Atmel ICE Cable Selection & Installation

Edge-Connect™ - The Leading-Edge Connector!

The ECV3-10-IDC-050 is a 10-pin Edge-Connect™ connector terminated in a 10-pin 0.05" pitch female IDC. This uses version 3 of our patented literal edge of the board connector which is more robust and more convenient than previous versions.  The ECV3-10-IDC-050 is suitable for ULINK2 and similar debuggers that use the Samtec FTSH-105-01 style micro-header. This cable is the equivalent to using our TC2050-ARM2010 adapter with a ECV3-10-IDC cable connected to the ULINK2’s 20-pin 0.1″ pitch traditional ARM JTAG header. The pin connections are 1-1. All 10 pins are connected. ECV3 is the third generation in the Edge-Connect™ family. ECV3 is NOT compatible with the previous Edge-Connect family and both will continue to be supported as current products into the future. ECV3 makes some minor improvements adding greater robustness, improved convenience and is designed to be a mainstream product. We generally recommend choosing the ECV3-10-IDC or EC06-IDC cables over this ECV3-10-IDC-050 because cables mating to the Cortex 10-pin 0.050″ header use very fine 0.025″ pitch ribbon cable with very few strands of tinned copper wire in each wire of the ribbon. These fine strands can break over time through flexing and stressing. The thicker ribbon cables used with our ECV3-10-IDC or ECV3-06-IDC cables have many times the cross-sectional area of copper and make for a far more robust solution. Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes supplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector). Edge-Connect™ is the patent-pending newest member in the family of Programming Connectors and Cables from Tag-Connect. By connecting to the literal edge of the PCB (not the surface near the edge like traditional edge-connectors) Edge-Connect™ is designed to essentially eliminate the wasted real-estate needed by JTAG programming and test connectors. Edge-Connect™ is an Ideal solution for space-sensitive PCB’s and modules that don’t have room on the board for traditional connectors but which still need a means of programming firmware and testing. We've designed Edge-Connect™so that we can offer low-cost, fast-turn, customized connector solutions to meet the unique requirements of your PCB - Contact Us if you have a custom requirement.

• Connects directly to the literal edge of the PCB
• PCB snaps directly onto the Edge-Connect™
• Zero Component Cost on the PCB
• Maximizes available PCB real-estate
• Eliminates the cost of a connector on every board
• Requires just one tiny locating hole
• Low profile edge access ideal for use with stacked PCB’s with no access headroom
• Cant be connected backwards due to keyed feature
• Standard or custom design configurations available
• Alternative pitch? Three castellated edges? No problem!
• No Header! - No Brainer!

Instead of using the usual space-costly Surface Mount or Plated Through-Hole connectors, Edge-Connect™ has springy gold-plated contacts that connect directly to the literal edge of the target PCB using edge castellation. A Castellated PCB edge is a board edge that has plated through holes that are placed overhanging the edge of the board and typically made at little to no extra cost even from most cheap proto-board fab services (often a check box in the online quote is marked "Castellated Holes"). Castellated edges are commonly used on RF, WiFi, BLE and IoT sensor modules making them suitable for soldering as an SMT component onto host PCB’s using the castellated holes as pins. Edge-Connect™ allows test and programming and even debugging without first soldering the module to the host PCB. This makes it very useful for factory test and programming of the module. ECV3-10-IDC-050 has a castellation pitch of 1.27mm and requires a single tiny non-plated through hole to locate and hold the PCB in place. See below for the EC10-IDC version 1 datasheet for PCB dimensions. We will be publishing the EC10-IDC-050 version 2 datasheet soon. Note: ECV3-10-IDC-050 with ribbon cable and IDC connector only supplied, Demo PCB not included.

Datasheet

 

The TC2050-IDC-050-ALL programming cable has an 0.050" pitch ribbon connector suitable for ULINK2 and similar debuggers that use the Samtec FTSH-105-01 style micro-header. The pin connections are 1-1 and all 10 pins are connected. (The standard TC2050-IDC-050 cable does not have pins 5&9 connected to be similar to our TC2050-ARM2010 adapter).

Datasheet (for footprint information only)

• TC2050-IDC 10-Pin Plug-of-Nails™ Legged Cable with Ribbon Connector

Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector).

The TC2050-IDC-NL-050-ALL programming cable has an 0.050" pitch ribbon connector suitable for programmers and debuggers that use the Samtec FTSH-105-01 style micro-header (10-pins). The pin connections are 1-1 and all 10 pins are connected. (The standard TC2050-IDC-NL-050 cable does not have pins 5&9 connected to be similar to our TC2050-ARM2010 adapter and may be what you need for ARM applications).

Datasheet (for footprint information only)

Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector).

Edge-Connect™ - The Leading-Edge Connector!

The ECV3-10-IDC-050 is a 10-pin Edge-Connect™ connector terminated in a 10-pin 0.05" pitch female IDC. This uses version 3 of our patented literal edge of the board connector which is more robust and more convenient than previous versions.  The ECV3-10-IDC-050 is suitable for ULINK2 and similar debuggers that use the Samtec FTSH-105-01 style micro-header. This cable is the equivalent to using our TC2050-ARM2010 adapter with a ECV3-10-IDC cable connected to the ULINK2’s 20-pin 0.1″ pitch traditional ARM JTAG header. The pin connections are 1-1. All 10 pins are connected. ECV3 is the third generation in the Edge-Connect™ family. ECV3 is NOT compatible with the previous Edge-Connect family and both will continue to be supported as current products into the future. ECV3 makes some minor improvements adding greater robustness, improved convenience and is designed to be a mainstream product. We generally recommend choosing the ECV3-10-IDC or EC06-IDC cables over this ECV3-10-IDC-050 because cables mating to the Cortex 10-pin 0.050″ header use very fine 0.025″ pitch ribbon cable with very few strands of tinned copper wire in each wire of the ribbon. These fine strands can break over time through flexing and stressing. The thicker ribbon cables used with our ECV3-10-IDC or ECV3-06-IDC cables have many times the cross-sectional area of copper and make for a far more robust solution. Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes supplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector). Edge-Connect™ is the patent-pending newest member in the family of Programming Connectors and Cables from Tag-Connect. By connecting to the literal edge of the PCB (not the surface near the edge like traditional edge-connectors) Edge-Connect™ is designed to essentially eliminate the wasted real-estate needed by JTAG programming and test connectors. Edge-Connect™ is an Ideal solution for space-sensitive PCB’s and modules that don’t have room on the board for traditional connectors but which still need a means of programming firmware and testing. We've designed Edge-Connect™so that we can offer low-cost, fast-turn, customized connector solutions to meet the unique requirements of your PCB - Contact Us if you have a custom requirement.

• Connects directly to the literal edge of the PCB
• PCB snaps directly onto the Edge-Connect™
• Zero Component Cost on the PCB
• Maximizes available PCB real-estate
• Eliminates the cost of a connector on every board
• Requires just one tiny locating hole
• Low profile edge access ideal for use with stacked PCB’s with no access headroom
• Cant be connected backwards due to keyed feature
• Standard or custom design configurations available
• Alternative pitch? Three castellated edges? No problem!
• No Header! - No Brainer!

Instead of using the usual space-costly Surface Mount or Plated Through-Hole connectors, Edge-Connect™ has springy gold-plated contacts that connect directly to the literal edge of the target PCB using edge castellation. A Castellated PCB edge is a board edge that has plated through holes that are placed overhanging the edge of the board and typically made at little to no extra cost even from most cheap proto-board fab services (often a check box in the online quote is marked "Castellated Holes"). Castellated edges are commonly used on RF, WiFi, BLE and IoT sensor modules making them suitable for soldering as an SMT component onto host PCB’s using the castellated holes as pins. Edge-Connect™ allows test and programming and even debugging without first soldering the module to the host PCB. This makes it very useful for factory test and programming of the module. ECV3-10-IDC-050 has a castellation pitch of 1.27mm and requires a single tiny non-plated through hole to locate and hold the PCB in place. See below for the EC10-IDC version 1 datasheet for PCB dimensions. We will be publishing the EC10-IDC-050 version 2 datasheet soon. Note: ECV3-10-IDC-050 with ribbon cable and IDC connector only supplied, Demo PCB not included.

Datasheet

 

The TC2050-IDC-050-ALL programming cable has an 0.050" pitch ribbon connector suitable for ULINK2 and similar debuggers that use the Samtec FTSH-105-01 style micro-header. The pin connections are 1-1 and all 10 pins are connected. (The standard TC2050-IDC-050 cable does not have pins 5&9 connected to be similar to our TC2050-ARM2010 adapter).

Datasheet (for footprint information only)

• TC2050-IDC 10-Pin Plug-of-Nails™ Legged Cable with Ribbon Connector

Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector).

The TC2050-IDC-NL-050-ALL programming cable has an 0.050" pitch ribbon connector suitable for programmers and debuggers that use the Samtec FTSH-105-01 style micro-header (10-pins). The pin connections are 1-1 and all 10 pins are connected. (The standard TC2050-IDC-NL-050 cable does not have pins 5&9 connected to be similar to our TC2050-ARM2010 adapter and may be what you need for ARM applications).

Datasheet (for footprint information only)

Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector).

Edge-Connect™ - The Leading-Edge Connector!

This special cable has a 6-pin ECV3-06 Edge-Connect™ connector and a 10-pin 0.05" pitch female IDC that mates with the FTSH-105 style micro-headers used for the Cortex Debug Connector as found in debuggers such as Keil’s ULINK-2. This uses version 3 of our patented literal edge of the board connector which is more robust and more convenient than previous versions. The ECV3-06-ICESPI programming cable is a special cable for use with Atmel-ICE AVR that has a 6-pin ECV3-06 Edge-Connect™ connector at one end and a 10-pin 0.05″ (1.27mm) pitch female IDC ribbon connector at the other. The 10-pin IDC can be plugged directly into Atmel-ICE providing 6-pin SPI, TPI, PDI, aWire and debugWIRE connections similar to the (now obsolete) Atmel AVR JTAGICE MkII. Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector – The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector). Note also that Atmel-ICE outputs the PDI and aWIRE DATA on a different pin to JTAGAVR MKII ECV3 is the third generation in the Edge-Connect™ family. ECV3 is NOT compatible with the previous Edge-Connect family and both will continue to be supported as current products into the future. ECV3 makes some minor improvements adding greater robustness, improved convenience and is designed to be a mainstream product. WARNING for ATMEL-ICE users: The Atmel-ICE has it’s header pin numbers reversed (standard pin 1 is Atmel ICE’s pin 10). To use our cable with Atmel’s reversed pin-number header you’ll either need to cut off the ribbon connector locating lug and plug it in reversed, or select the LEMTA option with the 10-pin connector fitted backwards. If you plug in a standard (correct) Cortex cable you’re going to short power and stuff out. Edge-Connect™ is the patent-pending newest member in the family of Programming Connectors and Cables from Tag-Connect. ECV3-06 is the 6-pin connector. By connecting to the literal edge of the PCB (not the surface near the edge like traditional edge-connectors) Edge-Connect™ is designed to essentially eliminate the wasted real-estate needed by JTAG programming and test connectors. Edge-Connect™ is an Ideal solution for space-sensitive PCB’s and modules that don’t have room on the board for traditional connectors but which still need a means of programming firmware and testing. We've designed Edge-Connect™so that we can offer low-cost, fast-turn, customized connector solutions to meet the unique requirements of your PCB - Contact Us if you have a custom requirement.

• Connects directly to the literal edge of the PCB
• PCB snaps directly onto the Edge-Connect™
• Zero Component Cost on the PCB
• Maximizes available PCB real-estate
• Eliminates the cost of a connector on every board
• Requires just one tiny locating hole
• Low profile edge access ideal for use with stacked PCB’s with no access headroom
• Cant be connected backwards due to keyed feature
• Standard or custom design configurations available
• Alternative pitch? Three castellated edges? No problem!
• No Header! - No Brainer!

Instead of using the usual space-costly Surface Mount or Plated Through-Hole connectors, Edge-Connect™ has springy gold-plated contacts that connect directly to the literal edge of the target PCB using edge castellation. A Castellated PCB edge is a board edge that has plated through holes that are placed overhanging the edge of the board and typically made at little to no extra cost even from most cheap proto-board fab services (often a check box in the online quote is marked "Castellated Holes"). Castellated edges are commonly used on RF, WiFi, BLE and IoT sensor modules making them suitable for soldering as an SMT component onto host PCB’s using the castellated holes as pins. Edge-Connect™ allows test and programming and even debugging without first soldering the module to the host PCB. This makes it very useful for factory test and programming of the module. ECV3-06-ICESPI has a castellation pitch of 1.27mm and requires a single tiny non-plated through hole to locate and hold the PCB in place. New datasheet coming soon. Note that this product terminates in a 10-pin 0.05" IDC. Note: ECV3-06-ICESPI with ribbon cable and IDC connector only supplied, Demo PCB not included.

Datasheet

 

The TC2030-ICESPI-NL cable is a special cable for use with Atmel-ICE AVR that has a 6-pin TC2030 No-legs Tag-Connector at one end and a 10-pin 0.05" (1.27mm) pitch female IDC ribbon connector at the other. The 10-pin IDC can be plugged directly into Atmel-ICE providing 6-pin SPI, TPI, PDI, aWire and debugWIRE connections similar to the (now obsolete) Atmel AVR JTAGICE MkII. Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector). Note also that Atmel-ICE outputs the PDI and aWIRE DATA on a different pin to JTAGAVR MKII

TC2030-ICESPI-NL Connections

TC2030	SPI	PDI	aWire	10-pin IDC
1	MISO	PDI_DATA	DATA	3 TDO
2	VTGS	VTref	VTG	4 VTG
3	SCK			1 TCK
4	MOSI			9 TDI
5	/RESET	PDI_CLK		6 nSRST
6	GND	GND	GND	2 GND

 

10-Pin IDC	LEMTA IDC	SPI	TPI	PDI	aWire	debugWIRE	6-pin TC2030
1 TCK	10	SCK	SCK				3
2 GND	9	GND	GND	GND	GND	GND	6
3 TDO	8	MISO	DATA	PDI_DATA	DATA		1
4 VTG	7	VTG	VTG	VTG	VTG	VTG	2
5 TMS	6
6 nSRST	5	/RESET	/RESET	PDI_CLK		RESET	5
7 n/c	4
8 nTRST	3
9 TDI	2	MOSI					4
10 GND	1

Datasheet (for details of the TC2030-NL connector and footprint only)

The TC2030-ICESPI programming cable is a special cable for use with Atmel-ICE AVR that has a 6-pin TC2030 Legged Tag-Connector at one end and a 10-pin 0.05" (1.27mm) pitch female IDC ribbon connector at the other. The 10-pin IDC can be plugged directly into Atmel-ICE providing 6-pin SPI, TPI, PDI, aWire and debugWIRE connections similar to the (now obsolete) Atmel AVR JTAGICE MkII. Note: The 10-pin male connectors on the Atmel-ICE have reversed (non-standard) pin numbering. For Atmel-ICE you should purchase the LEMTA version of our cables which have the 10-pin ribbon connector fitted backwards which corrects for the Atmel-ICE pin numbering reversal. (Atmel ICE comes suppplied with a ribbon cable fitted with two 10-pin IDC connectors and a 6-pin single-in-line SIP connector - The 10-pin connector at the Atmel ICE end is reversed but the other is not, correcting the pin-numbering at the target PCB. Our LEMTA cables similarly have a reversed connector). Note also that Atmel-ICE outputs the PDI and aWIRE DATA on a different pin to JTAGAVR MKII

TC2030-ICESPI Connections

TC2030	SPI	PDI	aWire	10-pin IDC
1	MISO	PDI_DATA	DATA	3 TDO
2	VTGS	VTref	VTG	4 VTG
3	SCK			1 TCK
4	MOSI			9 TDI
5	/RESET	PDI_CLK		6 nSRST
6	GND	GND	GND	2 GND

 

10-Pin IDC	LEMTA IDC	SPI	TPI	PDI	aWire	debugWIRE	6-pin TC2030
1 TCK	10	SCK	SCK				3
2 GND	9	GND	GND	GND	GND	GND	6
3 TDO	8	MISO	DATA	PDI_DATA	DATA		1
4 VTG	7	VTG	VTG	VTG	VTG	VTG	2
5 TMS	6
6 nSRST	5	/RESET	/RESET	PDI_CLK		RESET	5
7 n/c	4
8 nTRST	3
9 TDI	2	MOSI					4
10 GND	1

Datasheet (for details of the TC2030 connector and footprint only)

Edge-Connect™ - The Leading-Edge Connector!

This special cable has a 6-pin ECV3-06 Edge-Connect™ connector and a 10-pin 0.05" pitch female IDC that mates with the FTSH-105 style micro-headers used for the Cortex Debug Connector as found in debuggers such as Keil’s ULINK-2. This uses version 3 of our patented literal edge of the board connector which is more robust and more convenient than previous versions. ECV3 is the third generation in the Edge-Connect™ family. ECV3 is NOT compatible with the previous Edge-Connect family and both will continue to be supported as current products into the future. ECV3 makes some minor improvements adding greater robustness, improved convenience and is designed to be a mainstream product. WARNING for ATMEL-ICE users: The Atmel-ICE has it’s header pin numbers reversed (standard pin 1 is Atmel ICE’s pin 10). To use our cable with Atmel’s reversed pin-number header you’ll either need to cut off the ribbon connector locating lug and plug it in reversed, or select the LEMTA option with the 10-pin connector fitted backwards. If you plug in a standard (correct) Cortex cable you’re going to short power and stuff out. Edge-Connect™ is the patent-pending newest member in the family of Programming Connectors and Cables from Tag-Connect. ECV3-06 is the 6-pin connector. By connecting to the literal edge of the PCB (not the surface near the edge like traditional edge-connectors) Edge-Connect™ is designed to essentially eliminate the wasted real-estate needed by JTAG programming and test connectors. Edge-Connect™ is an Ideal solution for space-sensitive PCB’s and modules that don’t have room on the board for traditional connectors but which still need a means of programming firmware and testing. We've designed Edge-Connect™so that we can offer low-cost, fast-turn, customized connector solutions to meet the unique requirements of your PCB - Contact Us if you have a custom requirement.

• Connects directly to the literal edge of the PCB
• PCB snaps directly onto the Edge-Connect™
• Zero Component Cost on the PCB
• Maximizes available PCB real-estate
• Eliminates the cost of a connector on every board
• Requires just one tiny locating hole
• Low profile edge access ideal for use with stacked PCB’s with no access headroom
• Cant be connected backwards due to keyed feature
• Standard or custom design configurations available
• Alternative pitch? Three castellated edges? No problem!
• No Header! - No Brainer!

Instead of using the usual space-costly Surface Mount or Plated Through-Hole connectors, Edge-Connect™ has springy gold-plated contacts that connect directly to the literal edge of the target PCB using edge castellation. A Castellated PCB edge is a board edge that has plated through holes that are placed overhanging the edge of the board and typically made at little to no extra cost even from most cheap proto-board fab services (often a check box in the online quote is marked "Castellated Holes"). Castellated edges are commonly used on RF, WiFi, BLE and IoT sensor modules making them suitable for soldering as an SMT component onto host PCB’s using the castellated holes as pins. Edge-Connect™ allows test and programming and even debugging without first soldering the module to the host PCB. This makes it very useful for factory test and programming of the module. ECV3-06-CTX has a castellation pitch of 1.27mm and requires a single tiny non-plated through hole to locate and hold the PCB in place. New datasheet coming soon. Note that this product terminates in a 10-pin 0.05" IDC. Note: ECV3-06-CTX with ribbon cable and IDC connector only supplied, Demo PCB not included.

Datasheet

 

6-Pin "No Legs" TC2030 Plug-of-Nails™ programming cable for use with ARM Cortex processors. This special cable has a 6-pin TC2030-NL Tag-Connector and a 10-pin ribbon connector that mates with the FTSH-105 style micro-headers used for Cortex Debug as found in debuggers such as Keil's ULINK-2. The footprint for the TC2030-CTX-NL Plug-of-Nails™ Connector saves over 66% of the PCB space used by typical FTSH-105 style micro-headers! Please refer to the TC2030-IDC-NL datasheet below for details of the TC2030-NL footprint. You may also want to purchase a couple of TC2030-CLIP boards which will hold this cable in place for hands-free programming and debugging. See also the TC2030-CTX "Legged" version of the cable. For traditional ARM JTAG solutions using the 20-pin header as found on Segger's J-LINK see our TC2050-ARM2010 adapter used with TC2050-IDC (-NL) cables. WARNING for ATMEL-ICE users: The Atmel-ICE has it's header pin numbers reversed (standard pin 1 is Atmel-ICE's pin 10). To use our cable with Atmel's reversed pin-number header you'll either need to cut off the ribbon connector locating lug and plug it in backwards, or select the LEMTA option below to order with the 10-pin ribbon connector fitted backwards. If you plug in a standard (correct) Cortex cable you're going to short power and stuff out. Note: Cable only supplied, Keil's ULINK2 debugger and Tag-Connect Demo PCB and additional Legged Cable are shown for illustrative use only - not included with the cable!

Datasheets (TC2030-NL is for footprint information only)

6-Pin Legged TC2030 Plug-of-Nails™ programming cable for use with ARM Cortex processors. This special cable has a 6-pin TC2030 Tag-Connector and a 10-pin ribbon and ribbon connector that mates with the FTSH-105 style micro-headers used for Cortex Debug Connector as found in debuggers such as Keil's ULINK-2. See also the TC2030-CTX-NL "No Legs" version of the cable with footprint that saves over 66% of the board space needed by typical FTSH-105 micro headers! For traditional ARM solutions using the 20-pin header as found on Segger's J-LINK see our TC2050-ARM2010 adapter used with TC2050-IDC (-NL) cables. WARNING for ATMEL-ICE users: The Atmel-ICE has it's header pin numbers reversed (standard pin 1 is Atmel ICE's pin 10). To use our cable with Atmel's reversed pin-number header you'll either need to cut off the ribbon connector locating lug and plug it in reversed, or select the LEMTA option with the 10-pin connector fitted backwards. If you plug in a standard (correct) Cortex cable you're going to short power and stuff out. Note: Cable only supplied, Keil's ULINK2 debugger and Tag-Connect Demo PCB shown for illustrative use - not included with the cable!

Datasheet