

Why it belongs here
A confident final check before the cart.
The Cloud CDI-CV8 is an 8-channel Dante input card designed exclusively for the Cloud CVA8125 multi-channel power amplifier. By adding this card, installers can bring native Dante audio networking directly to the amplifier, enabling clean, efficient distribution of multiple audio feeds over standard Ethernet infrastructure. The CDI-CV8 allows Dante-enabled mixers, DSPs, paging systems, and media players to deliver digital audio straight to the amplifier channels, minimizing analog cabling and associated noise or signal loss. Commissioning is straightforward using Audinate’s Dante Controller software, which provides automatic device discovery, channel naming, and flexible routing. Engineers can map up to eight Dante input channels to the CVA8125’s outputs to build multi-zone systems with ease. The result is a scalable backbone that supports future expansion, simple reconfiguration, and fast troubleshooting in live or installed environments. Integrating the CDI-CV8 inside the amplifier keeps installations tidy and secure, while making room racks cleaner and more serviceable. Whether deployed in retail, hospitality, corporate offices, education facilities, or leisure venues, the card helps standardize on Audio-over-IP workflows that are easy to manage and reliable in day-to-day operation. Because audio is carried as digital data on the network, system designers gain long-distance coverage across structured cabling without the compromises common to long analog runs. Built to Cloud’s standards for dependable commercial audio, the CDI-CV8 is a logical upgrade path for projects that require modern networked audio transport with the CVA8125. It delivers the essential Dante connectivity needed to streamline installations, reduce complexity, and maintain consistent audio performance across distributed systems.
Technical specifications
Specifications
| AES67 Support | Not specified |
|---|---|
| Alternate Name | N/A |
| Application | Multi-zone systems |
| Audio transport | Dante |
| availability | Not specified |
| Bit Depth | Not specified |
| Brand | Cloud Electronics |
| Brand origin | United Kingdom |
| Channel Count | 8 |
| Channel Type | Inputs |
Product details
- Name
- Cloud CDI-CV8 8-Channel Dante Input Card for CVA8125
- Brand
- Cloud Electronics
- Model
- CDI-CV8
- SKU
- CDI-CV8
- MPN
- Not supplied
- Commerce action
- enquiry-only
Product copy, images, availability cues, and policy labels are drawn from Audico's catalogue records.
Visible-price products are prepared for cart handoff; complex or POA products route to Audico guidance.
Category 311 within Uncategorised.
Compatibility engine
Check the fit before you buy.
Best assessed as category 311 for the customer's actual room, source and budget.
Works well with
- Speakers with a suitable impedance and sensitivity match.
- Streaming sources, TV audio, turntable or network player depending on inputs.
- Audio interface, mixer or USB host matched to the microphone type.
- Boom arm, pop filter, headphones and monitoring path for creator setups.
Check first
- Confirm speaker count, room size and source requirements.
- Check HDMI, phono, subwoofer and multi-room needs before purchase.
- Confirm USB versus XLR, phantom power and stand mounting.
- Check room noise and monitoring needs before choosing a mic.
Specialist-confirmed product: pricing and fit should be checked before ordering.
AI compare
Compare nearby options.

Product images
Product details
- Name
- Cloud CDI-CV8 8-Channel Dante Input Card for CVA8125
- Brand
- Cloud Electronics
- SKU / MPN
- CDI-CV8 / —
- Breadcrumb world
- Uncategorised
You may also like
Related products


AMC
AMC ICOM 2X20 - Communication Amplifier
R 5 016,00R 5 570,00
Limited availabilitySame category or brand
Lab Gruppen
Lab Gruppen E8:2 Commercial Amplifier 2 channels | 800 W | Class D
R 20 990,00
AvailableSame category or brand
Lab Gruppen
Lab Gruppen - Lucia 120/2M - Compact 2 x 60W Matrix Amplifier for Installation Applications
R 8 990,00
Limited availabilitySame category or brand