Digi-Wave Connect. Audio BO box Digi-Wave DLT 400 trans and DLR 400 RCH

The Williams AV Digi-Wave Connect is a focused audio link for transmitting audio between a local system and Digi-Wave groups. Its integration points include an XLR 3-pin female audio line input, an XLR 3-pin male audio output, and a USB 3.1 C connection specified for a DLT 400 device. The unit measures 5.43” high by 1.48” wide by 2.125” deep and weighs 0.45 pounds, providing a clearly documented footprint for system planning.

Ideal Use Cases

Digi-Wave Connect is intended for installations that need to exchange audio between an existing local system and a Digi-Wave group. It is especially relevant when the local audio path uses the specified XLR connections and the Digi-Wave portion of the system uses a DLT 400. Its compact dimensions allow integrators to account for the unit without allocating a large equipment area, while its 0.45-pound weight makes it practical for configurations where equipment size and weight must be carefully managed.

Why Choose This Model

This model provides a concise set of connections for a specific integration task. The XLR 3-pin female line input establishes the incoming audio connection, while the XLR 3-pin male output provides the corresponding output point. A USB 3.1 C connection supports the specified DLT 400 link. These documented interfaces make it possible to evaluate compatibility before installation. The unit also operates from 5VDC at 1.2A and carries RoHS, CE, and UKCA approvals. A two-year warranty is specified.

Installation and Integration

Installation planning begins with the local audio path. Connect the appropriate line signal to the XLR 3-pin female input and use the XLR 3-pin male output for the required outgoing audio connection. The DLT 400 connection uses USB 3.1 C, while power must meet the stated 5VDC, 1.2A requirement. The device dimensions are 13.79 by 3.76 by 5.39 centimeters, corresponding to 5.43 by 1.48 by 2.125 inches. These measurements should be considered when determining placement and cable routing within the local system.

The supplied specifications do not identify network, wireless, or projector-related setup requirements. Integration should therefore be planned around the documented XLR audio connections, the USB 3.1 C DLT connection, and the specified DC power requirement. Package contents and mounting options are not listed in the available product data.

Performance Highlights

The central performance benefit is the ability to transmit audio between the local system and Digi-Wave groups through a dedicated connection device. Its audio pathway is defined by separate XLR line input and output connectors, while the DLT 400 receives its specified connection through USB 3.1 C. The compact physical format supports installations where space is limited, and the low listed weight reduces the physical load added to an equipment arrangement. Power requirements are explicitly documented, helping installers select a suitable 5VDC, 1.2A power source.

What Makes It Different

Digi-Wave Connect is distinguished by its specialized role within a Digi-Wave audio configuration. It combines local-system audio input and output connections with a connection specifically identified for the DLT 400. The result is a single, compact interface with defined XLR and USB connection types rather than an unspecified collection of ports. Its international approvals provide additional documentation for system planning, and the two-year warranty establishes the stated coverage period for the product.

Final Assessment

The Williams AV Digi-Wave Connect DWD 401 is a strong match when a project requires a compact audio interface between a local system and a Digi-Wave group using a DLT 400. Buyers can evaluate the installation against concrete requirements: XLR 3-pin female input, XLR 3-pin male output, USB 3.1 C DLT connectivity, and 5VDC 1.2A power. With compact dimensions, a 0.45-pound weight, RoHS, CE, and UKCA approvals, and a two-year warranty, it offers a clearly specified foundation for this focused connection task.