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Lauterbach AutoFocus, User Manual

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Lauterbach AutoFocus User Manual Download Page 38

  AutoFocus User’s Guide

 

    38     

  

©1989-2018 Lauterbach GmbH

Advanced Checks

1. Check

Make sure that you have completed the 

basic check

 list. 

Especially do not forget to execute 

Trace.AutoFocus

 after setting up your trace port with the frequency you 

wish to trace and before attempting to trace signals. 

Do you get any error or warning messages? For very high frequencies you may need to repeat this 
command until the hardware configuration is successful.

2. Check

What is your target voltage? For AutoFocus preprocessors with pluggable termination module: is the proper 
termination PCB plugged in? 

For further information, see 

External Termination PCB (shipped before 2006)

.

3. Check

Use the PowerTrace-AF Diagnosis tool for preprocessors with AutoFocus technology to read in the current 
state of the driver software / preprocessor. (See  

Access the Diagnosis Tool

.)

After executing commands that might change the state of the preprocessor

 

(e.g. 

Trace.AutoFocus

), use the 

Refresh

 button to load current values from the low-level driver into the diagnosis window. 

Press the 

Measure

 button if you want to repeat measurements like the target voltage, frequency etc. 

The 

Info

 button will display even more detailed information and also generate a log file.

Clock and data reference voltage should normally be somewhere close to 50% of the target voltage.

Termination - Bus A / Bus B (unplugged indicates that no termination is connected).

Check the stability of your target voltage by pressing the 

Measure

 button a couple of times. Check the 

minimum and maximum values that were measured for that session by pressing the 

Info

 button:   

The trace clock frequency does not necessarily equal the CPU clock frequency. 
For example, an trace port operating with double data rate results in an trace 
clock frequency that is half the CPU clock frequency, another trace port 
operating with quad data rate results in an trace frequency that is a quarter of 
the CPU clock frequency. 
The frequency measurement might not be very accurate for frequencies below 
20 MHz.

Summary of Contents for AutoFocus

Page 1: ... shipped after 2006 11 Preprocessor AutoFocus II LA 7992 12 Preprocessor AutoFocus MIPI II LA 7993 14 Software Installation 15 Recommendation for the Software Start 15 Recommendation for Power Down 15 Utilization 16 Preprocessor 16 Automatic Setup 16 Manual Setup 18 Trace Port 20 Start up Script 21 Example ARM ETMv1 21 Loading and Storing the Settings of Sampling Points 23 FAQ 25 Diagnosis 26 Disp...

Page 2: ...us Preprocessor Hardware Versions 62 Electrical Specification for AutoFocus II Preprocessors 65 Electrical Characteristics 65 Absolute Maximum Ratings 65 Switching Characteristics 65 Absolute Maximum Ratings 65 Timing Characteristics 66 Absolute Minimum Ratings 66 Average time resolution 66 Maximum channel delay 66 Additional Data 66 PCB 66 Components 66 Simulation Model 67 Autofocus V2 67 Autofoc...

Page 3: ...AutoFocus User s Guide 3 1989 2018 Lauterbach GmbH Product Information 83 Order Information 85 ...

Page 4: ... the TPA hardware without any information loss Trace probes with AutoFocus technology meet that challenge Intended Audience This manual categorizes users into the following groups AutoFocus average users In addition to reading chapter Installation they should focus on the sections Automatic Setup and Basic Checks AutoFocus advanced users As they are familiar with the above chapters and sections ad...

Page 5: ...information report please send the following information and files to icretm support lauterbach com Used start up configuration scripts The complete text of the error messages you get AREA view A screenshot of VERSION SOFTWARE A screenshot of VERSION HARDWARE A screenshot of VERSION HARDWARE2 A screenshot of the trace configuration window e g ETM or AET window JTAG voltage level JTAG frequency NOT...

Page 6: ...connector pinout board schematics and layout Is the problem frequency dependent Does another trace hardware behave differently A screenshot of Trace ShowFocusClockEye set threshold to VCC 2 and press SCAN A screenshot of Trace ShowFocusEye press SCAN before A screenshot of Trace ShowFocus press SCAN before ...

Page 7: ... Installation Hardware Installation Software Installation Hardware Installation 1 For PowerTrace II modules connect the PODBUS EXPRESS IN connector to the PODBUS EXPRESS OUT connector of the PowerDebug II interface PODBUS EXPRESS OUT PODBUS EXPRESS IN ...

Page 8: ...onnect the AutoFocus preprocessor to the POWER TRACE or POWER TRACE II The three flat cables have different lengths and need to be connected without crossing The shortest cable needs to be connected to slot A the middle to slot B and the longest to slot C ...

Page 9: ...programmable successor were shipped Starting 2006 only the re programmable Preprocessor with integrated termination is shipped To connect the preprocessor for tracing the target hardware has to be equipped with one or two 38 pin MICTOR connectors For dimensions and target connector pinout of the preprocessor refer to the chapter Technical Data All trace signals are connected after plugging the pre...

Page 10: ...e preprocessor is a 20 pin connector The connector is located under the blue flat cable connectors and conforms to ARM s 20 in debug connector If you are using a 14 pin debug cable you need to use a JTAG ARM Converter 14 20 LA 7747 Other architectures require an converter or must use a separate connector on the target For ARM architectures mostly the debug connector of the preprocessor is the bett...

Page 11: ...tion PCB was conservatively specified for a maximum of 2 5 V which is why these modules were labeled 1 5 2 5 V As more data became known the maximum voltage could be increased to 3 3 V so this module is now labeled 1 5 3 3 V You must not use the low voltage termination for target voltages above 3 3 V Termination PCB shipped after 2006 Integrated low voltage termination 1 5 3 3 V The low voltage te...

Page 12: ... frequency and you do not have the latest available termination module contact sales lauterbach com for delivery arrangements Use the PowerTrace AF Diagnosistoolto find out your preprocessorsPCBIDs See Access the Diagnosis Tool Preprocessor AutoFocus II LA 7992 The AutoFocus preprocessor II is the next generation of AutoFocus preprocessors Its handling is similar to ARM ETM AutoFocus LA 7991 LA 79...

Page 13: ...parentheses in the VERSION HARDWARE windows here 0x71 0x70 There is a gain in performance from version 1 to version 2 In addition the crosstalk behavior has improved and the all over bandwidth was increased The termination circuit is integrated for all AutoFocus II based devices Changeable termination modules are not available for these devices Flex Extension Cable ...

Page 14: ...pecification for debug and trace signals Its handling is similar to ARM ETM AutoFocus LA 7991 The preprocessor can also determined by the ID shown in VERSION HARDWARE The JTAG connector of the preprocessor is a 34 pin connector The connector is located under the blue flat cable connectors A converter is required if you are using a debug cable with a non MIPI connector e g an ARM Converter ARM 20 t...

Page 15: ...ternatively connect the debug cable to an additional converter PCB which splits debug and trace signals The converter PCB needs to be ordered separately at Lauterbach 4 Connect the preprocessor to your target s trace port by using the flex extension cable delivered with your preprocessor For port sizes greater 16 bit you need to connect port TRACE B as well using a second Mictor flex extension not...

Page 16: ...nerator is available an error message will be shown Automatic Setup The automatic setup is applicable for the following cases Constant core trace frequency High signal integrity Low signal skew Prerequisite You have just run your start up script in TRACE32 to set up your target To do an automatic setup of the preprocessor option 1 1 Make sure that the final core trace frequency is set Data Set 2 M...

Page 17: ...fferent signal integrity of the trace signals A second way to do the automatic setup might help The main difference is that the trace data of a real application are used Prerequisite You have just run your start up script in TRACE32 To do an automatic setup option 2 1 Make sure that the final core trace frequency is used Data Set 2 Load your target application to the TRACE32 virtual memory Data Lo...

Page 18: ... TestFocusEye Accumulate multiple scans in case of varying clock frequency Analyzer TestFocusEye Accumulate 7 Look for best threshold level Analyzer ShowFocusEye 8 Set the threshold for data Analyzer THreshold clk dat 9 Scan the digital data eyes Analyzer TestFocus Accumulate multiple scans in case of varying clock frequency Analyzer TestFocus Accumulate 10 Define potential sampling points Analyze...

Page 19: ...rget application to the target board and to the TRACE32 virtual memory Data Load auto PlusVM The option PlusVM allows you to do both steps simultaneously 2 On the TRACE32 toolbar click Go to start your target application 3 Perform steps 1 to 12 in the step by step procedure above ...

Page 20: ...the following parts TRACE32 start up Connection of system modules Establishing host connection Starting TRACE32 PowerView TRACE32 setup Debug and trace port connection CPU selection system mode Peripheral external buffer enable GPIO trace port PLL pin manager Trace logic base address filter Application frequency I O setup TRACE32 preprocessor setup Trace port width Sampling parameters threshold sa...

Page 21: ...the mode of the trace port with the command ETM PortMode Define if the ETM works in Halfrate mode or not with the command ETM HalfRate Turn on the ETM with the command ETM ON B The target must be configured Set up the I O ports To find the required information refer to your CPU manual Set up the board buffers jumpers etc To find the required information refer to your target user guide Configure th...

Page 22: ...ogram start Initialize stack pointer A ETM SETUP ETM PortSize 16 ETM PortMode Normal ETM HalfRate OFF ETM DataTrace Both ETM ON Set the trace port width to 16 Set the trace mode to Normal mode Set full rate mode for ETM Trace Address and Data Turn ETM on B not applicable in this example C Configure AutoFocus preprocessor Analyzer THreshold VCC Analyzer TERMination ON Analyzer AutoFocus set thresho...

Page 23: ...imilar to this New session To re load the stored sampling point settings 1 In a newTrace ShowFocus window click Load 2 Select the file containing the stored sampling point settings and then click Open The sampling point settings are displayed in the Trace ShowFocus window IF ANALYZER ANALYZER TERMINATION ON ANALYZER THRESHOLD 1 19 0 99 connect termination voltage during trace clock reference volta...

Page 24: ...tion individual channel sampling points the blue rectangle in the picture below to the left or right by double clicking a new position Alternatively click the left or right arrows next to the signal name to reposition the corresponding channel sampling point In the example below you could move TS and PS 2 0 to the right and TP 7 0 to the left to sample closer to the middle of the data eyes Click t...

Page 25: ...AutoFocus User s Guide 25 1989 2018 Lauterbach GmbH FAQ No information available ...

Page 26: ...s Error messages are displayed In the upper left corner of the Trace List window In the message line In the Area view window Advanced trace analysis commands like Trace STATistic Func Trace STATistic TASK or PERF List display only accurate results if the trace recording works error free ...

Page 27: ...oad the complete trace information to the host 1 The Trace Find dialog In the Trace List window click Find to open a dialog with special search options Select Expert and enter flowerror in the items field The item entry is not case sensitive Use the Find First and Find Next buttons to jump to the next flowerror within the trace Click Find All to open a window listing all flowerrors 2 The command T...

Page 28: ...e Chart sYmbol This command starts a statistical analysis An additional symbol ERROR is shown if errors were found The search could take a long time depending on the used memory size of the trace module and the type of host interface Check the status to estimate the time ...

Page 29: ...lexed with other I O functions no valid trace data Trace signal capturing failed setup hold time violations Wrong version of PowerTrace module Target frequency too high Please see Diagnosis Check List Flowerror The traced data is not consistent with the code in the target memories Possible reasons are Memory contents have changed e g self modifying code Wrong trace data as result of Harderror Plea...

Page 30: ...formation if a Fifo overflow is likely to happen if supported ETM DataSuppress Trace Test Failure Messages Trace TestFocus supports a built in trace test This command loads a short test program to the target memory RAM and traces its execution Afterwards the recorded program flow and data pattern will be checked for any errors Analyzer data capture o k will be shown if the test was successful Test...

Page 31: ...system directory 2 Re start TRACE32 The AF Diagnosis button is now available on the TRACE32 toolbar To just start the diagnosis tool execute the following command If there is no AutoFocus preprocessor attached executing this script will generate an error message Otherwise it displays some diagnosis results in the following window Do not feel discouraged if some of the diagnosis results displayed i...

Page 32: ...t is active Double check your targets supply voltage 2 Check Some CPU types do not have dedicated trace port pins Instead trace signals are multiplexed with other signals A special port pin setup may be required to get trace functionality Example Check your CPU manual for the correct port pin configuration 3 Check In case of shared trace pins additional buffers may be used on the target hardware M...

Page 33: ...5 Check Most of the trace hardware is set up automatically Special care has to be taken when setting the threshold level Trace configuration The threshold values for clock and or data signals is are set automatically at software start depending on the voltage level of pin 12 of the target connector However if your target is turned off or not connected during software start you may need to execute ...

Page 34: ... port data rate Depending on the trace macrocell the data rate of the trace port could be coupled on the core clock frequency or not E g ETMv1 2 Bw fcore 1bit ch ETMv3 Bw fport 2bit ch Example extended trace test a Hardware configuration and trace test Trace AutoFocus b Extended trace test Accumulate data eye information 10 runs RePeaT 10 Trace TestFocus Accumulate c Show results Trace ShowFocus P...

Page 35: ...e port sizes 16 bit TRACE B remains unconnected For further information on the correct connection of TRACE A TRACE B refer to Dimensions 11 Check Check the trace port pinout Did your target board work with other PowerTrace Preprocessor combinations If your target worked with other PowerTrace preprocessor combinations your trace port pinout can be assumed to be correct This is not always true for T...

Page 36: ...approximately 50 of your target voltage 12 Check Try both settings for the termination voltage In most cases it is best to have the termination voltage connected during trace capture However for lower frequencies and or weak output drivers it can be helpful to disable the termination This feature is supported by all preprocessors with AutoFocus technology Usually a not terminated signal will resul...

Page 37: ...owards 50 of the reference voltage on pin 12 of the target connector see Connector Layout as well as slightly faster rise and fall times 13 Check Is your TRACE32 software up to date Check http www lauterbach com updates html or ask your local support team for an update or contact icretm support lauterbach com VERSION SOFTWARE ...

Page 38: ... preprocessor e g Trace AutoFocus use the Refresh button to load current values from the low level driver into the diagnosis window Press the Measure button if you want to repeat measurements like the target voltage frequency etc The Info button will display even more detailed information and also generate a log file Clock and data reference voltage should normally be somewhere close to 50 of the ...

Page 39: ...horizontal axis reflects time line in nanoseconds On the left the current delay is shown for each trace signal The red line shows the sampling point It can be different for each signal Data lines are delayed if values smaller than zero are set or not all sampling points are equal In case of values larger than zero the clock line is delayed The horizontal axis shows all enabled signals listed That ...

Page 40: ...re expected The sampling point should be placed in the middle of the white areas In comparison to the following scan results where more investigations are required Color Legend White color indicates stable areas Red horizontal lines mark setup violations on clock edges Red upper line rising clock edge Red lower line falling clock edge Gray areas mean instable data setup violations on rising and fa...

Page 41: ...orizontal axis shows the voltage V now the vertical axis is still the time ns axis At the beginning the message NOT SCANNED is shown Before you click the Scan button the data threshold should be set to the middle of the trace port I O voltage If there is only one value it applies to clock and data signals If there are two values the 1st applies to the clock signal the 2nd applies to the data signa...

Page 42: ... it is used for sampling The result depends on the used test data test pattern target application and may look like one of the following figures The graph does NOT show any data eyes but can be interpreted in a similar way How to understand The colored parts should define a white area which can be enclosed or open on the upper lower side The clock threshold should be set to the middle of this area...

Page 43: ...the Analyzer ShowFocusEye window The result may look like the following The graph shown in the Analyzer ShowFocusEye window is similar to a scope measurement It reflects the trace signal seen by the preprocessor The values cannot be guaranteed but give an suitable impression of the signal integrity The data threshold level should be set to the middle of the data eyes ...

Page 44: ...le step you might notice swapped pins or data channels that might have timing issues To check the ETM trace signals ETMv1 x 1 Run the command Trace List TS PS2 PS1 PS0 TPH TPL to display the captured trace data in a Trace List window Electrical measurements must be done by trained personal only Special care has to be taken concerning electrostatic discharge The target must run and the trace has to...

Page 45: ...nt to disassemble the captured data manually This requires some knowledge of the trace protocol for more information refer to the ETM architecture specification Below is an example on how to reconstruct the execution address from the traced data without knowing too much about the trace protocol Note that 5 bytes are needed to transmit a 32 bit address on the trace port PS2 PS1 PS0 Trace status sig...

Page 46: ... Trace packet bits can be structured as shown to the left Each eighth bit is set to one if a packet follows and is cleared for the last packet 1 1010000 1 1000100 1 0000000 1 0000000 0 0010000 Trace packet bits can be sorted as shown to the left 101 0000 10 0010 0 0 0000 00 0000 000 001 0000 Dividing the row into groups of four bits nibble gives the address in binary format Since the address is tr...

Page 47: ...you determine the source of the error By manually disassembling the captured trace data for a single step you might notice swapped pins or data channels that might have timing issues Pin 34 36 and 38 of the connector are handled by the trace hardware as normal data signals That means these signals will also be affected by the termination circuitry It is required to connect pin 34 directly to VCC a...

Page 48: ...ble the captured data manually This requires some knowledge of the trace protocol for more information refer to the ETM architecture specification Below please find an example on how to reconstruct the execution address from the traced data without knowing too much about the trace protocol ETMv3 signal Description TCTL Trace control signal defines valid TP packets The signal is low active Invalid ...

Page 49: ...ped indicating an erroneous pinout or b if the errors seem to be related to certain trace signals being wrong every now and than For b timing violations could be the problem All AutoFocus preprocessors can adjust the sampling points only if their timing requirements are satisfied In addition the maximum operating frequency has to be considered see tables in AutoFocus Preprocessor Hardware Versions...

Page 50: ... 2 channels bandwidth 1000 MHz 10 GS s probe 5pF is required for the following measurements Make sure that you use short ground connections The following two screenshots show the influence of probe and ground connection length on the clock wave form Long GND connection Probe 500 MHz 8 pF 10 M x10 The graph shows a typical clock wave form Short GND connection Probe 750 MHz 2 pF 1 M x10 The graph sh...

Page 51: ...get trace ports Usually you do not need to worry about setup and hold times for data rates as high as 200 Mbit s although it is always a good idea to keep the channel to channel skew low and the clock duty cycle close to 50 50 Depending on your trace port data rate the maximum channel to channel skew has to stay below ch2ch_skew t_period Ts Th For instance a trace port with a data rate of 300 Mbau...

Page 52: ...nation PCB type 1 Execute the Analyzer AutoFocus command 2 On the TRACE32 toolbar click the AF Diagnosis button See Access the Diagnosis Tool 3 Click the Info button of the PowerTrace AF Diagnosis tool The diagnosis is displayed in the AREA window Here is an example for a 1 8 V target Complete range version 1 5 5 V Low voltage version 1 5 2 5 V targets The low voltage version has less setup violat...

Page 53: ...el close to a duty cycle of 50 50 as seen in the figure B Important to know The clock threshold level influences the data setup Ts and hold Th times in dependency of the clock waveform The higher the trace port data rates are the more attention you must pay to this effect NOTE The dimensions of both the data eyes and the clock waveform do highly depend on the clock threshold level NOTE It is possi...

Page 54: ...time violations and or hold time violations of the input register Green color means sampled on rising clock edge Red color means sampled on falling clock edge White color indicates stable areas White areas enclosed by green and or red color are referred to as stable data eyes Olive green areas mean instable data setup violations on rising and falling clock edges Clock threshold at 0 8V Clock thres...

Page 55: ...a threshold line also defines the level where the clock eye picture would be normally placed within this graph Summary The clock eye scan shows a third dimension of multiple data eye scans The scan of Analyzer ShowFocusEye keeps the clock threshold constant while the data threshold is changed The scan of Analyzer ShowFocusClockEye keeps the data threshold constant while the clock threshold is chan...

Page 56: ...her data rates this is an important point An adequate number of bypass capacitors are crucial to keep the supply voltage stable when the trace port is driven by your application This is especially important for port sizes greater 8 bit and high frequencies If your supply voltages are not stable the target processor might assume illegal JTAG tap states and the trace port analyzer TPA might loose co...

Page 57: ...the bottleneck so the clock signal should have at least 6 mA better 8 12 mA drive strength Whenever possible you should also use double data rate clocking to divide the clock frequency by two Keep in mind that the drive strength of the output buffers has to be supported by proper PCB layout and adequate number of bypass capacitors for all frequency ranges Your trace port reference voltage should n...

Page 58: ...ssor s connector is represented by the corresponding pin number in the diagram In case your target board does not comply with one of the preconfigured pinout configurations you are usually required to buy or create an adaption board But in case only the data and control pins excluding the clock signal need to be remapped you can simply reconfigure the preprocessor s pinout by selecting the adequat...

Page 59: ...tion of TP1 automatically that is TP1 and TP2 will be swapped The remapping of channels can be embedded in a PRACTICE script using the Analyzer REMAP PIN command The commands to reproduce the results from example 1 and example 2 are Analyzer REMAP PIN TP1 30 Example 1 Analyzer REMAP PIN TP1 26 Example 2 NOTE The names of the channels are not static but may vary according to the CPU selection and t...

Page 60: ... the Analyzer REMAP PIN command SYStem CPU Defines the trace port s version e g ETMv1 or ETMv3 ETM PortSize Number of data pins also applicable for other trace ports like STM or RTP ETM ON OFF Switches to or from a different trace port configuration if there is more than one physical trace port also applicable for other trace ports like STM or RTP Analyzer PortType Defines or overrides a trace por...

Page 61: ...Focus User s Guide 61 1989 2018 Lauterbach GmbH AutoFocus II MIPI LA 7993 Layout of the Samtec MIPI 60 connector and declaration of the remappable pin numbers to be used with the Analyzer REMAP PIN command ...

Page 62: ... the preprocessor version by typing VERSION HARDWARE into the TRACE32 command line or compare your preprocessor with the pictures in these sections Preprocessor AutoFocus I LA 7991 page 9 Preprocessor AutoFocus II LA 7992 page 12 Preprocessor AutoFocus MIPI II LA 7993 page 14 Preprocessor versions and a description of the main differences are described in the following tables LA 7991 page 63 LA 79...

Page 63: ...1 8 5 V 1 8 5 V 1 8 3 3 V Housing yes yes yes Number of ribbon cables 3 3 3 Maximum data rate 300 MBaud s 350 MBaud s 350 MBaud s Max operating frequency 300MHz 350MHz 350MHz Input delay resolution 480 ps Termination pluggable pluggable 47 Thevenin Threshold level 0 3 3 V programmable 0 3 3 V programmable 0 3 3 V programmable Connectorization MICTOR 2 38pin MICTOR 2 38pin MICTOR 2 38pin Data eye h...

Page 64: ... 3 V 1 8 3 3 V Housing yes with fan yes with fan yes with fan Number of ribbon cables 3 3 3 Maximum data rate 500 MBaud s 600 MBaud s 600 MBaud s Max operating frequency 300MHz 350MHz 350MHz Input delay resolution 78ps 78ps 78ps Termination 47 Thevenin 100 Thevenin 47 Thevenin Threshold level 0 3 3 V programmable 0 3 3 V programmable 0 3 3 V programmable Connectorization MICTOR 2 38pin MICTOR 2 38...

Page 65: ...rammable Threshold 0 01 3 3V Vih Threshold 0 25V Vil Threshold 0 25V Required Data Eye Opening 0 5V also with termination enabled Clock Data 1 2 3 3V VTref 1 2 3 3V Switchable Active Termination 100 Ohms to VTref 2 Data 100 Ohms to VTref 2 Clock Clock Data 0 3 6V VTref 0 5V Clock frequency 0 300MHz Data rate 600Mbaud 16bit 300Mbaud 17 32bit Maximum clock frequency 350MHz Data rate 700Mbaud 16bit 3...

Page 66: ...ay Additional Data PCB Components Data setup time 0 3ns Data hold time 0 3ns Data setup time Data hold time 0 3ns Clock channel 78 ps Data channels 78 ps Clock channel 6 4 ns Data channels 3 3 ns Width 178um Thickness track 17um CU Thickness pad 17um CU 10um NiAu Distance 178um Er 4 7 Material FR4 AMP MICTOR connector 767006 1 Samtec QTH 60pin ...

Page 67: ...AutoFocus User s Guide 67 1989 2018 Lauterbach GmbH Simulation Model Autofocus V2 Autofocus Mipi ...

Page 68: ...PP ARM ETM 200 SIDE VIEW 480 CABLE 1200 4 X 100 0 4200 4376 4475 100 1025 2400 2500 PIN1 TOP VIEW DEBUG CABLE 4100 2800 ALL DIMENSIONS IN 1 1000 INCH ALL DIMENSIONS IN 1 1000 INCH CABLE 275 675 475 SIDE VIEW 5700 1400 400 PIN1 2475 1525 TOP VIEW new case delivery from December 2003 ...

Page 69: ...O LA 7991 PP ARM ETM AF Dimension SIDE VIEW TOP VIEW ALL DIMENSIONS IN MILS PIN1 PIN1 3725 3825 300 1650 2400 550 CABLE SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH TOP VIEW CABLE 1350 5250 675 1 1 TRACE A TRACE B Note TRACE B is only used for Demux 2 ARM7 10 or PortSize 16 ARM11 ...

Page 70: ...M AF MIPI Dimension SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH TOP VIEW CABLE 1350 5250 675 1 1 TRACE A TRACE B LAUTERBACH 1200 Note TRACE B is only used for Demux 2 ARM7 10 or PortSize 16 ARM11 1200 475 1400 400 PIN1 1525 2475 5700 TOP VIEW CABLE ALL DIMENSIONS IN 1 1000 INCH SIDE VIEW LAUTERBACH ...

Page 71: ...995 PP C55X AF 2 LA 7996 PP CEVA AF 2 Dimension SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH TOP VIEW CABLE 1350 5250 675 1 1 TRACE A TRACE B LAUTERBACH 1200 SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH TOP VIEW CABLE 1350 5250 675 1 1 TRACE A TRACE B LAUTERBACH 1200 ...

Page 72: ...AutoFocus User s Guide 72 1989 2018 Lauterbach GmbH LA 7999 PP STARCORE AF 2 Dimension SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH TOP VIEW CABLE 1350 5250 675 1 1 TRACE A TRACE B LAUTERBACH 1200 ...

Page 73: ...AutoFocus User s Guide 73 1989 2018 Lauterbach GmbH LA 7889 PP ARM ETM 120 Dimension Top View ALL DIMENSIONS IN 1 1000 INCH Target View Side View Flat cable ...

Page 74: ...AutoFocus User s Guide 74 1989 2018 Lauterbach GmbH LA 1370 MICTOR FLEXEXT Dimension 4680 3190 TOP VIEW PIN1 PIN1 FLEX 1000 MICTOR EXTENDER HORIZONTAL HORIZONTAL SIDE VIEW 275 200 ...

Page 75: ...bH LA 3816 CON 2XMICTOR MIPI60 LA 3817 CON MIPI60 MICTOR38 Dimension TOP VIEW SIDE VIEW SAMTEC 60 600 425 2450 1512 1350 775 325 ALL DIMENSIONS IN 1 1000 INCH PIN1 TRACE B TRACE A PIN1 PIN1 1000 513 480 TOP VIEW SIDE VIEW ALL DIMENSIONS IN 1 1000 INCH ...

Page 76: ...AutoFocus User s Guide 76 1989 2018 Lauterbach GmbH LA 3818 CONV MIC JTAG MIPI60 Dimension 2500 1543 1650 SAMTEC 60 600 SIDE VIEW TOP VIEW 850 706 325 PIN1 ALL DIMENSIONS IN 1 1000 INCH ...

Page 77: ...TRACEPKT14 25 26 TRACEPKT2 TRACEPKT13 27 28 TRACEPKT1 TRACEPKT12 29 30 TRACEPKT0 TRACEPKT11 31 32 TRACESYNC TRACEPKT10 33 34 PIPESTAT2 TRACEPKT9 35 36 PIPESTAT1 TRACEPKT8 37 38 PIPESTAT0 Signal Pin Pin Signal N C 1 2 N C N C 3 4 N C N C 5 6 TRACECLK DBGRQ 7 8 DBGACK SRST 9 10 EXTRIG TDO 11 12 VTREF RTCK 13 14 VCC TCK 15 16 N C TMS 17 18 N C TDI 19 20 TRACEPKT1415 TRST 21 22 TRACEPKT1213 N C 23 24 ...

Page 78: ...7 28 TRACEPKTA1 TRACEPKTB0 29 30 TRACEPKTA0 TRACESYNCB 31 32 TRACESYNCA PIPESTATB2 33 34 PIPESTATA2 PIPESTATB1 35 36 PIPESTATA1 PIPESTATB0 37 38 PIPESTATA0 Signal Pin Pin Signal N C 1 2 N C N C 3 4 N C N C 5 6 TRACECLK DBGRQ 7 8 DBGACK SRST 9 10 EXTRIG TDO 11 12 VTREF RTCK 13 14 VCC TCK 15 16 TRACEPKTA7 TMS 17 18 TRACEPKTA6 TDI 19 20 TRACEPKTA5 TRST 21 22 TRACEPKTA4 TRACEPKTA15 23 24 TRACEPKTA3 TR...

Page 79: ...N C N C 11 12 N C N C 13 14 N C N C 15 16 TRACEPKTB7 N C 17 18 TRACEPKTB6 N C 19 20 TRACEPKTB5 N C 21 22 TRACEPKTB4 TRACEPKTB15 23 24 TRACEPKTB3 TRACEPKTB14 25 26 TRACEPKTB2 TRACEPKTB13 27 28 TRACEPKTB1 TRACEPKTB12 29 30 TRACEPKTB0 TRACEPKTB11 31 32 TRACESYNCB TRACEPKTB10 33 34 PIPESTATB2 TRACEPKTB9 35 36 PIPESTATB1 TRACEPKTB8 37 38 PIPESTATB0 ...

Page 80: ...BGACK SRST 9 10 EXTRIG TDO 11 12 VTREF RTCK 13 14 VCC TCK 15 16 ATRACEPKT7 TMS 17 18 ATRACEPKT6 TDI 19 20 ATRACEPKT5 TRST 21 22 ATRACEPKT4 BTRACEPKT3 23 24 ATRACEPKT3 BTRACEPKT2 25 26 ATRACEPKT2 BTRACEPKT1 27 28 ATRACEPKT1 BTRACEPKT0 29 30 ATRACEPKT0 BTRACESYNC 31 32 ATRACESYNC BPIPESTAT2 33 34 APIPESTAT2 BPIPESTAT1 35 36 APIPESTAT1 BPIPESTAT0 37 38 APIPESTAT0 ...

Page 81: ...14 25 26 TRACEDATA2 TRACEDATA13 27 28 TRACEDATA1 TRACEDATA12 29 30 GND TRACEDATA11 31 32 GND TRACEDATA10 33 34 VCC TRACEDATA9 35 36 TRACECTL TRACEDATA8 37 38 TRACEDATA0 Signal Pin Pin Signal N C 1 2 N C N C 3 4 N C GND 5 6 N C N C 7 8 N C N C 9 10 N C N C 11 12 VTREF N C 13 14 N C N C 15 16 TRACEDATA23 N C 17 18 TRACEDATA22 N C 19 20 TRACEDATA21 N C 21 22 TRACEDATA20 TRACEDATA31 23 24 TRACEDATA19 ...

Page 82: ...AutoFocus User s Guide 82 1989 2018 Lauterbach GmbH 20 pin JTAG Connector For a detailed description of the 20 pin JTAG connector please refer to Target Adaption debugger_arm pdf ...

Page 83: ...OFOCUS II for LA 3902 Preproc for SH3 SH4 AUD AUTOFOCUS II for LA 3903 Preproc for TMS320C64x AUTOFOCUS II for LA 3904 Preproc for TEAKLITE III AUTOFOCUS II for LA 7995 Preproc for TMS320C55x AUTOFOCUS II for LA 7996 Preproc for Ceva X AUTOFOCUS II for LA 7999 Preproc for StarCore AUTOFOCUS II please add the serial number of the preprocessor to your order AUTOFOCUS II Preprocessors with serial num...

Page 84: ...on Converter Dual ETM to 2 single ETMs horizontal for the use with 2 Preprocessor for ARM ETM Halfrate LA 7921 LA 7926 DUAL 2SINGLE ETM V Converter Dual ETM to 2 single ETMs Vertical Converter Dual ETM to 2 single ETMs vertical for the use with 2 Preprocessor for ARM ETM LA 7889 LA 7922 CONVERTER VOLT ETM Converter 5V to 3 3V for ARM ETM Converter to connect 5V targets to preprocessor for ARM ETM ...

Page 85: ... Trace License for TMS320C55X Support for Embedded Trace Buffer of TMS320C55X Extension applicable to the following debug cables purchased separately for LA 7830 JTAG Debugger for TMS320C55x please add the base serial number of your debug cable to your order LA 7977X TRACE LICENSE CEVAX Trace License for Ceva X Support for Embedded Trace Buffer of CoreSight CEVA X Extension applicable to the follo...

Page 86: ...4SAM60 ETMv3 Conv Mictor 38 2x MIPI 34 to MIPI 60 LA 3813 CONV OMAP35XX MIPI OMAP3 Conv Mictor 38 MIPI 34 to Mictor 38 LA 3812 CONV OMAP4XXX MIPI60 OMAP4 Conv 2xMictor ARM20 MIPI34 to MIPI60 LA 3810 CONV U8500 MIPI U8500 Conv 2x Mictor38 3x MIPI34 to MIPI60 LA 1228 FLEXEXT SAM QTH QSHB Flex Ext for SAMTEC 60 pin QTH QSH series LA 1370 MICTOR FLEXEXT Mictor Flex Extension LA 7995A PP C55X AF 2 ADD ...

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