Processor and Bus Support for Agilent Technologies Logic Analyzers
Configuration Guide
Tools to Accelerate Your Debugging Process
May 1, 2000
Configuring a logic analysis system for your specific
application is as easy as one, two, three. To configure a
system you must select products that will 1. Probe,
2. Acquire, and 3. Analyze the data from your system.
The following figure gives a quick overview of typical
system considerations.
Use the information in each of the sections listed to help
you configure a system that will meet your specific measurement needs.
Accurate measurements start with reliable
probing. Agilent Technologies offers a wide
variety of probing accessories to support your
measurement needs making it easy to connect
your Agilent logic analyzer to your designs.
3. Analysis
View and analyze data in a form
you easily understand to help
debug problems faster
1. Probing
The physical and electrical
connection to target signals
2. Acquisition
Data capture, stimulus
and processor control
Probing Adapters
• General Purpose Lead Set
• High-density termination adapters
• Processor specific analysis probes
Frames with built-in acquisition
or measurement modules
• State/Timing Analyzers
• Oscilloscopes
• Pattern Generators
Analysis Tools
• Post-processing Tool sets
• Debuggers
Table of Contents
Probing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 2
• General Purpose . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 2
• Custom Probing . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 3
• TQFP, PQFP Adapters . . . . . . . . . . . . . . . . . . . . . . . . . .pg 4
• Device Specific –
Processors, DSPs, Busses, etc . . . . . . . . . . . . . . . . .pg 5
Logic Analysis Systems
(Acquisition) . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 8
• 16700 series frames . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 9
• Measurement modules . . . . . . . . . . . . . . . . . . . . . . .pg 11
• 1670 Benchtops . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 14
Analysis Tools . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 15
• Application Software . . . . . . . . . . . . . . . . . . . . . . . . . .pg 15
• Debuggers . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 16
Example System Configuration . . . . . . . . . . . . . . . . . . . . .pg 17
uP and Bus Support Matrix . . . . . . . . . . . . . . . . . . . . . . .pg 18
Old to New Model Number
Compatibility Table . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . . .pg 53
Third Party Contact Information . . . . . . . . . . . . . . . . . . . .pg 54
2
How To Determine Your Probing
Needs
To determine what probing method is best to use you
need to evaluate your needs and take the following into
consideration:
• Number of signals to be probed
• Ability to design probing connectors into the target
• Probing clearance requirements
• Available probing devices
• Signal loading
• Ease of installation
• Package type
• DIP Dual Inline Package
• PGA Pin Grid Array
• BGA Ball Grid Array
• PLCC Plastic Leaded Chip Carrier
• PQFP Plastic Quad Flat Pack
• TQFP Thin Quad Flat Pack
• Package Pin Pitch (distance between centers of
adjoining pins)
• Pin count
Probing Options:
General purpose: Use as a convenient way to access
individual signals anywhere on the target.
Custom Probing - Designed Into the Target: Consider
placing probing connectors directly on the target during board layout. Design for testability. (See pg 3)
IC Package Adapters: Simple means of connecting to
all the pins of a PQFP or TQFP package. (See pg 4)
Device Specific: Probe devices specifically designed
for processors, DSPs, busses, and programmable logic
devices. (See pg 5)
Number of Pin Pitch Agilent Product # Number of Agilent
Signals Wedges Included
3 0.5 mm E2613A 1
3 0.5 mm E2613B 2
8 0.5 mm E2614A 1
16 0.5 mm E2643A 1
3 0.65 mm E2615A 1
3 0.65 mm E2615B 2
8 0.65 mm E2616A 1
16 0.65 mm E2644A 1
The Agilent Technologies wedge probe
The Agilent wedge probe adapter provides
mechanically sound, noninvasive connection to
adjacent pins on TQFP and PQFP packages. Connect logic analyzer flying leads directly to the
adapter; connect scope probes through a dualhead adapter.
Probing – General Purpose
1
2
3
Electrical connection to pins
Electrical connection
between conductors
Two contact
points on
each leg
General Purpose Lead Set: 01650-61608
3
You can design test connections into your circuit using
test headers with termination adapters. Details of how
to do this are shown in Probing Solutions for Agilent
TechnologiesLogic Analysis Systems, publication number 5968-4632E.
Agilent Product Number Description
E5346A High-Density Termination Adapter
E5351A High-Density Adapter
E5346-44701 Recommended Support Shroud
E5346-60002 High Speed Mictor Break-out Adapter
E5346-68701 Five Mictor Connectors and Five Support Shrouds
Product Number Description
01650-63203 Standard Termination Adapter
Agilent E5346A High-
density termination
adapter
32 data channels
2 clock channels
Mictor Connectors for High-
density termination adapters
01650-63203
16 data channels
1 clock channel
Probing – Custom Probing (Designed into the Target System)
Designing a Probing Solution for Unique Applications
Probing – TQFP, PQFP Adapters
Elastomeric Probe Adapter
Package Pin Pitch Elastomeric Probe 1/4 Flex Adapter
Adapter
144-pin TQFP 0.5 mm E5336A E5340A
144-pin PQFP/CQFP 0.65 mm E5361A E5340A
160-pin QFP 0.5 mm E5377A E5349A
160-pin PQFP/CQFP 0.65 mm E5373A E5349A
176-pin TQFP 0.5 mm E5348A E5349A
208-pin PQFP/CQFP 0.5 mm E5374A E5371A
240-pin PQFP/CQFP 0.5 mm E5363A E5371A
Agilent Technologies’ state-of-the-art probe adapters
offer a simple means of connecting to PQFP and TQFP
packages with minimal “keep out” area. Agilent’s reliable probes ensure trouble-free electrical and mechanical connection.
1/4 Flex
Adapter
Elastomeric
Probe
Locator
(included with
Elastomeric
Probe)
4
5
This document lists available processor and bus support products from Agilent Technologies and complimentary vendors. Agilent and our partners provide an
extensive range of quality tools that offer non-intrusive,
full-speed, real-time analysis and processor execution
control to accelerate your debugging process. The following steps help you to determine the necessary products to meet your specific measurement needs.
Simply:
1. Determine if your device is supported (pg 5)
2. Select the products that meet your measurement
needs (pg 5)
3. Verify analyzer support and compatibility (pg 8)
The following provides information on how to use the
matrix starting on page 18 to accomplish each step.
1. Determine if your device is supported
• Use the “Device Coverage” section of the matrix
to find your processor, controller, bus, or programmable logic device. Processors are listed
alpha-numerically, except for Intel and
Motorola, where processors are grouped by
family.
• The value in the ‘Max Bus Clk MHz’ column
refers to the maximum supported external bus
speed for the processor. In most cases this is not
the speed of the processor.
Example: Pentium with MMX has core speeds up
to 233 MHz, but the external bus speed is 66 MHz.
• Supported package types are listed. In some
cases an inverse assembler is separately
available when the probing can be designed into
the target. Check the notes for available probing
application notes and product literature for
clearance requirements and target
considerations.
Contact Agilent Technologies if you do not see support
for your specific device . A sales representative can:
• determine if support is under development
• recommend third parties that design custom
solutions
• direct you to information on how to design a test
solution (refer to the probing section in this
document)
2. Select the product(s) that meet your measurement
needs.
The “Product Information” section of the matrix lists
the available products for each device. The diagrams
and tables on pages 6-7 give a high level overview of
what each product type includes, provides, and
requires as well as specifying compatibility.
The following describes the different measurement
modes.
Timing –Data is sampled at regular intervals by the
analyzer’s internal clock. The captured trace is displayed as waveforms (asynchronous).
State – Clocking is supplied by the system under test
and captured data is displayed as a sequential listing of
logical states (synchronous). Included inverse assemblers convert the real-time trace into processor
mnemonics.
Enhanced Inverse Assembler –Provides advanced filtering capabilities such as removal of unexecuted
prefetches and certain cycle types. The specific filtering capabilities are processor dependent. Refer to the
product literature for details.
Emulation – The product provides processor control
including break, run, reset and single step, code download, and register/memory modification.
Setup Assistant – A menu driven interface that guides
you through connecting and configuring a processor
measurement. This feature is available on the Agilent
16600A and 16700 series frames.
Contact Agilent or the Appropriate Third Party for Your
Selections
Contact an Agilent Technologies sales representative
to order the products you have selected or to obtain
more information. Agilent sales information as well as
third-party contact information is listed on pg 54.
Product Type
3rd
Party
Vendor or
Agilent
Product
Number
Setup Assist
Emulation
Enhanced IA
State
Timing
Product Information
Probing – Device Specific
(Processors, DSPs, Controllers, Busses, and Programmable Logic Devices)
Device
Manufacturer or
Architecture and
Name
Max
Bus
Clk
MHz
Pin
Count,
Pkg Type
Device Coverage
6
Analysis Probes
(Formerly called Preprocessors)
Real-Time Trace Products
Inverse Assembler
Includes • Inverse assembler software
Provides • Converts real-time trace into processor mnemonics
Requires • Method for connecting to the processor either through the general purpose probes or through
connectors designed onto the target
N-Trace Analysis Probe
Includes • E5346A cable, JTAG breakout board and configuration software
Provides • Runtime trace information through special messages (status) and data
Requires • Agilent 16600A or 16700 series frame with appropriate state/timing module
• Debugger (available on your platform from third party)
Inverse Assembler
Software that converts
a captured state trace
into processor
mnemonics.
Emulation Solution
Option required to specify processor package type
(Bundle of processor products for easier ordering and
configuration. Works with the Agilent 16600A and
16700 series logic analyzers).
Emulation Solution
Includes • Agilent B4620B Source Correlation tool set
• Analysis Probe with any necessary package adapters and Inverse Assembler
• Emulation Module
Provides • Correlation of real-time trace to high level source code
• Ability to set the logic analyzer trigger by clicking a line of source code
• Real-time trace acquired in state and/or timing (supported modes of operation
varies, check table for specific processor)
• Processor control including break, run, reset and single step
• Code download
• Register/memory modification
Requires • “A” versions require Agilent 16600A or 16700 series frame with an available emulation module slot
• “B” versions require an Agilent 16700 Series frame with an available emulation module slot.
• Option to specify processor package type.
Compatibility • Debugger (available on your platform from a third party)
• “A” versions work with Agilent 16600A and 16700 standard Emulation Control Interface
• “B” versions work with Agilent 16700 standard Emulation Control Interface
Emulation Solution
Analysis Probe
Includes • Inverse assembler (for analysis probes that support state mode) and configuration files
• Analysis probe hardware (unless specified as inverse assembler only)
Provides • Mechanical and electrical connection to the processor or bus
• Real-time trace acquired in state and/or timing (supported modes of operation varies, check matrix for
specific processor)
Requires • Appropriate logic analyzer channel count (refer to matrix)
N-Trace Analysis Probe
7
Emulation Products
Emulation Probe - Agilent E5900A/B
(Formerly called Processor Probe or Software Probe)
Option required to specify processor family
Emulation Probe- Agilent E5900A/B
Includes • Standalone emulation probe, Target Interface Module (TIM), cables and firmware
Provides • Processor control including break, run, reset and single step
• Code download
• Register/memory modification
Requires • Option to specify processor family
Compatibility • Debugger (available on your platform from third party)
• E5900A works with Agilent 16600A and 16700 standard Emulation Control Interface
• E5900B works with Agilent 16700 standard Emulation Control Interface
• Controlled over LAN
Emulation Module- Agilent E5901A/B
Includes • Emulation Module, Target Interface Module (TIM), cables and firmware
Provides • Processor control including break, run, reset and single step
• Code download
• Register/memory modification
Requires • E5901A works with Agilent 16600A and 16700 series mainframes with an available
emulation module slot
• E5901B works with Agilent 16700 series mainframe with an available
emulation module slot
• Option to specify processor family
Compatibility • Debugger (available on your platform from third party)
• E5901A works with Agilent 16600A and 16700 standard Emulation Control Interface
• E5901B works with Agilent 16700 standard Emulation Control Interface
Emulation Module - Agilent E5901A/B
Option required to specify processor family
Emulation Migration - Agilent E5902A/B
Option required to specify processor family
Emulation Migration- Agilent E5902A/B
Includes • Target Interface Module (TIM), cables and firmware
Provides • Processor personality change for existing emulation module or probe
Requires • Existing emulation module or probe
• Option to specify processor family
Trace port analyzer- Agilent E5903A
Includes • Trace port analyzer module, Target Interface Module (TIM), power supply, and cables
Provides • Runtime trace information through special messages (status) and data
Requires • Emulation probe or emulation module
Compatibility • Debugger (available on your platform from third party)
Trace port analyzer - Agilent E5903A
Option required to specify processor family
E5900A
E5900B
E5901A
E5901B
E5902A
E5902B
3. Verify analyzer support/compatibility
Use the “Logic Analyzer Support” section of the matrix
to determine compatibility between the processor
support product(s) you have selected and an existing
analyzer to decide which frame and/or modules to purchase.
• The matrix lists a minimum and maximum number
of pods for analyzing a device. The minimum pod
count provides enough signals for the inverse
assembler to interpret the captured data and
display processor mnemonics. The maximum pod
count provides access to additional signals that
could be useful during system debug.
Example: The MPC860 BGA shows 6/12 which means
the analysis probe requires 6 pods for inverse
assembly. Six additional pods (for a total of twelve
pods) could be used for analysis of additional signals.
• The analyzer support recommendations are based
on the minimum pod count required for inverse
assembly. Two methods are used for signifying
analyzer support. A number represents the
number of modules required. A check mark (√)
signifies the analyzer has enough built-in
acquisition channels to meet the minimum pod
requirements.
Your mainframe and measurement module selection
depends on:
• Number of analysis channels needed
• Optional measurement ability
• Future expansion capability
• Emulation requirements
• Form factor
• Budget
Frame offerings:
Agilent Technologies 16700B Series (pg 9): 5 Slot modular frame with expansion capability, supports 1
emulation module or 1 multiframe module.
Agilent Technologies 16700A Series (pg 10): 5 slot modular frame with expansion capability, supports 2
emulation modules.
Agilent Technologies 1670G Series (pg 14): Benchtop analyzer with built-in acquisition. Choices include logic
analyzer, logic analyzer with integrated pattern generator, and logic analyzer with integrated oscilloscope.
Versions of each vary by channel count.
High level details are provided in this document for the logic analysis systems and modules. If more
information is needed, please obtain the following documents.
Logic Analysis Systems (Acquisition)
Agilent Technologies Product Literature
Agilent Technologies 16700 Series Logic Analysis System 5968-9661E
1670G Series Benchtops 5968-6421E
16557
16550,16710/1/2
16715/6/7/8/9
1673
1672
1671
1670
Min #
Pods
for
IA /
Max #
Pods
16700A/B Series
with ...
16603
16602
16601
16600
Logic Analyzer Support
16600A
Series
1670G Series
16550
16500C
with ...
16557
Products Discontinued
Agilent Technologies
8
Agilent 16702B
Agilent 16700B
Agilent 16701B
Agilent Technologies 16700B Series Mainframes
Agilent Model Number Agilent 16702B
Display 12.1” 800x600 Color Flat Panel Display with touchscreen
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame Yes – Agilent 16701A or 16701B
Available Measurement Module slots 5 (Total of 10 with Agilent 16701A or 16701B expansion frame)
Available Emulation Module slots 1 (Total of 3 with 16701A or 16701B expansion frame)
Internal System RAM 128 Mbyte standard
Supported Monitor Resolution 1280 x 1024 standard
Mass Storage 9 Gbyte hard disk drive, 1.44 Mbyte DOS formatted floppy drive
CD Rom Drive 40X Built-in standard
Agilent Model Number Agilent16700B
Display Monitor sold separately
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame Yes – Agilent 16701A or 16701B
Available Measurement Module slots 5 (Total of 10 with Agilent 16701A or 16701B expansion frame)
Available Emulation Module slots 1 (Total of 3 with 16701A or 16701B expansion frame)
Internal System RAM 128 Mbyte standard
Supported Monitor Resolution 1280 x 1024 standard
Mass Storage 9Gbyte hard disk drive, 1.44 Mbyte DOS formatted floppy drive
CD Rom Drive 40X Built-in standard
Agilent Model Number Agilent16701B
(Requires Agilent 16702A, 16702B, 16700A, or 16700B)
Display N/A
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame N/A
Available Measurement Module slots 5
Available Emulation Module slots 2
9
0B
B
10
Agilent 16702A
Agilent 16700A
Agilent 16701A
Agilent Technologies 16700A Series Mainframes
Agilent Model Number Agilent 16702A
Display 10.3” 800x600 Color Flat Panel Display
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame Yes – Agilent 16701A or 16701B
Available Measurement Module slots 5 (Total of 10 with Agilent 16701A or 16701B expansion frame)
Available Emulation Module slots 2 (Total of 4 with 16701A or 16701B expansion frame)
Internal System RAM 64 Mbyte standard
Supported Monitor Resolution 1280 x 1024 standard
Mass Storage 4 Gbyte hard disk drive, 1.44 Mbyte DOS formatted floppy drive
CD Rom Drive Available via Option #004
Agilent Model Number Agilent16700A
Display Monitor sold separately
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame Yes – Agilent 16701A or 16701B
Available Measurement Module slots 5 (Total of 10 with Agilent 16701A or 16701B expansion frame)
Available Emulation Module slots 2 (Total of 4 with 16701A or 16701B expansion frame)
Internal System RAM 64 Mbyte standard
Supported Monitor Resolution 1280 x 1024 standard
Mass Storage 4Gbyte hard disk drive, 1.44 Mbyte DOS formatted floppy drive
CD Rom Drive Available via Option #004
Agilent Model Number Agilent16701A
(Requires Agilent 16702A, 16702B, 16700A, or 16700B)
Display N/A
Built-in Analysis Channels None – Requires measurement modules
Supports Expansion frame N/A
Available Measurement Module slots 5
Available Emulation Module slots 2
0B
B
11
Option Number Description
#001 Add 17”, 1280x1024 Monitor and cable
#003 4 Mbyte video RAM supports up to 1600x1200
resolution, 256 Mbyte system RAM
(Only available at time of frame purchase)
#004* Add external CD-ROM Drive and cable
(Agilent 16700A series frames only)
#008 186 B External data drive
#009 External removable hard drive
#012 Multi-frame module for correlating
multiple frames
#0B3 Service Manual
#1CM Rackmount Kit for 16700A, 16702A, 16700B
#AXC Rackmount Kit for 16702B
Agilent 16700A Series Logic Analysis Systems Options
Measurement Agilent Description
Module Category Model Number
State and Timing 16719A* 333 MHz state, 667 MHz timing, 2 GHz TimingZoom, 32/64 M memory depth
16718A* 333 MHz state, 667 MHz timing, 2 GHz TimingZoom, 8/16M memory depth
16717A* 333 MHz state, 667 MHz timing, 2 GHz TimingZoom, 2/4 M memory depth
16716A* 167 MHz state, 667 MHz timing, 2 GHz TimingZoom, 512K/1M memory depth
16715A* 167 MHz state, 667 MHz timing, 2/4 M memory depth
16710A/11A/12A 100 MHz state, 500 MHz timing, 8K/32K/128K deep memory depth
16557D 140 MHz state, 500 MHz timing, 2/4 M memory depth
16556A/D 100 MHz state, 400 MHz timing, 2/4 M memory depth
16555A/D 110 MHz state, 500 MHz timing, 2/4 M memory depth
16554A 100 MHz state, 250 MHz timing, 512 K/1M memory depth
16550A 100 MHz state, 500 MHz timing, 4/8 K memory depth
Oscilloscopes 16534A 2 channel, 500 MHz bandwidth
16533A 2 channel, 250 MHz bandwidth
High-Speed Timing 16517/18A 4 GHz timing/1 GHz synchronous state, 64K memory depth
(master/expander)
Pattern Generator 16720A* 300M vector/second pattern generator
16522A 200M vector/second pattern generator
Agilent 16600A, 16700A, and 16700B Series Supported Measurement Modules
*Only supported in Agilent 16700A or 16700B Series
*Built-in CD-ROM Drive standard on 16700B series
12
State/Timing Logic Analysis Modules
(Select according to channel count, acquisition speed, and memory depth needs)
Agilent Model Number Agilent 16557D Agilent 16710A Agilent 16711A Agilent 16712A
1-4 Modules 5 Modules
Channels (Pods) per module 68 102 102 102
(4 Pods) (6 Pods) (6 Pods) (6 Pods)
Maximum channels
(modules) on a single 272 340 204 204 204
time base and trigger (4 modules) (5 modules) (2 modules) (2 modules) (2 modules)
Maximum Timing
Sampling Rate 250/500 MHz 250/500 MHz 250/500 MHz 250/500 MHz
(full/half channels)
Maximum State Clock 140 MHz 100 MHz 100 MHz 100 MHz 100 MHz
Memory depth 2 / 4 M * 8 / 16K* 32 / 64K* 128 / 256K*
(full/half channels)
Measurement Modules
• State/Timing
• Oscilloscope
• High-Speed Timing
• Pattern Generator
(Require mainframe with available measurement
module slot)
State and timing logic analyzers support inverse
assembly, which is used for most processor and bus
measurements. You may want to consider additional
measurement capability to provide a complete signals
to source debug environment.
* Increased memory depth in half channel timing mode only.
Agilent Model Number Agilent 16715A Agilent 16716A Agilent 16717A Agilent 16718A Agilent 16719A
Channels (Pods) per module 68 68 68 68 68
(4 Pods) (4 Pods) (4 Pods) (4 pods) (4 pods)
Maximum channels
(modules) on a single 340 340 340 340 340
time base and trigger (5 modules) (5 modules) (5 modules) (5 modules) (5 modules)
Maximum Timing
Sampling Rate 333/667 MHz 333/667 MHz 333/667 MHz 333/667 MHz 333/667 MHz
(full/half channels) 2 GHz Timing Zoom 2 GHz Timing Zoom 2 GHz Timing Zoom 2 GHz Timing Zoom
Maximum State Clock 167 MHz 167 MHz 333 MHz 333 MHz 333 MHz
Memory depth 2 / 4 M * 512K /1 M* 2/4 M* 8/16 M* 32/64 M*
(full/half channels)
13
Agilent Model Number Agilent 16533A Agilent 16534A
Channels/Module 2
Channels on a single
time base and trigger 8
Maximum Sample Rate 1 GSa/s 2 GSa/s
Bandwidth 250 MHz 500 MHz
Vertical Resolution 8 bits
Memory Depth per channel 32 K
Oscilloscope Modules
Agilent Model Number Agilent 16517A/18A
(Agilent 16518A requires Agilent 16517A, Max of 4
Agilent 16518A expander modules per Agilent 16517A)
Channels/module 16
Maximum channels
on a single time base 80
Maximum timing sample rate Conventional 2/4 GHz
(full/half channels)
Maximum state sample rate 1 GHz Synchronous State
Memory Depth 64/128K* (full/half channel)
High-Speed Timing Module
* Increased memory depth in half channel timing mode only.
Agilent Model Number Agilent 16522A Agilent 16720A
Up to 5 modules can be interconnected. Up to 5 modules can be interconnected.
Order at least one clock pod for each module Order at least one clock pod for each module
used as a master, and at least one data pod used as a master, and at least one data pod
for every 8 output channels for every 8 output channels
Maximum Clock 200 MHz 100 MHz 50 MHz 300 MHz 180 MHz
Number of data channels
per module 20 40 40 24 48
Maximum vector width
(5 module system) 100 bits 200 bits 200 bits 120 bits 240 bits
Memory depth, in vectors 258,048 16M 8M
“IF” command No No Yes No No
Pattern Generator Module
Agilent 16522A,
16720A Description
Option Number
#011 TTL Clock Pod and Lead Set
#012 3-State TTL/3.3V Data Pod and Lead Set
#013 3-State TTL/CMOS Data Pod and Lead Set
#014 TTL Data Pod and Lead Set
#021 ECL Clock Pod and Lead Set
#022 ECL (Terminated) Data Pod and Lead Set
#023 ECL (Unterminated) Data Pod and Lead Set
#031 5V PECL Clock Pod and Lead Set
#032 5V PECL Data Pod and Lead Set
#033 3.3V LVPECL Clock Pod and Lead Set
#034 3.3V LVPECL Data Pod and Led Set
Pattern Generator Clock and Data Pods
14
1670G Benchtop Analyzers
Oscilloscope key specifications and characteristics
(Option # 003 only)
Channels 2
Maximum Sample Rate 2 GSa/s per channel
Bandwidth dc to 500 MHz (dc coupled)
Rise Time 700 ps
Vertical Resolution 8 bits
Memory Depth per Channel 32k samples
32-channel pattern generator key specifications and characteristics
(Option # 004 only) (See pg 13 for clock and data pod options)
Maximum Clock Speed 200 MHz 100 MHz 50 MHz
Number of Data Channels 16 32 32
Memory Depth, in vectors 258,048
“IF” Command No No Yes
Agilent Model Number Agilent 1670G Agilent 1671G Agilent 1672G Agilent 1673G Agilent 1664A
State and Timing 136 102 68 34 34
Channels (Pods) (8 Pods) (6 Pods) (4 Pods) (2 Pods) (2 Pods)
Timing Analysis Conventional: 250 MHz all channels, 500 MHz half channels
State Analysis Speed 150 MHz, all channels 50 MHz
Memory Depth per Channel 64K per channel, 128K in half-channel mode
Option 001 256K per channel, 512K in half-channel mode 4K
Option 002 2M per channel, 4M in half-channel mode
Application Software Frame Compatibility
Description 16700A/B Series 16600A Series 16500C 1670G Series 3rd Party Vendor or Notes:
Agilent Product Number
Source Correlation Tool Set
The Source Correlation tool set provides a link between √√ Agilent B4620B Product
your trace listing and high-level source code language. Literature:
A trace is displayed in both high-level source code as 5968-9661E
well as microprocessor mnemonics.
Data Communications Tool Sets √ Agilent B4640B
Displays logic analyzer trace information at a protocol level. (Only works with
The data communications powerful trigger tool set macros allow 16715/6/7/8/9
triggering on standard or custom protocol fields. Supports data state and timing
buses up to 340 bits wide. modules)
Tool Development Kit - Customize your trace for greater insight.
Development environment for creating custom tools using the
C programming language. Custom tools can analyze captured data √√ Agilent B4605B
and present it in a form that makes sense to you. Analysis systems
do not require the Tool Development kit to run generated tools.
System Performance Analysis (SPA) Tool Set
The SPA tool generates statistical representations of data √√ Agilent B4600B
captured by the measurement modules. SPA helps you
optimize system performance by helping you (1) find the
routines that are called most often in your system,
(2) identify inefficient peripheral use, and
(3) find processes that use too much CPU time.
Serial Analysis Tool Set
Converts acquired serial bit streams to parallel format √√ Agilent B4601B
for easy viewing and analysis.
BestLink/16700
BestLink/16700 is a powerful and easy to use bidirectional data link
between Agilent Logic Analyzers and VHDL/Verilog simulators.
BestLink/16700 processes very fast the large datasets typically √ Diagonal Systems Free Demo
acquired with the large memory depths state/timing Logic Analysis Available
modules such as the Agilent 16557D or large simulation www.diagonal.com
datasets to program the Agilent 16552A pattern generator modules.
WAVE-Link 16500
WAVE-Link allows you to send stimulus to the Agilent 16522A pattern √ Diagonal Systems
generator or capture circuit response from the actual hardware
with the logic analyzer modules.
Analysis Tools
Products Discontinued
15
Application Software Frame Compatibility
Description 16700A Series 16600A Series 16500C 1670G Series 3rd Party Vendor or Notes:
HP Product Number
WaveFormer Pro
WaveFormer Pro can read the waveform files produced by Agilent’s √√√√SynaptiCAD Free Demo
logic analyzers into its timing diagram editing and simulation Available
environment. Users can document the captured waveforms or
www.syncad.com
generate simulation stimulus files in VHDL, Verilog, SPICE, ABEL,
and other waveform formats. Simulation supports continuous
setup and hold checking on captured waveforms. WaveFormer Pro
can also produce stimulus for the Agilent 16522A or 16720A
Pattern Generator.
VeriLogger Pro
VeriLogger Pro is a full featured Verilog simulator with an integrated
waveform viewer which supports Agilent Logic Analyzers and Agilent √√√√SynaptiCAD
Pattern Generators. Agilent waveform files can be combined directly
with simulation models. The project environment supports multiple
Agilent waveform files and provides waveform comparison.
TestBencher Pro
TestBencher Pro is a VHDL/Verilog test bench and bus-functional √√√√SynaptiCAD
model generator. It can take several Agilentlogic analyzer waveform
files and combine them to produce reactive bus-functional models of
the system under test. Supports waveform comparison, continuous
setup and hold checking, and spot sample checking.
Analysis Tools (continued)
Third Party Debugger Support
Debuggers from several companies control Agilent
Technologies emulation probes and emulation modules.
Connections to Agilent debugging tools through familiar
interfaces provide access to emulation features so that
in-circuit debugging becomes an extension of the software debugging process under way.
The following debuggers connect to Agilent emulation
probes and emulation modules providing support for a
variety of processor architectures and real-time
operating systems. Contact your Agilent sales
representative for detailed connection information.
Processor Family Available Debuggers
ARM 7,9 Thumb
®
ARM,GHS,WindRiver
ARM 7,9 - ETM ARM, GHS
IBM PPC4XX Microtec/Mentor, SDS, WindRiver
IBM PPC6XX GHS, Microtec/Mentor, SDS, WindRiver
IBM PPC7XX GHS, Microtec/Mentor, SDS, WindRiver
Pentium and Pentium w/MMX processors CAD-UL
Pentium II, Pentium Pro and Pentium II American Arium
mobile processor
Motorola MPC5XX GHS, Microtec/Mentor, SDS, WindRiver
Motorola PPC6XX GHS, Microtec/Mentor, SDS, WindRiver
Motorola PPC7XX GHS, Microtec/Mentor, SDS, WindRiver
Motorola PPC7400 GHS
Motorola MPC8XX GHS, Microtec/Mentor, SDS, WindRiver
Motorola MPC82XX GHS, Microtec/Mentor, SDS, WindRiver
CPU32 GHS, Microtec/Mentor, SDS
M-core SDS, GHS
Toshiba Tx19/39 GHS
Products Discontinued
16
Motorola PowerPC 8XX Family
MPC855, 860 50 IA Only, Anly Prb √√√ √ E9584B #001 6/12 2 1 2 √√√ 12 √√ E9584B #002-former product# E2476B
DP/P/T Custom Emul Soln √√√√√ E9484B #001 6/12 2 1 2 Inverse assembler supports trace
Probing Emul Prb √ E5900B #080 reconstruction. Trace reconstruction
Emul Mod √√ E5901B #080
makes use of branch show cycles and
Emul Migr √√ E5902A #080 reconstructs the full software trace. This
Emul Migr √√ E5902B #080 allows the processor to run with cache
357-BGA Anly Prb √√√ √ E9584B #002 6/12 2 1 2 √√√ 12 √√ enabled. Emulation products can
Emul Soln √√√√√ E9484B #002 6/12 2 1 2 connect directly to BDMport via the
Emul Prb √ E5900B #080 MPC860 analysis probe, otherwise
Emul Mod √√ E5901B #080 requires BDM port on the target.
Emul Migr √√ E5902A #080 Product Literature: 5966-2866E
Emul Migr √√ E5902B #080
16557
16550,16710/1/2
16715/6/7/8/9
17
MPC860 Configuration Solution
Frame: Agilent 16700B
Agilent 16700B #001 Monitor
Agilent 16700B #003 Memory Performance Upgrade
256 MB total RAM, 4 MB video RAM
Acquisition: Agilent 16717A (Quantity 2 for minimum configuration, quantity 3 to cover all
of the pins)
Processor Support: Agilent E9484B #002 (Includes Emulation Module, Analysis
Probe, and Source correlation tool set.)
Debugger (from third party)
Optional Measurement Modules
: Agilent 16534A Oscilloscope
Agilent 16720A Pattern Generator for Stimulus
Example Configuration
Measurement Requirements
Your target has an MPC 860 in a BGA package. You need to capture real time
traces as well as control the processor. What tools are available to support
this processor?
1. Determine if your device is supported.
Search through the matrix alphabetically. Note that your processor is
listed on pg. 36. The MPC 860 section of the matrix is shown below.
2. Select the product(s) that meet your measurement needs
The matrix lists several available products. Use pages 6-7 to review
each product type’s abilities. The E9484B #002 emulation solution
provides the measurement capabilities you desire for the
MPC 860 BGA. Refer to the literature listed in the notes to verify
clearance requirements for the analysis probe.
3. Verify analyzer support and compatibility
The matrix shows that for the E9484B #002 the logic analyzer
choices are the Agilent 16700A/B Series with a selection of modules.
“MPC860 Configuration Solution” lists products for a complete solution.
1673
1672
1671
1670
Device
Manufacturer
or
Architecture
and Name
Max
Bus
Clk
MHz
Pin
Count,
Pkg
Type
Product
Type
3rd
Party
Vendor or
Agilent
Product
Number
Min #
Pods
for
IA /
Max #
Pods
16700A/B Series
with ...
Setup Assist
Emulation
Enhanced IA
State
Timing
1
Directly available from the 3rd party
vendor by this product #
2
Requires termination adapters
(P/N 01650-63203)
3
Available from Agilent through resale
program
4
Requires termination adapters
(P/N E5346A)
16603
16602
16601
16600
Device Coverage Product Information Logic Analyzer Support Notes:
16600A
Series
1670G Series
16550
16500C
with ...
16557
Products Discontinued
Agilent Technologies
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