
Neutrik NC7MXX 7-Pin XLR Male Connector
Premium XLR Connector for Professional Audio Applications The Neutrik NC7MXX is a high-quality 7-pin XLR plug designed for professional audio connectivity. Featuring silver-plated contacts and a robust metal body, this connector ensures reliable signal transmission and durability. Ideal for use i...
*Price sourced from Amazon.com. Last updated:Jul 13, 2026.Price and availability are subject to change.
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Overview
Premium XLR Connector for Professional Audio Applications
The Neutrik NC7MXX is a high-quality 7-pin XLR plug designed for professional audio connectivity. Featuring silver-plated contacts and a robust metal body, this connector ensures reliable signal transmission and durability. Ideal for use in microphones, audio interfaces, and other audio equipment, the NC7MXX delivers exceptional performance and longevity.
Specifications:
- Connector Type: XLR
- Gender: Plug
- Number of Contacts: 7
- Contact Plating: Silver Plated
- Body Material: Metal
Key Features
Price For
: XX
Specifications
Pros & Cons
👍 Pros
- This Neutrik NC7MXX connector features a robust metal body, ensuring durability and protection for the internal components.
- Equipped with 7 contacts, it provides versatility for complex audio or data connections requiring multiple signals.
- Silver contact plating on the pins contributes to reliable electrical conductivity and signal integrity.
- As part of the XX Series, it likely benefits from Neutrik's established design for professional-grade connectors.
- Designed for cable mounting, making it suitable for custom cable assemblies and repairs.
👎 Cons
- This is a male-only connector, meaning a corresponding female connector is required for a complete connection.
- The 7-pin configuration is specific and may not be compatible with standard 3-pin or 5-pin XLR setups without an adapter.
- As a component, it requires assembly into a cable, which might not be suitable for users seeking a ready-to-use solution.
- The metal body, while durable, might be heavier than plastic alternatives, which could be a consideration for certain portable applications.