[{"_id":"project-settings","settings":{"translateMetaTags":true,"translateAriaLabels":true,"translateTitle":true,"showWidget":true,"isFeedbackEnabled":false,"fv":1,"customWidget":{"theme":"custom","font":"rgb(0, 0, 0)","header":"rgb(9, 129, 240)","background":"rgba(9, 129, 240,1)","position":"right","positionVertical":"bottom","border":"rgb(255, 255, 255)","borderRequired":false,"widgetCompact":true,"isWidgetPositionRelative":false},"widgetLanguages":[{"code":"ja","name":"日本語"}],"activeLanguages":{"es-LA":"Español (América Latina)","pt-BR":"Português (Brasil)","ja":"日本語","en":"English"},"enabledLanguages":["en","es-LA","ja","pt-BR"],"debugInfo":false,"displayBranding":true,"displayBrandingName":true,"localizeImages":false,"localizeUrls":false,"localizeImagesLimit":false,"localizeUrlsLimit":true,"localizeAudio":false,"localizeAudioLimit":false,"localizeDates":false,"disabledPages":[],"regexPhrases":[],"allowComplexCssSelectors":false,"blockedClasses":false,"blockedIds":false,"phraseDetection":true,"customDomainSettings":[],"seoSetting":[],"translateSource":false,"overage":false,"detectPhraseFromAllLanguage":false,"googleAnalytics":false,"mixpanel":false,"heap":false,"disableDateLocalization":false,"ignoreCurrencyInTranslation":false,"blockedComplexSelectors":[]},"version":21452},{"_id":"en","source":"en","pluralFn":"return n != 1 ? 1 : 0;","pluralForm":2,"dictionary":{},"version":21452},{"_id":"outdated","outdated":{"#29 Nov 2020":1,"#17 Jun 2020":1,"#Start Date: 2024-06-20 03:23:58":1,"#Is lossless audio the same as high-resolution audio?":1,"#Ultimately, the choice of lossless format while streaming music may not be necessary for most users, as it depends on the specific service and device they prefer. For Apple users, ALAC is the default format, whereas other streaming platforms typically offer FLAC or WMA (Windows Media Audio).":1,"#FLAC, short for Free Lossless Audio Codec, is a popular open-source audio format used by various brands such as Tidal and Amazon Music. In contrast Apple Music uses its proprietary lossless format called ALAC (Apple Lossless Audio Codec).":1,"#Which lossless audio format is the best?":1,"#Common lossy audio formats include MP3, MP4, WMA, and AAC, while lossless audio formats include WAV, AIFF, ALAC and FLAC. Despite using compression to reduce data storage, these lossless formats still maintain the full waveform of the audio piece.":1,"#In the process of converting audio to digital file format, compression is often used to minimize file size. However, this compression can result in the loss of frequencies at the highest and lowest ends of the recording, which is why it’s called “lossy audio.” In contrast, when there’s no loss of frequencies, the resulting digital copy is considered “lossless” audio, meaning that it’s identical to the original recording.":1,"#What does ‘lossless’ mean?":1,"#Learn more about LISTENTO <a ljsid-1=\"\">here</a>.":1,"#With the popularity and necessity for high quality remote music collaboration, <a ljsid-1=\"\">LISTENTO</a> exceeds industry standards and provides a seamless and intuitive platform for music creators to collaborate in an efficient and controlled manner. Negating the need to worry about technical issues and flowing as naturally as an in-person recording session would, facilitating real-time lossless audio streaming.":1,"#Lossless audio streaming is a game-changer in the music industry, allowing users to enjoy high-quality uncompressed audio without sacrificing any of the original audio quality or information, in essence acting as a replica of the original audio recording.":1,"#For bandwidth details, please refer to page 9 of the LISTENTO User Guide under ‘Resources’ to see our recommended streaming and internet settings.":1,"#Quantization – Quantization rounds those amplitude values to the nearest available value in the digital system, based on its bit rate.":1,"#The standard lossy audio formats used by most streaming services may not be sufficient. This is where lossless audio comes in. In this article, we will explore what lossless audio is, how it differs from lossy formats, and how you can stream lossless audio to get the most out of your listening experience. Whether you’re a music enthusiast, a sound engineer, or just curious about the world of high-quality audio, read on to learn more about lossless audio and how you can start streaming it today.":1,"#<a ljsid-0=\"\">LISTENTO</a> allows you to transmit uncompressed audio in the format of PCM (Pulse Code Modulation). PCM is another method of translating analogue signals into digital data. It makes use of the binary language to store information about an audio signal in a digital medium.":1,"#<a ljsid-0=\"\">LISTENTO</a> allows you to stream uncompressed, lossless audio in real-time to anyone, anywhere in the world. Whether you’re a musician, producer, audio engineer or voice over artist, LISTENTO allows you to collaborate on projects in real-time, symbiotically prioritising audio quality and user experience. It’s easy to use and is compatible with most DAW’s, you can collaborate seamlessly with your team regardless of their location.":1,"#Yes, it is possible to collaborate remotely on lossless audio, but it does require some additional set up and consideration compared to collaborating on lossy audio or other standard file types.":1,"#Can I collaborate remotely on lossless audio?":1,"#So, while lossless audio preserves all the information of the original recording, high-resolution audio captures more detail in the recording, but still some of the original audio information is lost during compression, compared to lossless where no data is lost. It is worth noting that all high-resolution audio is lossless, and not all lossless audio is high-resolution.":1,"#On the other hand, high-resolution audio refers to audio files that have a higher sampling rate and/or bit depth than the standard lossy quality audio (44.1 kHz / 16-bit). High-resolution audio typically has a sampling rate of 96 kHz, and a bit depth of 24 bits. This means that high-resolution audio has a greater frequency range and dynamic range, capturing more of the nuances and details of the original recording.":1,"#As mentioned above, lossless audio refers to digital audio compression that preserves all the original data and information of the audio file without losing any quality. Lossless audio retains all of this valuable information and delivers a file identical in quality to the original audio recording.":1,"#Lossless audio and high-resolution audio are often used interchangeably, but they are not the same thing. While both offer better sound quality than standard compressed audio formats, there are some key differences between the two.":1,"#11 Aug 2022":1,"#11 Apr 2022":1,"#11 Jun 2022":1,"#11 Apr 2023":1,"#11 Jun 2023":1,"#13 May 2024":1,"#11 Oct 2021":1,"#Start date: <strong ljsid-1=\"\">19 July 2022</strong>":1,"#Expiry date: 03/2031":1,"#11 Mar 2023":1,"#11 Aug 2023":1,"#24 Sep 2021":1,"#1 Oct 2021":1,"#11 May 2022":1,"#11 Jul 2022":1,"#11 Sep 2022":1,"#Términos de uso":1,"#Expiry date: 07/2026":1,"#Expiry date: 10/2027":1,"#11 Oct 2022":1,"#11 May 2023":1,"#11 Nov 2023":1,"#License purchased on 2nd November 2024":1,"#License purchased on 16th July 2024":1,"#5 Jul 2024":1,"#11 Dec 2022":1,"#11 Jan 2024":1,"#11 Nov 2022":1,"#Encoding – Encoding is the final stage where the newly sampled audio information is written to a hard drive or other digital storage medium in a given format to be used elsewhere.":1,"#Sampling – Samples are snapshots of the incoming signal which record the amplitude of the signal at that given moment.":1,"#PCM takes place over three stages:":1,"#4 Apr 2021":1,"#Click to show TTS button":1,"#21 Jan 2023":1,"#11 Jan 2023":1,"#11 Feb 2023":1,"#11 Dec 2023":1,"#Remote audio collaboration made simple":1,"#Once you’ve pasted a streaming link into the receiver, you can check whether MIDI is being transmitted by looking out for the MIDI activity indicator flashing red. It will appear dark grey when not logged in or if your subscription doesn’t enable you to pass MIDI.":1,"#An unstable internet connection may cause MIDI data loss when receiving streams, something that will lead to the MIDI integrity error message appearing. At this point, be sure to increase your MIDI latency with the latency slider.":1,"#To stream MIDI using LISTENTO, open an instance of ‘LISTENTO’ onto a virtual instrument/MIDI track, select your session settings, login and start your transmission.":1,"#Some tips for best harnessing MIDI sync include:":1,"#Tips for making the most of remote MIDI collaboration":1,"#The LISTENTO App, this enables you to generate MTC to use when syncing remote DAWs.":1,"#The LISTENTO Instrument plugin, as this enables you to transmit MIDI information from your DAW. It also comes with a sidechain input that allows you to transmit MIDI information and audio simultaneously.":1,"#Greater scheduling flexibility – With no need to travel in order to play, record or produce music with others, remote music collaborations are a lot easier to organise.":1,"#What software you’ll need":1,"#You can also synchronise remote DAWs with transmitted or newly generate MIDI time code (MTC) through the LISTENTO app, opening up greater flexibility for mixing remotely and controlling your collaborator’s DAW with MIDI control surfaces, synchronising remote DAW’s playback and using the MTC generators to synchronise remote DAWs or video playback when streaming scoring sessions between studios.":1,"#Because our solution now supports real-time MIDI streaming, you and your collaborators are able to trigger and record each other’s MIDI-enabled virtual instruments remotely, facilitating collaborative music production.":1,"#Our LISTENTO plugin facilitates uncompressed audio streaming to and from any DAW, enabling you and your collaborators to make use of your respective DAWs to record and edit HQ audio together in real-time. This makes it the perfect tool for remotely collaborating with other musicians to produce music.":1,"#3. Stream and record MIDI in real-time":1,"#Monitoring your audio in real-time to check for issues like dropouts and distortion.":1,"#Turning off video playback in other tabs or browsers to minimise the network bandwidth use and CPU resources.":1,"#Optimising your network connection to reduce latency and packet loss. You may even want to use a wired connection.":1,"#Investing in a high quality microphone. By buying a purpose-built mic for music recording, you’ll get much better results seeing as these microphones can deal with higher sound pressure levels, have fantastic frequency response characteristics, and are more robust than consumer-grade models.":1,"#Collaboration wherever you are – Remote collaboration enables you to work with each other no matter where you are, even if it’s the other side of the world.":1,"#Recording in an appropriate environment – somewhere with no background noise or echo.":1,"#To <a ljsid-1=\"\">make the most out of your remote recording session</a>, we recommend:":1,"#Tips for getting the best results from remote recording":1,"#Studio monitors":1,"#A laptop or mobile phone":1,"#You’ll need the following equipment to record a remote music session:":1,"#Let’s look at the advantages of remote music collaboration more closely:":1,"#What equipment you’ll need":1,"#After pasting the streaming link, you’re ready to record. Assign the aux tracks’s output to an audio track to record into your timeline or use the LISTENTO receiver’s built in recorder.":1,"#Add the LISTENTO RECEIVER plugin to an insert slot of the AUX track, and then open the LISTENTO RECEIVER plugin and paste the session link.":1,"#Create an AUX track and assign the audio input to the AUX channel.":1,"#Log in to LISTENTO, set the session name and send it to your collaborator.":1,"#Within your DAW, select the track you wish to transmit and insert the LISTENTO plugin.":1,"#In order to set up a remote recording session using the plugin, you’ll need to:":1,"#Remote recording is extremely difficult with most recording tools owing to the poor audio quality and frequent drops in latency. With LISTENTO, however, you can <a ljsid-1=\"\">record real-time HD audio</a> any time, anywhere, with almost no latency.":1,"#How to set up a remote recording session":1,"#2. Record your collaborator remotely":1,"#The benefits of collaborating on music remotely":1,"#Make sure to test the stream link before sending it to somebody else.":1,"#For extra security, you can add a session password.":1,"#Be sure to adjust <a ljsid-1=\"\">latency</a> and streaming quality so they’re in line with your preferences.":1,"#Although you can use the same session name for different sessions, we suggest choosing names that relate to the particular project if you’re jumping from multiple projects at a time.":1,"#Our tips for making the most out of live streaming with LISTENTO include:":1,"#Tips for making the most of live streaming collaboration":1,"#There isn’t a LISTENTO chat function to communicate with your collaborator during a live stream. Because of this, we recommend using the plugin in combination with tools like Zoom, Teams and Skype.":1,"#How to communicate with your collaborator during the live stream":1,"#Press “Start Transmission” to begin streaming":1,"#Prepare your stream and name it":1,"#With that in mind, we’ve outlined three ways to start effectively collaborating on music remotely. Firstly though, what exactly are the benefits and potential pitfalls of collaborating with musicians online?":1,"#Add the LISTENTO plugin to an audio or MIDI channel on your DAW":1,"#All you need to do to stream audio from the LISTENTO plugin is:":1,"#DISCOVER LISTENTO":1,"#DAWs generally don’t allow you to stream audio to others, so you’ll need a plugin to achieve this. Audiomover’s LISTENTO plugin enables you to stream uncompressed audio from your DAW to anybody with a link, on either their web browser, LISTENTO mobile app or DAW. This allows you to share your music with collaborators no matter where either of you are.":1,"#How to set up your DAW for live streaming":1,"#1. Stream your ideas live from your DAW":1,"#Because of this, it’s important to find remote music collab methods that work for your requirements. Here are three you might want to try for different purposes, from remote recording to production.":1,"#Incompatible technology – Even if you have the best remote music technology in the world, it’s no use if it’s incompatible with your collaborator’s, which is a big risk with remote collaborations.":1,"#Poor sound quality – Similarly, not all remote music solutions have HD streaming quality, which is particularly problematic when it comes to producing and recording music.":1,"#Latency and variable bitrates – Noticeable delays can make remote collaborations extremely difficult, if not impossible.":1,"#However, seamlessly streaming, recording or producing music with others remotely is easier said than done, and there are more challenges to doing so than you might think.":1,"#There you can upload an image and choose to set as the default background on the sessions you create (and also delete if you wish to remove a background image).":1,"#Navigate down the page, you will see a 'Custom branding' section (see right image).":1,"#However, remote music collabs don’t come without potential problems, including:":1,"#The challenges of collaborating on music remotely":1,"#Reduced costs – While you’ll have to spend money on essential equipment like microphones and headphones, remote music collaboration helps you cut costs as you don’t have to travel to and rent out a recording studio.":1,"#Although there are many ways to collaborate with other musicians remotely, only Audiomovers’s LISTENTO offers the all-round experience of long distance music streaming, recording and production that makes it feel like you are in the studio together, even if you’re hundreds of miles away.":1,"#It offers an intuitive interface and streamlines the audio routing workflow, making it accessible for all users, from beginners and absolute professionals.":1,"#OMNIBUS is a software solution for seamless audio routing within your Mac. It allows you to route between applications and hardware inputs and outputs, split audio from one source to several destinations for easy A/B, combine audio input devices for DAW outputs and quickly sample audio from various sources.":1,"#Why use OMNIBUS with OBS?":1,"#Thanks to our newly updated OMNIBUS tool, it has never been easier to live stream audio from multiple applications using OBS. Below we break down how you can use OMNIBUS in conjunction with OBS when live-streaming sessions to an audience.":1,"#However, setting up your live stream can be a complicated process. Most opt for OBS (Open Broadcaster Software), a free, open-source software for video recording and live streaming.":1,"#Live streaming is an incredible way for artists, producers and engineers to create secondary revenue streams, and establish and nurture their online fan bases. It can also provide them with the opportunity to learn new skills, techniques and workflow hacks.":1,"#Once you’re happy with your setup, you can go back into OMNIBUS and save this routing configuration for later use.":1,"#Before you start streaming, it’s good practice to test out your stream. Simply start recording and pass some audio from your daw and your microphone. Now play this video back and see whether the audio is being recorded.":1,"#7. Now we’ve got our DAW’s audio and mic’s audio we’re now ready to start streaming or screen recording.":1,"#As this is a mono channel, however, you will notice on the input level for our mic in OBS that it is only capturing audio from the left channel. We’ve selected a mono signal and OBS is thinking it’s a stereo input. To amend this, simply navigate to advanced audio properties in your audio capture device for your microphone OBS and navigate to the mic input capture you created and change it from stereo to mono.":1,"#If you have a USB audio microphone such as a Snowball mic, you could select this right here. However, for this example I have a microphone plugged into my audio interface that I wish to use as my commentary microphone. All I need to do is route channel 1 from my audio interface into OMNIBUS C channel 1.":1,"#6. Let’s repeat the same steps as before in OBS and set up an audio capture device but this time, let’s use OMNIBUS C.":1,"#If you’re just starting and don’t have a microphone yet you could always use your computer’s built-in microphone.":1,"#5. Now, let’s set up a microphone to use for our video commentary. As OMNIBUS 2.0 supports hardware inputs, we can utilise any channel from any of our hardware inputs and route them through OMNIBUS to another designated input for OBS. Doing this will allow you to adjust the levels between your microphone and your DAW audio.":1,"#3. In OBS, set up an audio input capture and assign it to one of the OMNIBUS drivers, here we’ve got it set to OMNIBUS A channels 1&2 as we’re only sending our stereo masters output to OBS.":1,"#2. Before moving to OBS, you’ll first need to route your DAW’s audio to your designated monitor output so that you can hear your DAW. Simply drag channels 1 and 2 from OMNIBUS B to your chosen monitor output. In this case, a UAD Apollo interface.":1,"#1. Set your DAW’s playback engine as one of OMNIBUS’ virtual drivers so that your DAW’s output will be travelling through the OMNIBUS application. For this example, we are using OMNIBUS B.":1,"#For this example of using OMNIBUS and OBS, we are using the DAW Logic Pro. The same logic will also apply to your DAW of choice.":1,"#OMNIBUS & OBS in action: How to live stream a music production session":1,"#Let’s see how OMNIBUS makes capturing application audio easy with OBS.":1,"#OMNIBUS has an easy-to-use routing matrix, allowing you to simply click the connections between devices you want to make. It also allows you to save and recall complex routing setups with ‘snapshots’, which you can label for ease of finding in future and also has precise metering and support for hardware inputs and outputs meaning it can adapt to even the most demanding scenarios.":1,"#Expiry date: 07/2027":1,"#27 Dec 2021":1,"#毎週":1,"#26 Oct 2022":1,"#17 Oct 2024":1,"#5 Oct 2024":1,"#27 Feb 2022":1,"#27 Mar 2022":1,"#27 Apr 2022":1,"#27 May 2022":1,"#27 Jun 2022":1,"#19 Jan 2023":1,"#19 Jun 2023":1,"#19 Jan 2024":1,"#Your subscription <em ljsid-1=\"\"><span ljsid-1-0=\"\">will automatically renew unless you cancel</span></em>. You can cancel at any time however <em ljsid-3=\"\"><span ljsid-3-0=\"\">no refunds can be given if you forget to cancel your subscription.</span></em>":1,"#17 Jul 2024":1,"#“OMNIBUS makes complex audio routing easy whether you’re an audio professional or enthusiast. Now with OMNIBUS 2.0, there is hardware input support and a new and much-improved user interface for greater flexibility. “":1,"#11 Jul 2023":1,"#19 Apr 2024":1,"#19 May 2024":1,"#19 Oct 2022":1,"#19 Nov 2022":1,"#19 Feb 2023":1,"#19 Apr 2023":1,"#19 Sep 2023":1,"#19 Nov 2023":1,"#19 Feb 2024":1,"#1 Jun 2023":1,"#Later on, Jaycen calls up his close friend and mentor, Dave Pensado, to help answer the audience’s technical and philosophical questions. Together they reveal the tools that give them a competitive edge in the industry, and they offer wisdom on how to find your own sound and carve your own path to the top.":1,"#19 Mar 2024":1,"#27 Jan 2022":1,"#19 Oct 2023":1,"#11 May 2024":1,"#Follow the steps below to connect your AirPods as a monitoring source:":1,"#Invalid or expired link. Your account has not been confirmed. Please check your email for your confirmation link or request a new one below.":1,"#17 Sep 2024":1,"#9 Feb 2024":1,"#19 Sep 2022":1,"#19 May 2023":1,"#Cancel any time.":1,"#Step 1: Start your video call":1,"#Setting up your session":1,"#In order to get the best audio quality possible for your remote sessions, the person transmitting audio will need to have an active LISTENTO license. Don’t fret if you don’t have one, you can grab a free 2-day trial to test this setup and see how it works for you before committing to the paid subscription.":1,"#The LISTENTO plugin (or desktop application)":1,"#The DAW of your choice":1,"#The most up-to-date version of Zoom":1,"#<a ljsid-0=\"\">LISTENTO</a> creates a remote streaming and recording experience that reflects many of the benefits of the in-person studio experience. With LISTENTO you can stream uncompressed, lossless audio in real-time to anyone, anywhere in the world, allowing you to collaborate on projects in real-time, symbiotically prioritizing audio quality and user experience in tandem. It’s easy to use and is compatible with most DAW’s, you can collaborate seamlessly with your team regardless of their location.":1,"#Although Zoom’s High Fidelity Audio feature is useful for remote music collaboration, it does not trump the power, accessibility, and versatility of LISTENTO.":1,"#A stable internet connection":1,"#The High Fidelity Audio feature is particularly useful for remote music collaborations or other situations where high-quality audio is essential. It supports sample rates of up to 48 kHz and a bit depth of up to 96 bits, which allows for high-resolution audio transmission.":1,"#Zoom’s High Fidelity Audio feature is an advanced audio codec that is designed to improve the audio quality of Zoom meetings. This feature uses a new audio codec called Opus, which provides high-quality, low-latency audio for real-time communication.":1,"#What is Zoom’s High Fidelity audio feature? And why should I still opt for LISTENTO?":1,"#Overall, careful consideration of these factors can help ensure that remote music collaborations over Zoom result in high-quality audio output.":1,"#Additionally, the software and equipment used to record and mix the music can also have an impact on the final sound quality. It is essential to ensure that all collaborators are using compatible software and hardware, and that the recording and mixing processes are carried out carefully to produce the best possible sound.":1,"#Secondly, the type and quality of microphones being used by the collaborators can also affect the audio quality. Low-quality microphones may produce muffled or distorted sound, while high-quality microphones can capture the nuances of the music accurately.":1,"#When collaborating on music remotely via Zoom, there are several factors that can affect audio quality. Firstly, the quality of the internet connection can have a significant impact on the clarity and consistency of the audio. Poor internet connection can lead to drop outs, high latency, and other distortions in the sound.":1,"#Factors that affect audio quality when collaborating via Zoom":1,"#LISTENTO streaming links have been heavily tested in multiple web browsers, but we recommend Google Chrome for optimum performance.":1,"#Before you share the link, you’ll likely want to test that it’s working. You can copy the stream link, and test it yourself. Simply hit ‘thru mute’ to mute the audio from the DAW, and test that the stream is audible by pasting the link in your own web browser or mobile app. NB.":1,"#First, let’s ensure you have everything you need for the remote recording session.":1,"#Press “Start Transmission” to begin streaming. You can send your session link to anyone you want to share your stream with.":1,"#4. Getting started and testing your stream":1,"#Set your session name, go with the default, or select a random session name. Bear in mind that if you wish to run multiple sessions and use the same session name, anyone with the link will still be able to listen in to your stream.":1,"#3. Prepare your stream and name it":1,"#Launch the plugin and enter your Audiomovers username/email and password and click ‘login’. Once logged in, the ‘Start Transmission’ button will become available and you can begin streaming your audio.":1,"#Now that you can freely communicate with each other, you can now begin setting up the session within your DAW. Open your DAW of choice and insert an instance of the LISTENTO plugin on the master bus of the project that you are collaborating on.":1,"#Step 2: Setting up your DAW":1,"#Your video call will be your main form of communication during remote sessions. We recommend starting with this step to ensure you can easily communicate with each other during the next steps.":1,"#License purchased on 1st December 2022":1,"#There is a blue button on the homepage that says 'Upgrade Subscription'.":1,"#Using AirPods with Pro Tools becomes effortless with Omnibus 3. I simply select the Omnibus virtual bus as the Playback Engine in Pro Tools, select AirPods as the output device, and route both channels to my AirPods, with sample rate conversion happening invisibly in the background.":1,"#While this may sound trivial, it wasn’t something I could do before. Once I realised Omnibus 3 could fix this issue, I quickly began exploring other potential uses for the software. Why is this so difficult? When using my MacBook Pro, each AirPod shows up as a separate audio device in the Pro Tools Playback Engine. Because Pro Tools only allows the selection of one device at a time, this prevents audio from being sent to both AirPods simultaneously. As a result, I used to carry wired headphones exclusively for working in Pro Tools while travelling.":1,"#The first problem Omnibus 3 solved for me was simple, yet frustrating – I can now route audio from Pro Tools to my AirPods.":1,"#Routing Pro Tools To AirPods":1,"#I’d read about how powerful the latest version of Audiomovers’ Mac-only audio routing software was. How it could route hundreds of channels between multiple sources and share them between multiple users on multiple computers. It’s impressive. But like the majority of people, I work on my own in my studio, principally on a single computer and with only occasional in-person visits from collaborators and clients. Routing 256 channels of audio over a local network to multiple workstations isn’t something I need to do. But that doesn’t mean Omnibus 3 doesn’t do things I do need.":1,"#Omnibus 3.0 is an extremely flexible tool, but at first glance, its full potential might not be immediately obvious. It wasn’t until it solved a simple but recurring problem for me that I realised just how useful it could be across my entire workflow. Let me explain.":1,"#So those are five specific uses I’ve found for OmniBus 3 in my studio. There are many, many more but these were the ones which were most relevant to me. What problems with routing do you have in your studio? You probably have ways to get around them but ask yourself, would a single solution to all of your routing issues be a good thing? Omnibus 3 could be the solution you didn’t know you needed. Why not give it a try and see how it can simplify your workflow.":1,"#If there is a takeaway here it’s that the idea of software which can be used to route audio between applications and hardware isn’t new and I’ve had experience of other software which does the same thing. But this feels both easy and complete. I’ve tried others but they haven’t worked for me and I’ve always gone back to hardware. This one fixes the problems I actually have and the longer I’ve been using the more reasons I’ve uncovered for keeping it as part of how my studio works. It’s important to point out that the sheer flexibility and scalability of Omnibus 3 might not seem relevant to someone working alone in their studio, but there is no downside to this capability. The examples in this article are modest in scale, but as your needs grow the same tool which can solve these simple issues can also solve the biggest and most complex of projects.":1,"#From here you can use the Hot Snapshots feature controlled from the Mac’s keyboard or from an Elgato Stream Deck so you can very neatly toggle between monitoring formats, achieving in software something which otherwise requires a significant investment in hardware. When the time comes to invest in Atmos monitoring, Omnibus might be a crucial part of that move.":1,"#This is possible precisely because Omnibus 3 does such a great job of managing inter-application routing. When running an Atmos session in Pro Tools, rather than using the internal renderer, I could use the Dolby Audio Bridge to send audio to the external Dolby Atmos Renderer application, and then use Omnibus 3 to store and recall the audio routing of the re-renders to my monitoring system.":1,"#I don’t currently mix Dolby Atmos but like many people I’m feeling more and more reasons to do so, and Omnibus can be very useful as a way to store and recall live re-renders. Many Atmos-equipped Pro Tools studios use a combination of Avid hardware such as the Matrix Studio together with the DADman monitor control software and a DAD MOM controller to manage the monitoring of live re-renders. This is a great way of working, though not inexpensive, giving the freedom to check a mix at multiple channel widths, from 7.1.4 or higher all the way through surround formats down to stereo. Once properly set up Omnibus 3 can be used in a similar way to switch between various live re-renders.":1,"#Instant Recall of Dolby Atmos Live Re-renders":1,"#Crucially Omnibus 3 doesn’t have to be installed on the guest Mac. No conversion and vanishingly low latency courtesy of AVB, which is built into MacOS. Do be aware that Ethernet switches need to be AVB compatible so direct machine to machine connection is the safest bet. Your off the shelf switch might not support AVB. Best of all, this AVB Aux Cord can be left live, ready to go all the time. You can’t do that with an analogue lead, buzzing away and making loud noises when it’s touched or plugged in!":1,"#What about other simple yet common issues in the studio? For example letting someone play audio from their computer through the studio monitors? The dreaded ‘Aux Cord’. There’s nothing wrong with having a 3.5mm jack lead dangling in the studio ready to pipe analogue audio into a pair of inputs on the interface or monitor controller. But if it’s a Mac and you have an Ethernet to Thunderbolt adaptor it’s incredibly simple to use an AVB connection instead. First set up the guest machine in the Omnibus AVB configurator, set the output in the guest machine to ‘Omnibus AVB: 2’ and route from that to your desired output, in this Aux Cord replacement application it would involve two channels but an AVB connection into Omnibus can be up to 256 channels if you need them.":1,"#A Better ‘Aux Cord’":1,"#The way the routing works is that you route your DAW to Omnibus A and the system sound on your Mac to Omnibus B (or vice-versa) and use the routing snapshots to AB between them. It’s simple and flexible. One tip is that while there are volume controls for the busses in the device list in Omnibus, these settings are saved with the snapshot so unless you are prepared to constantly update your snapshots you’re better off matching the levels at source in the streaming software and the DAW.":1,"#For a tool to truly catch my attention, it needs to solve a significant problem I encounter in my daily workflow more effectively than alternative solutions. Tools that focus on a single problem have an edge—if they solve a need I have, they can demonstrate their value to me quickly. And if that tool tackles a task I don’t enjoy or removes a barrier to something I do enjoy, all the better.":1,"#Multiple Snapshots of routing schemes can be saved in Omnibus. They can be recalled using a keystroke and if they are also saved as Hot Snapshots they can be recalled instantly from the Hot Snapshots Panel in the Omnibus UI. If you have a Streamdeck they can of course be recalled literally with the touch of a button. If you use references but you prefer the open endedness of using your streaming service ‘live’ rather than importing files of reference tracks, this is ideal.":1,"#I’ve already referred to using the Omnibus virtual bus. There is a fixed two-channel bus which is always present in Omnibus but there are three additional busses which can be added, at widths from 2 channels up to 256 channels. A/Bing between a DAW mix and a reference track relies on using two virtual busses in conjunction with the snapshot feature in Omnibus. If more flexibility is needed—for example monitoring multiple sources such as browser audio and Spotify at the same time and to different destinations—then this is straightforward, and the four Omnibus busses are always there to accommodate these scenarios.":1,"#Referencing mixes against records you aspire to sound like is a well known strategy. But I’ll be the first to say it’s not super-convenient. I’ve tried the dedicated plugins, which has to be said do a great job. But my favoured technique is to route my streaming service of choice via a separate audio interface and into the B input of my monitor controller, allowing me a convenient way to A/B between the mix and reference at the touch of a button. Omnibus offers an alternative to this hardware based approach and it’s beautifully simple and effective.":1,"#A/B DAW Mixes Against References":1,"#The ability to route Pro Tools to my AirPods was the “killer application” that drew me into Omnibus 3. After solving this issue, I began exploring what other common workflow hurdles it could help me overcome.":1,"#Routing audio from Pro Tools to AirPods":1,"#The problem with using AirPods with Pro Tools":1,"#A demo license for Binaural Renderer has been added to your account.":1,"#4 Nov 2024":1,"#Please do not use a disposable email address.":1,"#Untitled":1,"#5 Nov 2024":1,"#19 Jun 2024":1,"#License purchased on 21st June 2022":1,"#This is great if you’re collaborating with the same people over a number of days or weeks, but if you’re jumping from project, you should use a session name that relates to the project, or use the random session name generator and share new links each time.":1,"#Turning your DAW into an online recording studio and allowing you to stream lossless audio with as low as 0.1 latency.":1},"version":21452}]