HDMI Male Jack Plug 19 Pin Breakout Terminals Solderless Connector With Case
HDMI Male Jack Plug 19 Pin Breakout Terminals Solderless Connector With Case
HDMI Male Jack Plug 19 Pin Breakout Terminals Solderless Connector With Case
The HDMI Male Jack Plug 19 Pin Breakout Terminals Solderless Connector is a professional-grade interface adapter that converts a standard HDMI connector into individual pin breakout terminals for direct circuit integration and testing. This connector is widely used by electronics engineers, embedded systems developers, and hardware technicians who need to access individual HDMI signal lines for prototyping, debugging, and custom application development. It eliminates the need for soldering by providing pre-terminated screw-down or spring-clip terminals, solving the critical problem of reliable signal access without damaging the delicate HDMI connector pins or introducing cold solder joints in high-frequency applications.
Product Overview
The HDMI Male Jack Plug 19 Pin Breakout Terminals Solderless Connector operates on the HDMI 1.4 standard architecture, breaking out all 19 pins into individual accessible terminals. The connector maintains full signal integrity across video data lines (TMDS channels 0-3), clock signals, DDC communication lines, and auxiliary pins. The solderless design utilizes spring-loaded or screw-terminal connections that create gas-tight contact with wire conductors, ensuring consistent impedance matching and minimal signal reflections across the 3.4 Gbps bandwidth typical of HDMI 1.4 applications. This approach is particularly valuable in laboratory environments and production testing where repeated connections and disconnections are required without degradation of contact quality.
The included protective case shields the breakout assembly from dust, moisture, and accidental short circuits during storage and transport. The terminal arrangement follows standard HDMI pinout specifications, with clearly marked pin designations for video data (pins 1-3, 16), clock (pin 10), ground references (pins 5, 12, 15, 17), DDC communication (pins 15-16), and hot-plug detect (pin 19). The connector body is manufactured from high-grade plastic with gold-plated contact surfaces that resist oxidation and maintain reliable electrical connections even in humid environments common to Indian workshop settings.
Key Specifications
| Specification | Details |
| Product Type | HDMI Male Breakout Connector with Solderless Terminals |
| Total Pins | 19 pins (HDMI 1.4 standard configuration) |
| Connector Type | Type A Male HDMI Jack |
| Terminal Type | Solderless screw-down or spring-clip terminals |
| Bandwidth Support | 3.4 Gbps (HDMI 1.4 compatible) |
| Contact Material | Gold-plated copper alloy |
| Operating Temperature | 0 to 60 degrees Celsius |
| Connector Body Material | High-grade ABS plastic with reinforced shell |
| Cable Compatibility | 22-26 AWG wire gauge |
| Protective Case | Included with product |
| Brand | Generic Professional Grade |
| Origin | Original and Authentic |
| Warranty | 7 days on manufacturing defects |
| Shipping | 1-5 days from Bengaluru |
| Delivery | 7-8 days across India |
| Support | 24/7 via Email and WhatsApp |
Key Features
- Solderless terminal design eliminates cold solder joints and reduces electromagnetic interference in high-frequency HDMI signal paths
- All 19 HDMI pins individually accessible with clearly labeled terminal points for precise signal monitoring and circuit integration
- Gold-plated contact surfaces provide superior conductivity and corrosion resistance, maintaining signal integrity across repeated connection cycles
- Spring-loaded or screw-terminal connections ensure secure wire retention without requiring specialized soldering equipment or skills
- Protective carrying case included for safe storage and transport of the connector assembly and associated wiring
- HDMI 1.4 compliant design supports full bandwidth for 1080p, 2K, and 4K resolution video streaming with embedded audio
- Compact form factor allows integration into test benches, prototype boards, and custom enclosures without space constraints
Applications and Use Cases
- HDMI signal debugging and oscilloscope analysis for embedded video systems where engineers need to measure TMDS clock signals and data line voltage levels
- Custom HDMI interface development in IoT and industrial display applications where direct pin access enables protocol-level integration without standard HDMI cables
- Educational electronics laboratories and maker spaces for teaching HDMI communication standards, DDC protocol implementation, and high-speed digital signal integrity
- Automated test equipment (ATE) and production testing environments where the solderless design allows rapid connector swapping between multiple device under test (DUT) configurations
- Audio-visual system integration projects requiring custom HDMI routing, signal splitting, or embedded system interfacing with audio extraction and video processing circuits
- Prototype development for HDMI-enabled microcontroller projects, Raspberry Pi applications, and custom video capture or display driver implementations
How to Use
Begin by identifying the wire gauge of your connection cables, ensuring they fall within the 22-26 AWG specification range for optimal terminal contact pressure. Strip approximately 5-7mm of insulation from each wire end that will connect to the breakout terminals. Reference the HDMI pinout diagram provided with the connector to identify which signal line each pin represents - video data lines (TMDS channels), clock reference, ground planes, DDC communication (SDA/SCL), and hot-plug detect. For screw-terminal variants, insert the stripped wire into the terminal opening and tighten the set screw with a small Phillips or flathead screwdriver until the wire is held firmly without crushing the conductor. For spring-clip terminals, insert the wire until you hear or feel a click, indicating the spring mechanism has engaged the conductor.
Once all connections are established, verify continuity between each terminal and the corresponding HDMI pin using a digital multimeter set to resistance mode. This step is critical to ensure no loose connections exist before powering your video source or display device. Connect your HDMI signal source (such as a graphics card, media player, or microcontroller with HDMI output) to the male connector end. If performing oscilloscope analysis, connect your measurement probes to the appropriate breakout terminals according to your test protocol. Store the connector in the provided protective case when not in active use to prevent dust accumulation on the contact surfaces and maintain long-term reliability. For repeated test cycles, inspect the terminal contacts periodically for oxidation or corrosion, and clean gently with isopropyl alcohol on a soft brush if necessary.
Frequently Asked Questions
What is the difference between this breakout connector and a standard HDMI cable?
A standard HDMI cable maintains the 19-pin connector as a sealed unit, providing no access to individual signal lines. This breakout connector exposes each of the 19 pins as separate terminals, allowing you to measure individual signals with test equipment, integrate specific pins into custom circuits, or perform protocol-level debugging. This is essential for engineers developing HDMI-compatible devices, testing signal integrity, or creating non-standard HDMI applications.
Can I use this connector with 4K video signals?
Yes, this HDMI 1.4 compliant connector supports 4K resolution at 30Hz bandwidth. However, for 4K at 60Hz applications, you would need an HDMI 2.0 or 2.1 breakout connector with higher bandwidth specifications. The 3.4 Gbps per channel capacity of HDMI 1.4 is sufficient for 4K 30Hz video with 8-bit color depth. Verify your specific video source and display requirements before implementation.
What wire gauge should I use for connecting to the breakout terminals?
The solderless terminals are optimized for 22-26 AWG wire gauge, which provides the correct contact pressure and electrical conductivity for HDMI signal transmission. Using wire thinner than 22 AWG may result in loose connections, while wire thicker than 26 AWG may not fit properly in the terminal openings. Always use stranded copper wire rather than solid wire for flexibility and to reduce mechanical stress on the terminal contacts.
Is this connector suitable for permanent installations or only temporary testing?
This connector is designed primarily for temporary testing, prototyping, and development environments where connections need to be changed frequently. The solderless design allows easy reconfiguration without specialized equipment. For permanent installations, traditional soldered HDMI connections or properly crimped connectors are recommended as they provide superior long-term reliability and resistance to vibration and thermal cycling.
How do I identify which pin is which on the breakout connector?
The connector includes a labeled diagram showing the HDMI 1.4 standard pinout. The 19 pins are arranged in a specific sequence: pins 1-3 carry TMDS data channels, pin 4 is ground, pin 5 is DDC clock, pin 6 is DDC data, pins 7-9 are additional TMDS channels and ground, pin 10 is TMDS clock, pins 11-14 are reserved or ground, pin 15 is DDC data, pin 16 is DDC clock, pin 17 is ground, pin 18 is +5V power, and pin 19 is hot-plug detect. Always reference the included diagram before making connections.
When will I receive my order?
Orders are dispatched within 1-5 business days from our Bengaluru warehouse. Delivery takes 7-8 days to most locations across India.
What is your return and warranty policy?
We offer a 7-day return policy on manufacturing defects only. Contact support within 7 days of receipt for free replacement or full refund. Not applicable for user damage or misuse.
Are bulk discounts available?
Yes, wholesale pricing for orders of 10 or more units. Contact our sales team via WhatsApp or email for a customized bulk quote.
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- Returns: 7-day return policy on manufacturing defects only
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