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Converters

In this topic:

•Cross Table iC7 / Active Probe Adapters and Converters

•Texas Instruments 14-pin (2.54mm) Converter

•Texas Instruments 60-pin MIPI Converter

•MPC 14-pin JTAG to MPC Samtec 34-pin Converter

•50-pin ERF8 MPC5xxx Nexus Converter

•DAP 10-pin 1.27mm to HSTCU (USB-C) Converter

•MEDC17 DAP 10-pin 1.27mm Converter

•10-pin DAP2 to 22-pin ERF8 DAP2

•RH850 Aurora 34-pin to Aurora 46-pin Converter

 

If your Target connector and iC7 / Active Probe Adapter do not align, and you are unable to locate another compatible iC7 / Active Probe Adapter, you may consider ordering a Converter designed to adapt the signals and pins to fit your embedded target and iC7 / Active Probe Adapter.

 

Block diagrams showing how BlueBox Hardware is connected

Block diagrams showing how BlueBox Hardware is connected

 

 

Cross Table iC7 / Active Probe Adapters and Converters

Below you can find a table with Converters and suitable iC7 / Active Probe Adapters.

 

iC7 / Active Probe Adapters

IC70111

IC70115

IC70150

IC70152

IC70163

IC70176

Arm JTAG 20-Pin

Arm Mictor 38-Pin

MPC5xxx OnCE/JTAG 14-Pin

MPC5xxx Nexus 38-Pin

Infineon DAP 10-pin

Renesas RH850 LPD 14-Pin

Converters

 

IAPIN20ARM14TI

Texas Instruments 14-pin (2.54mm)

ok-arrow

 

 

 

 

 

IAMIC38MIPI60TMS570

Texas Instruments 60-pin MIPI

 

ok-arrow

 

 

 

 

IAMPCPIN14SAM34

MPC 14-pin JTAG to MPC Samtec 34-pin

 

 

ok-arrow

 

 

 

IAMIC38SAM50MPC

50-pin ERF8 MPC5xxx Nexus

 

 

 

ok-arrow

 

 

IADAP10-HSTCU

DAP 10-pin 1.27mm to HSTCU (USB-C)

 

 

 

 

ok-arrow

 

IADAP10MEDC17

MEDC17 DAP 10-pin 1.27mm

 

 

 

 

ok-arrow

 

IA10PINDAP22PINSAM

10-pin DAP2 to 22-pin ERF8 DAP2

 

 

 

 

ok-arrow

 

IAPIN14RH850SAM46

RH850 Aurora 34-pin to Aurora 46-pin

 

 

 

 

 

ok-arrow

 

 

Texas Instruments 14-pin (2.54mm) Converter

Click to expand

 

 

 

Ordering code

IAPIN20ARM14TI

Targets based on Texas Instruments (TI) ARM microcontroller can feature Texas Instruments Arm 14-pin target debug connector with the TI the proprietary pinout. A converter connecting at the end of the 20-pin 2.54mm Arm Debug Adapter is available for Arm 14-pin pinout. Make sure you don’t mix up TI pinout with the standard 14-pin 2.54mm Arm Debug Adapter (Ordering code IC50112).

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

O

JTAG

TMS

1

2

nTRST

JTAG

O

O

JTAG

TDI

3

4

GND

Ground

 

I

Reference Voltage

Vref

5

6

NC

Not Connected

 

I

JTAG

TDO

7

8

GND

Ground

 

I

Return TCK

RTCK

9

10

GND

Ground

 

O

JTAG

TCK

11

12

GND

Ground

 

I

Debug Acknowledge

DBACK

13

14

nRESET

Reset

I/O

14-pin TI Arm pinout

 

Signal Direction is described from the BlueBox perspective.

 

Warning_orange

When initially connecting the BlueBox to a target, ensure the debug adapter pinout matches the Target connector to avoid potential hardware failure.

 

If the jumper on the converter is populated, the SYSTEM RESET line is connected to pin 14 on the target side. If SYSTEM RESET is not needed, the jumper should be removed.

The converter connects to the target via a 14-pin 2.54 mm connector, for example Yamaichi FAS-1401-2101-2-0BF. A target should feature a matching part, for example WÜRTH ELEKTRONIK 61201421621.

 

Warning_orange

This converter is used only in conjunction with the 20-pin 2.54mm ARM Debug Adapter  (Ordering code IC50111-1).

 

 

Texas Instruments 60-pin MIPI Converter

Click to expand

 

 

 

Ordering code

IAMIC38MIPI60TMS570

Embedded targets based on Texas Instruments (TI) TMS570 microcontroller can feature Texas Instruments 60-pin MIPI target debug connector with the TI proprietary pinout. A converter connecting at the end of the Mictor 38-pin ARM Parallel 16-bit Debug Adapter is available for Texas Instruments 60-pin MIPI pinout and must be ordered separately.

 

Warning_orange

The iC5000 and the iC5700 can trace up to 16 trace data lines. For this reason the target microcontroller has to be configured for 16-bit trace port operation even if the target features 60-pin MIPI connector with 32 data trace lines connected.

 

Warning_orange

Signal naming in the documentation uses target signal names and not the ones from the MIPI standard. Refer to ‘MIPI Alliance Recommendation for Debug and Trace Connectors’ and ‘ARM Target Interface Connections’ documentation for more information about signal names and their functions.

 

The converter connects to the target via a 60-pin MIPI connector, for example Samtec QTH-030-01-L-D-A. A target should feature a matching part, for example Samtec QSH-030-01-L-D-A.

 

Warning_orange

This converter is used only in conjunction with the 38-pin Mictor ARM Parallel 16-bit Debug Adapter  (Ordering code IC50115).

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

I

Reference Voltage

Vref

1

2

TMS

JTAG

O

O

JTAG

TCK

3

4

TDO

JTAG

I

O

JTAG

TDI

5

6

nRESET

Reset

O

O

Return TCK

RTCK

7

8

nTRST

JTAG Pull down

O

O

JTAG Pull up

nTRST

9

10

NC

Not Connected

 

 

Not Connected

NC

11

12

NC

Not Connected

 

I

Trace Clock

TRACECLK

13

14

NC

Not Connected

 

 

Not Connected

NC

15

16

GND

Ground

 

I

Trace Data

TRACECTL

17

18

NC

Not Connected

 

I

Trace Data

TRACEDATA0

19

20

NC

Not Connected

 

I

Trace Data

TRACEDATA1

21

22

NC

Not Connected

 

I

Trace Data

TRACEDATA2

23

24

NC

Not Connected

 

I

Trace Data

TRACEDATA3

25

26

NC

Not Connected

 

I

Trace Data

TRACEDATA4

27

28

NC

Not Connected

 

I

Trace Data

TRACEDATA5

29

30

NC

Not Connected

 

I

Trace Data

TRACEDATA6

31

32

NC

Not Connected

 

I

Trace Data

TRACEDATA7

33

34

NC

Not Connected

 

I

Trace Data

TRACEDATA8

35

36

NC

Not Connected

 

I

Trace Data

TRACEDATA9

37

38

NC

Not Connected

 

I

Trace Data

TRACEDATA10

39

40

NC

Not Connected

 

I

Trace Data

TRACEDATA11

41

42

NC

Not Connected

 

I

Trace Data

TRACEDATA12

43

44

NC

Not Connected

 

I

Trace Data

TRACEDATA13

45

46

NC

Not Connected

 

I

Trace Data

TRACEDATA14

47

48

NC

Not Connected

 

I

Trace Data

TRACEDATA15

49

50

NC

Not Connected

 

 

Not Connected

NC

51

52

NC

Not Connected

 

 

Not Connected

NC

53

54

NC

Not Connected

 

 

Not Connected

NC

55

56

NC

Not Connected

 

 

Ground

GND

57

58

GND

Ground

 

 

Not Connected

NC

59

60

NC

Not Connected

 

60-pin MIPI pinout

 

Blue colored signals are trace signals.

Signal Direction is described from the BlueBox perspective.

 

 

MPC 14-pin JTAG to MPC Samtec 34-pin Converter

Click to expand

 

 

 

Ordering code

IAMPCPIN14SAM34

This converter connects between the 14-pin 2.54mm MPC5xxx Debug Adapter (Ordering code IC50150) and the MPC5xxx/SPC5 target featuring a 34-pin Samtec ERF8 connector exposing Aurora trace interface.

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

 

Not Connected

NC

1

2

Vref

Reference Voltage

I

 

Not Connected

NC

3

4

TCK

JTAG

O

 

Ground

GND

5

6

TMS

JTAG

O

 

Not Connected

NC

7

8

TDI

JTAG

O

 

Not Connected

NC

9

10

TDO

JTAG

I

 

Ground

GND

11

12

nJCOMP

JTAG TRST (optional)

O

 

Not Connected

NC

13

14

NC

Not Connected

 

 

Not Connected

NC

15

16

~EVTI0

Nexus Event Input

O (not used)

 

Ground

GND

17

18

Not Connected

NC

 

 

Not Connected

NC

19

20

nPORESET

Power On Reset

O

 

Not Connected

NC

21

22

nRESET

Reset

IO

 

Ground

GND

23

24

GND

Ground

 

 

Not Connected

NC

25

26

Not Connected

NC

O

 

Not Connected

NC

27

28

Not Connected

NC

O

 

Ground

GND

29

30

GND

Ground

 

 

Not Connected

NC

31

32

NC

Not Connected

 

 

Not Connected

NC

33

34

NC

Not Connected

 

34-pin MPC Samtec pinout

 

Blue colored signals are parallel trace signals.

Signal Direction is described from the BlueBox perspective.

 

Only debugging (no trace) is possible through this converter. The converter must be ordered separately.

 

Warning_orange

When initially connecting the BlueBox to a target, ensure the debug adapter pinout matches the Target connector to avoid potential hardware failure.

 

 

i-icon

Make sure this adapter fits on your target connector - check Cross Table.

 

 

i-icon

Refer to Hardware Setup and Configuration Tutorial to get more information on how to connect the hardware.

 

 

 

50-pin ERF8 MPC5xxx Nexus Converter

Click to expand

 

 

 

Ordering code

IAMIC38SAM50MPC

Some targets based on NXP MPC5xxx / ST SPC5 family can feature a 50-pin Samtec ERF8 connector for the Nexus debug interface instead of the popular 38-pin Mictor connector. In this case use and connect the converter to the target first and then connect the 38-pin Mictor MPC5xxx Nexus 16-bit Debug Adapter to the converter.

 

Warning_orange

It has been noticed that the 50-pin Samtec ERF8 target connector may not always provide good mechanical stability in a vertical direction which can in worst case yield an unreliable debug connection. Special care must be taken when connecting this debug adapter to the target to prevent potential connection problems.

 

Warning_orange

When initially connecting the BlueBox to a target, ensure the debug adapter pinout matches the Target connector to avoid potential hardware failure.

 

The converter connects to the target via a 50-pin Samtec ERM8 connector, Samtec ERM8-025-01-L-D-EM2-TR. A target should feature a matching part, for example Samtec ERF8-025-05.0-L-DV.

 

i-icon

Make sure this adapter fits on your target connector - check Cross Table.

 

 

i-icon

Refer to Hardware Setup and Configuration Tutorial to get more information on how to connect the hardware.

 

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

I

Message Data Clock

MSEO0

1

2

Vref

Reference Voltage

I

I

Message Data Clock

MSEO1

3

4

TCK

JTAG

O

 

Ground

GND

5

6

TMS

JTAG

O

I

Message Data Outputs

MDO0

7

8

TDI

JTAG

O

I

Message Data Outputs

MDO1

9

10

TDO

JTAG

I

 

Ground

GND

11

12

nJCOMP

JTAG TRST (optional)

O

I

Message Data Outputs

MDO2

13

14

NC

Not Connected

 

I

Message Data Outputs

MDO3

15

16

EVTI

Nexus Event Input

O

 

Ground

GND

17

18

EVTO

Nexus Event Output

I

I

Message Data Clock

MCKO

19

20

nRESET

Reset

O

I

Message Data Outputs

MDO4

21

22

NC

Not Connected

O

 

Ground

GND

23

24

GND

Ground

 

I

Message Data Outputs

MDO5

25

26

NC

Not Connected

 

I

Message Data Outputs

MDO6

27

28

NC

Not Connected

 

 

Ground

GND

29

30

GND

Ground

 

I

Message Data Outputs

MDO7

31

32

NC

Not Connected

 

I

Message Data Outputs

MDO8

33

34

NC

Not Connected

 

 

Ground

GND

35

36

GND

Ground

 

I

Message Data Outputs

MDO9

37

38

NC

Not Connected

 

I

Message Data Outputs

MDO10

39

40

NC

Not Connected

 

 

Ground

GND

41

42

GND

Ground

 

I

Message Data Outputs

MDO11

43

44

MDO13

Message Data Outputs

I

I

Message Data Outputs

MDO12

45

46

MDO14

Message Data Outputs

I

 

Ground

GND

47

48

GND

Ground

 

I

Message Data Outputs

MDO15

49

50

NC

Not Connected

 

50-pin Samtec ERF8 MPC5xxx Nexus target pinout

 

Blue colored signals are trace signals.

Signal Direction is described from the BlueBox perspective.

 

 

DAP 10-pin 1.27mm to HSTCU (USB-C) Converter

Click to expand

 

 

Ordering code

IADAP10-HSTCU

This converter is used to connect via 10-pin 1.27mm Infineon DAP2 Wide Debug Adapter (Ordering code IC50163-2) or Infineon DAP/DAPE II Active Probe to the USB-C target debug connector. The converter must be ordered separately.

 

i-icon

When attaching this converter to the Active Probe, make sure its marking A and marking B is aligned and matches with the markings on the Active Probe connector.

 

The following pinout is valid on the converter side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

I

Reference Voltage

Vref

1

2

DAP1

DAP Data pin

I/O

 

Ground

GND

3

4

DAP0

DAP clock

O

 

Ground

GND

5

6

DAP2

Optional 2nd DAP Data pin

I/O

 

Not Connected

NC

7

8

DAP3

Optional 3rd DAP Data pin

I/O

 

Ground

GND

9

10

nRESET

Reset

I/O

10-pin Infineon DAP pinout

 

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal  Description

Signal Direction

 

Ground

GND

A1

B12

NC

Not Connected

 

 

Not Connected

NC

A2

B11

NC

Not Connected

 

 

Not Connected

NC

A3

B10

NC

Not Connected

 

 

Not Connected

NC

A4

B9

NC

Not Connected

 

IO

Target Reset Pin

nRESET

A5

B8

DAP1

DAP Data

I

IO

Optional 2nd DAP data

DAP2

A6

B7

nTRST*

JTAG

 

IO

Optional 3rd DAP data

DAP3

A7

B6

NC

Not Connected

 

O

DAP Clock

DAP0

A8

B5

Vref

Reference Voltage

I

 

Not Connected

NC

A9

B4

NC

Not Connected

 

 

Not Connected

NC

A10

B3

NC

Not Connected

 

 

Not Connected

NC

A11

B2

NC

Not Connected

 

 

Ground

GND

A12

B1

GND

Ground

 

USB-C pinout

 

Signal Direction is described from the BlueBox perspective.

* Permanently pulled-up.

 

Warning_orange

When initially connecting the BlueBox to a target, ensure the debug adapter pinout matches the Target connector to avoid potential hardware failure.

 

 

MEDC17 DAP 10-pin 1.27mm Converter

Click to expand

 

 

 

Ordering code

IADAP10MEDC17

The MEDC17 converter and the pinout has been defined by Bosch. Converter is connected at the end of the 10-pin 1.27mm Infineon DAP2 Wide D. Adapter  (Ordering code IC50163-2) or Infineon DAP/DAPE II Active Probe acting as a pinout converter and is available for TriCore targets featuring the MEDC17 10-pin 1.27mm target debug connector. The adapter must be ordered separately.

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

 

 

 

1

2

 

 

 

 

Ground

GND

3

4

DAP0

DAP clock

O

I/O

DAP Data pin

DAP1

5

6

 

 

 

I/O

Power on Reset

nRESET

7

8

nTRST/DAPEN

Optional 3rd Data pin

I/O

I/O

Reference Voltage

Vref

9

10

DAP2

Optional 2nd Data pin

I/O

10-pin MEDC17 target pinout

 

Signal Direction is described from the BlueBox perspective.

 

Warning_orange

The pin next to the alignment pin is pin 10 and not pin 1!

Pin is marked with a number 1 directly on the converter target connector.

dape-dap-pin1

 

The converter connects to the target via a 10-pin 1.27mm connector, Samtec SFM-105-02-L-D-A. A target should feature a matching part, for example Samtec TFM-105-02-L-D.

 

 

10-pin DAP2 to 22-pin ERF8 DAP2

Click to expand

 

 

Ordering code

IA10PINDAP22PINSAM

A converter connecting at the end of the 10-pin 1.27 mm DAP debug cable is available for Infineon 22-pin ERF8 Aurix pinout. This converter must be ordered separately.

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

 

Not Connected

NC

1

2

Vref

Reference Voltage

I

 

Not Connected

NC

3

4

DAP0

DAP Clock

O

 

Ground

GND

5

6

DAP1

DAP Data pin

I/O

 

Not Connected

NC

7

8

NC

Not Connected

 

 

Not Connected

NC

9

10

DAP2

Optional 2nd Data pin

I/O

 

Ground

GND

11

12

nTRST

JTAG

O

 

Not Connected

NC

13

14

NC

Not Connected

 

 

Not Connected

NC

15

16

NC

Not Connected

 

 

Ground

GND

17

18

NC

Not Connected

 

 

Not Connected

NC

19

20

NC

Not Connected

 

 

Not Connected

NC

21

22

RESET

Reset

I/O

22-pin ERF8 AURIX target pinout

 

Signal Direction is described from the BlueBox perspective.

 

Warning_orange

When initially connecting the BlueBox to a target, ensure the debug adapter pinout matches the Target connector to avoid potential hardware failure.

 

This debug adapter features resettable fuses on pins 2, 4, 5, 6, 10, 11, 12, 17 and 22. These fuses protect debug signals against overcurrent and cycle back to a conductive state after the excessive current fades away.

 

The debug adapter connects to the target via a 22-pin ERF8 connector, Samtec ASP-137971-02. The target must have populated a matching part, for example Samtec ASP-137969-01, Samtec Series ERF8, Rugged High Speed Socket.

 

 

RH850 Aurora 34-pin to Aurora 46-pin Converter

Click to expand

 

 

 

Ordering code

IASAM34RH850SAM46

If your RH850/U2B target features 46-pin target debug connector. It must be ordered separately. The converter is used only in conjunction with RH850 Aurora Active Probe.

 

The following pinout is valid on the Active Probe side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

I

AGBT TX0_P

TX0_P

1

2

Vref

Reference Voltage

I

I

AGBT TX0_N

TX0_N

3

4

LPDCLK

Debug Clock

O

 

Ground

GND

5

6

TMS

JTAG

O

I

AGBT TX1_P

TX1_P

7

8

LPDI

Debug Signal

O

I

AGBT TX1_N

TX1_N

9

10

LPDO

Debug Signal

I

 

Ground

GND

11

12

nTRST

Debug Signal

O

I

AGBT TX2_P

TX2_P

13

14

FLMD0

Flash Mode

O

I

AGBT TX2_N

TX2_N

15

16

nEVTI

Nexus Event Input

O

 

Ground

GND

17

18

nEVTO

Nexus Event Output

I

I

AGBT TX3_P

TX3_P

19

20

FLMD1

Flash Mode

 

I

AGBT TX3_N

TX3_N

21

22

RESETn

Reset

I/O

 

Ground

GND

23

24

GND

Ground

 

 

Not Connected

NC

25

26

CLK_P

AGBT Clock_P

O

 

Not Connected

NC

27

28

CLK_N

AGBT Clock_N

O

 

Ground

GND

29

30

GND

Ground

 

 

Not Connected

NC

31

32

LPDCLKOUT

Debug Clock

I

 

Not Connected

NC

33

34

Reserved

 

 

34-pin ERF8 RH850 target pinout

 

Blue colored signals are Aurora trace signals.

Signal Direction is described from the BlueBox perspective.

 

The following pinout is valid on the target side:

Signal Direction

Signal Description

Signal

Pin

Pin

Signal

Signal Description

Signal Direction

I

AGBT TX0_P

TX0_P

1

2

Vref

Reference Voltage

I

I

AGBT TX0_N

TX0_N

3

4

LPDCLK

Debug Clock

O

 

Ground

GND

5

6

FLMD1

Flash Mode

O

I

AGBT TX1_P

TX1_P

7

8

nAURORESET*

Debug Signal

 

I

AGBT TX1_N

TX1_N

9

10

NC

Not Connected

 

 

Ground

GND

11

12

nTRST

JTAG

O

I

AGBT TX2_P

TX2_P

13

14

FLMD0

Flash Mode

O

I

AGBT TX2_N

TX2_N

15

16

nEVTI

Nexus Event Input

O

 

Ground

GND

17

18

nEVTO

Nexus Event Output

I

I

AGBT TX3_P

TX3_P

19

20

NC

Not Connected

 

I

AGBT TX3_N

TX3_N

21

22

nRESET

Reset

I/O

 

Ground

GND

23

24

GND

Ground

 

 

Not Connected

NC

25

26

CLK_P

AGBT Clock_P

O

 

Not Connected

NC

27

28

CLK_N

AGBT Clock_N

O

 

Ground

GND

29

30

GND

Ground

 

 

Not Connected

NC

31

32

WDGDIS

Watchdog disable

O

 

Not Connected

NC

33

34

NC

Not Connected

 

 

Ground

GND

35

36

GND

Ground

 

 

Not Connected

NC

37

38

TMS

JTAG

O

 

Not Connected

NC

39

40

LPDI

Debug Signal

O

 

Ground

GND

41

42

GND

Ground

 

 

Not Connected

NC

43

44

LPDO

Debug Signal

I

 

Not Connected

NC

45

46

LPDCLKOUT

Debug Clock

I

46-pin RH850 Aurora pinout

 

*nAURORESET can be connected to nRESET via J1

Signal Direction is described from the BlueBox perspective.

 

 

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