The TC2030-PKT-SWD represents the optimal solution for ARM Cortex debugging workflows, combining Tag-Connect's proven pogo-pin technology with specialised SWD protocol support. Unlike standard programming cables, this variant features an 8-pin SIP connector specifically designed for the PICkit 4, PICkit 5, and SNAP debugger SWD requirements.
The cable excels in both development and production environments. Its spring-loaded contact pins ensure reliable electrical connections, whilst the four plastic retention legs provide secure PCB attachment for extended debugging sessions. The compact TC2030 footprint requires minimal PCB real estate—approximately the size of an 0805 resistor.
Compatible with TC2030-CTX ARM Cortex cables and shares the same PCB footprint as TC2030-PKT-SWD-NL no-legs variant for flexible production workflows.
- key_feature_1: 6-pin SWD programming cable with legs for Microchip PICkit 4/5/SNAP debuggers and SAM ARM Cortex MCUs.
- key_feature_2: SWD-specific 8-pin SIP connector for PICkit compatibility
- key_feature_2_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Designed exclusively for Microchip PICkit 4/5/SNAP SWD debugging interface"}]}]}
- key_feature_3: Spring-loaded pogo pins ensure reliable connections
- key_feature_3_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Gold-plated contact pins rated for 100,000+ insertion cycles"}]}]}
- key_feature_4: Four plastic retention legs for hands-free operation
- key_feature_4_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Secure PCB attachment during extended debugging and programming sessions"}]}]}
- key_feature_5: Compact 7×4mm PCB footprint saves board space
- key_feature_5_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Minimal real estate requirement, approximately size of 0805 resistor"}]}]}
- key_feature_6: Compatible with SAM ARM Cortex MCUs only
- key_feature_6_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Optimised signal mapping for ARM Cortex SWD protocol requirements"}]}]}
- key_feature_7: Professional-grade cable construction for durability
- key_feature_7_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Robust design suitable for development and production environments"}]}]}
- key_feature_8_tooltip: {"type":"root","children":[{"type":"paragraph","children":[{"type":"text","value":"Direct connection to PCB pads reduces component costs per board"}]}]}
- key_feature_8: No PCB connector required, eliminating BOM costs
- why_people_choose_3_title: Development Efficiency
- why_people_choose_2_title: Reliable SWD Connections
- why_people_choose_1_title: Eliminates PCB Connectors
- why_people_choose_1: Saves component costs and board space on every production unit whilst maintaining professional debugging capability
- why_people_choose_3: Secure retention legs enable hands-free debugging sessions, improving productivity during firmware development and testing phases
- why_people_choose_2: Spring-loaded pogo pins provide consistent electrical contact for critical ARM Cortex debugging and programming operations
- 1570600: What's the difference between TC2030-PKT-SWD and standard TC2030-PKT cables?***SIMP***The TC2030-PKT-SWD features an 8-pin SIP connector specifically designed for SWD protocol on PICkit 4/5/SNAP debuggers, whilst the standard TC2030-PKT has a 6-pin connector for traditional PIC programming.
- 1570601: Can I use this cable with STM32 microcontrollers?***SIMP***No, this cable is specifically designed for SAM ARM Cortex MCUs with Microchip debuggers. For STM32 debugging, consider the TC2030-CTX series cables with appropriate adapters.
- 1570602: Does the cable work with both development and production programming?***SIMP***Yes, the TC2030-PKT-SWD excels in both environments. The retention legs provide secure connection for development work, whilst the reliable pogo pins handle high-volume production programming requirements.
- 1570603: What PCB footprint modifications are required?***SIMP***The TC2030 footprint requires six contact pads and four retention holes in a 7×4mm area. No special PCB finishes are needed—standard HASL or ENIG work perfectly with the pogo pin contacts.
- 1570604: How does this compare to traditional debugging headers?***SIMP***Tag-Connect eliminates the connector component cost (typically £1-3 per board) and reduces PCB space requirements by approximately 80% compared to standard 10-pin ARM debugging headers.
- 1570605: Can I switch between legged and no-legs versions on the same PCB?***SIMP***Yes, the TC2030-PKT-SWD-NL no-legs version is compatible with the same PCB footprint, allowing flexible use of legged cables for development and no-legs for production programming.
- 1570606: What's the maximum programming frequency supported?***SIMP***The cable supports the full SWD frequency range of compatible PICkit debuggers, typically up to 18MHz depending on target MCU specifications and PCB design quality.
- 1570607: Are there any cable length limitations for signal integrity?***SIMP***The standard cable length maintains excellent signal integrity for SWD frequencies. Longer variants are available for specific applications requiring extended reach in test fixtures.
- 1570608: How many programming cycles can the cable handle?***SIMP***The pogo pins are rated for over 100,000 insertion cycles under normal use conditions. In practice, the ribbon cable typically requires replacement before pin wear becomes significant.
- 1570609: Does the cable provide target power?***SIMP***No, the cable carries power reference signals only. Your target board requires independent power supply, though the debugger can provide limited power for very low-consumption applications.