In case you do connect both cables, they will automatically switch to the one you inserted last. Other TVs will allow you to choose which audio cable you want to use if you have both of them plugged in. But they still won’t let you use both at the same time.
Do I need both HDMI ARC and optical?
In short, if you have HDMI ARC on both your TV and soundbar, then use HDMI ARC. If you don’t have HDMI ARC, then use digital optical. Most soundbars support less than 5.1 channels of audio, so in terms of audio quality, there isn’t really a difference.
Should I use HDMI or ARC?
HDMI ARC is useful for setups that have external speakers for audio, such as soundbars or home theatres. However, if you don’t have any other speakers, and you mainly use your TV’s speakers, HDMI ARC is not really needed. ARC was designed so you can use one remote to control all of your audio devices.
When should I use ARC HDMI?
HDMI ARC: What you can do Connect your soundbar to the TV using the designated ARC-capable port, and you can use it for every device that connects to the TV, including Blu-ray players, game consoles and other devices. And it does that through the TV itself, instead of requiring a separate audio receiver.
Does it matter what HDMI cable I use for ARC?
Using HDMI ARC does not require a new HDMI cable. Any HDMI cable should be able to cope with the requirements – it’s only when we move on to eARC this could (potentially) become an issue.
Is it better to connect soundbar with HDMI or optical?
Both cables can be had pretty cheap. The biggest difference is that HDMI can pass higher-resolution audio, including the formats found on streaming services such as Dolby Atmos and DTS HD Master Audio. These formats can’t be transmitted across optical. In terms of simplicity, HDMI also passes video signals.
Does soundbar need HDMI ARC?
If you want to connect your soundbar using HDMI, your TV will need to support ‘HDMI-ARC’ – it stands for ‘Audio Return Channel’ and means the audio can travel in both directions along the cable.
Which connection is best for soundbar?
HDMI: The Best Way to Connect a Soundbar to a TV The best way to connect your soundbar to your TV is with an HDMI cable. This is because HDMI transfers audio digitally, which means it will be raw and uncompressed. Also, HDMI cables can handle the most high-end soundbars, including ones that support surround sound.
Can you use HDMI and optical audio at the same time?
You will be able to insert both – optical and HDMI cord and have the audio and video signals coming through both of them.
Do all HDMI ports support ARC?
All HDMI cables support ARC. Yes, ARC works on your standard, everyday, run-of-the-mill HDMI cable. No special version is needed. If an HDMI cable is marketed as “ARC compatible,” it’s just a gimmick.
Can you get Dolby Atmos through ARC?
Most Dolby Atmos audio can be played through HDMI-ARC using the Dolby Digital Plus codec. HDMI-eARC is required to play lossless Dolby Atmos audio using the Dolby TrueHD codec.
How does HDMI ARC work with a soundbar?
HDMI ARC is designed to reduce the number of cables between your TV and an external Home Theatre System or Soundbar. The audio signal is capable of traveling both ways to and from the speakers, which will improve the sound quality and latency of the signal.
How do I use HDMI soundbar with ARC?
Follow the steps below to connect your ARC TV to the soundbar: 1 Connect one end of an HDMI cable to the HDMI OUT port on the back of the soundbar. 2 Connect the other end of the HDMI cable to the ARC HDMI IN port on your TV. 3 Power on any external device connected to your TV, and then power on your TV and soundbar.
How do I know if my HDMI port is ARC?
ARC and eARC compliant HDMI ports are normally labeled with the letters “ARC” or “eARC” for easy identification. Check your TV’s HDMI ports to see if ARC or eARC is printed on any of these ports. *Note: Most TVs only have one HDMI ARC or eARC port.
Should I use ARC HDMI for gaming?
Finally, ARC HDMI enables you to enjoy the full capabilities of your Dolby digital surround sound. In most cases, connecting your gaming console or DVD player to the TV directly will reduce the quality of sound.
Can you use HDMI ARC and optical audio at the same time?
Say your monitor or TV doesn’t allow you to use both HDMI and optical cables at the same time. Thankfully, it’s still possible to transmit audio signals from your device with the help of an audio extractor/splitter. Using an audio splitter is an easy way to use amplifiers and receivers without HDMI ports.
Do I need to use an optical cable with HDMI?
HDMI cable Most soundbars and TVs have an HDMI port. Keep in mind you need to use an HDMI ARC or eARC cable and port. If you don’t have this, you’ll need an optical cable in addition to an HDMI cable. With an HDMI 2.0b cable, you can transmit the sound of your television to your soundbar.
What is better for surround sound HDMI or optical?
In terms of audio quality – HDMI wins While an optical cable can still pass surround sound and super high-quality audio, thanks to the added bandwidth in the latest HDMI versions (2.0) you’ll be able to pass higher resolution and audio.
Do you need optical cable for soundbar?
What is better for surround sound HDMI or optical?
In terms of audio quality – HDMI wins While an optical cable can still pass surround sound and super high-quality audio, thanks to the added bandwidth in the latest HDMI versions (2.0) you’ll be able to pass higher resolution and audio.
Is ARC best for soundbar?
The point of ARC is to send audio created by or switched through your TV to an external audio device, namely a soundbar or receiver. And because the sound on most TVs is terrible, we strongly recommend getting at least a soundbar to improve the TV experience.
Do I need a special HDMI cable for eARC?
Not all HDMI cables can let you experience the full capacity of eARC. Some HDMI cables do not have enough bandwidth to carry high-frame-rate video and high-bit-rate audio channels. However, high-speed HDMI cables with Ethernet are enough to support eARC, just like the next generation Ultra-High-Speed HDMI Cables.
