24 Pin Vertical USB C Connector for SMT PCB Mounting
Vertical USB C Receptacle — Product Overview (24 Pin SMT for Top-Access PCBs)
Vistar 24 pin vertical USB C connector SMT PCB mount receptacle. USB 3.1, 5A, 10,000 cycles. Ideal for laptops, docking stations, and industrial PCs. Free sample.
The USB-TC24-F17A is a vertical usb c receptacle with a full 24‑pin SMT footprint and a 9.25mm / 10.45mm height profile. It carries the complete USB‑C signal set — four SuperSpeed differential pairs for USB 3.1 (10 Gbps), USB 2.0 D+/D‑, CC1/CC2 for orientation and PD negotiation, VBUS, GND, and SBU pins for Alternate Mode video. This makes it suitable for laptops, docking stations, industrial PCs, and embedded systems that need data, video, and power through a single connector.
This vertical USB-C receptacle positions the port opening facing upward from the PCB surface, enabling top‑panel access designs without routing cables horizontally across the board. The vertical orientation keeps the footprint compact and predictable, simplifying board layout in high‑density assemblies. Rated at 5A, it supports USB Power Delivery up to 100W (with appropriate PD controller), making it suitable for charging laptops and other high‑power devices.
24 Pin Vertical USB C Connector — Full Technical Specifications
Below are the full technical specifications for the 24 pin vertical usb c connector, including electrical, mechanical, and environmental ratings.
| Parameter | Value | Notes |
|---|---|---|
| Part Number | USB-TC24-F17A | Standard catalog item |
| Connector Type | USB Type-C Female Receptacle | 24-pin full-featured |
| USB Standard | USB 3.1 Gen 2 | Up to 10 Gbps |
| Mounting Type | SMT (Surface Mount) | Vertical orientation |
| Orientation | Vertical / 180° | Port opening faces upward |
| Connector Height | 9.25mm / 10.45mm | Two height options |
| Pin Count | 24 Pins | Full USB-C functionality |
| Current Rating | 5A Max | Power delivery |
| Voltage Rating | 30V DC | — |
| Insertion Force | 20N Max | Maximum |
| Withdrawal Force | 5-20N | Minimum retention |
| Mating Cycles | 10,000 cycles | Durability |
| Contact Material | Copper Alloy | Gold plated |
| Housing Material | LCP (High-Temperature) | UL94V-0, reflow compatible |
| Shell Material | Stainless Steel | EMI shielding |
| Operating Temperature | -40°C to +85°C | Industrial grade |
| Compliance | RoHS, REACH | Global export ready |
| Packaging | Reel / Tray | SMT assembly ready |
Vertical Mount USB C Connector — Key Features and Advantages
Vertical Orientation — Top‑Panel Access
As a dedicated vertical mount usb c connector, the upright design positions the port opening facing upward, enabling top‑panel access in laptops, docking stations, and industrial PCs without routing cables horizontally across the board.
USB 3.1 — 10 Gbps Data & Video
Full 24-pin configuration supports USB 3.1 Gen 2 (10 Gbps), DisplayPort Alt Mode, and USB Power Delivery up to 100W through a single connector.
5A Current Rating — High-Power Charging
Rated for 5A continuous current, supporting USB PD up to 100W (20V × 5A) — suitable for charging laptops, power banks, and other high‑power devices.
Compact PCB Footprint
The vertical SMT design keeps the connector footprint small and predictable, simplifying board layout in high‑density assemblies where space is at a premium.
SMT Production Ready
Available in tape‑and‑reel packaging for high‑volume pick‑and‑place assembly. High‑temp LCP housing withstands 260°C reflow profiles.
RoHS & REACH Compliant
Fully compliant with EU environmental directives. Documentation available for export and supply chain audits.
Vertical USB C Connector vs Right‑Angle — Which One to Choose?
| Feature | Vertical USB-C | Right‑Angle USB-C |
|---|---|---|
| Port Access Direction | Top / upward | Side / board edge |
| PCB Space Efficiency | High — compact footprint | Moderate — extends beyond board edge |
| Best For | Laptops, docking stations, industrial PCs | Slim devices, side‑panel ports |
| Assembly | SMT reflow | SMT reflow |
| Cable Routing | Vertical cable exit | Horizontal cable exit |
Choose vertical USB-C when your PCB layout benefits from a compact, top‑access port that doesn’t extend beyond the board edge. Choose right‑angle USB-C when the port needs to be accessible from the side of the device. The USB-TC24-F17A is a vertical connector — if your design requires a right‑angle variant, view our full USB‑C connector range.
PCB Design Considerations for USB-TC24-F17A Vertical USB C Connector
Recommended PCB Footprint
- Pad Size: Follow the manufacturer’s recommended land pattern exactly — do not guess dimensions.
- Stencil Aperture: 1:1 ratio recommended for SMT pads; reduce to 90% for ground pads to control solder volume.
- Via Placement: Use through‑hole vias (8/16 mil) for anchor pins to ensure mechanical retention.
- Keep‑out Area: No components or traces within 2mm of the connector body to allow for reflow and inspection.
High-Speed Routing Guidelines
- Route SuperSpeed differential pairs (TX/RX) with 90Ω ±10% differential impedance.
- Keep trace lengths matched within 5 mil for each differential pair.
- Maintain minimum 8 mil spacing between differential pairs and other signals.
- Place the connector near the board edge to minimize trace length to the controller IC.
SMT Assembly Notes
- Peak reflow temperature: 260°C (LCP housing rated for lead‑free soldering).
- Recommended stencil thickness: 0.12mm – 0.15mm.
- Ensure coplanarity ≤ 0.1mm for all SMT pads to avoid open joints.
- Anchor pins require through‑hole soldering — wave soldering or selective soldering recommended.
For complete 2D drawings, 3D STEP models, and PCB footprint libraries (Altium, Eagle, KiCad), contact our engineering team.
PCB Mount USB C Connector Vertical — Applications Across Industries
As a dedicated pcb mount usb c connector vertical, the USB-TC24-F17A is ideal for any application where a compact, top‑access USB‑C port is required with full data, video, and power delivery capability.
Vertical USB-C Connector — Frequently Asked Questions
Why choose a vertical USB-C connector instead of a right‑angle connector?
A vertical USB-C connector mounts upright on the PCB with the port opening facing upward, making it suitable for top‑panel access in laptops, docking stations, and industrial PCs. A right‑angle USB-C connector mounts parallel to the PCB with the port opening facing the board edge, suitable for side‑panel access. Choose vertical when your PCB layout benefits from a compact footprint and top‑access cable routing; choose right‑angle when the port needs to be accessible from the side of the device.
What PCB clearance is required for a vertical USB-C connector?
For the USB-TC24-F17A, allow at least 2mm of clearance around the connector body for reflow soldering and inspection. The connector height is 9.25mm or 10.45mm depending on the variant — ensure your enclosure provides sufficient vertical clearance above the PCB for cable insertion. Refer to the mechanical drawing for exact dimensions.
Is this 24-pin vertical USB-C connector suitable for SMT assembly?
Yes. The USB-TC24-F17A is designed for standard SMT reflow soldering and is available in tape‑and‑reel packaging for high‑volume pick‑and‑place assembly. The high‑temperature LCP housing withstands peak reflow temperatures up to 260°C. The anchor pins require through‑hole soldering — wave soldering or selective soldering is recommended for these pins.
Can the connector support USB 3.1 high‑speed signals?
Yes. The full 24‑pin configuration includes four SuperSpeed differential pairs (TX/RX) that support USB 3.1 Gen 2 data rates up to 10 Gbps. Proper PCB routing with controlled impedance (90Ω differential) is required to maintain signal integrity.
Can USB-TC24-F17A be customized for OEM projects?
Yes. Vistar offers OEM/ODM customization including connector height, shell plating, contact plating, and packaging formats. Contact our sales team to discuss your specific requirements.
What is the current rating of this connector?
The USB-TC24-F17A is rated for 5A continuous current, supporting USB Power Delivery up to 100W (20V × 5A) with a suitable PD controller.
Do you provide PCB footprint files and technical drawings?
Yes. We provide 2D/3D CAD drawings, PCB footprint libraries for Altium, Eagle, and KiCad, and high‑speed routing guidelines. Contact our engineering team to request design files.
Vertical USB C Connector 24 Pin — Complete Guide for Engineers and Procurement Professionals
What Is a Vertical USB-C Connector?
A vertical USB-C connector is a USB Type‑C receptacle that mounts upright on the PCB with the port opening facing upward. The USB-TC24-F17A is a 24‑pin full‑featured vertical USB-C connector with SMT termination, designed for top‑access PCB mounting in laptops, docking stations, industrial PCs, and embedded systems. Unlike right‑angle connectors that extend beyond the board edge, vertical connectors keep the footprint compact and within the PCB outline, making them ideal for high‑density assemblies where board space is limited.
The 24‑pin configuration provides complete USB‑C functionality: four SuperSpeed differential pairs for USB 3.1 (10 Gbps) data, USB 2.0 D+/D‑ for legacy compatibility, CC1/CC2 for orientation detection and PD negotiation, VBUS and GND for power delivery, and SBU pins for Alternate Mode video output. With a 5A current rating, the USB-TC24-F17A supports USB Power Delivery up to 100W, making it suitable for charging laptops and other high‑power devices.
Vertical USB-C Receptacle — Key Design Considerations
When designing with a vertical usb c receptacle, several factors require careful attention. The vertical orientation positions the port opening facing upward, which means the connector height above the PCB must be accommodated in your enclosure design. The USB-TC24-F17A is available in 9.25mm and 10.45mm height options — choose the variant that fits your mechanical stack‑up.
The SMT pads for the 24 signal contacts must be designed according to the manufacturer’s recommended land pattern. Stencil aperture should be 1:1 for signal pads and reduced to 90% for ground pads to control solder volume. The through‑hole anchor pins provide mechanical retention and require wave soldering or selective soldering after the SMT reflow process. A keep‑out area of at least 2mm around the connector body is recommended to allow for reflow soldering and visual inspection.
High‑speed routing is critical for USB 3.1 performance. The SuperSpeed differential pairs (TX/RX) must be routed with 90Ω ±10% differential impedance. Trace lengths should be matched within 5 mil for each differential pair, and minimum 8 mil spacing should be maintained between differential pairs and other signals. Placing the connector near the board edge minimizes trace length to the controller IC and reduces signal degradation.
Vertical USB-C vs. Mid‑Mount vs. Right‑Angle
USB‑C connectors are available in several mounting orientations, each suited to different PCB layouts and enclosure designs:
- Vertical USB-C: Mounts upright with port opening facing upward. Best for top‑panel access in laptops, docking stations, and industrial PCs. Compact footprint within PCB outline.
- Right‑Angle USB-C: Mounts parallel to PCB with port opening facing board edge. Best for side‑panel access in slim devices and peripherals. Extends beyond board edge.
- Mid‑Mount USB-C: Recessed into a PCB cutout. Best for ultra‑thin devices where vertical height must be minimized. Requires PCB cutout.
The USB-TC24-F17A is a vertical USB-C connector. If your design requires a different orientation, view our full USB‑C connector range for right‑angle and mid‑mount options.
Applications for 24 Pin Vertical USB-C Connector
This 24 pin vertical usb c connector is widely used across multiple industries. In laptops and notebooks, it serves as the primary USB‑C port for charging, data, and video output. Docking stations use vertical USB‑C ports for laptop connectivity and peripheral expansion. Industrial PCs and HMI panels rely on it for reliable USB‑C connectivity in demanding environments. Tablets, 2‑in‑1 devices, monitors, and power banks also benefit from the USB-TC24-F17A’s full‑featured capability and high‑power support.
For engineers designing products that require a single connector for power, data, and video, the 24‑pin vertical USB-C connector provides a compact, reliable solution that simplifies PCB layout and reduces component count.
Why Choose Vistar as Your USB-C Connector Supplier
Vistar Electronics is a trusted USB-C connector manufacturer serving customers in consumer electronics, industrial automation, and embedded systems. Our USB‑C connector lineup covers pin counts from 6 to 24, with mounting styles including SMT, through‑hole, vertical, right‑angle, and mid‑mount, and waterproof ratings up to IP68.
With ISO 9001:2015 certification and a commitment to continuous improvement, Vistar is your reliable partner for high‑quality interconnect solutions. For more technical resources, including PCB layout guidelines and connector selection guides, visit our technical blog or contact our engineering support team directly.
Explore our full range of USB‑C connectors and related content:
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