Specifications

ManualsBrandsMotorola ManualsComputer equipmentMinimal PowerPC 603e

Emulation and Analysis Solutions for

Motorola/IBM PowerPC

603 Microprocessors

Product Overview

Debug and Integrate Real-Time Embedded Systems

download, debugger connections,

and logic analysis for a complete,

scalable system debug environment.

With a scalable solution from

Agilent Technologies, design team

members can customize product

offerings to meet their unique

requirements. Solutions range

from emulation probes combined

with the industry’s leading debug-

gers to emulation with real-time

trace to solve today’s most com-

plex PowerPC 603 design prob-

lems. Agilent’s solutions are

designed to meet your needs today

and protect your investment as

your needs change in the future.

With logic analysis providing tim-

ing and state analysis, you can

monitor microprocessor activity in

relation to other important system

signals such as a PCI bus, other

microprocessors, or I/O devices.

Traditional emulation systems

don’t allow you to time-correlate

events across your entire system

using timing, analog, and state

analysis for your most difficult

integration problems.

The logic analyzer is nonintrusive,

allowing you to run your target

system at full speed. A system

trace, up to 4 M deep, can be com-

bined with complex triggering to

find the toughest problems. The

microprocessor instruction set

execution can be correlated to

high-level source code with the

Agilent source correlation tool set.

Quickly and accurately determine

the root cause of your team’s most

difficult hardware, software, and

system integration problems with

Agilent Technologies’ powerful emu-

lation and logic analysis solutions.

Agilent’s emulation and analysis

solutions for the Motorola/IBM

PowerPC 603 combine the power-

ful tools of run control, code

JTAG Emulation

• Verify Interrupt Routines

• Debug Assembly Code

• Optimize Code

Logic Analysis Solution

• Perform Basic Signal Measurements

• Profile Hardware Operation

• Verify Signal Integrity

• Verify Conformance to

Specifications

• Exercise Microprocessor and

Other Hardware

• Debug Boot Code

Emulation and Analysis

Solutions for the

Design Team

Emulation Solution with Real-Time Trace

• Debug Hardware/Software Interaction

• Profile Hardware/Software Interaction

• Optimize System Performance

• Perform System Test

Summary of content (24 pages)

PAGE 1
Emulation and Analysis Solutions for Motorola/IBM PowerPC 603 Microprocessors Product Overview Debug and Integrate Real-Time Embedded Systems JTAG Emulation • Verify Interrupt Routines • Debug Assembly Code • Optimize Code Logic Analysis Solution • Perform Basic Signal Measurements • Profile Hardware Operation • Verify Signal Integrity • Verify Conformance to Specifications • Exercise Microprocessor and Other Hardware • Debug Boot Code Emulation and Analysis Solutions for the Design Team Emulation Solut
PAGE 2
Agilent Technologies Scalable Solutions Agilent emulation and logic analysis solutions are scalable for each member of the digital design team. The following are three typical configurations for firmware/soft- ware debug, hardware debug, and system integration.
PAGE 3
Emulation Probe and Module The emulation probe and module provide the same functionality. The emulation probe is a standalone product, as shown in figure 1. The emulation module is an integrated plug-in for the Agilent 16700A Series logic analysis systems. Unlike traditional emulators, the emulation probes and modules provide more stable operation by accessing only the debug pins of the microprocessor. You don't need a serial port on your target system to download code.
PAGE 4
Debugger Interface Industry-leading debuggers can control the emulation probe and module. You can set breakpoints, single-step through code, examine variables, and modify source code variables from the high-level source code debugger interface. Debugger interfaces must be ordered directly from the debugger vendor. Debugger Connections Green Hills Software, Inc. 30 West Sola Street Santa Barbara, CA 93101 USA Phone: (805) 965-6044 http://www.ghs.
PAGE 5
Emulation Module and Probe Migration Agilent Technologies protects your current investment by providing a migration path for the emulation modules and probes as your needs change. To move from one processor family to another, simply order a migration kit for the emulation module or probe, which will provide all the necessary hardware, firmware, and cables to support your new processor family at a fraction of the cost of a new system.
PAGE 6
Emulation Probe and Module Target Connection Information A 16-pin male 2X8 header Berg style connector is needed on the target development board to connect the PowerPC 603/e/ei microprocessor interface assembly to the JTAG debug port of the microprocessor. The header should be placed as close as possible to the processor to ensure signal integrity. TD0, TD1, TCK, TMS, and /TRST signal traces between the JTAG connector and the PowerPC 603/e/ei must be less than three inches.
PAGE 7
Target System Requirements for PowerPC 603/e (Please note the following is a partial list of requirements. Please refer to the users manuals, for more details.) Mask Revision dd1 PPC603e silicon does not work in debug mode with either cache enabled. Mask Revision dd3 PPC603 silicon can be used with the emulation probe and module. /QACK Signal If a target does not use the /QACK signal, the board must have a 1 KOhm pull down resistor to drive this signal low.
PAGE 8
Real-Time Trace Analysis Real-time trace analysis consists of a physical connection to signals on the Motorola/IBM PowerPC 603/e/ei microprocessors, acquisition of relevant data, and analysis of the captured bus information. Physical connection to the microprocessor is provided by the probing solutions listed below. MPC603 Microprocessor PPC 603/e/ei Either of the two probing solution alternatives will provide trace analysis on the PPC 603/e/ei.
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Inverse Assembler Software provided with the analysis probe quickly configures the logic analyzer by labeling address, data, and status signals for the PPC 603 microprocessors. The software includes an inverse assembler, which gives you PPC 603 mnemonics in the trace listing for easy correlation between captured data and target code.
PAGE 10
B4620B Source Correlation Tool Set The inverse assembler can be used with the B4620B source correlation tool set. This allows time correlation of an acquired trace to source code. The source correlation tool set uses the symbolic information provided in your object file to build a database of source files, line numbers and symbol information. Once the logic analyzer acquires the real-time trace, you can step through the trace at assemblycode level or source-code level.
PAGE 11
PowerPC 603/603e Analysis Probe Pods Required Eight, 16-channel logic analyzer pods are required for inverse assembly. These eight pods are connected to four E5346A highdensity termination adapters included with the analysis probe. Five of these adapters are included with the analysis probe. One additional adapter is included for the other signals on the processor.
PAGE 12
Passively Probing the BGA Target System with Agilent Logic Analyzers Signals required for inverse assembly are shown in the pinout information beginning on page 17 and must be routed to AMP Mictor 38 connectors for connection to the logic analyzer. Eight, 16-channel logic analyzer pods are required for inverse assembly. These eight pods are connected via the Mictor connectors to four E5346A high-density termination adapters.
PAGE 13
Direct Connection through High-Density Adapter Cables The Agilent E5346A high-density adapters use a minimal amount of board space. Each high-density adapter connects two logic analyzer pods, providing 32 channels of logic analysis per connector and access to two clock pins, as shown in figure 10. Grounds need to be connected to pin 3 of the AMP Mictor connector. SCL, +5VDC and SDA are not to be connected electrically to the target system (pins 1, 2, and 4 on the Mictor connector).
PAGE 14
Termination for logic analysis is included at the probe tip of the E5346A high-density termination adapter for easy application and use. A schematic of this termination is shown in figure 11. The AMP Mictor connector must be placed close enough to the target system so that the stub length created is less than 1/5 the Tr (bus risetime). For PC board material (er=4.9) and Zo in the range of 50-80Ω , use a propagation delay of 160 ps/inch of stub.
PAGE 15
0.050 in x 0.017 in (127 mm x 0.43 mm) pad with 0.005 in (0.13 mm ) x 45° corner chamfers typ 38 1.190 in 30.23 mm Pin 1 chamfer connector key 0.450 in 11.43 mm ∅ 18 Spaces at 0.025 in (0.64 mm) 0.139 in TYP 3.53 mm 0.093 in 2.36 mm + 0.003 in (0.08 mm) or -0.001 in (0.02 mm) Mounting holes for support shroud 0.040 in 1.02 mm ∅ 0.032 in 0.81 mm ± 0.002 in (0.05 mm) plated 0.030 in ∅ 0.76 mm Mounting holes for support shroud 0.100 in TYP 2.54 mm 0.250 in 6.35 mm 0.996 in 25.30 mm 0.245 in 6.
PAGE 16
Figure 13. Support Shroud Dimensions 0.450 in 11.44 mm 0.209 in 5.31 mm 17.500 in 444.50 mm 0.465 in 11.80 mm 0.271 in 6.89 mm 1.400 in 35.56 mm 2.393 in 60.77 mm Figure 14. High-Density Termination Adapter Cable Dimensions 1.100 in 27.
PAGE 17
Pin-out Information on Required Signals for Inverse Assembly This table describes the connections for the four Mictor 38 connectors necessary for compatibility with the inverse assembler and the E5346A high-density termination adapter cables. This is intended to be a guide for placing probing connectors on a target system. For inverse assembly, the J1, J2, J3, and J4 connectors listed below must be connected through the four high-density adapter cables.
PAGE 18
Mictor 38 Logic Analyzer Microprocessor Conn.
PAGE 19
Mictor 38 Logic Analyzer Microprocessor Conn.
PAGE 20
Mictor 38 Logic Analyzer Microprocessor Conn.
PAGE 21
Analysis Probe Mechanical Specifications 2.533 in 64.34 mm 2.188 in 53.81 mm 2.133 in 54.78 mm 0.434 in 11.02 mm 1.343 in 34.12 mm 1.212 in 30.78 mm 0.040 in 1.01 mm Figure 15. PPC 603/e Analysis Probe Specifications 1.740 in 4.420 mm 0.189 in 4.80 mm 1.740 in 44.20 mm Maximum height of components in this area = 0.003 in (0.08 mm) Maximum height of components in this area = 0.472 in (12.0 mm) 0.199 in 5.04 mm 0.159 in 4.04 mm Figure 16. Elastomeric Keep-Out Information 2.133 in 54.
PAGE 22
System Configuration and Ordering Information The table below shows the system components you need to order and what is included in each. For realtime trace, two alternatives are available to fit your needs. The solution product numbers do not include logic analysis. The 16700A Series logic analysis systems must be ordered separately. Solution If you want to configure or upgrade your system with individual products, see page 23 for individual product number information.
PAGE 23
Individual Components Ordering Information Description Agilent Product PPC 603/e/ei Emulation Probe E5900B #060 PPC 603/e/ei Emulation Module E5901B #060 PPC 603/e Analysis Probe E9587A #002 PPC 603/e/ei Inverse Assembler Only E9587A #001 Source Correlation Tool Set B4620B System Performance Analysis Tool Set B4600B High-Density Termination Adapter E5346A Mictor Connector Kit E5346-68701 High-Density Right Angle Adapter E5346-63201 High-Density Termination Adapter Support Shroud E53
PAGE 24
www.agilent.com Ordering Information Related Literature Number Pub. For more information about Agilent Technologies test and measurement products, applications, services, and for a current sales office listing, visit our web site: http://www.agilent.com/find/tmdir HP 16600A and 16700A Series Logic Analysis System Mainframes, Product Overview 5966-3107E You can also contact one of the following centers and ask for a test and measurement sales representative.