USB Type-C Receptacle 24P Vertical SMD T/H Connector for High-Speed USB 3.1 Applications

SMD (Surface Mount Device) connectors solder entirely to the PCB surface, enabling automated reflow assembly but relying only on solder strength for mechanical retention. T/H (Through-Hole) connectors use pins inserted into plated through-holes and soldered from the opposite side, offering superior mechanical strength but requiring wave or selective soldering. Our SMD T/H hybrid design gives you the best of both worlds: SMD signal pads for automated pick-and-place compatibility, plus metal through-hole pegs that anchor the connector firmly to the PCB. This hybrid approach dramatically improves resistance to vibration, cable torque, and accidental pull forces—critical for docking stations, industrial equipment, and portable power products.

Yes. Because this is a full-function 24-pin USB Type-C receptacle, it includes all necessary pins defined by the USB-IF Type-C specification: two SuperSpeed differential pairs (SSTX+/- and SSRX+/-) for USB 3.1 Gen 2 (10 Gbps), two CC pins for plug orientation and Power Delivery negotiation, two SBU pins for Alternate Mode (DisplayPort/Thunderbolt), and four VBUS/GND rails for high-current power. When paired with a USB PD controller and a 5A E-Marker cable, this connector safely delivers up to 100W (20V × 5A)—enough to charge high-performance laptops, industrial tablets, and large portable power stations without proprietary barrel connectors.

A vertical (top-entry) USB-C receptacle mounts perpendicular to the PCB, with the mating face pointing upward. This is ideal when your product enclosure requires top-panel cable access—common in docking stations, portable power stations, desktop chargers, and rack-mounted industrial equipment. A right-angle (side-entry) connector mounts parallel to the PCB and is better for slim devices like smartphones and tablets where thickness is constrained. The vertical orientation also improves air circulation around the connector in densely packed designs and simplifies cable strain relief because the plug hangs naturally downward rather than sideways.

The 10,000+ mating cycle rating means the connector maintains electrical and mechanical performance after 10,000 plug-in/plug-out events. For a consumer device charged once daily, that equals over 27 years of service life. For industrial equipment or public charging kiosks used dozens of times per day, it still provides several years of reliable operation. This longevity comes from gold-flashed phosphor bronze contacts that resist oxidation and fretting corrosion, plus a stainless steel shell that prevents deformation under repeated insertion forces. If your application demands even higher durability, contact our engineering team for custom contact plating upgrades.

Physically, yes—USB4 and Thunderbolt 3/4 use the same 24-pin USB-C form factor, so the connector mates correctly. However, achieving USB4’s 40 Gbps or Thunderbolt’s full bandwidth requires additional considerations: PCB trace length matching, controlled impedance (90Ω ±10% differential), shielding continuity, and active retimer chips. This connector provides the necessary pinout (including SBU pins for Alternate Mode), but the system designer must ensure the entire signal path meets USB4/Thunderbolt routing guidelines. For standard USB 3.1 Gen 2 (10 Gbps) and USB Power Delivery applications, this connector works out-of-the-box with no special layout requirements beyond standard high-speed differential routing.

Yes. We provide free engineering samples for qualified projects and OEM evaluations. The standard part number is VST-UC24-SMDTH-V1, shipped in tape-and-reel for automated SMT assembly. Customization options include: modified T/H peg lengths for varying PCB thicknesses, alternative shell plating (gold flash vs. tin), halogen-free LCP housings, and custom embossed logos on the stainless steel shell. For high-volume contracts, we also support consigned inventory and VMI programs. Submit your annual forecast and target BOM cost via our quote form, and our applications team will respond within 24 hours with a tailored proposal.