2 Channel Bluetooth over Dante® Converter Wall Plate (US 1-Gang)

How many Bluetooth devices can connect to the VLDT-BT2WPUS at once?

The VLDT-BT2WPUS supports simultaneous connection of up to 2 Bluetooth devices at the same time. Both connected devices are active and can be managed through the front-panel PAIR button or web GUI. This dual-connection capability is particularly valuable in conference rooms and classrooms where two presenters need to be ready to switch between devices without the delay of disconnecting and re-pairing. Volume control, track navigation, and pause functions are available from each connected device independently.

What Bluetooth codecs does the VLDT-BT2WPUS support?

The VLDT-BT2WPUS supports five Bluetooth audio codecs: SBC (standard Bluetooth audio), AAC (used by Apple devices for higher quality than SBC), aptX (Qualcomm standard for CD-quality wireless audio), aptX-LL (aptX Low Latency for applications requiring minimal wireless delay), and aptX-HD (high-definition Bluetooth audio up to 192kHz/24-bit). The device and connected source automatically negotiate the highest-quality mutual codec. For applications requiring lowest wireless latency, aptX-LL is recommended. For highest audio quality from compatible sources, aptX-HD delivers the best fidelity into the Dante® network.

Does the VLDT-BT2WPUS require a separate power supply?

No separate power supply is required when connected to a PoE-capable network switch. The VLDT-BT2WPUS is powered via IEEE 802.3af PoE (Class 0) through the same RJ45 cable that carries the Dante® network — a single Cat6 cable provides both power and network connectivity. For installations where the network switch does not support PoE, a 12V DC / 1A power supply can be connected via the 2-pin 3.5mm Phoenix connector (DC adapter not included). Power consumption is a very modest 1.8W maximum, compatible with virtually any PoE switch port.

Can I configure the Bluetooth device name shown during pairing?

Yes, the Bluetooth broadcast name is fully configurable through the built-in web GUI, accessible from any browser on the same network. This is particularly important in multi-room deployments where multiple VLDT-BT2WPUS units are installed — each unit can be named to reflect its location (e.g., "Conference Room A," "Lecture Hall 201," "Ballroom Stage") so users can immediately identify the correct device to pair with. Name changes take effect immediately and persist through power cycles.

What latency should I expect from Bluetooth audio through the VLDT-BT2WPUS?

Bluetooth audio latency depends on the codec used. Standard codecs (SBC, AAC) typically introduce 100–200ms of wireless latency — acceptable for presentation audio and voice content where lip-sync with video is not required. The aptX-LL codec reduces Bluetooth latency to approximately 40ms or less from supported source devices, making it the recommended codec for applications where synchronization with on-screen content matters. Once the Bluetooth audio enters the Dante® network, additional configurable Dante® device latency of 2–10ms applies.

Does the VLDT-BT2WPUS work with AES67 systems?

Yes, the VLDT-BT2WPUS supports AES67 RTP audio transport, the international interoperability standard for networked audio. This allows the VLDT-BT2WPUS to interoperate with networked audio systems from other manufacturers — including Ravenna, Livewire, Q-LAN, and other AES67-compatible platforms — in addition to native Dante® devices. This makes it a versatile BYOD audio interface for mixed-protocol environments such as broadcast facilities or performance venues where multiple networked audio platforms coexist on the same network.

How do I integrate the VLDT-BT2WPUS with a control system?

The VLDT-BT2WPUS supports TCP/IP API control for integration with third-party AV control systems — including Crestron, AMX, Extron, and other IP-controllable platforms. This enables control system programmers to trigger Bluetooth pairing, switch inputs, adjust volume, and manage device state from a centralized control system without requiring physical access to the wall plate. The built-in web GUI provides full management from any browser, and Dante® Controller manages all audio routing and latency configuration.

What is the difference between the VLDT-BT2WPUS and a standard Dante audio wall plate?

Standard Dante audio wall plates such as the VLDT-XL22WPUS convert wired analog XLR microphone or line-level inputs into Dante® network audio — requiring physical cable connections from microphones or other analog sources. The VLDT-BT2WPUS converts Bluetooth wireless audio into Dante® instead, enabling completely cable-free source connectivity from any Bluetooth-capable device. The VLDT-BT2WPUS is the right choice for BYOD applications where presenters use their own devices. Many installations deploy both types in the same facility: Bluetooth wall plates for presenter positions and XLR wall plates for fixed microphone positions.

Why Choose Dante® Networking for Professional AV?

Dante® has become the de facto standard for professional networked audio because it runs on standard Gigabit Ethernet infrastructure that most facilities already have in place. Where traditional analog or AES3 digital audio requires dedicated point-to-point wiring for every connection, a single Cat6 cable running to a network switch can carry hundreds of Dante® audio channels simultaneously, dramatically reducing installation complexity and cost.

For AV integrators and system designers, Dante® delivers key practical advantages: any Dante® device on the network can send audio to any other Dante® device without physical rewiring; routing changes are made entirely in software using the free Dante® Controller application; and the open ecosystem of over 600 manufacturers means console, DSP, amplifier, recorder, and bridge products from different brands interoperate seamlessly. The VLDT-BT2WPUS extends this ecosystem to include wireless Bluetooth devices — enabling any smartphone, tablet, or laptop to participate in a professional Dante® audio infrastructure without a single cable.