Dante Interface Cards are also known as Dante Option Cards. Audio equipment is often designed with card slots to increase the flexibility of their device. The slots allow the user to buy and install the specific capabilities they need, and update as technology changes, without having to replace the entire piece of equpment. For example, many users started replacing CobraNet and other I/O cards with Dante interface cards when Dante became the most popular audio networking technology.
The DNET-DANTE is a Dante® Audio Networking Interfaces for integration into Digitclass equipment and is designed to provide OEM product developers a cost-effective way to incorporate Dante connectivity into a wide variety of products.
The IF-DA2 is a Dante interface card for Solid State Recorders SS-R250N/SS-CDR250N. Connection with 2 inputs and 2 outputs by mounting the IF-DA2 to the SS-R250N/SS-CDR250N for a Dante system.
Audinate dante legacy module with up to 32 bidirectional channels. Primary and secondary Ethernet interfaces for dual-redundant Dante networking.
Add up to 64 channels of low-latency digital audio using Dante (64 channels at 44.1 kHz or 16 channels at 192 kHz).
The DPA-DAC4 accessory card is designed to work in conjunction with DPA Series 4-channel amplifiers. The DPA-DAC4 is a 4-input Dante™ receiver that features digital audio transportation over standard IP networks.
The XC2 Dante IP Audio Interface is an internal module for all 52/XC2 cores, 52/XC2 concentrators and 52/XS2 cores.
IPE-DTE-1 Dante Option Card adds Dante audio to VLX and DTX Series.
The NXLK-IP45F is ideal for handling audio and video signals in IP-based live production environment.
The DGX6400-ASB-DAN is an audio switching board kit featuring direct Dante networked audio feeds to and from the Enova DGX 6400 enclosure.
E-DANTE64-HX is a Dante interface card for the Eclipse HX matrix systems (Omega, Median and Delta). It supports DANTE and is AES67 compatible, allowing users to transport up to 64 channels of high quality audio to multiple Dante-enabled devices using standard Ethernet network infrastructure