DP-F12 Right Angle DisplayPort Female Connector, 20-Pin, SMT + Through-Hole
20 Pin DisplayPort Connector — Product Overview
The right angle DisplayPort female connector 20 pin is a board-edge receptacle for display control PCBs that need a side-facing DP port with more mechanical retention than SMT alone provides. The connector uses surface-mount signal contacts for the 20-pin DP interface and through-hole posts at the metal shell. The SMT portion carries the high-speed differential pairs; the through-hole posts anchor the shell to the PCB.
That hybrid structure matters when the port sits at a panel opening. A cable inserted into a right-angle DP port applies insertion force and side load. If the shell is held only by surface pads, that load transfers to the solder joints. The through-hole posts give the shell a second attachment path through drilled holes, which reduces stress on the SMT pads and improves retention under repeated mating.
This connector is a different structure from the vertical DP receptacles and the straight DIP right-angle variants in Vistar’s DisplayPort range. The vertical version (DP-F06B) faces upward from the PCB and suits top-entry panel layouts. A right-angle DIP version uses through-hole signal pins for wave-solder assembly. The DP-F12 is for SMT signal routing with through-hole shell anchoring — a middle option for boards that run SMT signal traces but still need a mechanically anchored side-exit port.
The connector is rated for DisplayPort applications. For HBR3 (DP 1.4) signal-integrity data — insertion loss, return loss, and impedance continuity across the connector footprint — contact the Vistar engineering team with your stack-up and routing details. The connector does not by itself guarantee a specific resolution or link rate; the host controller, PCB routing, and cable determine the final system capability.
For official DisplayPort technical standards and compliance references, engineers may review DisplayPort Standards and VESA Organization.
DisplayPort 1.4 Connector — Full Specifications
| Parameter | Specification | Notes |
|---|---|---|
| Part Number | DP-F12 | Active catalog item |
| Connector Type | DisplayPort Female Receptacle | Full-size, 20-pin |
| Interface Standard | DisplayPort 1.4 | Confirm HBR3 signal data with engineering |
| Pin Count | 20 Pins | Standard DP signal assignment |
| Mounting Type | SMT + Through-Hole | SMT signal pins, THT shell posts |
| Orientation | Right Angle | Mating direction parallel to PCB |
| Current Rating | 0.5A | Signal contacts |
| Insertion Force | 35N Max | — |
| Withdrawal Force | 8N Min | Retention force |
| Operating Life | 5,000 Cycles Minimum | Mating durability |
| Shielding | Metal Shell | EMI containment |
| Packaging | Reel / Tray | Production-ready |
| Compliance | RoHS & REACH | Declarations on request |
SMT DisplayPort Receptacle — What the Hybrid Structure Does
The SMT DisplayPort receptacle uses a hybrid mounting structure. Each mechanical feature below has a specific effect on retention, assembly, or service life in an edge-mounted port.
SMT Signal Pins + Through-Hole Shell Posts
Signal and power contacts are surface-mounted; the metal shell is anchored through drilled holes. The through-hole posts take side-load and pull-out stress off the SMT pads — the mechanical difference that matters when a right-angle DP port is at an exposed board edge.
Right-Angle Mating Direction
The mating face is parallel to the PCB, not perpendicular. This keeps the connector body inside the board outline and leaves Z-axis clearance above the PCB for other components. Common in edge-mounted enclosure designs where the DP port must align with a panel opening.
Metal Shell for EMI Containment
The shell contains the high-speed differential pairs at the connector body. Shielding integrity at the connector is one link in the signal path; it should be reviewed together with PCB stack-up and cable quality for the target DP link rate.
5,000 Mating Cycles Minimum
A defined durability floor for products that see repeated cable insertion. Actual service life also depends on the mating plug, insertion alignment, and cable side-load. In fixed installations the cycle count is rarely limiting; in test or rental equipment it becomes a selection factor.
Right Angle DisplayPort Jack with Through-Hole — Applications
The right angle DisplayPort jack with through-hole anchoring is intended for products where the DP port sits at a panel opening and the cable is inserted repeatedly. Typical applications include:
DP-F12 vs Other Vistar DisplayPort Receptacles
The 20-pin DP interface is the same across Vistar’s full-size DisplayPort range. The difference is the mounting structure: how the connector attaches to the PCB, which direction the port faces, and which assembly process the board uses.
| Model | Orientation | Mounting | Typical Fit |
|---|---|---|---|
| DP-F12 (this page) | Right angle | SMT + THT shell posts | Side-exit port on SMT signal boards with panel-edge retention |
| DP-F06B | Vertical | SMT | Top-entry port where the cable approaches from above the PCB |
| DP right-angle DIP | Right angle | DIP (through-hole signal pins) | Wave-solder boards with through-hole signal routing |
For the vertical SMT alternative, see the DP-F06B vertical DisplayPort 20P SMT receptacle. For the full range including Mini DP and other mounting styles, see Vistar’s DisplayPort connector category page.
Engineering Data and PCB Layout Reference
The following files are the reference set for PCB layout and assembly. Each is specific to DP-F12; do not substitute drawings from another DP model.
- Outline drawing (PDF) — overall dimensions, shell position, mating-face datum.
- 3D model (STEP) — for enclosure clearance checks.
- Recommended PCB footprint — SMT pad dimensions, through-hole post drill and annular ring, shell keep-out.
- 20-pin pin assignment — signal names and contact positions. For the standard DP pinout, see the DisplayPort pinout guide.
- Packaging and MOQ — Reel / Tray; MOQ 1000pcs per order.
How to Select the Right DisplayPort Receptacle
1. Right angle vs vertical — start from the panel opening
A right-angle port mates parallel to the PCB; the cable exits sideways. This suits rear-panel or side-panel openings where the board sits parallel to the enclosure wall. A vertical port mates perpendicular to the PCB; the cable exits upward. If the panel opening is on the top face of the enclosure, vertical is the simpler mechanical arrangement. If the opening is on the rear or side wall, right angle avoids a cable bend right at the connector.
2. Why through-hole posts on a right-angle port
A right-angle port at a panel edge receives side load every time the cable is inserted or pulled. SMT pads alone transfer that load to the solder joint. Through-hole shell posts give the shell a mechanical anchor independent of the signal pads. If the port is inside an enclosure and the cable is connected once, SMT-only may be sufficient. If the port is exposed and mated repeatedly, the through-hole anchor is the mechanically conservative choice.
3. What to confirm before ordering
Check four things against the DP-F12 drawing: the PCB thickness range the through-hole posts are designed for, the panel cutout dimensions, whether a locking latch is required for the cable, and the reflow profile compatibility with your assembly line. The drawing values marked in the specification table are the ones to confirm first.
4. Signal integrity for HBR3 (DP 1.4)
The connector footprint is one segment of the high-speed channel. For HBR3 link rates, review impedance continuity across the SMT pads, the via transition from the connector layer to the routing layer, and the differential-pair length matching from the connector to the controller. Vistar’s DisplayPort connector selection guide covers the layout checks in more detail.
Right Angle DisplayPort Female Connector 20 Pin — FAQ
Can DP-F12 be used with a 1.6 mm PCB?
The through-hole shell posts are designed for a specific PCB thickness range, which is marked in the drawing. For a 1.6 mm board, confirm the post length and the required solder fillet on the back side against the current DP-F12 drawing before finalizing the footprint. Do not assume the post length works across all board thicknesses.
What panel cutout size is required?
The panel cutout depends on the shell dimensions and the mating plug overmold. The cutout dimensions are part of the DP-F12 outline drawing . Check the cutout against both the connector shell and the cable plug you intend to use, because the plug overmold can be wider than the receptacle opening.
Is the footprint compatible with other 20-pin right-angle DP receptacles?
Footprint compatibility depends on the specific competitor part. The SMT pad layout, through-hole post positions, and shell keep-out are defined in the DP-F12 recommended PCB footprint . If you are evaluating a drop-in replacement, send the competitor drawing to Vistar and the engineering team can compare the land patterns. Do not assume pin-compatibility from the 20-pin count alone.
Do you provide samples and 3D models?
Samples are available for engineering evaluation. Contact sales@vistarelectronics.com with the part number (DP-F12), your PCB footprint or drawing, and the application. The 3D model (STEP) is provided with the sample package or on request, for enclosure clearance checks. The sample stage is the right time to confirm shell dimensions, through-hole post alignment, and panel cutout fit before volume production.
Does this connector support DisplayPort 1.4 / HBR3?
The connector is rated for DisplayPort applications. For HBR3 (DP 1.4) signal-integrity data — insertion loss, return loss, and impedance continuity across the connector footprint — contact the Vistar engineering team with your stack-up and routing details. A 20-pin receptacle alone does not guarantee a specific link rate; the host controller, PCB routing, and cable determine the final system capability.
What is the difference between DP-F12 and DP-F06B?
DP-F12 is a right-angle SMT + through-hole receptacle: the port exits sideways and the shell is anchored through drilled holes. DP-F06B is a vertical SMT receptacle: the port faces upward from the PCB and uses surface-mount termination only. The choice follows the panel opening direction and the mechanical load on the port, not the DP protocol. See the DP-F06B product page for the vertical option.
Compare DisplayPort Receptacle Options
This right angle DisplayPort female connector 20 pin is one mounting structure in Vistar’s full-size DP range. If the panel opening, board thickness, or assembly process calls for a different mechanical arrangement, use the links below to compare before finalizing the footprint.
- DisplayPort Connector Category — full-size and Mini DP, vertical, right-angle, SMT, DIP and through-hole
- DP-F06B Vertical DisplayPort 20P SMT — top-entry alternative when the panel opening faces upward
- DisplayPort Pinout Guide — 20-pin signal assignment, wiring and PCB layout reference
- How to Choose DisplayPort Connector for PCB Design — SMT vs DIP, height, footprint and signal integrity
- Right Angle vs Vertical DisplayPort Connector — mechanical and layout trade-offs
For the official DisplayPort standard and compliance information, refer to the DisplayPort website maintained by VESA, and the VESA standards organization for the current specification releases. For an independent cross-reference of 20-pin right-angle DisplayPort receptacles, the DigiKey connector listing includes parts with mounting style, orientation, and mating-cycle filters.
sales@vistarelectronics.com — include the required quantity, PCB thickness, panel cutout dimensions, and target DP link rate for sample and quotation support.
20-Pin Vertical DisplayPort Connector SMT with Metal Spring Clip — DP-F06B Female Receptacle for 8K Display Applications
Surface Mount DisplayPort connectors 20 pin DP female SMT right angle
DP-MN-F04: Mini DisplayPort Connector Female 20 Pin DIP+SMT for High-Retention PCB Mounting
Mini DP Connector Female 20 Pin Vertical SMT Receptacle for High-Speed Display Connectivity
DP Connector 20 Pin Clamp PCB — Straddle Mount DisplayPort Male Connector for High-Speed Video Output, Embedded Systems & Industrial Boards
Mini DisplayPort Connector Male 20 Pin Straddle Mount — DP-MN-M01 Mini DP Plug PCB Clamp 1.6mm for Compact Display Designs
DisplayPort Plug 20 Pin Straddle Mount PCB Connector — DP-M-01 DP Male Clamp 1.6mm for Cable & Panel Assemblies
20 Pin DisplayPort Connector for High-Speed Digital Video Transmission
DisplayPort 1.4 vs 2.1 for PCB Design: Connector Selection & Routing Guide
Your product spec sheet promises DisplayPort 2.1 output — 8K, 240Hz, the works. But when your procurement team pulls connector options, half...
How to Check if a USB-C Port Supports DP Alt Mode — 5 Methods Explained
Quick AnswerNot every USB-C port supports DisplayPort Alt Mode — it depends on the port’s pin configuration and the host controller behind...
DisplayPort Pinout Guide: 20-Pin Connector Functions, Wiring & PCB Layout
A video interface that works on the lab bench can fail in the field for a reason that never appears on a...