Audio cable for sound bar: Which cable do you need to connect a soundbar to your TV? – Coolblue

Which Is Better and Why?

Like many of you, I use my family room for all kinds of
entertainment. From watching Blu-ray movies and streaming the latest shows on
Netflix to participating in massive Call of Duty battles with my PS4 and
blasting Spotify as I clean the surrounding area – my sound system gets a lot
of use. One of the first pieces of equipment I invested in while building my
home theater system was a Soundbar. When researching which Soundbar to buy, I
came across both HDMI and Optical versions. This led me to question which type
is better.

So which is better: an HDMI or Optical Soundbar? HDMI and Optical Soundbars offer quality audio as part of a home theater system or as a stand-alone speaker system. However, HDMI Soundbars allow for video and audio usage making them a better option when used in conjunction with your television, Blu-ray player, game consoles and much more.

Both HDMI and Optical Soundbars offer quality sound.
However, the subtle differences between the two can affect which type is better
for your personal needs. Let us take a look.

What Is a Soundbar?

LG LAS260B Soundbar. Picture by Santeri Viinamäki [CC BY-SA 4.0]

A Soundbar is an all-in-one, compact and centrally located speaker system. Soundbars are often known for their high-quality sound outputs. They go above and beyond the sound played through your television’s speakers.

Soundbars may be used as part of a full surround sound system, but can also be used as stand-alone speakers. When used alone, they offer quality sound without taking up as much space as a full surround sound system. They are simple to set up and have become essential in homes across the country.

(If you want to learn more about what a Soundbar is, my Complete Soundbar Buyer’s Guide can help you evaluate what these devices have to offer and how they fit into your home theater.)

HDMI (ARC) vs Optical – What is the Difference?

When I talk about HDMI vs
Optical Soundbars, I am referencing the types of cables used to relay the audio
from your source device to your Soundbar. The differences between these two types
of Soundbar cables are subtle but worth considering.

HDMI
Soundbars

High-Definition Multimedia Interface (HDMI) cables are one of the most common types available today. In fact, they have become a universal cable used on almost all modern devices. They are a staple for many different home theater systems and provide quality, reliable and consistent sound and video.

HDMI cables relay both audio and video signals between devices. This makes them easy to use. It also means you need fewer cables to connect your devices and start enjoying them.

You Must Use HDMI ARC to Connect from a TV to Soundbar

When connecting an HDMI cable from a TV to a soundbar (more on this configuration in our guide), you must use the TV’s HDMI ARC input. HDMI ARC (Audio Return Channel) sends the audio signal from the TV to the soundbar. An HDMI ARC port can be used as a regular HDMI input, but as mentioned, it doubles as an audio output.

Optical
Soundbars

A Digital Optical cable, also referred to as an Optical
cable, will produce a reliable and consistent sound. In fact, some have claimed
that Digital Optical cables relay slightly better sound than an HDMI cable. These
types of cables work through using a pulsing wave of light to relay audio
signals from a source to a receiving device.

Optical cables are popular choices for those with a home theater system as they do provide quality sound. Optical cables, however, only relay audio. This means you will need an additional cable to relay video and images between your devices.

That said, the one you have available may be too short or damaged. If that’s the case, you can simply buy a replacement, or, for the people after a truly refined setup, you can reference this external guide on how to splice your own fiber-optic cable to the exact right length.

Comparing the
Specs

When considering which Soundbar is best for you, you need to
consider some personal factors and preferences. For the most part, this
includes your input options as well as the placement of your Soundbar.

Input Options

You need to consider the type of inputs and ports your
devices have. This includes both your source media device and your Soundbar.
Certain devices may not include an HDMI port. Others may only allow for HDMI
cables. If your device does not allow for the use of an HDMI cable, you need to
make sure you have the proper video cables needed to relay images between your
television and devices as well.

This may seem like an obvious spec, but you would be
surprised how many times people make a purchase expecting a certain type of
connection only to find out their device does not actually allow for that
cable.

The Bottom Line:
Most Blu-ray, game consoles, and similar devices do allow for HDMI cables.
However, Digital Optical cables can provide sound that is equally as good if
your device does not allow for HDMI use. Additionally, if you are looking only
to relay sound – a Digital Optical cable can provide exactly that without
having to stream video signals between devices.

Soundbar
Placement

You need to consider where you will place your Soundbar as well, for instance, putting it behind the TV is a bad choice for reasons we’ve explained before.  One of the most common reasons for using a Soundbar is to minimize the footprint of your home theater system.

A Soundbar offers a sleek, minimalistic approach to sound. Using an HMDI cable can help keep with this minimalistic approach as only one cable will be needed to relay sound and video signals. A Digital Optical model, however, will mean you may need more wires if you plan on relaying images to your television. If you are just looking to stream sound from your entertainment system, however, a Digital Optical cable can do that for you.

The Bottom Line: HDMI
Soundbars keep both your space and cabling requirements minimal. A single wire
is easier to hide than the multiple ones you may need if you opt for an Optical
model.

Recommended HDMI and Optical Soundbars

There are many different Soundbars available today. While I have dedicated buyers’ guides on which Soundbars and speaker systems, the two best HDMI and Optical Soundbars models you find below are both highly recommended products. Both will work well as stand-alone Soundbars or as part of a full home theater set up.

Yamaha YAS-207BL Soundbar (HDMI Model)

The Yamaha Audio YAS-209BL Soundbar System, has a lot to offer. It connects wirelessly to the included subwoofer, which helps your sound remain true and crystal clear no matter what tone is used. Reviews across many different sources help make this one of the most highly regarded HDMI Soundbars available today that will not break the bank.

The YAS-209BL allows for HDMI and optical inputs. This makes it usable with almost all of your home theater devices. In addition to that, this wall-mountable Soundbar measures 36-5/8 × 2-1/2 × 4-1/4 inches.

Sony 2.1-Channel Soundbar System (Digital Optical Model)

The Sony 2.1-Channel Soundbar System, Model HT-CT290, is one of the best budget-friendly options available for those looking for an optical model. Ultra slim, this Soundbar offers 300W of power. It also connects wirelessly to the included subwoofer; this helps to ensure those deep tones are rich and well developed. Wall-mountable, this Soundbar has repeatedly received great reviews from users of all kinds.

The HT-CT290 includes both optical cable and USB ports. It
supports many different audio formats, including various Dolby signals. The
Soundbar itself measures 35.5 inches long, 2.1inches high and 3.4 inches deep.

Related
Questions

What cable do I need
for Dolby Digital sound?
Both HDMI and Optical cables will relay Dolby
Digital sound waves between your source device and receiver or speakers. However,
if you are looking to play Dolby TrueHD or DTS-HD caliber audio, Optical cables
will not support this. HDMI, on the other hand, will.

How to Connect an Optical Cable



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By

Paul Brant



/ Updated: June 6, 2023


Optical audio can sound great, but how do you wire an optical cable to your system? Learn how to connect an optical cable to your TV, soundbar and home theater.

Optical audio connections can be a great way to improve the audio for movies and TV shows.

When it comes to better sound, your TV speakers aren’t going to cut it. Therefore, the best way is to connect your TV to a soundbar or home theater system.

There are several ways to do this, but if your equipment has optical audio connections, this can be a great way of wiring everything together.

While using optical audio to plug in your gear is relatively easy, there are a couple of gotchas that you should know.

So follow this guide and learn how to plug in an optical audio cable to your TV, home theater system, cable box or soundbar.

Table of Contents

  1. How to Plug in an Optical Cable
    1. Check if the Optical Output Connector Has a Protective Cap
    2. Find the Optical Input Connection on Your Home Theater Amplifier or Soundbar
    3. Connect the Optical Audio Cable to Your TV or Cable Box
    4. Connect the Optical Audio Cable to Your Amplifier or Soundbar
    5. Turn on Your TV or Cable Box
    6. Turn on Your Amplifier or Soundbar
  2. Which Optical Cable Should You Buy?
  3. Frequently Asked Questions
    1. What if Your TV Does Not Have an Optical Output?
    2. Can You Use HDMI and Optical Audio at the Same Time?
    3. Is It Better to Connect Your Soundbar with HDMI or Optical?

How to Plug in an Optical Cable

Whether you connect your TV to a soundbar or home theater system, the basic steps are similar. And, the source doesn’t have to be a TV – you can also connect a Blu-ray player, DVD player or cable box to a sound system with optical audio.

Remember, your TV, Blu-ray player, or cable box will need an optical output. And you will be connecting these to a soundbar, home theater or amplifier with an optical audio input.

However, connecting an optical cable is easy if you follow these simple steps:

Total Time: 5 minutes

1. Check if the Optical Output Connector Has a Protective Cap

Some optical ports have a protective cap for when they aren’t being used.

If your TV has one of these – pull it out. Put it somewhere safe in case you stop using the optical connection in the future.

Other TVs might simply have a protective door, which will move out of the way when you push the cable in.

The same is true if you are connecting a cable box or DVD player – make sure the protective cap is removed.

2. Find the Optical Input Connection on Your Home Theater Amplifier or Soundbar

As with your TV, check that the optical input on your soundbar or amplifier has no plastic plug in place.

If it has, then remove it. If not, you should be able to plug in the cable easily.

3. Connect the Optical Audio Cable to Your TV or Cable Box

Some cables also have a protective cap, so remove this before you try and plug it in.

Connect one end of your optical audio cable to the optical output on the rear of your TV. Just make sure that you match the shape of the cable’s connector with the connection on your device.

The design of an optical port means it will only plug in when you line it up correctly. Don’t force it.

When you align it the correct way, it will snap into place quite easily.

4. Connect the Optical Audio Cable to Your Amplifier or Soundbar

Run the optical cable from the TV or cable box to your amplifier or soundbar.

Locate the optical audio input on the rear of your home theater system and plug the cable in.
There may be more than one, so make a note of the label – in this case, AV1 and AV4.

This will help you select the correct audio source later.

Again, the cable’s connector will only fit one way, so line it up with the shape of the port.

Try to avoid tangling it with other wires in your system.

5. Turn on Your TV or Cable Box

Go to the TV’s audio menu and ensure that the audio output is set to ‘digital out.’

On some models, the optical output may work without enabling it in the audio menu. In this case, it is usually a good idea to disable the TV speaker in the audio menu.

A cable box will often have the optical port enabled already, but if you get no sound, check the audio menu for the box and see if the digital output needs switching on.

6. Turn on Your Amplifier or Soundbar

For an amplifier, select the correct audio input source. This will be the optical port that you connected previously.

There may only be one, but some systems have multiple digital inputs, so make sure that you select the right one.

A soundbar will usually only have one optical input, and it should work without selecting any inputs.

Supply:

  • 1x male-to-male optical digital audio cable

Tools:

  • No tools required – maybe some cable ties to tidy the wires after

Which Optical Cable Should You Buy?

You don’t need to spend a fortune on an optical cable.

Buying a very cheap wire might result in connection problems due to poor construction, materials and quality control.

However, at the same time, you don’t need to spend an excessive amount either, as it won’t sound any better.

The only time where spending a little more is sometimes worthwhile is if you are looking for a very long cable run.

For short runs, almost anything should do.

Here are some popular optical cables that should do the job just fine.

Apart from the price, some factors to consider are the available cable lengths and the materials used for the shielding and connectors.

MOST SIZES

KabelDirekt Optical Digital Audio Cable

  • Size: 3 feet to 100 feet
  • 24K gold-plated connectors
  • Flexible PVC jacket

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iVanky Slim Braided Digital Audio Optical Cord

  • Size: 3.3 feet to 15 feet
  • Slim braided cable
  • Flexible design for easy install

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BEST VALUE

StarTech Digital Optical Audio Cable

  • Size: 3 feet to 20 feet
  • Great value
  • Ultra-thin cable

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Frequently Asked Questions

What if Your TV Does Not Have an Optical Output?

If you need to connect to a sound system that only has an optical input, then you will need to buy an audio adapter to convert the audio that your TV does support. You can purchase coaxial digital audio to optical converters. Or HDMI audio extractors to convert HDMI audio to optical. You can even get converter boxes to change stereo RCA analog audio to optical audio.

Can You Use HDMI and Optical Audio at the Same Time?

It depends on the device. Most devices will send audio through their HDMI and optical outputs at the same time. If not, you could buy an HDMI audio extractor, which will allow you to take the HDMI audio and output it in different audio formats. This will enable you to connect to other devices.

Is It Better to Connect Your Soundbar with HDMI or Optical?

If you have a choice, then it would usually be best to connect a soundbar with an HDMI connection. This is mainly because HDMI connections allow for more audio formats, and you can control your devices using HDMI CEC commands. However, an optical connection will be fine if you just need stereo audio or Dolby Digital and DTS 5.1 surround sound.

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About The Author

Paul started the Home Cinema Guide to help less-experienced users get the most out of today’s audio-visual technology. He has been a sound, lighting and audio-visual engineer for around 20 years. At home, he has spent more time than is probably healthy installing, configuring, testing, de-rigging, fixing, tweaking, re-installing again (and sometimes using) various pieces of hi-fi and home cinema equipment. You can find out more here.

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TS, TRS, XLR, RCA, Toslink, SPDIF, Speakon, Banana, MIDI, USB, HDMI

January 30, 2023 | Maksim Ivanov

While wireless audio is gradually replacing wires in the single-user device market (especially with the removal of the 3.5mm headphone jack on some popular mobile devices), there are several situations or applications in which to transmit/ To receive audio signals, you must use a dedicated audio cable. Whether it’s a surround sound home theater system, a simple home recording studio, or a professional studio, audio cables are an essential part of the audio playback and recording industry.

In this guide, we’ll take a closer look at some of the popular types of audio cables we encounter in our homes and recording studios.

  • Introduction
  • Difference between balanced and unbalanced cable? Does it matter?
  • Audio cable types
  • Cables TS
  • TRS cables
  • XLR audio cables
  • RCA cables
  • MIDI cables
  • Speakon cables
  • Speaker Cables / Banana Plugs
  • S/PDIF cables
  • USB cables
  • HDMI cables
  • FireWire cables
  • BNC cables
  • Thunderbolt cables
  • What is the best audio cable?
  • Conclusion

Introduction

It doesn’t take an audiophile to know that there are different types of audio cables for different applications. If you’re in the business of creating content or recording music in a studio, you need professional-grade audio cables.

But if you’ve bought a new multi-channel home theater surround system, you’ll likely need to work with a different type of cable.

Another important factor that comes into play is the type of sound you are trying to play/record, ie. analog or digital audio. There are special analog and digital audio cables that carry the corresponding signals without any problems.

If you work with instruments (guitars, keyboards, etc.), be sure to choose the appropriate instrument cable, not acoustic (yes, they are slightly different).

Difference between balanced and unbalanced cable? Does it matter?

Before looking at the different types of audio cables, let’s first clarify one important aspect related to audio cables: Balanced and unbalanced cables. What exactly is the difference between them?

Any balanced cable has three conductors (and therefore 3 pins on the connector) for positive, negative and ground signals. An unbalanced cable, on the other hand, has only two conductors: one for signal and one for ground.

Balanced cable transmits two signals through the positive and negative conductors. The difference between these signals is that they are exactly the same, except that a negative signal is the reciprocal of a positive signal.

The device at the receiving end will reverse the negative signal and add it to the positive signal. Since both signals have the same noise, they cancel out when added. Consequently, the output is a much better signal without noise.

While both balanced and unbalanced cables can deal with electrical interference from the outside world, a balanced cable does the job much better. Also, they tend to be a bit more expensive than unbalanced cables.

It is very important that you select the correct cable for your installation. In fact, most consumer-grade audio equipment and cables are unbalanced. Therefore, you should only use an unbalanced cable. If your equipment supports balanced signals, choose a balanced cable.

Audio cable types

Now let’s look at the different types of audio cables. Below is a list of some popular types of audio cables.

  • TS cables (unbalanced)
  • TRS cables (balanced)
  • XLR audio cables
  • RCA cables (tulip)
  • MIDI cables
  • Speakon cables
  • Speaker Cables / Banana Plugs
  • S/PDIF cables
  • USB cables
  • HDMI cable

TS unbalanced cables

The

Tip/Sleeve Cable or more commonly known as TS Cable is a common instrument cable choice for guitars, keyboards, etc. This is an unbalanced cable because it only has two conductors.

As a result, most TS cables are only suitable for short distances to connect to mono instruments. Some popular instruments that use a TS cable are guitars, drum machines, effects pedals, and other unbalanced instruments.

We usually connect these instruments to mixers, amplifiers and other audio interfaces with TS cables. Some popular plug sizes for TS cables are 1/4″ for instruments (6.3mm large jack) and 1/8″ (3.5mm mini jack) for headphones.

TRS balanced cables

The TRS cable is very similar to the TS cable, except it has an extra ring. TRS is short for Tip, Ring, Sleeve Cable. Depending on the application, we can use the TRS cable as a balanced or unbalanced cable.

For balanced signals, we can use a tip, ring and sleeve to carry positive, negative and ground signals for use with a mono instrument/device. In the case of an unbalanced connection, we can set it up to transmit 2-channel stereo audio for the left and right channels.

Some common applications for TRS cables are headphones, headphone outputs of mixers, and studio monitors. They are available in standard 1/8″ or 3.5mm sizes. You can also purchase adapters to convert 1/8″ (3. 5mm) TRS to 1/4″ (6.35mm) TRS jacks.

XLR Audio Cables (Mic)

Perhaps the most popular audio cable is the XLR audio cable. It has a bulky three-pin connector that is almost always used as a balanced cable. As a result, you can use XLR cables over long distances without fear of distortion, noise, or interference.

In fact, most professional-grade microphones, speakers, instruments, PA and stage lighting (DMX Lighting) systems use XLR connectors and cables. These cables are popular for stage shows, concerts and professional studios, whether you need a short cable (less than 2 meters) or a relatively large cable (over 15 meters) to connect to your equipment.

Many popular cable manufacturers also offer XLR to TS and XLR TRS (3.5mm) and XLR to RCA adapters for connecting various instruments, devices and equipment.

RCA cables (tulips)

Radio Corporation of America made an inexpensive consumer-grade audio cable called the RCA Cable after the company’s initials. They produced both male and female versions of the cable, originally designed for the phonograph (gramophone or turntable).

With its simple design and relatively inexpensive construction, the RCA cable has become the standard cable for home stereo equipment and AV systems. RCA cables are essentially unbalanced cables as they only have two conductors.

Therefore, it is best to use them at a short distance. Red and white stereo cables are very popular today for connecting analog audio devices and equipment.

MIDI cables

Technically speaking, MIDI cables do not carry actual audio or sound, but rather carry event information between MIDI compatible equipment and devices. This is one of the first digital audio cables to have a dedicated 5-pin connector (looks like an XLR connector).

Because they essentially transmit digital messages rather than actual audio signals, most modern MIDI cables have been replaced by USB cables and connectors.

Speakon cables

Neutrik has designed and developed a special type of connector known as the Speakon Connector for use in professional audio equipment, speakers and amplifiers. They usually come as 2-wire unbalanced cables, but some cables come with 4 and 8-wire bi-amps.

Due to their design, Speakon cables are stronger and more durable, which is why they are often used as an alternative to standard 1/4-inch jack cables during stage shows, live performances and concerts.

Speakon cables also have a higher current carrying capacity than other cables, so they can also be used for large loudspeakers.

Speaker Cables / Banana Plugs

Another popular set of connectors and cables is known as banana plug speaker cables. They are very similar in size to TS cables, but they have different connectors.

We often use these cables in home audio equipment to connect speakers to amplifiers or AV receivers. For example, these connectors are used in Amphion studio monitors.

S/PDIF (SPDIF) cables

Strictly speaking, S/PDIF (Sony/Philips Digital Audio Interface) is a standard for transmitting digital audio from one device to another. We can use two types of S/PDIF data cables. One is a regular RCA cable and the other is an optical fiber cable with a TOSLINK (Toshiba Link) connector.

The TOSLINK fiber optic cable is very popular in home audio systems for connecting a TV to a surround sound system or soundbar. Due to bandwidth limitations, S/PDIF cables cannot carry modern lossless (uncompressed) audio. HDMI cables have largely replaced S/PDIF cables in the consumer market.

Toslink connectors are used on popular multi-channel ADC mic preamps and sound cards. If you see the word ADAT in the spec, it’s most likely a Toslink connector.

USB cables

One of the simplest and extremely popular digital audio interfaces is USB. First, USB has replaced the MIDI connector for transmitting event messages. Because USB can also carry power and data (digital), we also use USB to carry audio signals.

The latest USB Type-C has largely replaced the 3.5mm headphone jack in today’s mobile phones. In addition to USB-C, USB cables are available with other connectors: USB Type-A, Micro-USB and USB Type-B are other popular options.

HDMI cables

In HDMI 1.4, the HDMI forum introduced ARC, which is abbreviated as Audio Return Channel. This feature has reduced the amount of wires between the TV and other equipment such as a soundbar (or surround sound system) and an AV receiver (or any other input device).

As a result, in the battle between HDMI ARC and Optical Audio, HDMI took first place due to its significantly higher bandwidth, allowing lossless audio and almost all modern audio formats.

FireWire cables (IEEE 1394)

At the moment this is already a dead format that has not taken root. But with these connectors, there is still a lot of decent equipment on the secondary market that you can buy and use professionally. There are some difficulties with its connection to modern computers, because motherboard manufacturers have not used these connectors for a long time, but if you find a special PCI-E adapter, then everything is possible. The FireWire cable carries power and audio. It is not recommended to pull it out of a working device so as not to burn the port.

BNC cables

Used in professional audio to transfer the master clock signal between digital devices (sound cards and DAC / ADC converters). Also used in radio systems.

The BNC (“Bayonet Neill-Concelman”) connector is a miniature RF quick connector used for coaxial cable. It is designed to maintain the same characteristic cable impedance and is available in 50 ohm and 75 ohm types. It is typically used for video and RF connections up to 2 GHz and up to 500 volts. The connector has a twist-and-lock design with two lugs in the female end of the connector that fit into a groove in the male end’s sheath. This type was introduced on military radio equipment in 1940s and since then has been widely used in radio systems, and is also a common type of video connector. Comparable RF connectors differ in size and attachment features and may accept higher voltage, higher frequency, or three-wire connection.

Thunderbolt

A very controversial format that still does not die and it seems that it lives simply on the enthusiasm of Apple. The number of devices working with this type of ports / cables can be counted on the fingers, all of them were originally planned for the Apple ecosystem. If possible, use USB 2.0 or USB 3.0. Thunderbolt devices will lose value in the secondary market and will be difficult to resell if the need arises. The speed in USB format is enough for multi-channel recording at the highest bitrate with minimal monitoring latency, so there is no point in Thunderbolt audio if you are not a die-hard mac driver. Externally, this connector in its latest version looks like USB-C, but is not compatible with it.

Which audio cable is best?

It is very difficult to give a universal answer to this question. Each person’s requirements depend on the specific use case. So ask yourself how and where you want to use your equipment. And what it will be. Based on this, choose a compatible cable that suits your needs and fits within your budget.

So, if you are a semi-professional or professional worker or create audio-related content, then the XLR microphone cable will give you the best quality. An HDMI cable is suitable for connecting a TV to a soundbar, and speaker wires with Banana plugs can be used to connect an amplifier to a surround sound system.

Conclusion

There are different types of audio cables that serve different purposes. In this guide, we’ve covered some of the popular types of audio cables and their typical applications. Each audio cable has its advantages and disadvantages, and you should carefully select the audio cable that best suits your needs.

(c) Maxim Ivanov, KOMBIK.COM

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