3.9.1 Thirty-three (33) Surface Mount Footprints

Table 3-3. Prototyping Footprints and Prototyping Area on the CompactPCI 9030RDK-LITE Board

Package Qty. Wide & Pitch Destination Remark 32-pin PLCC 1 0.05” pitch FP1 84-pin PLCC 1 0.05” pitch FP2 68-pin PLCC 1 0.05” pitch FP3 44-pin PLCC 1 0.05” pitch FB4 28-pin PLCC 1 0.05” pitch FP5

FP2 to FP5 co-exist at a 84-pin

PLCC area

20-pin PLCC 1 0.05” pitch FP6 16-pin SOIC narrow 4 .150”wide, 0.05” pitch FP7, 8, 15, 16

54-pin TSOP 2 0.8mm pitch FP9, 10 28-pin SOIC wide 2 .300” wide, 0.05” pitch FP11, 12

48-pin SSOP 4 .300”wide, 0.025” pitch FP13,14,23,24 20-pin SOIC wide 4 .300”wide, 0.05” pitch FP17,18,19,20

24-pin SSOP 2 .150”wide, 0.025” pitch FP21, 22 44-pin TQFP 1 0.8mm pitch FP25 16-Pin SSOP 2 .150” wide, 0.025” pitch FP26,27 208-pin PQFP 1 0.5mm pitch FP28 144-pin TQFP 1 0.5mm pitch FP29 80-pin TQFP 1 0.5mm pitch FP30

FP28, 29, 30 co-exist at a 208-pin PQFP area

176-pin PQFP 1 0.5mm pitch FP31 100-pin TQFP 1 0.5mm pitch FP32 48-pin TQFP 1 0.5mm pitch FP33

FP31,32,33 co-exist at a 176-pin PQFP area

26x26 BGA matrix 1 0.05” pitch 25x25 0.1” through hole area

2 @ 1x30 0.1” through hole rails for 3.3VCC 2 @ 1x30 0.1” through hole rails for GND 1 @ 1x30 0.1” through hole rail for 5VCC

As shown in Table 3-3, the surface-mount footprints are carefully selected based on three factors. 1) The footprints can be used for industry

standard, surface-mount logic devices.

2) The footprints accommodate current CPLDs and FPGAs.

3) If the designer wants to build a complex design on the Local bus or separate the bus at the DPRAMs, there are enough footprints for a CPU, memory, programmable control logic, bus transceivers and discrete devices.

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Section 3 Prototyping Area Hardware Architecture

3.9.2 The Common BGA Landscape

This RDK provides a 0.05” common pitch BGA landscape in the prototyping area. BGA1 is a full matrix of 26x26 @ 0.05” pitch with the plated-hole size of 0.022” diameter +/- 0.001”. We suggest using Ironwood Electronics (web site: www.ironwoodelectronics.com) BGA Land Sockets and/or Minigrid Sockets. Designers can convert a BGA to a PGA and prototype a BGA chip on this RDK.

Refer to Figure 3-2; if designers use the BGA1 landscape; they can choose either a) or b):

a) 1. Buy the Minigrid Socket and BGA Land

Socket.

2. Solder the Minigrid Socket to the PC board.

3. Solder the BGA device to the Land Socket and plug the Land Socket to the Minigrid Socket.

b) 1. Buy BGA Land Sockets only.

2. Solder the BGA device on the top of the Land Socket and solder the Land Socket to the PC board.

BGA Device

Ironwood BGALand Socket

Ironwood MinigridSocket (Optional)

Target PCB

Solder

Plug

Solder

0.014"

0.018"

Figure 3-2. BGA Landscapes

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Section 3 Hardware Architecture Configuring the RDK board

3.10 Configuring the RDK board

Multiplexed Mode Install R27 Non-Multiplexed Mode (default) Install R29

16-bit DPRAM (default)

Install RN33, RN35, RN37 and R47

32-bit DPRAM Install RN34, RN36, RN38 and R47

Enable left port advanced counter of DPRAM(s) (default)

Install R59

Disable left port advanced counter of DPRAM(s)

R58

Configure left port of DPRAM to pipelined mode (default)

R61

Configure left port of DPRAM to flow-through mode

R62

Active high local interrupts Install R51 and R86

Active low local interrupts (default) Install R49 and R50

3.11 Memory Access to the DPRAM The data in the dual-port memory can be easily viewed, monitored or modified by using the function keys in the Memory Display dialog box. Refer to the PLXMon Software instructions included in the PLX PCI SDK for more information.

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4. PCB Layout Considerations

4.1 Requirements of Standards In order to demonstrate the CompactPCI Hot Swap functions, board design rules of multiple standards have been considered in the RDK PCB layout. These major design rules are listed as follows: 1. PCI bussed signals, AD[0:31], C/BE[0:3]#,

PAR, FRAME#, IRDY#, TRDY, STOP#, LOCK#, IDSEL, DEVSEL#, PERR#, SERR# and RST#, from the CompactPCI connector, J1, should pass through a 10 ohm stub termination resistor and connect to the PCI 9030. (CompactPCI and Hot Swap Specifications)

2. The Trace length of PCI bussed signals from the CompactPCI connector J1 to the stub terminal resistor shall not exceed 15.2mm or 0.6 inch. (Hot Swap)

3. The total trace length from connector J1 through stub terminal resistor to PCI 9030 shall not exceed 38.1mm or 1.5 inches. (Hot Swap)

4. The trace characteristic impedance of CompactPCI signals shall be 65 ohm+/-10% (Hot Swap)

5. On Peripheral boards, the PCI clock signal length shall be 63.5mm+/-2.54mm (2.5 inches +/- 0.1 inches, and shall drive only one load on the board. (CompactPCI)

6. The J1 connector shall shield at row F on the board. (CompactPCI)

7. For unused power pins and power pin that do not connect directly to low impedance power planes, the decoupling shall be between 0.01 to 0.2uF high frequency ceramic capacitor per power pin. The trace from pin to the capacitor pad shall not be greater than 15.2mm or 0.6 inch with trace width at least 0.5mm or 0.02 inch. (Hot Swap)

8. A board that does not support the IEEE standard 1149.1 interface must hardwire the board’s TDI pin to its TDO pin (PCI Specification)

4.2 μBGA Footprint Layout The RDK is a six-layer CompactPCI board with a 0.8mm μBGA pitch and it includes a 180-pin PCI 9030 μBGA device. To maintain low cost 5mil trace/5mil gap requirements and to successfully route the traces out in three routing layers, the signals at the most outer two rings of the μBGA were routed on the component layer. The first inner layer routed signals at the third ring of the μBGA. The second inner layer routed the last two rings without the presence of vias on the first inter layer (see the attached gerber files for details). Also, the following pad, via and hole sizes were used. a. Pad size: 14mil (0.350mm) b. Via on the component size: 20mil

(0.508mm) c. Via on the internal routing layer: 25mil

(0.635mm) d. Via on the solder side: 25mil (0.635mm) e. The plated through hole is 6mil in diameter

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5. Converting the 6U board to a 3U board

a. At the component side, unplug the micro

switch from the Molex 3-pin header (A) b. Turn the board to the solder side c. Unscrew the three mounting screws used to

hold the PC board with the front panel (C) d. Follow the cut mark near the center of the

front panel, use a metal saw to cut out the upper 6U portion of the front panel (E)

e. Bend the PC board along the marked line near the metal strips until it separates into upper and lower portions (D)

f. Screw back the lower portion of the PC board with two screws (B)

6. Customer Support Prior to contacting customer support, please ensure you have the following information and are situated close to the computer that contains the CompactPCI 9030RDK-LITE.

1. Serial Number of the PLX CompactPCI 9030RDK-LITE

2. Type of processor on the evaluation board

3. Operating System and type

4. Description of problem You may contact PLX Technology, Inc. Customer Support at: Address: PLX Technology, Inc. 870 West Maude Avenue Sunnyvale, CA 94085 Phone: 408-774-9060 800-759-3735 Fax: 408-774-2169 Email: USA; http://www.plxtech.com/support/. Europe, Middle East and South Africa; [email protected] Asia Pacific, China & Australia; [email protected] Website: http://www.plxtech.com 7. References

1. PLX Technology, Inc. PCI 9030 Data Book PLX Technology, Inc., 870 West Maude Avenue, Sunnyvale, CA 94085 USA http://www.plxtech.com

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8. ABEL Code / Bill of Materials / Schematics The following pages contain the ABEL code, Bill of materials, and the schematics for the CompactPCI 9030RDK-LITE circuit board.

8.1 ABEL code for U13 Module dpramctr Title 'DPRAM controller' "Special constants x,c,z = .X.,.C.,.Z.; "It is the control signals to the Dual-Port memory "on the PCI 9030RDK-LITE board. "2/9/2000 Declarations "inputs CLK,OE pin 1, 11; CS0L,ADSL,BLASTL,LWRL pin 2, 4, 5, 9; "outputs CE0LL,RWLL pin 19,12; CE0WL pin 18 is type 'reg'; DPRAMADSL pin 17 is type ' reg_d '; Q1,Q0 pin 13,14 is type'reg,invert'; SREG = [Q1,Q0]; "State Values S0 = [0,0]; S1 = [0,1]; S2 = [1,1]; Equations RWLL = !LWRL; DPRAMADSL := ADSL; !CE0LL = (!LWRL & !CS0L) # (LWRL & !CE0WL); [CE0WL,Q1,Q0,DPRAMADSL].CLK = CLK; [CE0WL,Q1,Q0,DPRAMADSL].OE = !OE; state_diagram SREG; state S0: if (LWRL & !CS0L & !ADSL) then S1 with CE0WL:=0; else S0 with CE0WL:=1; state S1: if (LWRL & !CS0L & BLASTL) then S1 with CE0WL:=0; if (LWRL & !CS0L & !BLASTL) then S2 with CE0WL:=1; state S2: if (LWRL & !CS0L & !ADSL) then S1 with CE0WL:=0; else S0 with CE0WL:=1; END dpramctr

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Section 8 ABEL Code / Bill of Materials / Schematics Bill of Materials

Table 8-1. Bill of Materials

Item No. Qty. Manufacturer Manufacturer's Part

Number Description Package Type Source Component Designator(s)

SURFACE MOUNT COMPONENTS 1 1 Linear Technology LTC1643LCGN IC, PCI Hot Swap controller 16-pin 0.15" SSOP Marshall U1

2 1 Fairchild Semi. NC7SZ04M5 IC, Tiny Logic single hex inverter 5-pin SOT23, SMT Arrow Elect. U2

3 1 Fairchild Semi. NC7SZ02M5 IC, Tiny Logic two input NOR gate 5-pin SOT23, SMT Arrow Elect. U3

4 1 Fairchild Semi. FDR4420A IC, single N channel MOSFET Super SOT-8 Digi-Key U4

5 1 Linear Technology LT1587CM-3.3 IC, 3A 5V to 3.3V LDO regulator

SMT, M package, 3-lead plastic DD PAK **Marshall U5

6 1 PLX PCI 9030-AA60BI IC, PCI I/O accelerator, 3.3V 180-pin 0.8mm pitch μBGA PLX provides U6

7 1 Cypress CY2305SC-1 IC, zero delay buffer, 3.3V, 250ps skew 8-pin 150-mil SOIC FAI U9

8 1 Cypress CY7C09349AV-9AC IC, Dual-port SRAM,

9 ns delay, 3.3V, Package name A100

100-pin TQFP, package name A100 FAI U11

9 1 Maxim MAX6306UK30D1-T IC, Reset Controller, 140ms reset SOT23-5 Digi-Key U15

10 1 M-Tron M213FGN1.8432MHz OSC, 3.3V 1.8432MHz oscillator

5.0x7.0x1.75mm,surface mount

M-Tron 800-762-8800 U16

11 1 Exar ST16C550CQ48 IC, UART with 16-byte FIFOs, 3.3V

100-pin TQFP, 0.5mm pitch

Nu Horizons, Arrow, Future

Electronics U17

12 1 Maxim MAX3245CAI IC, RS232 transceiver, 3T/5R, 3.3V 28-pin SSOP Digi-Key U18

13 1 Motorola 1SMA12CAT3 IC, 12V Zener diode SMA Case 403B-01 Plastic. SMT

Avnet, 408-435-3500 D1

14 1 Panasonic LNG901CFBW LED, blue, 500mcd T1 3/4, through hole Digi-Key D2 15 5 Hewlett Packard HSMG-C650 LED, green, SMT, 1206 Digi-key D3-D7

17 1 AMP 352068-1 Connector, 2mm hard metric PCB mount connector Z-PACK 2mm HM Newark J1

18 1 SPC DE-9P-FRS Connector, 9-pin, D-type, Male Right angle PCB mount Digi-key J5

19 1 AMP 1-104655-1 Header assembly, two row 100-pin, 50 mil pitch SMT Electrosonic J4

20 1 Samtec TSM-106-01-T-SV Terminal strip, 1x6, 0.1"oc, PCB mounted SMT FAI J2

21 6 Samtec TSM-110-01-T-DV Terminal strip, 2x10, 0.1"oc, PCB mounted SMT FAI LAH1 - LAH6

22 1 Samtec TSM-129-01-T-DV Terminal strip, 2x29, 0.1"oc, PCB mounted SMT FAI J3

23 3 Samtec ICF-308-T-O Socket, 8-pin DIP, 300 mil, for serial EEPROM SMT, 8-pin DIP FAI U8, U10, U14

24 1 Samtec PLCC-020-T-N Socket, 20-pin PLCC SMT, 20-pin PLCC FAI U13 25 1 Samtec PLCC-032-T-N Socket, 32-pin PLCC SMT, 32-pin PLCC FAI FP1 26 1 Molex 53398-0390 Header, 1.25mm pitch SMT, straight FAI S1 27 1 Omron B3S1002 Switch, Push Button SMT, Digi-key S2

28 1 Kemet C0805C473M5UAC Cap. ceramic, 0.047uF, 50V, 20% SMT, 0805 Electrosonic C12

29 30 Kemet C0805C103M5UAC Cap. ceramic, 0.01uF, 50V, 20% SMT, 0805 Electrosonic

C1-C8, C28-C35, C50-C54, C60-C64, C70-C73

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Section 8 ABEL Code / Bill of Materials / Schematics Bill of Materials

30 35 Kemet C0805C104M5UAC Cap. ceramic, 0.1uF, 50V, 20% SMT, 0805 Electrosonic

C9-C11, C13, C15, C18, C20-C27, C44-C49, C55-C59, C65-C69, C75-C79

31 10 Panasonic ECS-T1DC106R Cap. tantalum, 10uF, 20V, Ccase SMT, Ccase Newark C14, C16, C19,

C74, C91-C96 32 1 Steward L10805E400R Ferrite chip, 500mA SMT, 0805 Digi-Key L1

33 16 CTS 742-08-3-100-J-BK Res. Network, 10 ohm, 5%, 4R, isolated SMT, Ccase Digi-Key

RN1-RN13, RN33, RN35,

RN37

34 24 CTS 742-08-3-103-J-BK Res. Network, 10K, 5%, 4R, isolated SMT,Ccase Digi-Key

RN14-RN32, RN39, RN41-

RN44

35 1 CTS 766-14-3-103-G-SP Res. Network, 10K, 2%, 7R, isolated SMT, Ccase Digi-Key RN40

36 11 Panasonic ERJ-6GEYJ0R0V Res. zero ohm, 1/10W, 5% SMT, 0805 Digi-Key R29, R46, R65-R72, R76

37 1 Vishay WSL1206R010FRE4 Res. 0.01 ohm, 1/4W, 1% SMT 1206 Electrosonic R13

38 1 Vishay WSL2010R018FB43 Res. 0.018 ohm, 1/2W, 1% SMT, 2010 Electrosonic R10

39 2 Vishay WSL1206R100FRE4 Res. 0.1 ohm 1/10W, 1% SMT, 1206 Electrosonic R1-R2 40 4 Panasonic ERJ-14RQJR22 Res. 0.2 ohm, 1/10W, 5% SMT, 1210 Digi-Key R3-R6 41 1 Panasonic ERJ-6GEYJ100V Res. 10 ohm, 1/10W, 5% SMT, 0805 Digi-Key R11 42 6 Panasonic ERJ-6GEYJ220V Res. 22 ohm, 1/10W, 5% SMT, 0805 Digi-Key R18-R22, R52 44 2 Panasonic ERJ-6GEYJ101V Res. 100 ohm, 1/10W, 5% SMT, 0805 Digi-Key R12, R16 45 5 Panasonic ERJ-6GEYJ151V Res. 150 ohm, 1/10W, 5% SMT, 0805 Digi-Key R36-R40 46 1 Panasonic ERJ-6GEYJ102V Res. 1K, 1/10W, 5% SMT, 0805 Digi-Key R15, R23 47 1 Panasonic ERJ-6GEYJ122V Res. 1.2K, 1/10W, 5% SMT, 0805 Digi-Key R8 48 2 Panasonic ERJ-6GEYJ202V Res. 2K, 1/10W, 5% SMT, 0805 Digi-Key R7, R9 49 1 Panasonic ERJ-6GEYJ302V Res. 3K, 1/10W, 5% SMT, 0805 Digi-Key R14

50 29 Panasonic ERJ-6GEYJ103V Res. 10K, 1/10W, 5% SMT, 0805 Digi-Key

R17, R24-R25, R30-R35, R42-R45, R49, R51, R53-R57, R59-R61, R63, R73-R74, R77-R78,

R83

51 6 Panasonic ERJ-6GEYJ106V Re. 10M, 1/10W, 5% SMT, 0805 Digi-Key R79-R82, R84-R85

MANUALLY INSERTED COMPONENTS

52 1 Ecliptek EP1345HSPD-60.000M OSC, 60MHz clock oscillator, 3.3V, 50ppm, 40-60% duty

cycle 8-pin half size DIP Ecliptek U8

53 1 Lattice Semi. GAL16LV8-5LJ IC, PLD, 8in/8io, 5ns delay, 3.3V 20-pin PLCC FAI U13

54 1 Fairchild Semi. NM93CS56LN IC, 2Kb serial EEPROM, 3.3V 8-pin DIP Avnet, Arrow,

Future Electronics

U10

MISCELLANEOUS COMPONENTS

56 1 90-0015-100-A PCB, CompactPCI 9030RDK-LITE Rev. 100

57 2 Kycon JS-1000 Screw, Hex, Jack, 4-40 Kycon

58 1 One Stop Systems FP-6U-04HP-PLX01

Front Panel, 6U, 4HP two type 4 handles,

micro switch assembly, and center PCB holder

One Stop Systems

(760)745-9883

PARTS THAT SHOULD NOT BE ASSEMBLED

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Section 8 ABEL Code / Bill of Materials / Schematics Bill of Materials

8 0 Cypress CY7C09349V-9AC IC, Dual-port SRAM, 9 ns

delay, 3.3V, Package name A100

100-pin TQFP, package name A100 FAI U12

60 0 Kemet C0805C101K5XAC Cap. Ceramic, 100pF, 50V, 10% SMT, 0805 Electrosonic C17

33 0 CTS 742-08-3-100-J-BK Res. Network, 10 ohm, 5%, 4R, isolated SMT, Ccase Digi-Key RN34, RN36,

RN38

50 0 Panasonic ERJ-6GEYJ103V Res. 1/10W, 10K, 5% SMT, 0805 Digi-Key R26-R27, R41, R48, R50, R58,

R62, R64 36 0 Panasonic ERJ-6GEYJ0R0V Res. zero ohm, 1/10W, 5% SMT, 0805 Digi-Key R28, R47, R75

61 0 - - 0.1" oc 2 pin single row jumper header 2-pin through hole type JP1-JP6

Second Source Information

11 1 CTS CB3LV-3C-1.8432 OSC, 3.3V, 50ppm, 1.8432MHz oscillator 5.0x7.0x1.8mm,SMT Digi-Key U16

8 1 Cypress CY7C09349V-9AC IC, Dual-port SRAM, 9ns delay 3.3V,

100-pin TQFP package name A100 FAI U11

Note 1: Insight: (800) 677-7716 Note 2: Marshall Industries: 408-942-4600 Note 3: Avnet Electronics Marketing: 408-435-3500 PLX Part #: 91-0015-105-A

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Section 8 ABEL Code / Bill of Materials / Schematics Bill of Materials

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A

A

B

B

C

C

D

D

E

E

4 4

3 3

2 2

1 1

CompactPCI 9030RDK-LITE BLOCK DIAGRAM

ECN HISTORY

ECN NUMBER DATE NOTE

PCI 9030 PG4

LOCAL BUS

CPCI BUS (C PCI connector J1, PG 2)

Prototyping Flash ROM Socket PG 6

User DefinedStatus LEDs PG 4

Electrical Block Diagram

Testl Headers PG7

RS232 Port PG6

PrototypeFootprints PG 8-11

JPOMConnector PG6

000 4/12/2000

Reset Circuit PG 6

SynchronousDual-Port RAM& Interface PG5

board was transferred to manufacturing

Separate Busupto 32-bit 67MHz

Signal Headers PG5

Hot Swap Control Circuit PG 3

5VDC

3.3VDC

upto 32-bit 60MHz

32-bit 33MHz

001 6/22/2001 changed R83 at TRST# from puii-up to pull-down002 6/21/2002 Modified contents

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

1 12Thursday, July 25, 2002

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Page 32: CompactPCI 9030RDK-LITE HRM

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Compact PCI J1TO PCI 9030

Hot Swap PICMG 2.1 R1.0Complied

CompactPCI J1 Connector

Stub Terminal Resistors

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY870 Maude Ave, Sunnyvale, CA 94085

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PCI_AD0

PCI_INTA#

PCI_TRDY#

PCI_AD15

PCI_C/BE0#

PCI_AD6

PCI_AD10

PCI_AD21

PCI_AD12

PCI_AD23

PCI_AD25

PCI_AD30

PCI_AD9

PCI_PAR

PCI_SERR#

PCI_AD13

PCI_AD26

PCI_RST#

PCI_AD11

PCI_AD31

PCI_C/BE1#

PCI_IRDY#

PCI_IDSEL

PCI_AD1

PCI_C/BE2#

PCI_AD3

PCI_AD8

PCI_AD20

PCLK

PCI_AD2

PCI_AD4PCI_AD5

PCI_AD19

PCI_AD24

PCI_STOP#

PCI_AD7

PCI_AD22

PCI_AD17

PCI_BD_SEL#

PCI_AD14

PCI_AD16

PCI_AD27

PCI_AD29

PCI_FRAME#

PCI_DEVSEL#

PCI_LOCK#

PCI_AD28

PCI_C/BE3#

PCI_AD18

PCI_PERR#

PCI_HEALTHY#

PCI_ENUM#

AD20

AD16C/BE2L

PCI_AD18

PCI_AD16

PCI_AD20

PCI_AD17

PCI_C/BE2#

AD17

AD18AD19

AD21

IDSELC/BE3L

AD24

AD22

AD25

AD23

PCI_AD19

PCI_AD21

PCI_IDSEL

PCI_AD24PCI_AD25

PCI_C/BE3#

PCI_AD22

AD26AD27

PCI_AD26PCI_AD27

AD7 PCI_AD7

PCI_AD8

AD4PCI_AD3PCI_AD4

AD1AD2

AD5AD6AD3

PCI_AD2PCI_AD1

PCI_AD6PCI_AD5

PCI_ENUM#AD0ENUML

PCI_AD0

AD28 PCI_AD28AD29

AD31AD30

HEALTHYLPCIRSTL

PCI_HEALTHY#

PCI_AD31

PCI_AD29PCI_AD30

PCI_RST#

DEVSELL

BD_SELLTRDYL

IRDYL

FRAMEL

LOCKLSTOPL

PERRL

AD13

AD15

SERRL

PARC/BE1L

AD12AD11

PCI_AD14PCI_AD15

PCI_PAR

PCI_SERR#

PCI_C/BE1#

PCI_AD13

PCI_AD10

AD[31:0]

AD10PCI_AD11

AD14

PCI_AD12

AD9 PCI_AD9AD8

PCI_DEVSEL#

PCI_LOCK#PCI_PERR#

PCI_TRDY#

PCI_STOP#

PCI_IRDY#

PCI_FRAME#

PCI_BD_SEL#

PCI_AD23

PCI_INTA#

AD0AD1AD2AD3AD4AD5AD6AD7AD8AD9AD10AD11AD12AD13AD14AD15AD16AD17AD18AD19AD20AD21AD22AD23AD24AD25AD26AD27AD28AD29AD30AD31

INTAL

C/BE0L PCI_C/BE0#

AD[31:0]4

PCLK4

ENUML4

C/BE1L4PAR4

SERRL4PERRL4LOCKL4STOPL4

DEVSELL4TRDYL4

BD_SELL3,4IRDYL4

FRAMEL4C/BE2L4

C/BE3L4IDSEL4

HEALTHYL3INTAL4

PCIRSTL3

C/BE0L4

3.3VCPCI

+12VCPCI

VIOPCI

-12VCPCI

5VCPCI

LONG_3.3V

LONG_5V

LONG_VIO

R10.1

R30.2

C3

0.01uF

C5

0.01uF

R20.1

R40.2

C7

0.01uF

C1

0.01uF

RN2

742-08-3-100-J

1234 5

678

RN1

742-08-3-100-J

1234 5

678

RN4

742-08-3-100-J

1234 5

678

RN3

742-08-3-100-J

1234 5

678

RN6

742-08-3-100-J

1234 5

678

RN5

742-08-3-100-J

1234 5

678

RN7

742-08-3-100-J

1234 5

678

RN10

742-08-3-100-J

1234 5

678

RN9

742-08-3-100-J

1234 5

678

RN8

742-08-3-100-J

1234 5

678

RN12

742-08-3-100-J

1234 5

678

RN11

742-08-3-100-J

1234 5

678

RN13

742-08-3-100-J

1234 5

678

C2

0.01uF

C4

0.01uF

C6

0.01uF

C8

0.01uF

Co

mp

actP

CI C

onne

ctor

J1

J1

-12VB1

+12V D1

3.3VCCL C6

3.3VCCL C22

VI/OL C4

VI/O C8

VI/O C16

VI/O C20

VI/OLC24

AD0D24

AD1A24

AD2E23

AD3C23

AD4B23

AD5E22

AD6D22

AD7A22

AD8C21

AD9B21

AD10E20

AD11D20

AD12A20

AD13E19

AD14C19

AD15B19

AD16C11

AD17B11

AD18A11

AD19E10

AD20D10

AD21A10

AD22E9

AD23C9

AD24E8

AD25D8

AD26A8

AD27E7

AD28C7

AD29B7

AD30A7

AD31E6

C/BE0#E21

C/BE1#E18

C/BE2#E11

C/BE3#A9

INTA#A3

INTB#B3

INTC#C3

INTD#E3

GND B6

GNDB8

GND B10

GND B16

GND B18

GND B20

GNDB22

GNDL D5

GNDL D7

GNDL D9

GNDL D11

GNDLD17

GNDL D19

GND F1

GND F2

GNDF3

GND F4

GND F5

GND F6

GND F7

GNDF8

GND F9

GND F10

GND F11

GNDF15

GND F16

GND F17

GND F18

GND F19

GNDF20

GND F21

GND F22

GND F23

GND F24

GNDF25

TDI E2

TRST# C1

TCK A2

TMSC2

TDO D2

SBO# C17

SDONE B17

M66END21

ACK64# E24

REQ64# B25

BRSVP1A4 A4

BRSVP1A5A5

BRSVP1B5 B5

INTP D4

INTS E4

GNT#E5

FRAME#B15

IRDY#C15

DEVSEL#A16

TRDY#E15

STOP#D16

IDSELSB9

LOCK#E16

PARD18

PERR#E17

SERR#A18

PCI_RST#C5

HEALTHY#B4

BD_SEL#SD15

ENUM#C25

CLKD6

REQ#A6

3.3VCC A15

3.3VCCA17

3.3VCC A19

3.3VCC A21

3.3VCC A23

3.3VCC C10

3.3VCCC18

3.3VCC D25

5VCCL D3

5VCCLD23

5VCC A1

5VCC A25

5VCC B2

5VCC B24

5VCCE1

5VCC E25

NC

A12

NC

A13

NC

A14

NC

B12

NC

B13

NC

B14

NC

C12

NC

C13

NC

C14

NC

D12

NC

D13

NC

D14

NC

E12

NC

E13

NC

E14

NC

F12

NC

F13

NC

F14

R50.2 R6

0.2

Page 33: CompactPCI 9030RDK-LITE HRM

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Hot Swap control circuit

Hot Swap Control Circuit

BLUE LEDS: 1. PANASONIC, LNG91LCFBW orLNG901CFBW or LNG992CFBW.2. HP, HLMP-CB30 orHLMP-CB31

SWITCH & LED

1SMA12CAT3

ESD Strip Circuits - 3 Places

Bottom

Middle

Top

Handle isunlocked

Handle islocked

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY870 Maude Ave, Sunnyvale, CA 94085

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Date: Sheet of

3.3V_3A

PCIRSTL LOCAL_RSTL

CPCISW

LEDonL

ESD_STRIP3ESD_STRIP2

ESD_STRIP1

ESD_STRIP6ESD_STRIP5

ESD_STRIP4

ESD_STRIP9ESD_STRIP8

ESD_STRIP7

HEALTHYL2

PCIRSTL2

BD_SELL2,4

LOCAL_RSTL 4

CPCISW4

LEDonL4

3.3VCC

LONG_VIO

5VCPCI

+12VCPCI

+12V

-12V

-12VCPCI

LONG_3.3V

LONG_VIO

LONG_5V

LONG_5V

5VCC

C12

0.047UF

12

C15

0.1uF

12

R13

0K0 1/4W

1 2

R81.2K

R92K

R72K

C11

0.1UF

C10

0.1UF

R10 0.018, 1/2W, 1%

R12100

C9

0.1UF

+C14

10UF

R11 10

C13

0.1uF

S1

Molex 3-pin header

12

3

R143K

12

D2BLUE_LED

21

R151K

12

R16

75

12

+C16

10uF

U2

NC7SZ04M5

IN_A2 NOT_A 4

GND3

NC1 VCC 5U3

NC7SZ02M5

INB2 NOR_Y 4

GND3

INA1 VCC 5

R17

10K

U5LT1587CM-3.3

VIN3

AD

J1

VOUT 2

U4 FDR4420A

DRAIN1 1

DRAIN2 2

DRAIN33

GATE4

SOURCE1 5

DRAIN4 6

DRAIN5 7

SOURCE28

U1

LTC1643L

3VOUT 3

GATE 11

5VIN 13

5VSENSE 12

12VOUT 16

VEEOUT15

5VOUT 14

3VIN9

3VSENSE 10

ON#5

PWRGD#7

FAULT#6

TIMER4

GND8

VEEIN2

12VIN1

R81 10M1 2

R82 10M

12m269

1

m270

1 m267

1 m272

1

m271

1

m268

1

R79

10M

12

R80 10M

12m277

1

m278

1 m275

1 m274

1

m273

1

m276

1

D1

12V

21

R85

10M

12

R84 10M

12m279

1

m280

1 m281

1 m284

1

m283

1

m282

1

Page 34: CompactPCI 9030RDK-LITE HRM

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Clock Circuit

JTAG Port

User Defined Status LEDsand Power LED

Multiplexed mode: install R27non-multiplexed mode: install R29(default).Non hot swap system: install R28.

Default settings for pin C12, B12, A12-A13 are address lines.Otherwise, pull-up or pull-down resistors may be required.

PCI9030, Clock Circuit, E2PROM& LEDs

0.8mm pitch 180-pin

Install R49 and R51 (default) Do not install R48 and R50

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

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Date: Sheet of

PEPRE

VD1

VD3

VD4

GD1

GD2

GD3

GD4

VD5

WRL

ADSLBLASTL

LBE0L

LBE2LLBE1L

LBE3L

LA11

LA17LA16 LA20LA15

LA2LA3

LA18

LA4

LA10LA19

LA5

LA14

LA9

LA7LA6

LA21

LA8

BTERMLREADYLLW/RL

LREQCS1L

LA13LA12

LA23LA24/GPIO7LA22LA25/GPIO6LA26/GPIO5LA27/GPIO4

LD1LD0

LD2LD3

LD5

LD11LD10 LD14LD9

LD12LD4LD13

LD8

LD15LD7LD6

LD25LD21

LD19LD26

LD20

LD22LD23

LD17LD18

LD24

LD27

LD16

LD31

LD29LD30

LD28

RDL CS0L

AD[31:0]

LD29LD28

AD23

AD13

AD29

LEDonL

EEDI

GPIO0/WAITo#

READYL

LINTi1

LA2LA3

LA8

LA18

PERRL

LA20

AD1

LA[23:2]

LD27

LD9

LA11

LD14

AD9

AD12

AD18

LA17 INTAL

AD6

AD8

PCLK

RDL

LD6

LA27/GPIO4

AD26

AD31

LA5

LA16

STOPL

C/BE1L

PAR

AD19

AD0

AD11

AD28

GPIO1/LLOCKoL

MODE

MODE

LPMINTL

CS0L

LD16

LD12

C/BE0L

AD20

EESK

LW/RL

LA14LA15

AD21

AD30

LGNT

LD26

LA7

AD16

AD27

IDSEL

BLASTL

LREQ

LCLK

LPMESET

CPCISW

GPIO2/CS2L

LD23

LA10

LD8

LOCKL

AD10

BD_SELL

BTERML

LA9

LA26/GPIO5

IRDYL

AD4

AD7

AD15

GPIO3/CS3L

ALE

LD25

LD22

LD5

LD20

LD3

LD0

LD11

C/BE3L

AD22

LD31

LD21

LD2

LA4

LD10

LA12

LA25/GPIO6

SERRL

AD24

AD5

LBE3L

LOCAL_RSTL

GPIO8

LD24

LD19

LD15

LA22

LA24/GPIO7

AD3

AD14

LBE1L

EEDO

LD4

LD1

LA13

LA19

AD2

ENUML

LRESEToL

EECS

CS1L

LD30

LD18

LA6

LD7

LA21

C/BE2L

FRAMEL

AD25

LBE0L WRL

ADSL

LINTi2

LD[31:0]

LD17

LD13

LA23

DEVSELL

TRDYL

AD17

LBE2L

VD2

GD5

BD_SELL

TDOTRSTLTDITMSTCK

OSCCLK

LVCC

GPIO0/WAIToL

GPIO1/LLOCKoL

GPIO2/CS2L

GPIO3/CS3L

GPIO8

LPMESET

LINTi1

LINTi2

AD[31:0] 2LD[31:0]5,6,7

LA[23:2]5,7

DPRAMCLK 5

POMCLK 6

GPIO85,7

LPMINTL7

IDSEL2

FRAMEL 2

STOPL 2DEVSELL 2PERRL 2SERRL 2

LOCKL 2PAR 2INTAL 2

ADSL 5,6,7ALE 6,7BLASTL 5,6,7LW/RL 5,6,7RDL 7WRL 7READYL 6,7

LRESEToL 6,7

CS1L 6,7GPIO3/CS3L 7GPIO2/CS2L 7GPIO1/LLOCKoL 6,7GPIO0/WAIToL 6,7

LREQ 6,7

LINTi2 7

CS0L 5,7

PCLK2LOCAL_RSTL3

BTERML 6,7

C/BE0L 2C/BE1L 2C/BE2L 2C/BE3L 2

IRDYL 2

LBE0L5,6,7LBE1L5,6,7LBE2L5,6,7LBE3L5,6,7

LCLOCK 7

TRDYL 2

LA24/GPIO77LA25/GPIO67LA26/GPIO57LA27/GPIO47

LGNT 6,7LINTi1 6,7

BD_SELL2,3

LPMESET7

CPCISW 3LEDonL 3

ENUML 2

EEDO 7EEDI 7EESK 7EECS 7

MODE7

LONG_3.3V

3.3VCC

3.3VCC

3.3VCC

3.3VCC

LONG_3.3V

LONG_3.3V

3.3VCC3.3VCC

3.3VCC

3.3VCC 3.3VCC

3.3VCC

3.3VCC

3.3VCC3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC 3.3VCC 3.3VCC

3.3VCC3.3VCC3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

LONG_VIO

C44

0.1uF

C18

0.1uFR19 22

R20 22

L1Ferrite 500mA

+ C1910uF

R18 22

PA1

U9

CY2305

CLK1 3

CLK2 2

CLK35

CLK4 7

CLKOUT 8

VDD6

GND4

REF1

R21 22

R22 22

J2

1x6 header

123456

R36 150

R38 150

PA2

PA3

PA4

PA5R39 150

R40 150

R28

0

RN14

742-08-3-103-J-XX

1234 5

678

RN15

742-08-3-103-J-XX

1234 5

678

RN18

742-08-3-103-J-XX

1234 5

678

RN21

742-08-3-103-J-XX

1234 5

678

RN20

742-08-3-103-J-XX

1234 5

678

RN19

742-08-3-103-J-XX

1234 5

678

RN24

742-08-3-103-J-XX

1234 5

678

RN22

742-08-3-103-J-XX

1234 5

678

RN16

742-08-3-103-J-XX

1234 5

678

RN17

742-08-3-103-J-XX

1234 5

678

RN25

742-08-3-103-J-XX

1234 5

678

RN27

742-08-3-103-J-XX

1234 5

678

RN26

742-08-3-103-J-XX

1234 5

678

RN28

742-08-3-103-J-XX

1234 5

678

RN29

742-08-3-103-J-XX

1234 5

678

RN30

742-08-3-103-J-XX

1234 5

678

RN31

742-08-3-103-J-XX

1234 5

678

RN32

742-08-3-103-J-XX

1234 5

678

R41 10K

U10

93CS66L(8DIP-Socket)

CS1

SK2

DI3

DO4

VCC 8

PRE7

PE 6

GND 5

R27 10K

R26

10KR37 150

D3GREEN2 1

D4GREEN2 1

D5GREEN2 1

D6GREEN2 1

D7 GREEN2 1

R231K

C25

0.1uF

C35

0.01uF

C24

0.1uF

C23

0.1uF

C32

0.01uF

C34

0.01uF

C30

0.01uF

C22

0.1uF

C29

0.01uF

C27

0.1uF

C26

0.1uF

C20

0.1uF

RN23

742-08-3-103-J-XX

1234 5

678

R29

0

R25

10K

C33

0.01uF

C28

0.01uF

C21

0.1uF

R24

10K

C17100pF

C31

0.01uF

R34 10K

R35 10K

R33 10K

R32 10K

R31 10K

R8310K

PA7

U8

60MHz OSC

VCC8

GND4 NC 1

OUT 5

R30 10K

R49 10K

R51 10K

R48

10K

R50

10K

PCI Signals

PCI Signals

PCI Signals

PCI Signals

PCI Signals

PCI 9030

U6

PCI9030-uBGA

LINTi1B8

BTERM# B10

READY#C10

LREQ E8

BLAST# B11

GPIO0/WAITo# D8

LGNT A9

LINTi2 C8

ADS# C11

LW/R# A11

EECS C7PCLKA4

WR# E10

EESKA7

EEDI D6RST#C4

IDSELE5

BD_SEL#/TESTG11

LCLKE9

MODEK9

LRESETo# D9

LBE0#N6

LBE1#M6

LBE2#P5

LBE3#M5

ENUM# N4PME# D5

AD22 D1

GPIO1/LLOCKo#A8

VD

DF

11

LEDon# K5

AD31 A3AD30 D4AD29 B3AD28C3AD27 C2AD26 B1

AD18F2AD17 F4AD16 F1AD15 J2AD14 J1AD13K2AD12 K3AD11 K1AD10 K4AD9 L2AD8L3AD7 M1AD6 L4AD5 M2AD4 M3AD3N3AD2 P2AD1 P3AD0 M4

AD25 C1

VD

DE

1V

DD

B13

VD

DM

8

VS

SJ3

VD

DN

2

VD

DJ5

VS

SA

2

VD

DN

5

VD

DK

13

VS

SA

10

VD

DP

12

INTA#B4

VS

SC

6

AD21 E3AD20 E2AD19 F3

AD23E4

PAR H1

VS

SE

13

VS

SB

14

AD24 D3

VS

SF

5

LOCK# H2

C/BE3# D2

VS

SG

13

FRAME#G2

C/BE2# G5

VS

SJ1

0

TRDY# G4

VS

SK

6

IRDY# G3

VS

SL7

C/BE1# J4

VS

SN

1

STOP# H4

C/BE0#L1

DEVSEL# G1

LA20D14

PERR#H3

SERR# H5

LA27/GPIO4A12 LA26/GPIO5A13 LA25/GPIO6B12 LA24/GPIO7C12

LD14/LAD14P11

LA23C13 LA22D11 LA21C14

LD6/LAD6L13

LA19D12 LA18E11 LA17E14 LA16E12

LD7/LAD7M14

LA15F14

LD8/LAD8N14

LA14F10 LA13F12 LA12F13 LA11G14

LD9/LAD9M13

LA10G10 LA9G12 LA8H14

LD10/LAD10M12

LA7H11 LA6H12 LA5H13 LA4H10

LD11/LAD11N13

LA3J14 LA2J11

LD12/LAD12N12

LD13/LAD13L11

LD15/LAD15M11

LD17/LAD17L10

LD0/LAD0J13

LD18/LAD18P10

LD1/LAD1K14

LD19/LAD19M10

LD2/LAD2K12

LD3/LAD3L14

LD20/LAD20P9

LD4/LAD4K11

LD5/LAD5K10

LD21/LAD21N9

LD22/LAD22L9

LD23/LAD23P8

LD24/LAD24N8

LD25/LAD25L8

LD26/LAD26P7

LD16/LAD16N11

LD27/LAD27M7

LD28/LAD28N7

LD29/LAD29K7

LD30/LAD30P6

LD31/LAD31L6

VD

DB

2

VD

DB

6

VS

SN

10

VS

SP

13

EEDO E7

TCKA6

TMSB5

TDIA5

TRST#E6

TDOC5

VI/O

L5

ALEM9

RD# D10GPIO8L12

CS0# C9

CS1# B9

GPIO3/CS3# B7

GPIO2/CS2# D7

CPCISWP4

BCLKo K8

LPMESETJ12

LPMINT#D13

NC

A1

NC

A14

NC

P1

NC

P14

Page 35: CompactPCI 9030RDK-LITE HRM

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Dual-port RAM and Interface Circuits

DPRAM, Interface Circuits, & Test Header

16-bit bus: install RN33, RN35, and R37 (default)32-bit bus: install RN34, RN36, and R38

SynchronousDual-Port SRAM 4K x 18

SynchronousDual-Port SRAM 4K x 18

16-bit: install R46 (default)32-bit: install R47

Install R57, R59, R60, and R61.Do not install R58 and R62

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

5 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

A0

AR8

LD20DR19

A9

DR20

DR30

LD21

DR27

CLKR

A1

LD17

AR1

AR4

AR6

DR22LD23

LD31

DR26

LD18

AR5

LD27

A7

A11

DR23

DR24

AR9

AR0

DR25

A2

LD16

AR2AR3

AR7

LD25LD26

DR28

CLKL

LD30

FTL/PIPEL

A5A6

AR10

LD29

LBE3L

UBR1L

A4

LD22

LD24

LD19

DR31

A3

AR11

DR17

DR29

LBR1L

A8

LD28

DR16

DR18

A10

DR21

LD[0:31]

CLKR

AR9

DR1

DR18

DR25

AR0

AR3

DR3DR4

DR19

DR24

ADSRL

AR2

DR5

DR8

DR16

DR21DR22

AR4AR6

DR12

DR2

DR14

DR11

DR20

DR26

AR8

DR6

DR27

DR13

DR28

AR10

DR7

AR5

AR11

DR9

DR15

DR10

DR30 DR31

CNTENRL

AR7

DR0

DR17

AR1

DR23

ADSRLCE0RLCE1RCNTENRLCNTRSTRL

CLKR

UBR0LLBR0LR/WRLOERL

CE1L

A0A1A2A3A4A5A6A7A8A9A10A11

UBL0L

CS0L

ADSL

CLKL

LD13

LD10

LD0

LD15

LD4

LD14

CLKL

LD2

LD8LD9

LD12

LD1

LD7LD6LD5

LD11

LD3

LD[0:31]

AR4

AR10

AR5

DR1DR2

DR6DR7

DR9

DR3

DR8

DR10

DR14

DR4

DR11

DR15

DR5

DR12

AR6

DR13

AR1

AR7

AR11

AR0

AR2

AR8

DR0

AR3

AR9

DR29

AR[11:0]

DR[31:0]

AR[11:0]

DR[31:0]

FTL/PIPERFTL/PIPER

AR0AR2AR4AR6AR8AR10

DR1DR3DR5DR7DR9DR11DR13DR15DR17DR19DR21DR23DR25DR27DR29DR31

AR1AR3AR5AR7AR9AR11

AR[11:0]

DR0DR2DR4DR6DR8DR10DR12DR14DR16DR18DR20DR22DR24DR26DR28DR30

DR[31:0]

A4A5A6A7

A8A9A10A11

FTL/PIPEL

R/WL

CE0LL

CNTRSTLL

DPADSLCE0LL

CE0LL

LBE2L

R/WLL

CE1LCNTENLL

DPADSL

CNTENLLCNTRSTLL

LA9

A0

LA5

LA[23:2]

A2

LA13

LA10

A1LBE1L

LA6

LA7

LA10

LA3

LA12

LA8

LA6

LA11

LA4

LA5

LA11

LA12

LA9LA8

A3LA3LA2

LA7

LA4

LA2

CE0RL

CNTRSTRL

CE1RCNTENRL

ADSRL

DPADSLGPIO8

CE1RCNTRSTRL

UBR0LLBR0L

OELL OELL

R/WRL

OERL

OERL

R/WRL

CE0RLLBR1LUBR1L

BLASTL

R/WLLLW/RL

LBE3L4,6,7LBE2L4,6,7

LD[0:31]4,6,7

DPRAMCLK4

LBE0L4,6,7

LBE3L4,6,7

LBE1L4,6,7

LA[23:2]4,7

CS0L4,7

ADSL4,6,7

LW/RL4,6,7

LD[0:31]4,6,7

LBE1L4,6,7

GPIO84,7

BLASTL4,6,7

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

R62 10K

R63 10K

R55 10K

R56 10K

R46 0

R54 10K

R44 10K

R45 10K

R42 10K

R43 10K

PB12PB13

U14

OSC socket

VCC8

GND4 NC 1

OUT5

PB44PB43

PB56

PB47

PB55

PB46

PB54

PB42PB41

PB58

PB45

PB57

PB53

PB62PB61

PB68

PB65PB64

PB60PB59

PB66

PB63

PB67

PB19PB18PB17

PB15PB16

PB14

PB29PB28

PB24

PB26PB27

PB25

PB35

PB37

PB34

PB31PB32PB33

PB38

PB30

PB36

PB39PB40

RN34

10 ohm 4R isolated

1234 5

678

RN35

10 ohm 4R isolated

1234 5

678

RN36

10 ohm 4R isolated

1234 5

678

RN37

10 ohm 4R isolated

1234 5

678

RN38

10 ohm 4R isolated

1234 5

678

R61 10K R64

10K

R52

22

R57 10K

R59 10K

R58 10K

R60 10K

PB6PB5 PB9

PB8

PB11PB10

PB1PB2

PB7

R47 0

RN33

10 ohm 4R isolated

1234 5

678

U13

GAL16LV8-5NS

VC

C20

GN

D10

IN12

IN23

IN34

IN45

IN56

IN67

IN78

IN89

IN/CLK1

IN/OE#11

IO/Q8 12IO/Q7 13IO/Q6 14IO/Q5 15IO/Q416IO/Q3 17IO/Q2 18IO/Q1 19

RN40

10K 7R Isolated

1 142 133 124 115 106 97 8

C65

0.1UF

R53 10K

RN39

742-08-3-103-J-XX

1234 5

678

U12

CY7C09349V

A0L92

IO11R 51IO10R 50IO9R 49IO8R48IO7R 47IO6R 45IO5R 44IO4R 43IO3R42IO2R 41IO1R 40IO0R 39

A11R72A10R 73A9R 74A8R 75A7R 76A6R77A5R 78A4R 79A3R 80A2R 81A1R82A0R 83

VC

C46

VC

C28

VC

C15

NC

71N

C70

NC

69N

C68

NC

6N

C5

NC

4

A11L3 A10L2 A9L1 A8L100 A7L99 A6L

98 A5L97 A4L96 A3L95 A2L94 A1L93

IO12R 52

IO13R53

IO14R 54

IO15R 55

IO16R 56

IO17R 58

NC

7

IO0L37

IO1L36

IO2L34

IO3L33

IO4L32

IO5L31

IO6L30

IO7L29

IO8L27

IO9L26

IO10L25

IO11L24

IO12L23

IO13L22

IO14L21

IO15L20

IO16L18

IO17L17

ADSL#89

CE0L#10

CE1L11

CNTENL#91

CNTRSTL#12

CLKL90

UBL#9

LBL#8

R/WL#13

OEL#14

FT#/PIPEL16

GN

D19

GN

D35

GN

D38

GN

D57

GN

D61

GN

D87

GN

D88

ADSR# 86

CE0R# 65

CE1R 64

CNTENR#84

CNTRSTR# 63

CLKR 85

UBR#66

LBR# 67

R/WR# 62

OER# 60

FT#/PIPER 59

U11

CY7C09349V

A0L92

IO11R 51IO10R 50IO9R 49IO8R48IO7R 47IO6R 45IO5R 44IO4R 43IO3R42IO2R 41IO1R 40IO0R 39

A11R72A10R 73A9R 74A8R 75A7R 76A6R77A5R 78A4R 79A3R 80A2R 81A1R82A0R 83

VC

C46

VC

C28

VC

C15

NC

71N

C70

NC

69N

C68

NC

6N

C5

NC

4

A11L3 A10L2 A9L1 A8L100 A7L99 A6L

98 A5L97 A4L96 A3L95 A2L94 A1L93

IO12R 52

IO13R53

IO14R 54

IO15R 55

IO16R 56

IO17R 58

NC

7

IO0L37

IO1L36

IO2L34

IO3L33

IO4L32

IO5L31

IO6L30

IO7L29

IO8L27

IO9L26

IO10L25

IO11L24

IO12L23

IO13L22

IO14L21

IO15L20

IO16L18

IO17L17

ADSL#89

CE0L#10

CE1L11

CNTENL#91

CNTRSTL#12

CLKL90

UBL#9

LBL#8

R/WL#13

OEL#14

FT#/PIPEL16G

ND

19

GN

D35

GN

D38

GN

D57

GN

D61

GN

D87

GN

D88

ADSR# 86

CE0R# 65

CE1R 64

CNTENR#84

CNTRSTR# 63

CLKR 85

UBR#66

LBR# 67

R/WR# 62

OER# 60

FT#/PIPER 59

PB22PB23

J3

HEADER 29X2

1 23 45 67 89 1011 1213 1415 1617 1819 2021 2223 2425 2627 2829 3031 3233 3435 3637 3839 4041 4243 4445 4647 4849 5051 5253 54

565557 58

PB21PB20

PB3

PB52

PB48

PB51

PB49PB50

C45

0.1uF

C46

0.1uF

C47

0.1uF

C48

0.1uF

C49

0.1uF

C50

0.01uF

C51

0.01uF

C52

0.01uF

C53

0.01uF

C54

0.01uF

C55

0.1uF

C56

0.1uF

C57

0.1uF

C58

0.1uF

C59

0.1uF

C60

0.01uF

C61

0.01uF

C62

0.01uF

C63

0.01uF

C64

0.01uF

Page 36: CompactPCI 9030RDK-LITE HRM

A

A

B

B

C

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2 2

1 1

Serial Port, Flash, POM Connector, Reset Circuit,

PLX Option Module Connector(PCI 9030 Multiplexed Mode)

2X50 Connector

Serial Port (DTE)

PrototypingFlash ROM Socket

User Accessible Reset Circuit

Do not install R63 ( default)

UART

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

6 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

ADSL

POMCLK

BLASTL

LW/RL

POMREQPOMGNT

LBE0LLBE1LLBE2L

LRESETL

LBE3L

READYL

READYL

LD31 LAD31LD30 LAD30LD29 LAD29LD28 LAD28LD27 LAD27LD26 LAD26LD25 LAD25LD24 LAD24

LD23 LAD23LD22 LAD22LD21 LAD21LD20 LAD20LD19 LAD19LD18 LAD18LD17 LAD17LD16 LAD16

LD15 LAD15LD14 LAD14LD13 LAD13LD12 LAD12LD11 LAD11LD10 LAD10LD9 LAD9LD8 LAD8

LD7LAD7LD6LAD6LD5LAD5LD4LAD4LD3LAD3LD2LAD2LD1LAD1LD0LAD0

POM_WAITL

ALE

LINTi1

USER0USER1

GPIO1/LLOCKoL

CS1L

POMCSL

BTERML

CTS

RTS

RIDTR

DSR

TXB0DTR#B1RTS#B2

RXB3DSR#B4CTS#B5CD#B6RI#B7

CD

RD

TD

B0B1B2

B3B4B5B6B7

B[0:7]

F_OEF_WE

F_A0F_A1F_A2F_A3F_A4F_A5F_A6F_A7F_A8F_A9F_A10F_A11F_A12F_A13F_A14F_A15F_A16F_A17F_A18

F_CE

F_D0F_D1F_D2F_D3F_D4F_D5F_D6F_D7

RESET#

MR#

ADD2

DD0DD1DD2DD3DD4DD5DD6DD7

RSTINTIORLIOWL

CS0CS1CS2#

OP1LOP2L

IORIOW

DDISLASL

TXRDYLRXRDYL

DD3

DD1DD2

DD0

DD7

DD5DD6

DD4

ASL

IOWLDDISL

IORL

IOW

INTIOR

RST

ADD0ADD1

LD[31:0]4,5,7

ADSL4,5,7

LW/RL4,5,7

BLASTL4,5,7

READYL4,7LRESEToL4,7

GPIO1/LLOCKoL4,7

POMCLK4

CS1L 4,7

READYL 4,7

LINTi14,7

LBE0L4,5,7LBE1L4,5,7LBE2L4,5,7LBE3L4,5,7

BTERML 4,7

CS1L4,7

ALE 4,7

LREQ4,7LGNT4,7

GPIO0/WAIToL4,7

LRESEToL4,7

+12V-12V

5VCC 5VCC3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

3.3VCC

J4

PLX Option Module 1 (POM1)

DMAREQ0# 51

DMAACK0# 52

DMAEOT0# 53

DMAREQ1#54

DMAACK1# 55

DMAEOT1# 56

USER0 57

USER1 58

5 VCC59

3.3 VCC 60

3.3 VCC 61

ASYNC_SEL# 62

PPC_ALE_H 63

LABS264

LABS3 65

3.3 VCC 66

POM_SERR# 67

5 VCC 68

DEN#69

DT/R# 70

3.3 VCC 71

RD_STRB# 72

RESERVED 73

RESERVED74

POM_RDY_OUT# 75

3.3 VCC 76

3.3 VCC 77

POM_PRESENT# 78

BREQ_IN79

BREQ_OUT 80

BTERM_IN# 81

BTERM_OUT# 82

5 VCC 83

AD0784

AD06 85

AD05 86

AD04 87

AD03 88

AD0289

AD01 90

AD00 91

GND 92

5 VCC 93

3.3 VCC94

3.3 VCC 95

GND 96

EESDA 97

EESCL 98

+12V99

-12V 100

ADS#1

GND2

PCLK3

GND4

BLAST#5

LOCK#6

W/R#7

GND8

POM_RDY_IN#9

RESET#10

BE0#11

BE1#12

BE2#13

BE3#14

SYNC_SEL#15

GND16

IRQ_OUT#17

IRQ_IN#18

POM_REQ19

POM_GNT20

POM_WAIT#21

GND22

5 VCC23

AD3124

AD3025

AD2926

AD2827

AD2728

AD2629

AD2530

AD2431

GND32

AD2333

AD2234

AD2135

AD2036

AD1937

AD1838

AD1739

AD1640

GND41

AD1542

AD1443

AD1344

AD1245

AD1146

AD1047

AD0948

AD0849

GND50

R72 0

R71 0

R66 0

R67 0R68 0

PC9

PC8

PC7

PC2PC3

PC1

R65 0

R69 0

R70 0

PC5PC6

PC4

R77 10K1 2

R7810K

12

J5

CONN DB9-MALE

594837261

U18

MAX3245

VCC26

V+27

V-3

GND25

C1+ 28

C1- 24

C2+ 1

C2- 2

T1IN14

T2IN13 T1OUT 9

T2OUT 10

FORCEOFF#22

FORCEON23

T3IN12 T3OUT 11

R5OUT15 R4OUT16 R3OUT17 R2OUT18 R1OUT19 R2OUTB20

R1IN 4

R2IN 5

R3IN 6

R4IN 7

R5IN8

INVALID#21

+C7410uF

12

PC28PC29

PC30PC31

PC32PC33

PC34PC35

PC58PC59PC60PC61PC62PC63PC64PC65

PC36PC37PC38PC39PC40PC41PC42PC43PC44PC45PC46PC47PC48PC49PC50PC51PC52PC53PC54

PC55PC56PC57

U15

MAX6306UK30D1-T

VCC 5MR#3

RESET# 1

GND 2RST_IN4

R7310K

R7410K

PC66

R750R760

PC12

PC13PC14PC15PC16PC17PC18PC19PC20

PC21PC22PC23PC24

PC25PC26PC27

RN41

742-08-3-103-J-XX

1234 5

678

RN42

742-08-3-103-J-XX

1234 5

678

RN43

742-08-3-103-J-XX

1234 5

678

RN44

742-08-3-103-J-XX

1234 5

678

C750.1uF

FP1

32-pin PLCC

CE22

OE24

WE31

I/O013

I/O1 14

I/O2 15

I/O3 17

I/O4 18

I/O519

I/O6 20

I/O7 21

VC

C32

GN

D16

A1730 A162 A153 A1429 A1328 A124 A1125 A10

23 A926 A827 A75 A66 A57 A48 A39 A210 A111 A0

12

A181

U17

ST16C550

IOR#19

IOW#16

CS2#11

TX 8

DTR# 33

RTS#32

RX 7

DSR# 39

CTS# 38

CD#40

RI# 41

VC

C42

GN

D18

OP1# 34

OP2# 31

IOR 20

IOW17

CS09

RESET35

RCLK 5

D74 D63 D52 D447 D346 D245 D144 D043

A226 A127 A028

BAUDOUT# 12

CS110 DDIS# 22

AS# 24

RXRDY# 29TXRDY#23

X215 X114

NC

1

NC

6N

C25

NC

36

INT30

NC

13

NC

21N

C37

NC

48

PC11PC10

C67

0.1uF

C69

0.1uF

C71

0.01uF

C72

0.01uF

C73

0.01uF

C68

0.1uF

C66

0.1uF

C70

0.01uF

C76

100nF

C77

100nF

C78

100nF

C79

100nF

U16

1.8432MHz OSC

OUT 3

NC 1GND2

VCC4

S2SW PUSHBUTTON

1 3

Page 37: CompactPCI 9030RDK-LITE HRM

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1 1

Note: The test headers are designed to hook up directlyto HP logic analyzer termination adapter 01650-63203.

Test Headers

Logic Analyzer Test Headers

Control Signals in Local Bus (A)Local Address Bus -Upper Addresses

Local Address Bus - Lower Addresses

Local Data Bus - Upper Half

Local Data Bus - Lower Half

Control Signals in Local Bus (B)

16V 16V 16V 16V 16V 16V

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

7 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

LINTi1CS0LGPIO8LPMINTL

LBE2L

BLASTLRDL

GPIO1/LLOCKoLEEDOEECS

LINTi2CS1LLRESEToL

BTERML

LGNT

GPIO0/WAIToLEEDIEESK

LBE0L

LA23LA25/GPIO6

LA17

LA21

LA13LA15

LA19

LA23LA21LA19LA17LA15LA13

LA26/GPIO5

LA22LA20LA18LA16LA14

LA22LA20LA18LA16LA14LA12 LA12

LA11LA9LA7LA5LA3

LA11LA9LA7LA5LA3

LA10LA8LA6LA4LA2

LA10LA8LA6LA4LA2

LD31LD29LD27LD25LD23LD21LD19LD17

LD30LD28LD26LD24LD22LD20LD18LD16

LD31LD29LD27LD25LD23LD21LD19LD17

LD30LD28LD26LD24LD22LD20LD18LD16

LD14LD12LD10LD8LD6LD4LD2LD0

LD14LD12LD10LD8LD6LD4LD2LD0

LD15LD13LD11LD9LD7LD5LD3LD1

LD15LD13LD11LD9LD7LD5LD3LD1

MODE LBE3LREADYL

LREQ

LD[31:0]

LD[31:0]

LA[23:2]

LA[23:2]

LA24/GPIO7

LA27/GPIO4GPIO2/CS2L

ADSL

LCLOCK

GPIO3/CS3L

LBE1L

LPMESET

LW/RLWRL

ALE

LA[23:2]4,5

LD[31:0]4,5,6

LD[31:0]4,5,6

LA[23:2]4,5

GPIO2/CS2L4GPIO0/WAIToL4,6

GPIO1/LLOCKoL 4,6EEDI4EEDO 4EESK4EECS 4

LPMINTL4GPIO84,5

LRESEToL 4,6CS0L4,5CS1L 4,6LINTi14,6LINTi2 4

BTERML 4,6RDL4

LW/RL 4,5,6LGNT 4,6

ADSL4,5,6

LBE2L4,5,6LBE0L4,5,6MODE4 LBE3L 4,5,6

READYL4,6

BLASTL4,5,6

LCLOCK4

LA26/GPIO54

LA24/GPIO74LA27/GPIO4 4LA25/GPIO6 4

LREQ4,6

GPIO3/CS3L 4

WRL 4

LBE1L 4,5,6

LPMESET 4

ALE

3.3VCC

LAH5

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK2 2

D15 4

D136

D11 8

D9 10

D7 12

D5 14

D316

D1 18

GND 20PD72

PD66

PD70PD69

PD65

PD71

PD68PD67

PD80

PD78PD77

PD73

PD75PD76

PD74

PD79

PD40

PD34

PD38PD37

PD33

PD39

PD36PD35

LAH1

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK2 2

D15 4

D136

D11 8

D9 10

D7 12

D5 14

D316

D1 18

GND 20PD8

PD2

PD6PD5

PD1

PD7

PD4PD3

PD16

PD14PD13

PD9

PD11PD12

PD10

PD15

PD24

PD18

PD22PD21

PD17

PD23

PD20PD19

PD32

PD30PD29

PD27PD28

PD26

PD31

LAH3

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK2 2

D15 4

D13 6

D11 8

D910

D7 12

D5 14

D3 16

D1 18

GND20

PD48

PD46PD45

PD41

PD43PD44

PD42

PD47

LAH4

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK2 2

D15 4

D136

D11 8

D9 10

D7 12

D5 14

D316

D1 18

GND 20PD56

PD50

PD54PD53

PD49

PD55

PD52PD51

PD64

PD62PD61

PD57

PD59PD60

PD58

PD63

LAH6

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK22

D15 4

D13 6

D11 8

D9 10

D712

D5 14

D3 16

D1 18

GND 20PD88

PD82

PD86PD85

PD81

PD87

PD84PD83

PD96

PD94PD93

PD89

PD91PD92

PD90

PD95

LAH2

Logic Analyzer Header

+5V1

CLK13

D145

D127

D109

D811

D613

D415

D217

D019

CLK2 2

D154

D13 6

D11 8

D9 10

D7 12

D514

D3 16

D1 18

GND 20 PD25

+C91

10UF

+C92

10UF

+C93

10UF

+C94

10UF

+C95

10UF

+C96

10UF

Page 38: CompactPCI 9030RDK-LITE HRM

A

A

B

B

C

C

D

D

E

E

4 4

3 3

2 2

1 1

Prototyping Footprint A

Prototyping Footprint A

0.05" pitch

0.05" pitch

0.05" pitch

0.05" pitch

0.05" pitch

Footprint

Footprint

Footprint

Footprint

Footprint 0.150" wide, 0.05" pitch

0.300" wide, 0.05" pitch

0.300" wide, 0.05" pitch

0.300" wide, 0.025" pitch

0.300" wide, 0.025" pitch

0.8mm 0.8mm

All prototyping Footprints are locatedon the component side of the PCB

Power & Ground Rails

Note: Place four PLCC devices co-incident on the componentside of the board; that is, they share common pins and the 28fits inside the 44 which fits inside the 68 which fits inside the84.

0.150" wide, 0.05" pitch

Jumpers to Join Top and Bottom

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

8 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

PE71

PE71

PE70

PE68

PE67

PE67

PE60

PE56

PE

44

PE42

PE

39

PE

36

PE29

PE25

PE23

PE18

PE13

PE1

PE[1:84]

PE84

PE58

PE

38

PE22

PE

2

PE

49

PE20

PE3P

E3

PE59

PE55

PE30

PE30

PE27

PE19

PE13

PE78

PE74

PE72

PE28

PE

9

PE63

PE35

PE17

PE12

PE

83

PE58

PE54

PE32

PE15

PE70

PE6

PE66

PE48

PE21

PE8

PE4

PE

53

PE

35P

E38

PE20

PE27

PE44

PE18

PE

75

PE69

PE5

PE11

PE16

PE16

PE

6

PE

84

PE19

PE68

PE25 PE61

PE43

PE

37

PE66

PE

49

PE59

PE71

PE

39

PE18

PE75

PE

5

PE

51

PE41

PE

47

PE77

PE62

PE53

PE

33

PE

2

PE49

PE20

PE20

PE19

PE70

PE

36

PE23

PE

10

PE

37

PE73

PE73

PE79

PE

41

PE

47

PE17

PE15

PE24

PE25

PE23

PE13

PE76

PE61

PE14

PE69

PE69

PE51

PE

41

PE65

PE47

PE

4

PE

9

PE

38

PE

7

PE55

PE68

PE39

PE13

PE64

PE

43P

E43

PE10

PE

34

PE

40

PE

80P

E48

PE

4

PE72

PE28

PE9

PE38 PE22

PE7

PE60

PE18

PE64

PE

37

PE14P

E41

PE16

PE65

PE57

PE

8

PE

33

PE26

PE74

PE

35

PE12

PE12

PE

7

PE

42P

E42

PE

39

PE

39

PE

1

PE

11

PE37

PE34

PE

34

PE

40

PE40

PE

5

PE

79

PE57

PE26

PE

78

PE74

PE72

PE17

PE

52

PE

36

PE36

PE31

PE

10

PE80

PE73

PE73

PE

6

PE21

PE62

PE

33

PE

45

PE45

PE74

PE63

PE83

PE22

PE22

PE15

PE24

PE24

PE

3

PE

82P

E81

PE70

PE52

PE68PE67PE67

PE

36

PE13

PE

1

PE64

PE14

PE14

PE69

PE16

PE66

PE

77

PE62PE74

PE28

PE12

PE82

PE19

PE71

PE70

PE

42

PE31

PE

76

PE61

PE73

PE

46

PE

11

PE65

PE65

PE66PE21

PE

8

PE72

PE63

PE17

PE17

PE12

PE58

PE15

PE59PE27

PE68

PE29

PE

43

PE50

PE

50

PE

34

PE14

PE69

PE46

PE

46

PE16

PE

48

PE21

PE

45

PE72

PE54

PE

38

PE2

PE81

PE71

PE56

PE64

PE

37

PE

34

PE

40

PE

33

PE33

PE26

PE

35

PE

35

PE32

PE15

PE60

PE

44

PE18

PE

84P

E83

PE

82P

E81

PE

80P

E79

PE

11P

E10

PE

9P

E8

PE

7P

E6

PE

5P

E4

PE

3P

E2

PE

1

PE

11P

E10

PE

9P

E8

PE

7P

E6

PE

5

5VCC

3.3VCC

5VCC

3.3VCC

PF17PF18PF19PF20PF21PF22

PF24PF23

PF16PF15

PF13PF14

PF10PF9

PF11PF12

PF1PF2

PF4PF3

PF6

PF8

PF5

PF7

PF147PF148

PF146

PF142

PF144

PF141

PF145

PF143

PF149PF150

PF196

PF194PF193

PF189

PF191PF192

PF190

PF195

PF188PF187

PE68

PE64

PE67

PE65

PE63

PE58

PE62

PE59

PE66

PE60PE61

PE53

PE55PE54

PE57PE56

PE52

PE49

PE41

PE46

PE48

PE43PE42

PE50

PE47

PE45PE44

PE51

PE36

PE38

PE40

PE37

PE39

PE35

PE32

PE24

PE29

PE31

PE26PE25

PE33

PE30

PE28PE27

PE34

PE19

PE21

PE23

PE20

PE22

PE18

PE15

PE7

PE12

PE14

PE9PE8

PE16

PE13

PE11PE10

PE17

PE2

PE4

PE6

PE3

PE5

PE1

PF162

PF159

PF168

PF164

PF161

PF165

PF167

PF163

PF166

PF160

PF171PF170

PF177

PF174

PF178

PF173

PF169

PF175

PF172

PF176

PE69PE70PE71PE72PE73PE74PE75PE76PE77PE78PE79PE80PE81PE82PE83PE84

FP5

28 Pin PLCC

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

19 1920 2021 21222223 2324 2425 2526

2627

2728

28

FP11

28-pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414 15 15161617 1718 1819 1920 20212122 2223 2324 2425 25262627 2728 28

PF158

PF155

PF157PF156

PF154

PF151

PF153PF152

PF185PF186

PF184PF183

PF181PF180PF179

FP12

28-pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

151516 1617 1718 1819 19202021 2122 2223 2324 24252526 2627 2728 28

PF182

PF247PF246

PF253

PF250

PF254

PF249

PF245

PF251

PF248

PF252

PF257PF256PF255

PF258

PF261PF260

PF267

PF264

PF268

PF263

PF259

PF265

PF262

PF266

PE292

PE290PE289

PE285

PE287PE288

PE286

PE291

PE284PE283

PE281PE282

PE280

PF278

PF276PF275

PF271

PF273PF274

PF272

PF277

PF270

FP2

84 Pin PLCC

99

88

77

66

55

44

33

22

11

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

60 60

59 59

58 58

5757

56 56

55 55

54 54

5353

5252

5151

5050

4949

4848

4747

4646

4545

4444

68 68

6767

66 66

65 65

64 64

63 63

6262

61 61

1010

1111

69 6970 7071 71727273 7374 7475

7576

7677

7778

7879

7980

8081

8182

8283

8384

84

FP4

44 Pin PLCC

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

33 33

3232

31 31

30 30

29 29

39 39

38 38

3737

36 36

35 35

34 34

4444

4343

4242

4141

4040

66

55

44

33

22

11

2323

2424

2525

2626

2727

2828

TB4

HEADER 30

123456789101112131415161718192021222324252627282930

TB3

HEADER 30

123456789

101112131415161718192021222324252627282930

TB1

HEADER 30

123456789101112131415161718192021222324252627282930

TB5

HEADER 30

123456789101112131415161718192021222324252627282930

TB2

HEADER 30

123456789

101112131415161718192021222324252627282930

PF269

FP6

20 Pin PLCC 44

55

66

77

88

99

1010

1111

1212

1313

33

22

11

18 18

17 17

1616

15 15

14 14

2020

1919

PE86

PE89

PE85

PE88PE87

PE95

PE99

PE96

PE98PE97

PE

103

PE

101

PE

100

PE

102

PE

104

PE

92

PE

90P

E91

PE

93P

E94

PF107

PF88

PF103

PF99

PF95

PF106

PF91

PF102

PF98

PF87

PF94

PF109

PF90

PF105

PF101

PF97

PF108

PF93

PF104

PF89

PF100

PF96

PF110

PF92

PF132PF133

PF131

PF121

PF126PF125

PF118

PF130PF129

PF122

PF124

PF119

PF128

PF123

PF127

PF120

PF116PF117

PF115

PF136

PF140

PF114PF113

PF137

PF139

PF134

PF138

PF111

PF135

PF112

FP10

54-pin TSOP Footprint

256Mb SDRAM

A023

A124

A225

A326

A429

A530

A631

A732

A833

A934

A1022

A1135

DQ0 2

DQ2 5

DQ48

DQ6 11

DQ944

DQ11 47

DQ13 50

DQ15 53

BA020

BA121

CS#19

RAS#18

CAS#17

WE#16

UDMQ39

CLK38

CKE37

VDD1 1

VDD2 14

VDD327

VDDQ1 3

VDDQ2 9

VDDQ3 43

VDDQ4 49

VSS1 28

VSS241

VSS3 54

VSSQ1 6

VSSQ2 12

VSSQ3 46

VSSQ452

DQ1 4

DQ3 7

DQ5 10

DQ7 13

A1236

NC/RFU40

DQ8 42

DQ10 45

DQ12 48

DQ1451

LDMQ15

PF70

PF55

PF57

PF61

PF73

PF76

PF46

PF40

PF59

PF42

PF33

PF68

PF51

PF41

PF81

PF85

PF83

PF63

PF69

PF64

PF45

PF60

PF49

PF56

PF34

PF58

PF80

PF62

PF74

PF71

PF53

PF86

PF78

PF38

PF52

PF79

PF67

PF77

PF36PF37

PF65

PF72

PF43

PF84

PF82

PF66

PF75

PF54

PF48

PF50

PF39

PF44

PF35

PF47

PF31PF30PF29PF28

PF25

PF27PF26

PF32

PF199PF198

PF205

PF202

PF206

PF201

PF197

PF203

PF200

PF204

PF209PF208PF207

PF210

PF213PF212

PF219

PF216

PF220

PF215

PF211

PF217

PF214

PF218

PF244

PF242PF241

PF237

PF239PF240

PF238

PF243

PF236PF235

PF233PF234

PF232

PF230

PF228PF227

PF223

PF225PF226

PF224

PF229

PF222PF221

FP13

48-pin SSOP Footprint

11

22

33

44

55

66

77

88

99

1010

2020 1919 1818 1717 1616 1515 1414 1313 1212 1111

2121

2222

2323

2424 25 2526 2627 2728 28292930 3031 3132 3233 33343435 3536 3637 3738 38393940 4041 4142 4243 43444445 4546 4647 4748 48

PF231

FP14

48-pin SSOP Footprint

11

22

33

44

55

66

77

88

99

1010

2020 1919 1818 1717 1616 1515 1414 1313 1212 1111

2121

2222

2323

2424 25 25262627 2728 2829 2930 30313132 3233 3334 3435 35363637 3738 3839 3940 40414142 4243 4344 4445 45464647 4748 48

PF279

FP7

16-pin SOIC Narrow Footprint

11

22

33

44

55

66

77

88

16 16

15 15

1414

13 13

12 12

11 11

10 10

99

FP8

16-pin SOIC Narrow Footprint

11

22

33

44

55

66

77

88

16 16

15 15

14 14

1313

12 12

11 11

10 10

9 9

FP3

68 Pin PLCC

99

88

77

66

55

44

33

22

11

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

60 60

59 59

5858

57 57

56 56

55 55

54 54

5353

52 52

51 51

50 50

49 49

4848

47 47

46 46

45 45

44 44

6868

6767

6666

6565

6464

6363

6262

6161

FP9

54-pin TSOP Footprint

256Mb SDRAM

A023

A124

A225

A326

A429

A530

A631

A732

A833

A934

A1022

A1135

DQ0 2

DQ2 5

DQ48

DQ6 11

DQ944

DQ11 47

DQ13 50

DQ15 53

BA020

BA121

CS#19

RAS#18

CAS#17

WE#16

UDMQ39

CLK38

CKE37

VDD1 1

VDD2 14

VDD327

VDDQ1 3

VDDQ2 9

VDDQ3 43

VDDQ4 49

VSS1 28

VSS241

VSS3 54

VSSQ1 6

VSSQ2 12

VSSQ3 46

VSSQ452

DQ1 4

DQ3 7

DQ5 10

DQ7 13

A1236

NC/RFU40

DQ8 42

DQ10 45

DQ12 48

DQ1451

LDMQ15

JP2

HEADER 2

12

JP4

HEADER 2

12

JP6

HEADER 2

12

JP8

HEADER 2

12

JP1

HEADER 2

12

JP3

HEADER 2

12

JP5

HEADER 2

12

JP7

HEADER 2

12

Page 39: CompactPCI 9030RDK-LITE HRM

A

A

B

B

C

C

D

D

E

E

4 4

3 3

2 2

1 1

Prototyping Footprint B

Prototyping Footprint B

0.8mm pitch

0.300" wide, 0.05" pitch 0.300" wide, 0.05" pitch

0.150" wide, 0.025" pitch0.150" wide, 0.025" pitch

Footprint

0.300" wide, 0.025" pitch0.300" wide, 0.025" pitch

All prototyping footprints are locatedon the component side of the PCB.

0.300" Wide, 0.05" pitch0.300" wide, 0.05" pitch0.150" wide, 0.05" pitch 0.150" wide, 0.05" pitch

0.150" wide, 0.025" pitch

0.150" wide, 0.025" pitch

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

9 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

FP19

20 pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

2020

19 19

18 18

17 17

16 16

1515

14 14

13 13

12 12

11 11

FP21

24 pin SSOP Footprint

44

55

66

77

88

99

1010

1111

1212

1313

33 22 11

1818

17 17

16 16

15 15

14 14

20 20

19 19

21 2122 22232324 24

FP22

24 pin SSOP Footprint

44

55

66

77

88

99

1010

1111

1212

1313

33 22 11

1818

17 17

16 16

15 15

14 14

20 20

19 19

21 2122 22232324 24

PG163PG162

PG169

PG166

PG170

PG165

PG161

PG167

PG164

PG168

PG173PG172PG171

PG174

PG177PG176

PG183

PG180

PG184

PG175

PG181

PG178

PG182

PG208

PG206PG205

PG201

PG203PG204

PG202

PG207

PG200PG199

PG197PG198

PG196

PG194

PG192PG191

PG187

PG189PG190

PG188

PG193

PG186PG185

PG195

PG211PG210

PG217

PG214

PG218

PG213

PG209

PG215

PG212

PG216

PG221PG220PG219

PG222

PG225PG224

PG231

PG228

PG232

PG227

PG223

PG229

PG226

PG230

PG256

PG254PG253

PG249

PG251PG252

PG250

PG255

PG248PG247

PG245PG246

PG244

PG242

PG240PG239

PG235

PG237PG238

PG236

PG241

PG234PG233

FP24

48-pin SSOP Footprint

11

22

33

44

55

66

77

88

99

1010

2020 1919 1818 1717 1616 1515 1414 1313 1212 1111

2121

2222

2323

2424

252526 2627 2728 2829 29303031 3132 3233 3334 34353536 3637 3738 3839 39404041 4142 4243 4344 44454546 4647 4748 48

PG243

PG77

PG74

PG76

PG82

PG75

PG79PG78

PG73

PG81PG80

PG97

PG94

PG96

PG102

PG95

PG99PG98

PG93

PG101PG100

PG117

PG114

PG123

PG116

PG122

PG115

PG124

PG119PG118

PG113

PG121PG120

PG141

PG138

PG147

PG140

PG146

PG139

PG148

PG143PG142

PG137

PG145PG144

PG91

PG85PG86

PG89

PG83

PG88

PG90

PG84

PG87

PG92

PG105PG106

PG103PG104

PG135

PG129PG130

PG133

PG127

PG132

PG134

PG128

PG131

PG136PG159

PG153PG154

PG157

PG151

PG156

PG158

PG152

PG155

PG160

PG125 PG149PG150PG126

PG

293

PG

296

PG

271

PG288

PG263

PG

273

PG

294

PG

272

PG286

PG266

PG264

PG

300

PG

274

PG

295

PG283

PG257

PG

292

PG287

PG

270

PG279

PG265

PG285

PG

276

PG

290

PG261

PG289

PG

277

PG

268

PG259

PG284PG262

PG

291

PG

298

PG

299

PG281

PG260

PG

269

PG282

PG267

PG258

FP20

20 pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

2020

19 19

18 18

17 17

16 16

1515

14 14

13 13

12 12

11 11

PG111

PG109PG108

PG110

PG112

PG107

PG

275

PG

278

PG280

PG67

FP18

20 pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

20 20

19 19

18 18

1717

16 16

15 15

14 14

13 13

1212

11 11

PG58PG57

PG64

PG59PG65

PG63PG62

PG55PG56

PG66PG60

PG54 PG71

PG69

PG61

PG68

PG70

PG53

PG15PG14PG13PG12

PG9

PG11PG10

PG16 PG17PG18PG19PG20PG21PG22

PG24PG23

PG31PG30PG29PG28

PG25

PG27PG26

PG32

FP23

48-pin SSOP Footprint

11

22

33

44

55

66

77

88

99

1010

2020 1919 1818 1717 1616 1515 1414 1313 1212 1111

2121

2222

2323

2424

252526 2627 2728 2829 29303031 3132 3233 3334 34353536 3637 3738 3839 39404041 4142 4243 4344 44454546 4647 4748 48

PG179

FP25

44 Pin TQFP

11

22

33

44

55

66

77

88

99

1010

1111

33 33

32 32

3131

30 30

29 29

28 28

27 27

2626

25 25

24 24

23 23

4444

4343

4242

4141

4040

3939

3838

3737

3636

3535

3434

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

PG

297

FP26

16 pin SSOP Footprint

44

55

66

77

88 9 910 1011 11121213 1333 22 11 16 16

15 15

14 14PG315

PG309PG310

PG313PG312

PG314

PG311

PG316

PG305

PG302

PG304PG303

PG307PG306

PG301

PG308

FP27

16 pin SSOP Footprint

44

55

66

77

88

9910 1011 1112 1213 133

3 22 11 16 16

15 15

1414

PG326PG325

PG332

PG327

PG330

PG328

PG331

PG329

PG318

PG320

PG324PG323

PG319

PG317

PG321PG322

FP15

16-pin SOIC Narrow Footprint

11

22

33

44

55

66

77

88

16 16

15 15

1414

13 13

12 12

11 11

10 10

99

PG1PG2 PG3 PG4 PG5 PG6

PG8 PG7

FP16

16-pin SOIC Narrow Footprint

11

22

33

44

55

66

77

88

16 16

15 15

1414

13 13

12 12

11 11

10 10

99

PG72

PG48

PG46

PG51

PG44PG40

PG43

PG33

PG50

PG39PG45

PG41

PG52

PG38

PG42

PG37PG36

PG34

PG49PG35

PG47

FP17

20 pin SOIC Wide Footprint

11

22

33

44

55

66

77

88

99

1010

20 20

19 19

18 18

1717

16 16

15 15

14 14

13 13

1212

11 11

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4 4

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1 1

Prototyping Footprint C

Prototyping Footprint C

Note: three footprints are placed on the componentside of the PCB. They are arranged as FP30 inside ofFP29 and FP29 insde of FP28. All 208 holes for prototypingare located outside of 208-pin PQFP footprint.

0.5mm pitch

0.5mm pitch

0.5mm pitch

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

10 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

PH[1:208]

PH40

PH159

PH121

PH144

PH62

PH78

PH33

PH33

PH80

PH27

PH97

PH21 PH21

PH16

PH12

PH

177

PH114

PH114

PH35

PH132

PH45

PH22

PH138

PH102

PH

172

PH36

PH50PH51

PH105

PH124PH125

PH

160

PH

161

PH

173

PH

174

PH

204

PH

205

PH41

PH36

PH131

PH173

PH145

PH142

PH115

PH178

PH

178

PH

176

PH23

PH139

PH185

PH130

PH130

PH205

PH197

PH

168

PH26

PH166

PH124

PH49

PH

81

PH

102

PH126PH127

PH

162

PH

163

PH

175

PH

176

PH

206

PH

207

PH116PH40

PH131

PH66

PH44

PH203

PH24

PH49

PH32

PH37

PH

195

PH

175

PH137

PH106

PH101

PH113

PH130PH129

PH79

PH

177

PH14

PH84

PH20

PH6PH7

PH

59P

H60

PH106PH107

PH128

PH131PH132

PH145PH146

PH

164

PH

165

PH

177

PH

178

PH

194

PH19

PH

167

PH136

PH15

PH146

PH146

PH

173

PH140

PH120

PH1

PH77

PH189

PH

174

PH

85

PH177

PH

95

PH158

PH132

PH117

PH96

PH201

PH141

PH134

PH26

PH

84

PH25

PH25

PH172

PH165

PH1

PH4PH5

PH25PH26

PH30PH31

PH

57P

H58

PH

79P

H80

PH

104

PH108PH109

PH133PH134

PH

166

PH

167

PH

179

PH

183

PH

195

PH

196

PH36

PH65

PH17

PH83

PH24

PH39

PH9

PH27

PH

200

PH135

PH118

PH105

PH

69

PH43

PH

194

PH204

PH202

PH29

PH147

PH

85

PH18

PH117

PH48

PH3

PH17PH18

PH24

PH28PH29

PH

55P

H56

PH

77P

H78

PH

92

PH

103

PH110PH111

PH114

PH135PH136

PH

168

PH

197

PH

198

PH100

PH4

PH188

PH181

PH38

PH145

PH140

PH176

PH

87PH200

PH

190

PH169

PH157

PH

86

PH

86

PH162

PH119

PH95

PH14

PH133

PH133

PH133PH134

PH11

PH76

PH124

PH94

PH16

PH27

PH

54

PH

75P

H76

PH115PH116

PH137PH138

PH

199

PH

200

PH109

PH

193

PH17

PH28

PH37

PH64

PH23

PH16

PH

88

PH35

PH82

PH148

PH134

PH60

PH47

PH

90

PH

70

PH

73P

H74

PH

90P

H91

PH117PH118

PH192

PH

192

PH116

PH36

PH99

PH44

PH149

PH144PH93

PH123

PH6

PH

87

PH9

PH154

PH120

PH175

PH55

PH

188

PH137

PH135

PH75

PH161

PH88

PH180

PH18

PH132

PH

96

PH168

PH53

PH13

PH13

PH43

PH48

PH

68P

H69

PH

71P

H72

PH

88P

H89

PH

101

PH119PH120

PH155

PH19

PH121

PH51

PH15

PH

189

PH

91

PH

63

PH24

PH

199

PH39

PH27

PH8

PH43

PH

88

PH81

PH

185

PH

79

PH

180

PH

61

PH22

PH41PH42

PH46PH47

PH

66P

H67

PH

86P

H87

PH

99P

H10

0

PH121

PH129

PH

184

PH74

PH191

PH

191

PH136

PH136

PH

83

PH

62

PH184

PH

184

PH140

PH115

PH153

PH92

PH

92

PH

80

PH54

PH23

PH160

PH196

PH108

PH

81

PH59

PH129

PH12

PH35

PH

82

PH42

PH148

PH122

PH122

PH

166

PH143

PH44PH45

PH

64P

H65

PH

84P

H85

PH

97P

H98

PH130

PH

185

PH

186

PH

71

PH19

PH

188

PH38

PH123

PH

176

PH

89

PH

80

PH

197

PH52

PH10

PH137P

H69

PH

81

PH

72

PH

70

PH31

PH

187

PH26

PH22

PH50

PH3

PH23

PH

62P

H63

PH

82P

H83

PH

95P

H96

PH139PH140

PH

159

PH

187

PH

188

PH126

PH

74

PH

71

PH

73

PH

181

PH

93

PH128

PH125PH32

PH107

PH195

PH135

PH164

PH112

PH

70

PH147

PH119

PH

180

PH171

PH152

PH58

PH

82

PH183

PH

183

PH122

PH10

PH15

PH21PH22

PH

61

PH

93P

H94

PH112PH113

PH141PH142

PH156

PH

180

PH

181

PH

189

PH

190

PH208

PH121

PH73

PH91

PH

83

PH128

PH

175

PH

75

PH69

PH190

PH21

PH

72

PH31

PH

187

PH18

PH

186

PH42

PH5

PH

198

PH11

PH

179

PH30

PH8PH9

PH13PH14

PH19PH20

PH34PH35

PH52

PH143PH144

PH147

PH

182

PH

191

PH

192

PH126

PH

74

PH

73

PH163

PH156

PH111

PH7

PH199

PH

178

PH125

PH104

PH57

PH

182

PH

77PH139

PH118

PH

75

PH70

PH29

PH187

PH

174

PH

171

PH

186

PH141

PH151

PH

76

PH25

PH

165

PH127

PH127

PH

94

PH30

PH30

PH20

PH11PH12

PH32PH33

PH148PH149

PH

157

PH

193

PH

208

PH126

PH

191

PH17

PH63

PH

184

PH170

PH

170

PH

78

PH

78

PH182

PH

77

PH

64

PH10

PH194

PH86

PH46

PH207

PH72

PH31

PH

185

PH34

PH68

PH

76

PH127

PH90

PH150PH151

PH

158

PH

169

PH

192

PH41

PH2

PH167

PH131

PH

181

PH

66P

H65

PH103

PH

173

PH142

PH128

PH125PH32

PH98

PH

189

PH

190

PH113

PH

196

PH29

PH

79

PH56

PH

67

PH155

PH61

PH

183

PH

68

PH110

PH179

PH124

PH39PH40

PH152PH153

PH

170

PH

201

PH71

PH206

PH193

PH123

PH28

PH28

PH89

PH87

PH33

PH

182

PH198

PH139

PH

169

PH174

PH129

PH85

PH67

PH34

PH34

PH186

PH150

PH138

PH138

PH

84

PH

179

PH143

PH20

PH2

PH37PH38

PH

53

PH122PH123

PH154

PH

171

PH

172

PH

202

PH

203

FP29

144 Pin TQFP Footprint

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

4444

4545

4646

4747

4848

4949

5050

5151

5252

5353

5454

5555

5656

5757

5858

5959

6060

6161

6262

6363

6464

6565

6666

6767

6868

6969

7070

7171

7272

73 7374 7475 7576 76777778 7879 7980 8081 81828283 8384 8485 8586 86878788 8889 8990 9091 91929293 9394 9495 9596 96979798 9899 99100 100101 101102102103 103104 104105 105106 106107107108 108

109

109

110

110

111

111

112

112

113

113

114

114

115

115

116

116

117

117

118

118

119

119

120

120

121

121

122

122

123

123

124

124

125

125

126

126

127

127

128

128

129

129

130

130

131

131

132

132

133

133

134

134

135

135

136

136

137

137

138

138

139

139

140

140

141

141

142

142

143

143

144

144

PH201PH202PH203PH204PH205PH206PH207PH208

PH151PH152PH153PH154PH155PH156PH157PH158PH159PH160PH161PH162PH163PH164PH165PH166PH167PH168PH169PH170PH171PH172PH173PH174PH175PH176PH177PH178PH179PH180PH181PH182PH183PH184PH185PH186PH187PH188PH189PH190PH191PH192PH193PH194PH195PH196PH197PH198PH199PH200

PH101PH102PH103PH104PH105PH106PH107PH108PH109PH110PH111PH112PH113PH114PH115PH116PH117PH118PH119PH120PH121PH122PH123PH124PH125PH126PH127PH128PH129PH130PH131PH132PH133PH134PH135PH136PH137PH138PH139PH140PH141PH142PH143PH144PH145PH146PH147PH148PH149PH150

PH96

PH77

PH65

PH59

PH92

PH63

PH61

PH88

PH99

PH84

PH52

PH95

PH80

PH91

PH87

PH76

PH54

PH83

PH75

PH56

PH98

PH79

PH74

PH64

PH58

PH94

PH73

PH62

PH60

PH90

PH72

PH86

PH71

PH51

PH97

PH82

PH70

PH93

PH78

PH69

PH89

PH68

PH53

PH85

PH67

PH55

PH100

PH81

PH66

PH57

PH46

PH27

PH15

PH9

PH42

PH13

PH11

PH38

PH49

PH34

PH2

PH45

PH30

PH41

PH37

PH26

PH4

PH33

PH25

PH6

PH48

PH29

PH24

PH14

PH8

PH44

PH23

PH12

PH10

PH40

PH22

PH36

PH21

PH1

PH47

PH32

PH20

PH43

PH28

PH19

PH39

PH18

PH3

PH35

PH17

PH5

PH50

PH31

PH16

PH7

FP30

80 Pin TQFP Footprint

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

41 4142 4243 43444445 4546 4647 4748 48494950 5051 5152 5253 53545455 5556 5657 5758 58595960 60

6161

6262

6363

6464

6565

6666

6767

6868

6969

7070

7171

7272

7373

7474

7575

7676

7777

7878

7979

8080

208 Pin PQFP Footprint

FP28

11

22

33

44

55

66

77

88

99

1010

1111

1212

1313

1414

1515

1616

1717

1818

1919

2020

2121

2222

2323

2424

2525

2626

2727

2828

2929

3030

3131

3232

3333

3434

3535

3636

3737

3838

3939

4040

4141

4242

4343

4444

4545

4646

4747

4848

4949

5050

5151

5252

5353

5454

5555

5656

5757

5858

5959

6060

6161

6262

6363

6464

6565

6666

6767

6868

6969

7070

7171

7272

7373

7474

7575

7676

7777

7878

7979

8080

8181

8282

8383

8484

8585

8686

8787

8888

8989

9090

9191

9292

9393

9494

9595

9696

9797

9898

9999

100

100

101

101

102

102

103

103

104

104

105 105106 106107 107108108109 109110 110111 111112 112113113114 114115 115116 116117 117118118119 119120 120121 121122 122123123124 124125 125126 126127 127128128129 129130 130131 131132 132133133134 134135 135136 136137 137138138139 139140 140141 141142 142143143144 144145 145146 146147 147148148149 149150 150151 151152 152153153154 154155 155156 15615

715

715

815

815

915

916

016

016

116

116

216

216

316

316

416

416

516

516

616

616

716

716

816

816

916

917

017

017

117

117

217

217

317

317

417

417

517

517

617

617

717

717

817

817

917

918

018

018

118

118

218

218

318

318

418

418

518

518

618

618

718

718

818

818

918

919

019

019

119

119

219

219

319

319

419

419

519

519

619

619

719

719

819

819

919

920

020

020

120

120

220

220

320

320

420

420

520

520

620

620

720

720

820

8

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A

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2 2

1 1

Prototyping Footprint D

Prototyping Footprint D

0.5mm pitch

0.5mm pitch

0.5mm pitch

All prototyping footprints are locatedon the component side of the PCB.

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

11 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of

PI1

75

PI1

65

PI1

60

PI1

60

PI1

49

PI1

48

PI1

44

PI1

40

PI118

PI115

PI34

PI26

PI26

PI22

PI1

76

PI1

66

PI101

PI7

1

PI6

9

PI29

PI24

PI20

PI1

59

PI1

55

PI1

54

PI1

53

PI1

51

PI110

PI108

PI107

PI106

PI103

PI102

PI7

7

PI6

3

PI6

3PI21 PI17

PI12

PI10

PI22

PI1

70

PI1

63

PI105

PI7

5

PI6

1

PI5

9

PI27

PI27

PI13

PI1

51

PI21

PI12

PI34

PI20

PI1

71

PI123

PI116

PI99

PI97

PI7

8 PI39

PI8

PI1

64

PI124

PI28

PI1

43

PI117

PI114

PI89

PI1

45

PI6

6

PI6

4

PI25

PI1

58

PI111

PI16

PI14

PI13

PI1

53

PI106

PI37

PI33

PI1

60

PI115

PI1

66

PI127

PI122

PI121P

I54

PI32

PI19

PI2

PI1

43

PI23

PI123

PI100

PI14

PI107

PI21

PI10

PI101

PI1

62

PI1

35

PI6

7

PI6

7

PI6

0

PI30

PI1

39

PI6

5

PI15

PI6

PI113

PI42

PI111

PI1

59

PI1

55

PI1

51

PI17

PI1

49

PI118

PI7

1

PI28

PI130

PI117

PI114

PI104

PI11

PI113

PI1

47

PI131

PI105

PI112

PI91

PI1

57

PI1

57

PI96

PI126

PI102

PI119

PI26

PI1

74

PI43

PI7

0

PI1

41

PI25

PI23

PI6

5

PI1

69

PI1

61

PI92

PI38

PI100

PI44

PI31

PI105P

I159

PI110

PI110

PI35

PI17

PI22

PI1

56

PI1

45

PI6

2

PI109

PI109

PI31

PI112

PI6

8

PI1

54

PI1

54

PI1

52

PI107

PI106

PI1

46

PI1

68

PI1

56PI114

PI7

2

PI5

6

PI109

PI95

PI16

PI18

PI18

PI1

52

PI5

5

PI29

PI122

PI121

PI1

62

PI15

PI1

47

PI120

PI40

PI1

34

PI1

50P

I149

PI28

PI1

56

PI19

PI19

PI30

PI7

2

PI125

PI1

58

PI1

63

PI6

1

PI1

53

PI1

37

PI7

PI1

46

PI1

44

PI6

9

PI1

73

PI90

PI11

PI116

PI98

PI7

3

PI1

67

PI18

PI108PI103

PI4

PI5

7

PI33

PI3

PI24

PI20

PI[176:1]

PI36

PI6

6

PI6

4

PI23

PI116

PI1

42

PI1

38

PI112

PI6

8

PI1

57

PI1

55

PI1

52

PI108

PI1

PI1

65

PI1

50

PI1

50

PI1

48

PI1

33

PI119

PI94

PI7

0

PI32

PI25

PI1

36

PI129

PI5

8

PI113

PI6

2

PI1

58

PI111

PI99

PI27

PI1

67

PI1

72

PI5

PI115

PI132

PI7

6

PI7

4

PI9

PI104

PI1

61

PI128

PI1

64PI120

PI93PI41

PI24

PI4

5P

I46

PI4

7P

I48

PI4

9P

I50

PI5

1P

I52

PI5

3P

I54

PI5

5P

I56

PI5

7P

I58

PI5

9P

I60

PI6

1P

I62

PI6

3P

I64

PI6

5P

I66

PI6

7P

I68

PI6

9P

I70

PI7

1P

I72

PI7

3P

I74

PI7

5P

I76

PI7

7P

I78

PI7

9P

I80

PI8

1P

I82

PI8

3P

I84

PI8

5P

I86

PI8

7P

I88

PI91

PI75

PI99

PI123

PI127

PI4

PI120

PI162PI11

PI44

PI19

PI121

PI62

PI165

PI110PI59

PI103PI102

PI49

PI169

PI65

PI104

PI70

PI15

PI139

PI6

PI64

PI23

PI98

PI71

PI79

PI150

PI129

PI8 PI158

PI144

PI68

PI85

PI167

PI95

PI128

PI173

PI16

PI148

PI67

PI32

PI115

PI108

PI43

PI34

PI80

PI137

PI76

PI107

PI142

PI57

PI171

PI10

PI47

PI90

PI9

PI69

PI7

PI37

PI55

PI119

PI176

PI45

PI112

PI118

PI82

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PI14

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PI35

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FP32

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1313

1414

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1212

1313

1414

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1616

1717

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Page 42: CompactPCI 9030RDK-LITE HRM

A

A

B

B

C

C

D

D

E

E

4 4

3 3

2 2

1 1

Suggested Board Layout

J1

Stub Terminal Resistors

J2

9030

Hot SwapControlCircuit

LAH

2

Prototype FootprintsArea

DB9

POM connector

U11

Sap

erat

e b

us

FlashROM

160mm

LAH

1

LAH6

LAH5

LAH4

LAH3

U12

serialEEPROM

60MHzOSC

GAL

Reset circuit

RS232 port

BLUE LED

Handle Switchheader

4Kx18DPRAM

4Kx18DPRAM

100mm

233.35mm

CompactPCI 9030RDK-LITE 002

PLX TECHNOLOGY, INC.870 Maude Ave, Sunnyvale, CA 94085

Custom

12 12Thursday, July 25, 2002

www.plxtech.comTitle

Size Document Number Rev

Date: Sheet of