123A-30B00 Connector: M.2 (NGFF); horizontal; SMT; gold flash; PIN: 67; 0.5A
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The 123A-30B00 is a high-quality M.2 (NGFF) connector meticulously engineered for horizontal surface mount technology (SMT) applications. Featuring a durable gold flash finish and 67 pins, this connector provides a reliable and efficient interface for connecting M.2 modules to your printed circuit board (PCB). Designed for a current rating of 0.5A, it is ideal for various applications, including solid-state drives (SSDs), wireless communication modules, and other M.2 compatible devices. Its compact design and SMT compatibility make it easy to integrate into densely populated PCBs, saving valuable space and simplifying assembly. This connector is an essential component for modern electronic devices that require high-speed data transfer and reliable connectivity. The M.2 (NGFF) standard is widely used for connecting storage devices, wireless modules, and other peripherals to motherboards and embedded systems.
The 123A-30B00 connector is designed to meet the stringent requirements of the M.2 standard, ensuring compatibility and reliable performance. Its horizontal orientation allows for easy insertion and removal of M.2 modules, simplifying maintenance and upgrades. The SMT design ensures precise and accurate placement on the PCB, minimizing the risk of misalignment and improving the overall reliability of the connection. The gold flash finish provides excellent corrosion resistance and ensures a long-lasting, low-resistance electrical connection. Key features of the 123A-30B00 connector include its 67 pins, which support various communication protocols, including PCI Express (PCIe), SATA, and USB. The connector is designed to accommodate different M.2 module sizes and keying options, providing maximum flexibility for your design.
Its robust construction ensures durability and reliable performance even in harsh environments. The connector is suitable for a wide range of applications, including laptops, desktops, servers, and embedded systems. Whether you are designing a high-performance SSD, a wireless communication module, or a custom embedded system, the 123A-30B00 M.2 connector offers the performance, reliability, and flexibility you need. The connector is also designed to minimize signal interference, ensuring optimal data transfer rates. With its high-quality construction, reliable performance, and versatile design, the 123A-30B00 M.2 connector is the perfect choice for your next project. Its gold flash finish, 67 pins, and SMT compatibility make it easy to integrate into your PCB, while its robust construction ensures long-lasting performance.
Don't compromise on the quality of your connections – order your 123A-30B00 M.2 connector today and ensure the reliability and performance of your devices. Streamline your designs and unlock the full potential of your M.2 modules with this high-quality connector. Invest in connectivity, invest in reliability, invest in the 123A-30B00.
| Product Name | 123A-30B00 Connector: M.2 (NGFF); horizontal; SMT; gold flash; PIN: 67; 0.5A |
|---|---|
| SKU | 123A-30B00 |
| Price | £5.99 |
| 123A-30B00 Connector: M.2 (NGFF); horizontal; SMT; gold flash; PIN: 67; 0.5A Color | As per image |
| Category | Connectors |
| Brand | Nikko Electronics ltd |
| Product Code | 123A-30B00 |
| Availability | Yes |
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The 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash is specifically engineered to accommodate M.2 modules that utilize a 67-pin interface. This pin count is typically associated with M.2 Key A and Key E modules, which are commonly used for Wi-Fi, Bluetooth, GNSS, and other wireless communication functions, as well as some specialized I/O applications. While M.2 Key M and Key B modules, primarily for SSDs, often feature a different pin count (e.g., 75 pins for Key M), the 67-pin configuration of this connector is optimized for the smaller form factor and connectivity requirements of Key A and Key E modules. Designers should verify the specific keying notch and pin assignment of their chosen M.2 module against the connector's specifications to ensure perfect mechanical and electrical compatibility, guaranteeing reliable high-speed data transfer and power delivery for the intended wireless or peripheral device.
For optimal integration of the 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash, adherence to precise PCB footprint guidelines and a well-defined reflow soldering profile is crucial in high-volume manufacturing. The recommended footprint should precisely match the connector's pin pitch and pad dimensions, typically detailed in the connector's datasheet, to prevent bridging or insufficient solder joints. Utilizing a stencil with appropriate aperture ratios (e.g., 1:1 or slightly reduced for fine pitch) is vital for consistent solder paste deposition. For reflow soldering, a standard lead-free profile is generally suitable, with a preheat zone to ramp temperature gradually, a soak zone to activate flux, and a peak temperature within the manufacturer's specified limits (typically 235-245°C) for a short duration (e.g., 20-40 seconds above 217°C). A controlled cooling rate is also important to minimize stress on solder joints and components, ensuring robust mechanical and electrical connections for the 67-Pin M.2 NGFF Horizontal SMT Connector.
The 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash is engineered to maintain excellent signal integrity crucial for high-speed data transfer applications. Its compact design and precise pin-to-pin spacing minimize impedance discontinuities and crosstalk, which are critical factors in maintaining signal quality at gigabit speeds. The gold flash plating on the contacts provides a low-resistance interface, ensuring efficient electrical conductivity and minimizing signal loss or degradation. While the 0.5A current rating per pin primarily addresses power delivery and ground connections, the overall design, including optimized contact geometry and robust housing, contributes to stable signal transmission by reducing noise and electromagnetic interference. For applications involving PCIe Gen3/Gen4 or USB 3.0/3.1, careful PCB trace routing, impedance matching, and ground plane design around the 67-Pin M.2 NGFF Horizontal SMT Connector are also essential to fully leverage its inherent signal integrity characteristics.
The 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash is designed for reliable performance in both industrial and long-lifecycle consumer applications, offering a robust balance of mating cycle durability and environmental robustness. Typically, M.2 connectors with gold flash contacts are rated for a minimum of 60 mating cycles, providing ample durability for initial assembly, testing, and potential field upgrades or replacements over the product's lifespan. The gold flash finish itself significantly enhances corrosion resistance and ensures stable contact resistance over time, even in challenging environments. Furthermore, the SMT mounting provides a strong mechanical bond to the PCB, contributing to vibration and shock resistance. While specific operating temperature ranges (e.g., -40°C to +85°C) and humidity tolerances should be verified in the detailed datasheet, the inherent design principles of the 67-Pin M.2 NGFF Horizontal SMT Connector prioritize long-term reliability and consistent electrical performance in diverse operational conditions.
The gold flash plating on the 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash offers significant advantages for long-term reliability and conductivity compared to alternative contact finishes. Gold is an excellent conductor, providing consistently low contact resistance crucial for high-speed data signals and efficient power transfer. Its superior corrosion resistance prevents oxidation and tarnishing, which can degrade electrical performance over time, especially in humid or industrial environments. Unlike tin or nickel finishes that can suffer from fretting corrosion or whisker growth, gold maintains stable electrical contact even after numerous mating cycles. The 'flash' aspect refers to a very thin layer of gold, which is cost-effective while still providing these critical benefits. This ensures that the 67-Pin M.2 NGFF Horizontal SMT Connector delivers consistent, reliable connectivity throughout the lifespan of the electronic device, minimizing maintenance and maximizing operational uptime.
The horizontal orientation and compact design of the 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash are pivotal for optimizing space and facilitating efficient PCB layout in modern, densely packed electronic designs. By allowing the M.2 module to lay parallel to the PCB, this horizontal configuration minimizes the overall Z-height of the assembly, making it ideal for slim devices where vertical clearance is limited. This is a crucial advantage over vertical connectors, which can add significant height. Furthermore, its surface mount technology (SMT) eliminates the need for through-holes, freeing up valuable board real estate on inner layers for routing other critical signals or power planes. The precisely engineered footprint of the 67-Pin M.2 NGFF Horizontal SMT Connector ensures that it occupies minimal surface area, enabling designers to place other components in close proximity and achieve higher component density, ultimately contributing to more compact and feature-rich electronic products.
The 67-Pin M.2 NGFF Horizontal SMT Connector with Gold Flash features a 0.5A current rating per pin, which defines its typical power delivery capabilities and limitations. For M.2 modules, power is typically supplied through a limited number of dedicated power pins and ground pins, rather than distributed across all 67 pins. Assuming multiple power and ground pins are utilized, this connector can collectively deliver sufficient current for a wide range of M.2 modules, particularly those designed for wireless communication (Wi-Fi, Bluetooth) or low-power SSDs. For instance, if four power pins are rated at 0.5A each, the connector could theoretically supply up to 2A to the module. However, designers must refer to the specific M.2 standard and module's power requirements to ensure compatibility. While adequate for many applications, this rating might be a limitation for very high-power M.2 NVMe SSDs or other demanding peripherals that require significantly higher current draws, where a connector with a higher per-pin or total current rating would be more appropriate. Always cross-reference with the module's power specifications to prevent thermal issues or voltage drop across the 67-Pin M.2 NGFF Horizontal SMT Connector.
