There are hundreds of different cameras that will work with Omnia. In terms of compatibility with Omnia, what's important is not usually the specific brand and model, but rather the type of output your camera has and how that connects to your encoding software or hardware. Most cameras do not connect directly to Omnia; most cameras you will need to connect to an encoder, switcher, or capture card and the encoder is what sends the video stream to Omnia.

Please see our recommended encoders to find out which encoders are best to use with Omnia Livestream.

There are several types of cameras that are the most commonly used and the easiest to use for streaming to Omnia:

  1. Built in webcams or USB connected cameras (Easiest to setup)
  2. HDMI cameras (Most cost-effective)
  3. SDI cameras (Highest Quality)
  4. Component or composite (analog) output cameras (Older standard definition)

Many cameras may be capable of multiple output types. For example, your camera may be able to output both analog component and HDMI output.

Built in webcams and USB connected cameras

If you use a modern Video Encoder, these programs should automatically recognize your built-in webcam or any USB-connected cameras. Our favorite USB camera is the Logitech C920. This camera usually costs less than $100 USD and has great HD quality.

Encoders that work with built-in / USB cameras

  • Wirecast
  • OBS
  • Adobe Live Media Encoder

Pros and Cons of Built-in / USB webcams


  • Low cost
  • Easy or no setup involved
  • Can connect directly to most computers, no capture cards or boxes required
  • Usually no batteries or AC power required, can be powered directly from computer


  • Typically lack zoom, manual focus, iris, white balance and gain controls required for more precise shots
  • No ability to upgrade lensesNo ability to record locally
  • No ability to input professional audio and pass through to encoder

HDMI cameras

Most Recommended Camera for Churches new to Livestream

We have heard great reviews from both the cost and power of the Canon VIXIA HF R800 Camcorder. It's a great low budget camera that packs quite a punch! This is our Most Recommended Camera out there for those on a strict budget. You will still need an HDM capture card or box to connect to the computer, as mentioned below.

Cameras with HDMI output are a great choice because there are many inexpensive models available that shoot and record in HD and output over HDMI. Click here to shop for cameras currently available at B&H Photo/Video with HDMI output.

These types of cameras can be used with an HDMI capture card or box, our current favorite is the Blackmagic Design Intensity Shuttle.

Another option for HDMI cameras is the Teradek VidiU. This portable encoder allows you to stream from any HDMI camera over 4G, WiFi or Ethernet.

Encoders that work with HDMI cameras
Adobe Live Media Encoder
NewTek Tricaster 455, 855, 8000 (with additional HDMI to SDI converters)
Teradek VidiU / Cube

Pros and Cons of HDMI Cameras


  • Wide range of options, from affordable entry-level camcorders to professional, full-featured cameras
  • Widely available and easy to buy
  • Easy to convert to SDI for more capture / encoder options


  • Might require conversion to SDI for compatibility with some switchers and encoders
  • Cannot do cable runs as long as SDI
  • Cables do not lock, can get disconnected if you are not careful
  • Some consumer-level HDMI connections have built in copy protection which will prevent signal transfer

SDI output cameras

SDI output cameras are the most professional, and typically the most expensive option. SDI cameras are common in professional video productions because SDI cables lock into place, offering a secure connection. In addition SDI cables are the best for long cable runs. With USB, Analog and HDMI cables you can only go about 20 feet (maybe up to 50 feet in ideal conditions) before you start to run the risk of video image quality loss or interference. With SDI cables, you can do much longer cable runs without fear of interference. Because cameras with direct SDI output can be expensive, many people choose to use HDMI ouput cameras and then use an HDMI to SDI converter. An HDMI cable can run out of the camera into a converter which is located on the tripod of the camera, or right near it. This way you only have a short HDMI cable run out of the camera and then from the converter to your switcher or encoder you can run SDI cable.
Keep in mind that you may need an HDMI to SDI converter. You can find some great BlackMagic Mini Converters

SDI Camera Recommendations

Canon XA35 Professional Camcorder

Sony PXWX70 HD422 Hand Held Camcorder

Encoders that work with SDI cameras

  • Wirecast (with additional capture cards or boxes)
  • NewTek Tricaster 455, 855, 8000
  • Teradek Cube

Pros and Cons of SDI Cameras


  • Most professional and robust connection type
  • Can do the longest cable runs
  • Locking connectors
  • Most common connection type for capture cards and encoders


  • Cost
  • Advanced technical knowledge needed to get the most of out them

Component or composite (analog) output cameras

Most cameras have some option for analog output. Typically it is a proprietary connector type on the camera end and a standard "RCA" type connection on the other end of the cable. Many switchers and capture cards accept analog connections, so these can be a good choice for maximum compatibility. The downside on analog cables is that you run a higher risk of interference or video quality loss, the longer you run the cables. Using high quality shielded cables and keeping your cable runs short can help avoid this.

Encoders that work with analog cameras

  • Wirecast (with additional capture cards or boxes) 
  • OBS
  • Adobe Live Media Encoder
  • NewTek Tricaster 40 

Pros and Cons of analog cameras


  • Very common connection type, available on almost any camera, new or old
  • Lowest cost, particularly with all the older used cameras available
  • Easy to source and replace cables and cameras
  • Relatively easy to find capture cards, switchers and encoders that support this connection type


  • Many analog connections only support SD resolution. Only newer cameras support HD over analog component connections
  • Not recommended for long cable runs. Analog cables can be prone to interference and signal degredation.
  • Most camera brands have proprietary connectors on the camera, these cables are not as easy to replace and typically you need to connect an additional cable to reach your switcher or encoder
Did this answer your question?