Description
Iris HDMI to IP Encoder for Marine MFDs | Boat Supply Store
Empower your vessel's navigation suite with the Iris HDMI to IP Encoder, designed to integrate non-marine video sources directly into compatible marine multi-function displays. This unit transforms any HDMI output from devices like onboard cameras, laptops, or media players into an IP video stream, recognized by chartplotters as a standard IP camera. It operates on a low power budget, drawing less than 200mA at +12VDC, and employs efficient H.265/H.264 compression for optimal bandwidth utilization. This makes it an indispensable tool for enhancing situational awareness on a sportfishing boat during offshore runs or for monitoring onboard activities.
Key Features
- Seamless Integration Converts any HDMI video source into an IP stream for compatible marine MFDs.
- Broad Compatibility Works with Raymarine, Simrad, B&G, and Furuno chartplotters.
- IP Camera Emulation Treats HDMI inputs as network IP cameras for simplified MFD recognition.
- Efficient Compression Utilizes H.265/H.264 for reduced bandwidth consumption.
- Versatile Input Handling Displays HD video from cameras, laptops, or media players.
- Network-Wide Viewing Allows video to be viewed on all connected, compatible displays.
- Low Power Operation Consumes less than 200mA at +12VDC.
- Audio Support Transmits audio along with video signals.
Specifications
| Product Specifications | |
|---|---|
| Input Type | HDMI |
| Output Type | IP (RTSP) |
| Compression Standards | H.265/H.264 |
| Power Requirement | +12VDC |
| Current Draw | < 200mA |
| Audio Support | Yes |
| Dimensions | Compact Design |
Who This Is For
Marine vessel owners and operators with compatible Raymarine, Simrad, B&G, or Furuno chartplotters seeking to integrate external HDMI video sources. This device is ideal for those who wish to display video from cameras, laptops, or media players as IP camera streams on their existing MFD network.
How It Compares
| Feature | Iris HDMI to IP Encoder for Marine MFDs | RTSP |
|---|---|---|
| Video Input Type | HDMI | Composite Video, Integrated Camera Sensor |
| Output Protocol | IP (RTSP) | IP (proprietary Garmin network), IP |
| Primary Function | HDMI to IP Encoder | Analog Camera Power & Connection Module, Network IP Camera |
| Compatibility | Raymarine, Simrad, B&G, Furuno | Garmin MFDs, Any IP camera compatible device |
| Power Consumption | < 200mA @ +12VDC | Typically < 10W, Typically < 5W |
| Audio Support | Yes | No, Yes |
Common Concerns Answered
What is the return policy for this product?
This product cannot be returned to the original point of purchase. For any issues, please contact the manufacturer directly.
Is the configuration complex?
Configuration can be complex for users unfamiliar with IP networking and RTSP. A basic understanding of IP networking and MFD configuration is recommended for optimal setup.
Can I use this for sources other than cameras?
Yes, this encoder is suitable for sources other than cameras, including laptops or media players, as long as they provide an HDMI output.
Frequently Asked Questions
How does the Iris HDMI to IP Encoder work with my chartplotter?
The encoder converts the HDMI signal from your source into an IP video stream that your compatible chartplotter recognizes as an IP camera, displaying it on the MFD screen.
What chartplotter brands are compatible with the Iris HDMI to IP Encoder?
The encoder is compatible with Raymarine, Navico (Simrad / B&G), and Furuno chartplotters.
Can I use this encoder to display video from a camera with an HDMI output on my chartplotter?
Yes, absolutely. The primary function of this encoder is to convert an HDMI video source, such as a camera's output, into an IP stream viewable on compatible chartplotters.
What video compression standards does the Iris HDMI to IP Encoder use?
The encoder utilizes efficient H.265 and H.264 compression standards for its IP video streams.
What is the power consumption of the Iris HDMI to IP Encoder?
The encoder operates on a low power budget, drawing less than 200mA when powered by a +12VDC source.
