You’ll compare six solid SMD-to-DIP options to keep your prototype moving. Start with KeeYees’ SMD-to-DIP Adapter Kits for SOP8–SOP28 and SMT-to-DIP; note what package ranges they cover and how many PCBs you get. Consider Stargazer’s SMD-to-DIP breakout sets for 0201–1206 parts, and the double-sided FR-4 boards with gold headers for reliability. Include 2.54 mm proto boards with pre-tinned, immersion-gold headers for quick soldering. Evaluate durability, signal integrity, and how each fits your workflow, then pick the combination that best fits your lab or bench. The next step isn’t obvious until you compare the specifics.
| KeeYees SMD to DIP Adapter PCB Kit with Headers |
| Best Overall | Package Range: SOP/SOT/TQFP/QFN mix | SMD to DIP: Yes | Double-Sided PCB: Double-sided | VIEW LATEST PRICE | Read Our Analysis |
| 35pcs PCB Proto Boards SMD to DIP Adapter Plates |
| Value Pack | Package Range: SOP/MSOP/TSSOP/SOP variants | SMD to DIP: Yes | Double-Sided PCB: Double-sided | VIEW LATEST PRICE | Read Our Analysis |
| SMD to DIP Adapter Plate Converter Set |
| Versatile Breakout | Package Range: SMD to DIP adapters (0402/0603/0805) | SMD to DIP: Yes | Double-Sided PCB: Not explicitly stated (breakout board) | VIEW LATEST PRICE | Read Our Analysis |
| Stargazer SMD-to-DIP Breakout: 0201–1206 Gold Headers |
| Premium Gold-Header | Package Range: 0201–1206 | SMD to DIP: Yes | Double-Sided PCB: Front/Back PCB | VIEW LATEST PRICE | Read Our Analysis |
| Stargazer SMD to DIP Breakout Pack (5) |
| Dual-Pitch Flex | Package Range: SOIC/TSSOP/MSOP/VSOP-8 | SMD to DIP: Yes | Double-Sided PCB: Front/Back | VIEW LATEST PRICE | Read Our Analysis |
| PCB Proto Board Kit: SMD to DIP Adapter (TQFP/SOP) |
| Comprehensive Kit | Package Range: TQFP/SOP to DIP variants | SMD to DIP: Yes | Double-Sided PCB: Thick, double-sided | VIEW LATEST PRICE | Read Our Analysis |
More Details on Our Top Picks
KeeYees SMD to DIP Adapter PCB Kit with Headers
KeeYees SMD to DIP Adapter PCB Kit with Headers is a solid choice if you need a versatile, all-in-one solution for testing and prototyping. You will use the kit to transfer signals between SMD and DIP formats, enabling debugging and maintenance. Begin with the 12 adapter types, including SOP8, SOP10, SOP14, SOP16, SOP20, SOP24, SOP28, plus 0402/0603/0805 SMT, SOT89/SOT223, and QFN variants. Connect a 2.54mm pin header to your circuit board for easy testing. Solder neatly and reuse adapters as needed. Use the kit to import/export signals to test equipment or as a signal source in DIY projects.
- Package Range:SOP/SOT/TQFP/QFN mix
- SMD to DIP:Yes
- Double-Sided PCB:Double-sided
- Gold Plated Headers:Yes (2.54mm headers)
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/debugging
- Additional Feature:Multiple adapter types included
- Additional Feature:Neatly processed for easy solder
- Additional Feature:FR4 double-sided board
35pcs PCB Proto Boards SMD to DIP Adapter Plates
These pcs PCB Proto Boards SMD to DIP Adapter Plates offer a practical solution for converting surface-mount devices to through-hole formats, making it easier to debug and test circuits. You get 35 adapters across 7 types, covering SOP8, MSOP10, SOP14, SOP16, SOP20, SOP24, and SOP28. Use them to connect SMD chips to DIP headers, enabling breadboarding and measurement. Each board is double-sided for flexibility. Steps: choose the package, align pins, solder, and verify with a multimeter. Applications include debugging, maintenance, and building multiple circuits. Suitable for students and hobbyists seeking reliable, versatile adapters.
- Package Range:SOP/MSOP/TSSOP/SOP variants
- SMD to DIP:Yes
- Double-Sided PCB:Double-sided
- Gold Plated Headers:Not specified
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/debugging
- Additional Feature:7 types total
- Additional Feature:All double-sided boards
- Additional Feature:Suitable for a variety of SMDs
SMD to DIP Adapter Plate Converter Set
This SMD to DIP Adapter Plate Converter Set is ideal for anyone who needs to bridge small SMD components to a standard 0.1″ breadboard, thanks to its 50-piece kit and 20.32 × 10.16 mm board size. You use the 50 pieces to map SMD pads to DIP pins, then place the breakout board on a breadboard. For debugging, connect signals from test equipment to the SMD pads, then route them through the DIP pins. It supports SMD 0402/0603/0805 to DIP conversion and breakout functionality. Use it for school projects, hobby builds, or maintenance tasks. Ensure compatibility with 2.54 mm breadboards.
- Package Range:SMD to DIP adapters (0402/0603/0805)
- SMD to DIP:Yes
- Double-Sided PCB:Not explicitly stated (breakout board)
- Gold Plated Headers:Not specified
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/breadboard
- Additional Feature:Breakout board functionality
- Additional Feature:20.32 × 10.16 mm size
- Additional Feature:Breadboard-compatible
Stargazer SMD-to-DIP Breakout: 0201–1206 Gold Headers
Stargazer SMD-to-DIP Breakout for 0201–1206 with gold headers is a practical choice when you need a compact, durable interface between small SMD parts and standard DIP sockets. You review the product: 0201, 0402, 0603, 0805, 1206 support, front and back sides, two 4-pin gold-plated headers per PCB. You confirm hardware details: immersion gold finish, gold headers included. You verify origin: designed in the USA, high-quality PCBs. You order a 5-pack to stock multiple boards. You connect the headers, align your SMD device to the breakout, and test continuity with a multimeter before use. You document results for future assemblies.
- Package Range:0201–1206
- SMD to DIP:Yes
- Double-Sided PCB:Front/Back PCB
- Gold Plated Headers:Gold plated headers included
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/debugging
- Additional Feature:Front and back side PCB
- Additional Feature:Gold plated headers included
- Additional Feature:USA-designed Stargazer brand
Stargazer SMD to DIP Breakout Pack (5)
If you’re building a compact project and need reliable SMD-to-DIP conversions, the Stargazer SMD to DIP Breakout Pack stands out for its dual-side design and ready-to-use headers. This 5-pack offers front-side SOIC-8 (1.27mm pitch) SMD to DIP, plus back-side TSSOP-8, MSOP-8, and VSOP-8 (0.65mm pitch) SMD to DIP. Each PCB includes 2 x 4-pin gold-plated headers. Designed in the USA, these breakouts let you wire SMD parts to DIP headers quickly. Use the front side for simple signals, the back side for dense packages. Check the full listing for exact specs and pin mappings before ordering.
- Package Range:SOIC/TSSOP/MSOP/VSOP-8
- SMD to DIP:Yes
- Double-Sided PCB:Front/Back
- Gold Plated Headers:Gold plated headers included
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/debugging
- Additional Feature:Front/back side 2-in-1
- Additional Feature:0.65mm pitch options
- Additional Feature:5-pack bundle
PCB Proto Board Kit: SMD to DIP Adapter (TQFP/SOP)
A PCB Proto Board Kit SMD to DIP Adapter (TQFP/SOP) helps you prototype quickly by converting common SMD packages into DIP formats. This kit includes 80 adapters in 8 types, with 10 pieces per type, covering TQFP (32, 44, 48, 64, 84, 100) and SOP, SSOP, TSSOP packages. The boards are thick, double-sided, and pre-tinned for easy soldering. Materials are FR-4 class, with dual-sided PC boards and green oil tin. Use these adapters to transfer SSOP16, TSSOP16, MSOP16, and other packages into DIP for prototyping. Each adapter type suits different package sizes; follow labeling and placement for accuracy.
- Package Range:TQFP/SOP to DIP variants
- SMD to DIP:Yes
- Double-Sided PCB:Thick, double-sided
- Gold Plated Headers:Not specified
- Pitch/Header spacing:2.54 mm
- Target Use:Prototyping/dip conversion
- Additional Feature:80 pieces total
- Additional Feature:8 adapter types
- Additional Feature:Pre-tinned plated holes
Factors to Consider When Choosing SMD to DIP Adapters
Start by checking compatibility with your SMD packs to ensure pin mapping and density match the adapter you choose. Inspect pin header quality, verify solid connections and robust latching, and confirm board thickness and finish meet your enclosure and mounting needs. Review the package support range, consider double-sided durability for repeated use, and match these factors to your specific project requirements with practical, step-by-step checks.
Compatibility With SMD Packs
To choose the right SMD-to-DIP adapter, start by matching the SMD package types you need, such as SOP8, MSOP10, TQFP32, or 0402/0603/0805, to the kits you’re considering. Check how many adapter types are included, for example 8, 12, or 7, to cover the range of SMD packages you plan to convert. Verify compatibility with standard 2.54 mm (0.1″) breadboard spacing and DIP pitch so the setup fits test benches. Confirm the adapter boards are double-sided FR4 with through-hole plating and pre-tinned pads to ensure reliable soldering and reuse. Look for gold-plated headers and breakout functionality to guarantee good conductivity and easy signal access during debugging and maintenance. Choose options that align with your project’s SMD mix.
Pin Header Quality
Pin headers must match the adapter footprint exactly, and that starts with a careful check of pitch, count, and alignment. You should use 0.1 inch (2.54 mm) pitched headers to align with standard breadboards and DIP sockets. Verify header count matches the adapter’s footprint so you don’t create mismatches or poor contact. Consider gold-plated or immersion-gold options to boost corrosion resistance and keep long‑term conductivity reliable. Check that headers are pre-tinned or solid solder joints; these improve solderability and repeatable rework. Ensure compatibility with standard 2.54 mm headers and confirm the header sits flush with the PCB for stable connections. Favor headers designed to fit the adapter’s footprint precisely to reduce assembly risk and achieve consistent performance.
Board Thickness and Finish
Choose the board thickness that matches both your SMD package and DIP socket to ensure reliable solder joints and a solid fit. Start by matching thickness to the combined height of the SMD package and the socket pins. Thicker boards provide greater rigidity, which helps during repeated soldering and desoldering and reduces warping. If your board is double-sided FR-4, expect improved stability under mechanical stress. Thinner adapters can flex under insertion force, potentially damaging pads or misaligning fragile pins. Evaluate finish options next. Immersion gold plating reduces corrosion and improves long-term reliability for gold-plated headers and exposed copper traces. A smooth, uniform finish minimizes solder wicking and yields reproducible joints across adapters. Choose a consistent finish to ensure consistent results in production and testing.
Package Support Range
Package support range defines which SMD packages you can convert to DIP with the adapter. You should check both common and less common types, such as SOP8, SOP14, SOP16, SOP20, SOP24, SOP28, MSOP, TSSOP, SSOP, QFN, QFP, and TQFP variants. A wide range lets you prototype more devices without swapping adapters. Look for explicit compatibility with paste sizes like 0402, 0603, 0805, 1206, and their corresponding DIP socket types. Ensure the range covers both small-outline and wide-body packages to maximize reuse across projects. Some kits group adapters by families, for example SOP, MSOP/TSSOP, and QFN/QFP, indicating breadth of support. Confirm the adapter lists all targeted package families before purchase.
Double-Sided Durability
Double-sided durability matters because it directly affects how reliably you transfer signals between SMD devices and DIP headers. You evaluate double-sided boards for routing options and thicker traces that support higher current paths. Look for how the design enables flexible signal transfer layouts between SMD packages and DIP headers, reducing layout complexity. Check that the double-sided construction typically offers improved plating quality and solderability on both sides, which speeds assembly and minimizes defects. Consider FR-4 double-sided PCBs for better mechanical stability during repeated soldering and desoldering, especially in prototyping cycles. When prototyping, aim for double-sided designs to reduce the need for extra breakout layers in complex SMD-to-DIP translations. Compare options by measured solderability, trace thickness, and board rigidity under cycling conditions.
Soldering Ease
Assess soldering ease by checking how the adapter handles common workshop tasks. Look for pre-tinned holes and double-sided PCBs, which give cleaner joints and easier rework. Choose breakout boards with standard 2.54 mm pin headers that directly insert into breadboards, reducing alignment issues during soldering. Note that packages with multiple adapter types (SOP, SSOP, TSSOP, QFN, QFP, etc.) require varying pad spacing, so verify compatibility with your target parts before soldering. Consider thicker proto boards and robust copper traces, which promote stable joints and lessen warping from heat. Evaluate gold-plated headers and quality plating, as these lessen solder-wicking and improve repeatability across cycles. Ensure the assembly process includes proper flux and controlled heat to finish joints cleanly.
Value and Sourcing Options
When selecting SMD-to-DIP adapters, start by assessing the breadth of adapters included and how that matches your project scope. Look for kits offered in different piece counts, such as 35, 50, 80, or multi-pack options, to fit your scale. Check the package range that converts SMD families from 0402/0603/0805 up to TQFP and SOP variants into standard 0.1″ DIP headers for breadboards or test rigs. Note if pre-written gold-plated headers and double-sided FR-4 boards are included for reliable soldering and repeated use. Review compatibility coverage for SOP8/10/14/16/20/24/28, MSOP, TSSOP, SSOP, and TQFP. Value depends on breadth and whether breakout or transfer-board functionality is provided for debugging and signal transfer.
Final Thoughts
Here’s a concise conclusion you can drop in:
You’ve got solid options for SMD-to-DIP adapters. Choose KeeYees for broad SOP8–SOP28 coverage, or pick Stargazer for 0201–1206 signals with gold headers. If you need quick breadboard work, use the proto boards with pre-tinned headers. For versatility, combine an SMD-to-DIP plate set with a PCB proto kit. Assess package range, header quality, and durability, then match to your project timeline and testing needs.
Meet Ry, “TechGuru,” a 36-year-old technology enthusiast with a deep passion for tech innovations. With extensive experience, he specializes in gaming hardware and software, and has expertise in gadgets, custom PCs, and audio.
Besides writing about tech and reviewing new products, he enjoys traveling, hiking, and photography. Committed to keeping up with the latest industry trends, he aims to guide readers in making informed tech decisions.