Description
The Mini-XLR Power Harness is designed to supply power to AJA Mini-Converters and active faceplates. It converts on-device Mini-XLR power to a Mini-Con-X output on the harness, enabling use with AJA power supplies. The harness consolidates multiple Mini-XLR connections into a single Mini-Con-X feed for simplified power distribution.
Key features include six Mini-XLR female connectors and one Mini-Con-X female connector to serve active faceplate power needs. The harness converts the device Mini-XLR power format to the Mini-Con-X output used by AJA converters. This layout reduces the need for multiple individual adapters and supports tidy rack installations.
Technically, the harness implements direct power conversion and distribution without signal conversion or data handling. It provides six separate Mini-XLR female connections and a single Mini-Con-X female connector as specified. Cable length is not specified by the manufacturer and users should account for routing and reach when planning installations.
Connectivity is straightforward: plug the Mini-Con-X connector into the compatible AJA power supply or converter, and deliver power to up to six Mini-XLR female inputs on your devices. The harness is compatible with AJA Mini-Converters and AJA power systems that use Mini-Con-X and Mini-XLR power interfaces. No additional control or signal wiring is required for power distribution.
Typical use cases include powering multiple active faceplates on a production rack, consolidating power feeds for field deployments, and simplifying power distribution in broadcast carts. The harness is useful where centralized AJA power supplies are used and multiple Mini-XLR powered modules must be served. It helps reduce cable clutter and speeds system setup and teardown.
Installation is simple and requires no configuration – connect the Mini-Con-X and route the Mini-XLR outputs to target devices. The harness is constructed for professional AV environments and integrates with standard AJA cabling practices. Durable connectors and straightforward connectivity make it suitable for repeated installation cycles and operational use.