Izotope Ozone 11 - Mastering Music with Ozone

1. Welcome to this Class: Hi that's Thomas George, and welcome to this course. In this course, I'll show you the full potential of isotopes zone that can help take your master and skills to new heights. Ozone is not just a plogins your master and companion, offering a suite of modules designed to sculpt, shape, and refine your audio to perfection. From master and basics to advanced techniques, this course is your guide to mastering mastery. Throughout this course, we'll explore the power of master assistant and referencing, as well as stem focus magic with mastery balance and the nuanced wells of EQs, compression, and saturation. We'll journey through stereo imaging in the imager module, compare the timeless vintage modules against modern modules and then reveal the secrets of the Delta button. We'll also be explored some new features such as the clarity and low end modules. As we wrap up, we decode the mysteries of midside processing. Explore codex and effect that are delivering, using the learn feature and achieve consistent levels with game match. This course is for anyone who's a musician, producer, mix or mastering engineer who wants to learn the ins and outs of zone to help them create pro sling masters. However, I don't recommend this course for beginners, but if you have some experience of music production, mixing or mastering and you want to learn how to use zone to create great singing masters, then I recommend taking this course. Join me in this class, if you want to learn the essentials and more of zone. 2. The Different Versions of Ozone 11: Hi there, and welcome to this video where I want to talk about the different versions of Ozone 11. So there are three versions of Ozone 11, elements, standard and advanced. The advanced version gives you access to all the modules and features of Ozone 11 that we'll be covering in this course. The standard version gives you access to most of the modules, and it's still an effective and versatile tool for mastering. The elements version is really for people who are just looking for a quick master turnaround as it doesn't offer any flexibility or control. Let's now talk about the different functions and features available in each of these versions. Ozone 11 elements. This offers limited functionality with only the master assistant available. The elements version then applies the modules that you have access to in the standard version, but you can't see the modules or make any changes to the parameters. With elements, you do have limited flexibility. However, this is a great option for quick demos, but it does lack in depth controls required for professional masters. The elements version is often sold at heavily discounted rates or even free by Isotope. Let's now talk about Ozone 11 standard. This provides most modules featured in this course. It excludes the clarity, impact, lowering focus, and spectral shape of modules and has no codec preview or stem focus options. The lack of the stem focus module is the real disadvantage of the standard version, as this is one of the most powerful tools Ozone 11 has to offer and really separates it from any of the mastering tool out there. On the plus side, the stabilizer and master rebalance modules are now accessible in this version, which was not the case for Ozone ten. This is still a powerful tool for mastering and you can achieve great results with the standard version. Now, let's talk about zone 11 advanced. This unleashes the complete suite granting access to every module. The advanced version offers a parallel flexibility for a comprehensive mastering experience. Let's now talk about which version is right for you. With elements. This is ideal for quick demos with limited functionality. Standard has a robust set of modules, excluding some advanced features like stem focus, and advanced is the ultimate choice. This provides access to every tool for a comprehensive mastering experience. As I said, in this course, I will be covering Ozone 11 Advanced. You shall be able to follow along with similar lessons in the standard version of Ozone 11. I do recommend Ozone 11 advanced, but, of course, this is more expensive than standard and elements, but it will offer you the most tools and features. Okay, so in this video, I've covered the different versions of Ozone 11. Thanks for watching, and I'll see you in the next one. 3. An Introduction to Ozone: Hello, and welcome to the world of Ozone 11. A powerful and versatile audio mastering software by Isotope. In its first lesson, we'll dive into the basics of zone. Take a tour of its interface, and understand where it fits in your digital audio workstation and signal chain. Let's begin our journey with Ozone 11. So what is zone? Ozone is a comprehensive audio mastering tool that equips you with a wide range of features to polish and optimize your audio recordings. It's designed to help you achieve that polished and professional sound that you hear on your favorite records. Whether you're musician, producer, or mastering engineer, Ozone 11 is an invaluable addition to your audio talk it. With Ozone 11, you can balance the Q of your audio to achieve a clean and cohesive mix. You can also apply dynamic processing like compression and limiting to control the overall sound. You can also enhance the stereo image and spatial perception of your audio, as well as add character, warmth and harmonics using saturation. You can also ensure a smooth listening experience by managing the loudness and dynamics, and you can also use AI to achieve masters like your reference tracks. Ozone 11 combines a wide range of mastering tools in a single user friendly interface, making it accessible for both beginners and seasoned professionals. Okay, so now let's take a tour of Ozone eleven's interface. When you open Ozone, you'll find a clean and organized workspace that provides all the tools you need for audio mastering. First, let's take a look at the modules section. Ozone's interface is divided into modules, each serving a specific purpose. These modules include EQ, dynamic processing, stereo imaging, its sits, and much more. The signal chain flows from left to right, and you can add or remove modules as needed for your mastering project. Presets. Ozone offers a selection of presets that provide a starting point for your mastering process. So let's have a really quick look at a few of these presets now. You can use these presets as a foundation and customize them to suit your specific audio material. However, I will be covering this in a lot more detail later on in this course. A quick word of advice. Use the presets as a starting point from which you can make adjustments. There is no one preset fits all. You can change presets for individual modules or for every module in zone. For example, we can click on this module here and have a look at these presets just for this module. And let's remove this module now by pressing this bottom Controls. Each module comes with its own set of controls and parameters, allowing you to find tune your audio. These controls can vary depending on your modules function and are designed to give you precision and flexibility in your mastering workflow. Visual feedback. Ozone 11 provides real time visual feedback through various displays such as spectrum analyzer and game reduction meters. These visual aids help you make informed decisions and monitor changes as you work. Bypass. Ozone bypass feature lets you switch between your original audio and your mastered audio with ease. This is incredibly helpful for evaluating the impact of your mastering decisions. So where does zone fit in your digital audio workstation and signal chain? Typically, zone is the final step in your signal chain, ensuring that your audio leaves your DAW in its best possible form. Here's how to integrate zone into your workflow. Insert zone as the final processor. In your digital audio workstation, insert zone as the last processor on your master bus or stereo output channel. This is where you apply mastering processing to your entire mix. Add meters after zone. Meters such as a loudness meter should be placed after zone as it needs to monitor the loudness of your master after zone has processed it. Sequence of processing. Before zone, your signal chain may include other mastering plugins you want to use, although this is not necessary. Ozone can do everything you need when it comes to mastering. Monitoring and exporting. Once you're satisfied with the result inside the Ozone plug in, you can export your audio with the applied mastering settings from your DAW. In summary, Ozone 11 is your all in one solution for mastering audio. It's user friendly interface, diverse set of modules, and real time visual feedback, make it a powerful tool for achieving professional sign quality. In the following lessons, we'll explore the various modules and functions of Ozone 11 in detail, as well as look at best practices for mastering. Now let's dive deep into the world of Ozone 11 and mastering. 4. Master Assistant and Referencing: Welcome back to the course. In this lesson, we'll explore two critical aspects of mastering and Ozone 11, Master Assistant and referencing. Setting up Master Assistant. Master Assistant is designed to be your second set of AI powered ears. It will analyze your track and offer an objective suggestion to help you achieve a professional sounding master. This is a fantastic tool for beginners to get a real understanding of the mastering process. For an expert, the master assistant will provide a valuable second opinion and a faster setup. It's also a great way to master quickly if you're looking for a quick turnaround for demos and things like that. To use Master assistant, simply click on the button, find the loudest part of your track and hit play. Ozone 11 will then analyze your track. Your body down to the sum of this we go home. Move them around through the juggling The master assistant comes with a set of ten drama targets that have been built from the latest chart topping hits. When the target is selected, the assistant will match your songs tonal balance, vocal balance, width, dynamics, and loudness to the average of those songs. You can also generate and save your own custom targets for mastering assistant based on reference song files on your computer. To do this, go to the plus button where the targets are and find your audio file reference track. Tonal balance target. The tonal balance target is all about achieving the right balance of frequencies in your mix. It's like having a sonic blueprint guide your adjustments. Ozone 11 visually represents the tonal balance of your mix compared to the target. If your mix falls short in certain frequency areas, you'll see it clearly. The blue line represents the tonal balance of your target, while the white line is the tonal balance of your track, displayed in real time, drawing playback. So now let's select a over here and select the target gra. Now, let's play the track back and see the difference. You can see the blue line changes as I change the target to represent a different drama or custom track. Next stop is the loudness target. This is crucial for ensuring your master reaches the desired loudness level. Master assistant will analyze the loudness of your target and set the maximize a module, which is zone eleven's limter to match that target. You then have the option to increase or decrease the maximize again by up to four dB. When the output level is set to full scale, the maximizes output level will be set to -0.1 D B full scale, which is intended as a good output level for most masters. By the way, full scale typically refers to the maximum digital amplitude level and audio signal can reach without clipping or distortion. When the output level is set to full scale in the maximized module in zone 11, it means that the audio level will be set to -0.1 D B full scale, which is just below the absolute maximum level to ensure that the audio remains clean and to stored from free. This setting is commonly used for mastering to achieve a professional and pristine sound. When the output level is set to streaming, the output level is set to minus one DB with true peak limiting enabled. Also, true peak refers to the highest momentary level that an audio signal reaches during its wave form. It considers intersample peaks that might occur when the audio is converted from digital to analog or during other processing steps. Tro pink measurement ensures that the audio doesn't exceed in the maximum level, helping to prevent clipping and distortion in the final output. It's an important consideration for ensuring audio quality and preventing issues, especially in broadcast and streaming, where audio levels must meet specific standards. Vocal balance. Master balance will separate the vocals using AI in analysis phase. Adjusting the vocal balance will make the vocals quieter or louder in the master rebalance module. If the initial track analysis deems the vocal a good level in comparison with the target, it will not add a master rebalance module to the chain, and the vocal balance section will be graded out with a tick. Extras target. The Extras is all about the finer details, where those nuances can make a big difference. It includes dynamics, width, clarity, and stability, and there will be more information of what these mean later on in the course. Adjusting these extras will make changes in their respective modules. It's a nice middle ground between a detailed master in session where you might pay close attention to each parameter in each module and a quick master to a target. It's a fantastic way to ensure your master not only sounds good, but also captures the subtleties of professional mixes. Moving on to the referencing process. Referencing is all about comparing your mix to professionally mastered tracks. It helps you ensure your master stacks up to industry standards. You'll want to have a reference track in mind, click on the reference button, and load your reference track. Ozone will automatically analyze it and compare it to your mix. You can then switch between your mix and a reference track to hear the differences. I'm just going to turn the gain down of this reference track with this gain slider here. So it's a similar level to our track. Body down picture. Them through the sound. You go Go back. This AB comparison is a powerful way to pinpoint areas that need improvement. Using this tool will game match your master to the reference track as well as for easy comparison. Ozone 11 allows up to ten reference tracks. And we can add more reference tracks by pressing this button here. When tracks are initially loaded into the reference panel, handles will appear overlaid on the waveform display. The handles represent boundaries of predetermined loop points. The loop boundaries are placed on similar segments detected in the track. By default, the segments will be named with a letter, which will be A, B, C, D or E. You can adjust the loop segment length by clicking and dragging the region selector handles left or right. You can rename the loop segment by clicking on the text above the loop segment, and here you can rename the loop segment. You can insert a loop by right clicking on the waveform where you would like to add a new loop and select insert loop from the menu. You can remove loops by right clicking on a loop segment and select remove loop from the menu. And you can select a loop for playback by simply clicking anywhere within a loop segment. Before we wrap up this lesson, here are some tips and best practices for using master assistant effectively. First of all, trust your ears. While Master assistant provides valuable suggestions, always trust your ears and use your judgment to make final adjustments. Repeat or go over. Don't be afraid to run master assistant multiple times with different targets to explore different creative directions. Customization. Master assistant isn't set in stone. You can always tweak the settings that suggests to match your vision. Reference often. Referencing isn't a one time thing. Keep going back to your reference chat throughout the mastering process to stay on track. Okay, so we're now at the end of this video, and there you have it a comprehensive overview of master assistant and referencing in zone 11. These tools are your allies in achieving professional level masters. Thanks for watching, and I'll see you in the next one. 5. Stem Focus and Master Rebalance: Hi there, and welcome to this lesson where we're going to delve into the world of stem focus and master rebalance. The purpose of SEM focus. StEMFocus is a new feature in Ozone 11 that uses AI to isolate and manipulate individual elements within your mix. Imagine you have your mix and you want to make subtle adjustments to specific elements without affecting the entire balance. StEMFcus is your solution. It empowers you to get surgical with your mastering, making enhancements or corrections precisely where they're needed. This has been a recent practice among mastering engineers. Stem focus is where the mastering engineer has access to the sum stems of the mix. For example, all of the guitars or all of the drums as individual files. This can give them more control over the elements of the mix. Sometimes the engineer will work simply with a vocal stem and instrumental stem, and other times it may be split into vocals, bass drums, et cetera. Stem focus is zone's introduction to stem mastering. When you select one of the stems isolates that stem and applies every module in the plug in to that stem alone. Your body down to the sound of this. Through the south. I got travel just keep If you wanted to affect multiple stems separately, then you would need multiple instances of zone 11 in your mastering chain. Using mastering rebalance. Now let's dive into how to use the master rebalance module effectively. To access master rebalance, locate it on your tool bar. Once you click on it, you'll see a simple and intuitive interface. Simply choose which element you want to change the balance of, bass drums, and vocals, and adjust the gain. By changing the focus stem, you'll adjust the balance of the main elements in your track. It's like having individual volume controls for each element of your mix within your mastering session. You can then see the effects of your changes on the frequency analyzer within the module. Put your body thrown to the sound of this bag we call home. I see him pvingthroh sound. It doesn't juggling more. Also, don't forget to check your changes against your reference track. Practical examples. Let's go through some practical examples of when to use stem focus and master rebalance. Balancing lead vocals. Suppose you have a mix where the lead vocals aren't quite cutting through. By using master rebalance, you can boost the vocals volume without affecting other elements, achieving better clarity. Kick drum enhancement. In a dance track, you may want to emphasize the kick drums impact. With stem focus, you can pump up the kicks presence, given your track more energy. Remember the beauty of stem focus and master rebalance is their precision. You can make subtle dramatic changes in your mix, depending on your creative intent. The difficult part of designing and plug in with this capability is being able to isolate the stems within the mix well without causing unwanted artifacts or negatively influencing the sound of the master. Ozone 11, however, does this very well. These tools put you in control of your mix elements like never before. Whether you need to fine tune your vocals, elevate your drums, or sculpt your mixers balance, Ozone 11 has you covered. Okay, so that's the end of this video, all about stem focus and master rebalance. Thanks for watching, and I'll see you in the next one. 6. EQ - Part 1 : EQ + EQ Theory - Spectral Shaper, EQ1, EQ2: Hi there, and welcome to this lesson where we're going to explore the world of equalization and the tools at your disposal. Equalization or EQ is a fundamental element of mastering, and Ozone 11 offers a powerful suite of Q modules. First, let's take a look at the various Q modules in Ozone 11. Spectral shaper, a unique and versatile module that allows you to control the spectral content of your audio. This behaves more like a multiband compressor and it's used to tain problematic frequencies. E Q one and Q two. These are parametric equalizers that provide you a precise control over your audio's frequency response. They both offer up to eight bands of E Q and are used for shaping your mixs tonal balance. Match EQ, a powerful tool for matching the tonal balance of your mix to a reference track. It's like having a sonic blueprint to ensure your master stacks up to professional standards. Stabilizer. This module helps you maintain a stable frequency response in your audio. It's particularly useful for tackling unruly resonances and ensuring a smooth and balanced sound. This behaves more like a dynamic EQ and is used to tain frequencies relative to a target. Now let's dive deeper into the spectral shaper module. The spectral shaper is a unique module that lets you reshape the spectral dynamics of your audio. It's not just an EQ. It's a dynamic processor that allows you to control the intensity of specific frequency bands over time. In the spectrum analyzer view, you can select the frequency that is being targeted by the spectral shaper. As mentioned, this module behaves like a multiband compressor. And the game reduction trace view shows how much game reduction is taking place. Your body to the sum of this go home. Through the sound. It doesn't drag Amount determines how much game reduction is being applied to the selected frequency band. The mode selects the intensity of the module. The light setting tins frequency subtly while the heavy mode can be quite noticeable when used with high amounts of reduction. Put your body to go home. Prove them route through. It doesn't travel I just keep attack and release. Much like a compressor, fast attack times will tame the transience of the selective frequency. To fast of an attack, and you could risk reducing some of the impact, crack, and snap of your drum transient. P by t to the sound of this we go home. Thrown To slow of an attack could result in the frequencies not being tamed fast enough. Your body to to the sum of this we go home. F m a route through the south. It doesn't job more. The release determines how quickly the module stops compressing after the intruding frequencies have stopped. Release times too fast can be noticeable and intrusive. Get your body down to the sound of this we go home. Around through the sound. It doesn't drag While too slow release time contain frequencies, even after they are no longer intruding, causing the track to lose energy. Get your body on down to the sound. O this week we go home. Through the sound. It doesn't travel So find a balance with the attack and release time, and most importantly, use your ears. Ton. This adjusts the spectral tilt of the modules processing. A higher tone will brighten the sound while lower tone will darken it. Think of this as the makeup gain for a specific frequency band in the multiband compressor. Your body too so. This sound traveling. Application of spectral shaper. Imagine you have a vocal track with sibilance issues that's harsh hissing sounds. Spectral shaper can be used to reduce or emphasize specific frequencies during sibilant moments, giving you precise control over problem areas. It's also great for toning harsh frequencies or enhancing particular tonal elements. E Q one and Q two features and applications. Next, let's explore Q one and Q two, too powerful parmetric equalizers. E Q one and two are eight band Qs with various filter types, making a verse to for a wide range of tonal adjustments. You can boost or cut specific frequencies, shape the tonal balance, and remove unwanted resonances. Both E Q one and Q two offer visual displays that make it easy to see how your adjustments affect the frequency spectrum. This visual feedback is valuable for mastering. Here is some advice on using parametric Qs when mastering subtle adjustments. When using parametric Qs and mastering, aim for subtle adjustments. Small changes can have a significant impact on the overall tone balance, so avoid drastic moves. Identify key frequency issues. Begin by identifying specific frequency issues in your mix. Is there muddiness in the low end, harshness in the mid range or sibilance in the high frequencies. Target these issues with precise Q adjustments. Gentle h pass and low pass filters. Consider using gentle hi pass and low pass filters to clean up unnecessary extreme frequencies. These filters can help remove subsonic rumble and excessive high frequency noise without altering the core sound. Refer to reference tracks. Use reference tracks in the similar dramra to guide your Q decisions. Compare your mix with the reference and make Q adjustments to match the tonal balance and clarity. Avoid over queuing. Be cautious about over queuing. Too many Q moves can lead to a loss of transparency and a process sound. Less is often more in mastering. Focus on broad strokes. While precise notching and surgical Q can be useful for addressing specific issues. Remember that broad strokes can have a more natural and musical impact. Use broad EQ adjustments to shape the overall tone. AB testing. Always AB test your Q adjustments by toggling the Q on and off. This helps you ensure that your changes are enhanced in mimics rather than distracting from it. Mastering E Q versus mix Q. Distinguish between mastering Qs and mix EQs. While a mix E Q is used to address issues within individual tracks, a mastering Q is about shaping the overall sound of the entire mix. It's about making the mix sound cohesive and balanced as a whole. Remember that Q is a powerful tool in mastering, but it should be used carefully to enhance the mixer's tonal balance and clarity while preserving its natural character. It's about making the music sound its best without altering its essential identity. Okay, so that's the end of this part one video. I'll see in part two. 7. EQ - Part 2 : Match EQ and Stabilizer : Now let's talk about Match Q, a tool that helps you achieve tonal balance consistency with reference tracks. Here's how it works. Load a reference track that you want your master to sound like. You can either do this on a separate track in your DOW or in the zone reference in section, which I cover it in the master assistance and reference in lesson. On the reference in section on the Match E Q module, select capture and play your reference track. So now. And now. I need. Go. Click stop and zone 11, we'll analyze the reference tracks tonal balance and provide a target curve. Turn off the reference track and make sure your track is running through zone. Then on the apply section, hit capture to analyze your tracks frequency spectrum. Put your body down to the sum of this speed we go home. So. It doesn't travel. In orange, you'll see the analysis of the reference track, and blue shows the analysis of your track. The module's goal is to match your mixer's tonal balance to the orange target curve. Match will suggest adjustments, making it easier for you to get closer to the reference track sonic character. It's like having a roadmap to achieve the perfect balance. In the fine tune section, the amount determines how much boosting and cutting the module carries out to achieve the reference total balances. The higher the amount the closer you will be to the reference, and the more intense the module will be. The smooth section determines the amount of precision is applied to the match curve. Less smoothing, it's more precise. A match curve amount of 100%, and a smoothing amount of 0% might technically be the closest match to your reference mix. But in reality is probably not the most effective combination of the settings. These settings will try to capture every peak value and level, which can result in extreme and natural EQs. Idvide values under 50%. Remember the goal is to capture the overall tonal shape of a master as opposed to achieving an exact match. Put your body down to the sum of this we go home. And the rout through south. You can't job. Understanding the stabilizer module. Lastly, let's explore the stabilizer module and its utility. The stabilizer is designed to help maintain a stable frequency response in your audio. It's particularly useful for addressing resonances, hums, or problematic peaks in your mix. It behaves more like a dynamic E Q. By analyzing your audio, the stabilizer identifies troublesome frequencies and provides options to reduce or eliminate them. This module ensures that your master has a smooth and even frequency response, preventing any jarring or distracting elements. The stabilizer differs from the spectral shaper, and that is less precise and more about tonal shaping and taming specific frequencies. It also applies corrections based on the target frequency. Let's now have a look at the stabilizers controls. Much like the target control in a master assistant, the target control in a stabilizer module uses AI to set the target for the frequency balance. When a reference track is selected in master assistant, an assistant target will be available in the stabilizer. Mode. This determines the type of adjustment the stabilizer will make to match the target. Shape applies boost and cuts the Q by keeping the overall loudness neutral by applying an equal amount of boost to cuts. Get your body thumb to the sum of this bag we call home. Pround through the sound. It doesn't travel any more. Cut will only attenuate frequencies that exceed the upper bounds of the target tonal balance. Put your body on thumb to the sum of this we call home. Around through the sound This may be more useful if you want to add more modules for additive Q later in your signal chain. It's a useful tool for finding a middle ground between your target and your own custom processing. Amount. This sets the gain to the tonal corrections. At 100, the stabilizes possible boost is 90 B. Your body down to the sum of this we go home. Through the sound. It doesn't. Speed. This controls how quickly the module reacts to incoming frequencies. High speeds provide more precisely controlled corrections but may introduce artifacts as well. Your body down to the of this we go home. Move through sound. It doesn't travel Smoothing. Similar to match EQ, Smooving controls how many filters are working across the frequency spectrum of the given target. At 100 smoothing, Q corrections will look like three to four filters providing more of a smooth curve. Zero smoothing increases the amount of filters, therefore, making it more accurate to the target. Put your body on down to the sound of this we call home. Curve through the sound. It doesn't travel. Let's now change this to cut and have a look at the sensitivity control down here. This controls how reactive the stabilizer is to income in frequencies. Higher sensitivity means it will suppress any tonal deviation from the selected target. Put your body town. The sound of this big we go home. Through sound. It doesn't job. Tame transience. This applies a stabilizer to any transient. This will reduce the peaks of the master at specific frequencies, allowing you to control the dynamic range. Put your body down to the sound of this we go home. So Q, this controls how much processing is applied to each broad frequency band. Put your body on down to the sound of this pop we call home. I see pro through the sound. It doesn't trouble anymore. Okay, so, that's the end of this lesson. In this lesson, we've explored the Q modules in zone 11. We've looked at the spectral shaper, Q one and two, match Q, and the stabilizer. These tools are essential for shaping your mixes tonal balance, enhancing problem areas and achieving a polished professional sound. Thanks for watching, and I'll see you in the next one. 8. Limiting Tools - The Maximiser Module: Hi there, and welcome to this next lesson. In this lesson, we're going to dive deep into the world of limiting and explore the maximizer module, which is a crucial tool for achieving the desired loudness and impact on your master. Before we dive into the maximizer module, let's understand the significance of limiting in the mastering process. Limiting is the final stage of mastering and plays a critical role. It ensures that your audio reaches the desired loudness level without clipping or distortion. It's like a safety net that prevents your audio from getting overboard, maintaining a clear and controlled sound. Limitors work just like compressors in that they have a threshold and when the signal exceeds the threshold, gain reduction occurs. The difference between the compressor and a limitorthough, is that the limitor has an infinity to one ratio, meaning it doesn't let any of this signal pass the threshold, hence limiting it. Here is some terminology to understand before we dive into zone's mitter. LUFS, LUFS stands for loudness units relative to full scale, and it's a standardized measurement of loudness that provides a consistent way to measure and compare the loudness of audio. It considers human perception, making it a valuable metric for broadcasting and streaming platforms. LUFS values help ensure consistent playback volume across different tracks. We could measure loudness with amplitude, which is the strength of an audio signal. Although this doesn't take human perception into account, whereas LFS does. DBFS, which stands for Decibels full scale. DBFS is a measurement of the signal level relative to the maximum digital audio signal level. Zero DBFS represents the maximum peak level that can be recorded or played back without clipping. Levels above zero DBFS result in distortion. Relation to limiting. Limiting is a crucial process of mastering for controlling peaks and achieving the desired loudness while preventing clipping. By setting the threshold in a mitter, you can effectively raise the overall level of your audio, making it louder. FS is often used as a reference point to determine how loud the master should be for different distribution platforms guiding the mitter settings. DFS is used to monitor and prevent digital distortion caused by exceeding the maximum level. Now let's take a deep look at Zone eleven's mitter to maximize the module. So let's click on the Plus button up here and select maximizer. Maximize interface. The maximized modules interface consists of several key components. Gain. This determines how much signal is being input into the module. The higher the gain, the closer the signal reaches the output level and the more limiting takes place. P your body down to the sound of this we go home. Through the sound. I does juggle. Learn input gain. This sets the desired loudness target for the maximizer and adjust the gain level to reach that target base on 5 seconds of listening. Put your body on down to the sum of this baby we go home. I'll see you move route through Output level. This sets the point at which limiting begins. This ceiling determines the maximum allowed output level. It's typically set just below zero dB to ensure no clipping occurs. True peak, peak limiting accounts for any oversampling generated by the digital to audio conversion. This option will increase the CPU usage, but it ensures no distortion or clipping occurs when converting to analog. Mode, each mode has its own sonic characteristics, and choosing the right one depends on your music genre and taste. One thing to mention, attack and release times when limiting provide different fields for the music and can have quite drastic impacts on your master. Generally, we want our release times to be quite musical sounding and natural in order to make the effects of mitter more subtle. IRC, this stands for intelligent release control. It uses AI and algorithmically calculates attack and release times for the mitter and each one has its own sonic characteristic. Some are designed to preserve transient such as the IRC two, while others are designed to reduce pumping and distortion, such as the IRC four. Put your body on thumb to the sum of this bag we call home. Must see Prove them route through the son. It doesn't rubble. Character. This adjusts the overall attack and release times of the maximizer, the speed of which is dependent on the mode. Put your body on down to the sum of this we call home. Route It doesn't juggle and no. W. W. I just keeping Secondary controls. We also have several powerful secondary controls that provide advanced capabilities for shaping your master. The first is upward compression. This is a transparent form of compression that boosts the gain of the quiet sections of your audio rather than reducing peaks. The amount control lets you determine the maximum gain applied to quieter parts offering fine tuned control. The processing is level matched to maintain consistency and preserve audio integrity. Upward compression is applied before the IRC maximizer, enhancing dynamics and loudness. Your body down to the sum of this peak we go home so. Notice that as I increase the upward compression, a blue line indicating an increase in gain appears in a gain reduction trace view. You can think of this as the opposite to gain reduction. Soft clip. Soft clip adds subtle saturation to the signal as it's been limited to increase the perceived loudness without causing distortion. Saturation adds subtle harmonic distortion and character to the mix and enhances the warmth and presence of the sound. The amount control adjusts the wet dry mix with 100% resulting in full clipping at zero DBFS. We have three modes that begins saturation at different levels before the threshold. Light, moderate and heavy. Light has three D B before the threshold. Moderate has 90 B before the threshold, and heavy has 30 dB before the threshold. Soft clip is enabled before the IRC maximizer. Your body down to the sound of this bag we call home. Moving route through the sound. He doesn't juggling. Transient emphasis. The transient emphasis control fine tunes transient shaping before limiting. Adjust the amount of control to control the degree of transient emphasis with higher values resulting in more pronounced transience. This is useful for preserving sharpness and impact in transient sounds like drums while optimizing overall loudness. Your body down to the sum of this bag we call home. Move tough doesn't juggling. Stereo independence. In an extreme example, imagine we have a track which is heavily tilted on the left side. Most limitors are in stereo. Hence when the left side reaches the output level, it will compress both the left and right sides by an equal amount, even though the right side is below the output level. By providing stereo independence, the maximizer can limit the transience or sustained sections of the master separately. Transient slider. This adjusts the limitor response to transient material across the left and right channels. Sustained slider. This adjusts the limiters response to sustained material across the left and right channels. The link button links and and links transient and sustained sliders for independent or synchronized control. By independently limiting the left and right channels, you're able to increase the loudness across the whole master. Put your body down to the sound of this we go home. V through sound. Traveling. It's worth noting that at 100%, the stereo image will narrow as there's less difference between the left and right channels of your master. Tips for achieving a loud and clean master. Achieving a loud and clean master is an art. Here are some tips to help you get the most out of the maximize a module. Use your ears. Always trust your ears. While meters and numbers are helpful, your perception of how the audio sounds should guide your adjustments. Metering. Pay attention to your meters, but don't solely rely on them. Visual feedback can help you avoid overlimiting, but it's the listening experience that truly matters. AB comparison. Use the bypass function on a maximize module to AB compare your processed and unprocessed audio. This helps ensure that your limiting is enhancing the mix. This is only useful though if you gain match in Ozone 11. Be sure to check out a lesson later on in this course about Delta button, gain match in midside, to learn more about gain matching. Preserve dynamics. While loudness is important, don't sacrifice dynamics entirely. A well controlled master can be both loud and dynamic. Okay, so that's the end of this lesson. In this lesson, we've explored the importance of limiting and mastering and delved into the maximizer module in zone 11. Limiting is the final touch that can make your master competitive and polished. With the right settings and a keen ear, you can achieve loudness while maintaining a clean and controlled sound. So thanks watching, and I'll see you in the next one. 9. The Impact and Vintage Compressor Modules: Hi there, and welcome to this next lesson, where we're going to explore the art of compression in mastering. In this lesson we'll delve into the impact module and the vintage compressor module in zone 11, understanding their features and practical applications. Compression in mastering. Compression is a dynamic audio processing technique that helps control the dynamic range of your audio. It evens out the volume fluctuations between the loudest and softest parts of your music. This is particularly valuable in mastering because it allows you to make the mix more consistent and impactful. Now, let's explore the impact module in zone 11. The impact module is designed to enhance the transient and sustain characteristics of your audio by a combination of compression and expansion. Key controls on the impact module. The impact module features several essential controls. Multi band control. This control allows you to control the dynamics of independent frequency bands, giving you more control over the dynamics in your master. Transient control. The numbers on the left correlate to the impact effect of each respective frequency band. Positive values expand the dynamics of the selective frequency band, giving you a more open and accentuate in the transience, making it more punchy. Negative values compress the dynamics leading to a more dense, glued sound. Envelope. This dictates the amount of time for the expansion or compression to return to the original signal. Faster envelope times make the module more noticeable, while slower envelope times lead to smoother sounding compression and expansion. The envelope time can be synced to the temper of the track with a sync button. Oh. Practical scenarios for the impact module. Use the impact module to add punch and presence to a mix that lacks clarity and definition. When working with precursive elements like drums, adjusting and transient control can help make them more prominent and defined. To enhance the sustain of instruments like pianos and strings, use the sustained control to our richness and depth. Oh. Moving on to the vintage compressor module in zone 11. This module offers a warm and analog style compression that can add a touch of vintage character to your audio. This is a more traditional style compressor. As I mentioned before, the compressor works similarly to mitter in that once the signal reaches the threshold, game reduction occurs, and the peaks of the signal are reduced, hence, reducing the dynamic range of your audio. The main difference between the mitter and the compressor, though, is that you can determine how much of the signal is compressed with the compressor and not with a limitor. Key controls in the vintage compressor module. The vintage compressor module includes these essential controls. Side chain control. This graph shows us which frequencies are being side chained to the compressor. The frequency selected will not contribute towards the input of the compressor, and this has two benefits. Firstly, by excluding some frequencies, your compressor doesn't have to work as hard. This reduces the chance of overcressing and squashing your master, and it also leaves the selected band without compression, which can make it sound more open. Mode. This sets the overall character of the compressor. Sharp provides crisper dynamics with focus on transience. Smooth evens out the transience while enhancing the rest of the signal resulting in a thicker and sound. And balance is a middle ground between the two. Oh. So. Threshold. This control sets the point at which compression begins. Adjust it to determine when compression is applied. Ratio. The ratio control defines the amount of compression applied. Higher ratios result in more intense compression. No. Attack. Attack controls how quickly they comp press a response to do exceeding the threshold. Faster attack times can help control transience, while slower times allow some transience to pass. Faster attack times give you control over your dynamic range, but can risk in losing the punch of your transients. Slower attack times on the other hand lead to more punchy sound of masters, but risk leaving the master feeling unbalanced. Oh. Release. The release control determines how quickly the compressor stops compressing after the audio falls below the threshold. It affects the overall dynamics of your audio. Fast release times means the compressor stops compressing faster, meaning the quieter nuances of the master are amplified. To faster release time, however, and the master can sound overly aggressive. Oh. Gain. After compression, you can use the makeup gain to bring the level of your audio backup to match the desired output level. It's important that we use the gain control to set the output level to the input level so we can easily AB the effect of the compressor. No. Practical scenarios for the vintage compressor module. Use the vintage compressor module when you want to add warmth and character to your audio, especially when working with material that needs a vintage touch. It's excellent for controlling dynamic peaks, smoothing in transience. You can also use it to glue together individual tracks in your mix, making them cohesive. Balancing dynamics while preserving character. When the plan compression in mastering, remember that your goal is to balance dynamics without sacrificing the character or nuances of the mix. Both the impact module and the vintage compressor module in Ozone 11 offer unique tools to achieve this delicate balance. Okay, so that end of this lesson. In this lesson, we've explored the impact module and the vintage compressor module in Ozone 11 covering their controls and practical applications in mastering. Compression is a powerful tool for enhancing the dynamics and impact of your audio. When used thoughtfully, it can elevate your mix and in clarity, warmth and character, while maintaining the integrity of the original sound. Thanks for watching, and I'll see you in the next one. 10. Imager Module's Features and Controls: Welcome to this next lesson. In this lesson, we're going to dive into the fascinating world of stereo imaging and explore the powerful image module in zone 11. Stereo imaging plays a pivotal role in shaping how your mix is perceived and enjoyed. Understanding how to effectively control and enhance the stereo field is essential for creating immersive and engaging audio experiences. Understanding stereo imaging. Let's begin by understanding the concept of stereo imaging and why it's important in the world of audio production and mastering. Stereo imaging defined. Stereo imaging refers to the spatial distribution of sound in the stereo field. It determines the placement and movement of audio elements between the left and right channels. A well balanced stereo image can make your mix sound wide immersive and dynamic, providing a sense of space and dimension. Impact on the mix. The way you control the stereo image can significantly impact how you mix is perceived by a listener. A wide sttery image can make the mix feel expansive and open while a narrow image can create more focused and intimate sound. The image module. Let's now explore the image module in zone 11, which is designed to help you manage and enhance the stereo image of your audio. Key controls in the image module. The image module features three key displays, and let's look at these now. Crossover frequency. This control sets the frequency point at which stereo width adjustment begins. It's essentially the line that separates the lower frequencies, base in low mids, from the higher frequencies, mids and highs. Correlation trace. This view allows us to see the phase correlation between the left and right channels. Before explaining this visual, let's talk about phase correlation. If you have two identical waveforms and combine them together, you will double the amplitude of the signal as a signals combined. If we flip the plarity of one of these waveforms, the resulting combination will counsel out and you'll be left with no sound. There are degrees of alignment between combining signals, and we call this phase correlation. A value of plus one means the signals are perfectly aligned. A value of zero means the signals have no relationship. For example, if you combine a guitar with a drum, the waveforms would be so different that the phase relationship when combined would be unaffected. A value of minus one means the signals are perfectly aligned, resulting in absolute phase cancellation. With regards to the steroid image, it's important that left and right channels don't cause phase issues when combined together. Phase cancellation can occur when we play a master back in mono, resulting in missing frequencies or elements within our mix. The ability of a stereo file to retain serum without phase cancellation is referred to as mono capability. With regards to mastering, phase issues can occur when our mix is too wide. Stereo spectrum. This displays a mirrored spectrum of the signal width across the frequency spectrum. One straight line in the center indicates a mono signal. The wider the distance vertically, the wider that frequency is. Do it. I just keep The image module features several key controls. And let's look at these now. Stereo width. The stereo width control allows you to increase or decrease the stereo width of your audio. Pushing it up widens the stereo field within that frequency band while moving it down narrows it. This value can be scaled by the amount of control in the header. It could just keep. The link button in the middle of the section will link the frequency bands, meaning an adjustment of one band will affect the stereo image of all frequencies. Stereoze. This adds natural sounding stereo width for a couple of techniques dictated by the mode. Mode one creates a delayed copy of the middle channel and injects it into the sides. While mode two focuses on preserving transience. Both have different tonal qualities, and I advise you to experiment with these yourself. The value is how many milliseconds delay there is between the original signal and the delayed side signal, where a longer delay results in a wider master. The stereozer function can only be enabled when you are adding width to the master. I just keeps Recover sides. This adds back the side information that you may have lost when using the imager to reduce the stereo width. For example, if we were to narrow the sides on the master that had guitars heavily panned left and right, we would lose the guitars. We can use recover sides to bring back those guitars, but place them in the center of our stereo image instead. The value refers to how loud you want the recovered size to be. The recovered size function can only be enabled when you're narrowing the master. B I just keep the Metering. On the bottom right of the imager module, there are 3 meters which indicate the master's stereo width after processing. They all essentially display the same thing. The phase relationship between the left and right channels. The more vertical the line is, the stronger the phase relationship between the left and right channels. When the line is perfectly vertical, the master is mono as there's no difference between the left and right channels. Flix Flix. Now, let's explore practical applications for the image module. Enhancing width. Use the imager to create a wide and expansive stereo image for gmras like orchestral music, ambient soundscape, or rock anfants. Wides stereo width can provide a sense of grandeur and space. Balancing center and sides. Achieve balance between the center and the sides to ensure a clear and focus sound. This is valuable for ensuring beta frequencies or important instruments stay centered in the center while leaving room for wide background elements. It's worth noting that when it comes to mono capability, low end is usually the first frequency band to disappear due to the large wavelength of these frequencies. By narrowing the low end, we can improve the mono capability of the master while also creating a more focus base to our master, narrowing for intimacy. In scenarios where you want to create intimate focus listening experience, you can narrow the stereo field. This approach works well for acoustic performances, dialogues, and close mic instruments. Tips for enhancing spatial perception. To enhance the spatial perception of your mix using the image module, consider these viable tips. Frequency dependent adjustments. Be mindful of how you apply stereo wit adjustments based on frequency. Lower frequencies often benefit from a narrow stereo image, while higher frequencies can benefit from being spread wider. Subtle changes. As with all mastering processes, subtlety is key. Avoid extreme stereo wit adjustments that might sound natural or disorienting. AB testing. Always use the bypass button to AB test your stereo imaging adjustments. This helps you ensure that the changes you're making are enhancing the listening experience. Okay, so that's the end of this lesson. In this lesson, we've explored the concept of stereo imaging, the key controls of the image module and practical applications for enhancing the spatial perception of your mix. The image module in Zone 11 is a powerful tool for sculpting the Serio image to suit the requirements of your audio projects, providing an engaging and immersive listening experience. Thanks for watching, and I'll see you in the next one. 11. The Clarity Module and Low End Focus Module: Welcome to this next lesson. In this lesson, we'll delve into two essential modules for mastering, the clarity module and the low end focus module. These modules are instrumental in shaping the tonal balance and sonic character of your audio, ensuring it sounds clear, detailed, and impactful. We'll explore what each module does and provide guidance on how to use them effectively. What does the clarity module do? The clarity module is all about enhancing the mid range and high frequency detail in your audio. Is primary function is to introduce harmonic saturation, as well as tain resonances to a specific frequency band towards a specific target. This can add warmth brightness and clarity to your audio. It's particularly useful for bringing out details in instruments and vocals. Increases the tracks perceived loudness at the exact same LUFS. How to use the clarity module. Select frequency bands. Start by identifying the frequency bands where you want to enhance clarity. This can vary depending on the audio material and your creative goals. Amount, adjust the exciter amount to control a level of harmonic saturation. Be subtle in your adjustments as too much excitation can lead to unwanted artifacts. At the maximum amount level, the maximum gain that clarity can boost or cut is 60 b. Tilt, this adjusts the flat target that the module is adjusting towards. Positive values makes the target brighter while negative values makes it darker. Attack. This controls how quickly the module responds to incoming audio. Fast attacks will saturate and tin transience. I found that if the attack is too fast, drums can so over saturated and lose their punch. D. I just keep that in Release. This controls how quickly the module returns to its original value. Fast release times can sound more aggressive and up front, as saturation is quickly applied and removed in a matter of millieconds. Slow release times create a much more smooth sounding tone. I just keep What does the low end focus module do? The low end focus module is designed to shape and tighten the low end of your audio, and it offers the following tightening and shaping. This module allows you to precisely control low frequencies, ensuring they are well defined and not muddy or boomy. It can be especially useful for gras where clean and powerful low end is crucial, such as EDM or hip hop. Sub harmonic generator. The low end focus module also generates sub harmonics to add depth and impact to low frequencies, making them more prominent without overwhelming the mix. How to use the low end focus module. Let's first look at frequency range. Begin by selecting the frequency range you wish to focus on. This begins on the mix and the specific issues you want to address. Mode, Punchy uses faster response time to emphasize transient content. This mode is useful for targeting the kick. Keep Smooth uses a slow response times to enhance the sustained content. This is useful for targeting sustained based instruments. I just keep Contrast. This behaves like an expander or compressor. Positive values increase the differences between the low level signals and high level signals. This brings out the transients in the low end and is useful for giving your kick more punch. Negative values reduce the differences between low level signals and high level signals. This essentially compresses the low end and blurs the base. The transients will lose their punch, but the low end will feel smoother and more consistent. So let's go back to the punching mode and then play the trap back and adjust this contrast setting. Gain. This sets the amount of makeup gain applied to the frequency band after the contrast has taken place. It. I just keep it. Achieving clarity and impact. In mastering, achieving clarity and impact is a delicate balancing act. The clarity module helps bring out the details and enhances the brightness, making your audio clearer and more detailed. Meanwhile, the low end focus mode tightens and shapens a low end, add in depth and power to create an impactful sound. Okay so in this lesson we've explored the Clarity mode and low end focus module in zone 11. These modules play a crucial role in mastering ensuring your audio sounds clear, detailed and impactful. Okay so, that's the end of this video. Thanks for watching, and I'll see you in the next one. 12. Saturation - Vintage Tape Module and Exciter Module: Hi there and welcome to this next lesson. In this lesson, we explore the fascinating world of saturation and its pivotal role in mastering. We'll take an in depth look at two powerful modules, the vintage tape module and the citter module, both of which are designed to infuse warmth character and harmonics into your audio. You'll discover how to use saturation creatively to enhance your masters. Understanding saturation. Saturation is a process that involves introducing harmonic distortion into audio signals. This distortion creates additional harmonics, enriching the sound and giving it a warm vintage character. Saturation can have various effects which are discussed now. Firstly, adding harmonics. Saturation introduces harmonics that weren't present in the original signal. These harmonics can make the audio sound richer and more complex. Soft clipping. Saturation often involves soft clipping, which rounds off the sharp peaks in the audio wave form. This can help tame transient peaks and make the audio mover and also coloring the sound. Saturation imparts a color or character to the audio, creating a warm and inviting tone. This can be particularly useful for dramas that benefit from a vintage or analog feel. The vintage tape module. The vintage tape module in zone 11 is a verse toll tool that emulates the characteristics of analog tape machines. It offers several controls, which are list now. Firstly, is speed. Adjust the type of saturation to the tape style saturator. On hardware tape units, tape speed determines the rate at which the tape physically moves past the tape head drawing playback. Faster speeds improve the high quality response and overall quality while slower speeds shift background noise towards lower frequencies when increasing them. This makes for more rounded and vintage tonality. I just keep. Then input drive. This adjusts the amount of signal being driven into the saturator. Higher levels of gain lead to more drastic saturation and too much and you'll hear audible distortion. Fail. I just keep. Then we have bias. This allows us to just the shape of the distortion curve. Negative values emphasize the saturation on higher frequencies, making this a great option for adding a shine to the top end adding clarity. Positive values target more mid range frequencies, making it more useful for adding depth and weight to the master. I just keep. Then there's harmonics, which adds more even order harmonics to the saturation. Even order harmonics are even multiples of the fundamental frequency. For example, let's say Guitars fundamental frequency was at 400 hertz. The even order harmonics would be 800 hertz, 1,200 hertz, and so on. Odd order harmonics would be odd multiples of the fundamental frequency. 850 hertz or 1,300 hertz, for example. Practically speaking, even order harmonics tend to be richer, pleasant, and more musical sounding, while odd order harmonics tend to be edgier, more aggressive and carry more depth to the tone. I just keeps Then we have low emphasis. This adjusts the resonance of the low end. Resonance is the shape of the high or low pass filter and the cutoff frequency. Low values flatten the frequency response, hence leaving the low end fairly unaffected. Higher values increase the resonance peak, adding more low end bunch and controlling the sub frequencies. Just keep. Then we have high emphasis. This adjusts the resonance for the top end. Lower values roll off the high frequencies while higher values at the top end shimmer. Do I just keep Let's now have a look at the citter module. The citter module in zone 11 offers different views that allow you to control and visualize its processing. Let's now have a look at the views. Crossover spectrum view. This view is where you manage multi band crossovers. You can create up to four processing bands, each with its crossover frequency. Add band, click the Plus button, add a new crossover points. Enable Disable band. Use the power button to enable or disable processing in the associated band. Solo band. This allows you to isolate the playback of the associated band with the S button. Remove a band. With this, you can remove a band by clicking the x button that appears. Adjust crossover cutoffs. Click and drag a handle to adjust the crossover frequency or manually enter a value. The pose filter view. This view displays harmonic highlights representing the saturation applied to your signal across the frequency spectrum. Because saturation adds harmonics above the fundamental frequency, it can be challenging to add saturation without making your master sound too bright or brittle. You can adjust the high shell filter that affects the wet or processed output of the module to control high frequency content introduced by the processing. Feel feel it I just keep Let's now have a look at some of these controls. Over sampling. This increases the sampling rate of applied distortion, essentially improving its quality. It reduces aliasing, which is where sound wave is improperly represented by the digital samples. The downside of oversampling, though, is that it uses more CPU. Link bands, when enabled adjustments made to a control will be linked and applied to all other bands by the same amount. The modes, here you can choose different saturation modes to tailor the sonic characteristics to your mix. Analog. This emulates transistor type odd harmonics, adding driven grit to your audio. Retro. This is based on transistor characteristics with a slowly decaying row of odd harmonics. Tape. This offers brighter sounding saturation due to odd harmonics from analog tape. Tube. This is characterized by clean tonal excitation with an emphasis on dynamic or transient attacks. Warm. This generates only even harmonics that decay quickly. Triode, modeled after a tube circuit for realistic analog warmth with a subtler overdrive than dual triode. That brings us on to u triode. This model is a full circuit using a vacuum tube, introducing more pronounced over drive with a warmer tone. Fail. Do fail I just keep it. It's important to note that differences in what these modes are aren't as important as how they sound. I encourage you to test at the different modes and listen for yourself as to what the differences are. Then we have amount. This controls the amount of harmonic excitation for the associated band. I keep Then there's mix, which controls the amount of processed signal, blend it back into the unprocessed signal. A fail I just keep We have more information on the main differences between vintage and modern soundard modules later on in the course. In this lesson, we've explored the role of saturation and mastering and delved into two essential modules in Ozone 11, the vintage tape module, and the Excited module. Saturation is a powerful tool for infusing warmth of character and harmonics into your audio, and these modules offer precise control over the saturation process. By using saturation creatively, you can enhance the uniqueness and appeal to your masters, taking them to new sonic heights. Okay, so that's extended this video. Thanks for watching, and I'll see you in the next one. 13. Vintage Module vs Modern Modules: Hi there, and welcome to this next lesson. In this lesson, we're going to explore a fascinating aspect of audio mastering, which is the choice between vintage modules and modern modules. This decision can significantly influence the sonic character and style of your final master. We'll discuss the pros and cons of using vintage and modern processing, conducting AB comparison, and provide examples to guide your decision making process. And we have the which is this vintage modules. We've got the vintage compressor, And we've got the vintage EQ, which is this module here, and the vintage mitter and also the vintage tape module. So let's look at some pros and cons of vintage modules. First, the prose, warmth and character. Vintage modules are renowned for their warmth and colorful analog characteristics. They can add a sense of nostalgia and character to your audio, making it sound rich and inviting. Saturation and harmonics. Vintage modules often introduce harmonic distortion and saturations that can enhance the perceived loudness and thickness of your audio. These harmonics can impart a unique and pleasing texture. Musical dynamics and control. Many vintage modules exhibit smooth and musical dynamic control, which is highly sought after for gas such as jazz, blues, and classic rock. They tend to be forgiving and add a certain musicality to the processing. Let's now look at some of the cons. Lack of precision. Vintage modules may lack the precision and control offered by modern digital processors. If you need surgical adjustments, they may not be the ideal choice. Less flexibility. Vintage modules can be less flexible in terms of parameter adjustments and versatility. You might be limited in terms of the range and type of processing you can apply. Emulation accuracy. The tone of vintage modules is modeled after actual analog hardware units. There are loads of plug ins by various manufacturers that are modeled like this. And while the accuracy and detail of these plug ins has dramatically improved over the last few years, some engineers doubt the ability to accurately emulate hardware units. In the case of Ozone 11, there is no one specific unit that the vintage modules are emulating, making the tone a bit of a jack of all trades, master of none. AB comparison modern versus vintage processing. Now let's conduct an AB comparison to understand and listen to the differences between modern and vintage processing. I'm going to add two modules to our mastering chain in zone 11, Q one, which will be our digital Q and the vintage Q. Looking at the parameters in each, notice how the vintage Q only allows you to select discrete frequencies Whereas a digital Q allows you to select any frequency. This is a great example of how the vintage modules are far less accurate than digital modules. On the other hand, the frequencies on the vintage Q are not selected at random. They often represent particularly musical frequencies, making it a great Q for boosting, and, of course, simpler to use. Let's boost the same frequency in each module by the same amount and at the same q value. I'll AB each one of them, so you can hit a difference in tone between each one. If you have a modern pop song with clean and clear vocals that needs precise control, you might opt for modern processing. A modern Q can help fine tune the vocals frequency balance while a modern compressor can help provide tight, transparent dynamic control. On the other hand, if you're working with a jazz recording that you want to infuse with some vintage warmth and character, vintage processing can be the way to go. Using a vintage Q and compressor can give a pleasing analog color to the instrument and make the mix feel more organic. When to choose vintage or modern processing. The decision between vintage and modern processing depends on various factors, including musical genre. Consider the genre of the music and mastering. Gamas like classical jazz and blues often benefit from vintage warmth, while modern pop electronic and hip hop tracks tend to favor modern precision. Intended sonic character. Think about the desired sonic character. If you want a contemporary clinical sound, modern modules are a good choice. For a more vintage character driven sound, go with vintage modules. Client preferences. If you're mastering for a client, discuss their preferences. Some clients may specifically request a vintage or modern sound, so it's essential to align with their vision. Creative goals. Your creative goals also play a role. Consider whether you want to preserve the mix's original character or enhance it with vintage color. Maintaining a balance. One key approach in mastering is to strike a balance between vintage warmth and modern precision. Ozone 11 provides the tools to achieve this balance by allowing you to blend vintage and modern modules within the mastering chain. For example, you can use a vintage compressor for its analog character while maintaining precision in other stages with modern Q and limiting. This approach lets you capture the best in both worlds, given your master a unique and harmonious quality. In this lesson, we've explored the pros and cons of vintage and modern modules in audio processing, conducted AB comparison, and discussed when to choose each type of processing. Remember that the decision between vintage and modern processing is highly context dependent, influenced by genre, artistic goals, and client preferences. By maintaining a balance between classic warm and contemporary precision, you can achieve the ideal sound for your master, creating an audio experience that resonates with your audience. So thanks watching this video. I hope you found it useful, and I'll see you in the next one. 14. The Delta Button, Gain Match and Mid/Side: Hi there, and welcome to this next lesson. In this lesson, we'll explore several important aspects of zone 11 that adds the finishing touches to your mastering process. We'll delve into the significance of the Delta button, maintaining consistent levels with gain match, the use of mid size processing across all modules, the choice of audio codec, and the roles of devering bit depth reduction. These elements are crucial for ensuring that your mastered audio is of the highest quality and ready for distribution. The significance of the Delta button. The Delta button in Ozone 11 is a feature used for AB comparison. When the Delta button is activated, it allows you to listen to the difference between your current settings and the original unprocessed audio. This is a viable tool for critically assessing the impact of your processing changes on the audio signal. So here's how it typically works. When the Delta button is off, you hear the currently processed audio. When you activate the Delta button, you switch to hearing the difference between the processed audio and the original unprocessed audio. This allows you to focus on the specific alterations made by your processing settings. It's particularly useful for fine tuning and making sure enhancements are achieving the desired results without introducing unwanted artifacts or coloration. Your body the sum of this big we go home. I see rough south doesn't g The Delta button provides an instant way to toggle between the original and processed versions of the audio for critical evaluation. How to maintain consistent levels with gain match. Achieving consistent audio across multiple tracks or when you're comparing your mastered audio to a reference track is essential. The gain match feature in zone 11 ensures that your audio is level matched for accurate comparison. By activating gain match, you can listen to your processed audio at the same perceived loudness as the original, making it easier to assess the impact of your mastering adjustments without being swayed by changes in volume. Gain match streamlines the mastering workflow, and helps you make informed decisions. Put your body on down to the sound of this big we go home. I see them around through the sound. It doesn't drug. Don't forget to turn off the game match button before exporting your master. Otherwise, you'll be exporting a much lower LUFS than intended. Using mid side across all modules. Okay, so now let's adjust the mid side, and we can do this by turning on the module you want to adjust, and then selecting this icon here and selecting midside. Mids processing is a powerful technique that allows you to separately manipulate the mono and stereo components of your audio. In Ozone 11, you can use midside processing across all modules, giving you precise control over the spatial characteristics of your audio. I want to spend some time talking about mid side processing because I think it's one of the most powerful tools we have as mastering engineers. Benefits of midside processing. Enhanced control over the stereo field. The separation of the mid and the side offers a level of control that's not achievable with traditional stereo processing. You can precisely adjust the width of the stereo image, focusing on instruments and vocals in the center while widening or narrowing the spatial perception as needed. One challenge with mastering is separating the instruments as we often only have one file to work with. Mid si processing can be used as a method of separating the elements of your mix. Selective equalization. You can apply eq adjustments separately to the mid and side channels. And we can select med or side with these buttons up here. This allows for targeted tonal shaping. For example, you can boost the low frequencies in the center channel to enhance the punch of the kick drum and bass while simultaneously brightening the side channel to add airiness to symbols and stereo effects. Put your body on down to the sound of this b we go home. Round through the sound. Likewise, subtractive Q can be used on the sides to leave more room for the base and kick, which are usually planned to the center. H. Your body dump to the sum of this be go home. Control and dynamics and loudness. By applying compression to the center and side channels independently, we have more control over dynamics. In addition, it gives us two sets of head room to work with. For example, if we wanted to add compression to our master to tame a particularly loud snare pan centrally, adding sterocression would cause both the middle and size to compress when the snare hits. By only compressing the middle, we can let the size of the master breathe while taming the middle where the snare is located simultaneously. Put your body on thumb to the sum of this be we go home. Through the sounding. You also have the option for transient sustain, allowing you to target different aspects of your master. This is yet another way zone 11 gives you control and makes it easy for you to target certain elements of the mix. For example, if we want to boost the low end of our master, but we only want to target the bass guitar, I'd make adjustments to the sustained section while leaving the transient section. So let's turn on the EQ bell here and then play the track back and adjust the filter frequency of the bell. Your body. If I wanted to target the kick, I'd choose a similar frequency, only target the transients. So let's swap this over to transient up here and play the track back and then adjust the gain and filter frequency of the EQ bell to hear the difference. Put your body on down to the sound of this big we call home. I see them around the sound. It doesn't travel. Techniques for using midside processing. Accounting for the stereo width. The relationship between the sender and sides influences the overall stereo width. It's important that we are careful as not to overuse midside processing as we may end up with an unnaturally wide master. In dramas like hip hop, this is uncommon as it reduces the focus and drive of the master. Correcting phase issues. Midside processing can reveal phase issues in your master. Remember to address any phase misalignments before applying midside techniques to achieve the best results. Phase issues can compromise the effectiveness of midside EQ and processing. This correction is best carried out in the mixed stage of the production process. Enhancing spatial perception. Use mid side processing to create a sense of depth in your mix. For instance, you can emphasize the center channel to make the vocals and lead instruments feel more forward. Or you can enhance the side channels to push background elements to the edges of the stereo field, creating a spatial sound stage. Okay, so that's the end of this part one video. I'll see in part two. 15. Codec and Dither: Hi there, and welcome to this Part two video. Before diving into Codec, let's talk about the formats of audio files. Some audio files like WAVs are what we call lossless, meaning they have all of the information in them and are at the highest quality. Loss audio formats like MNP three and AAC are smaller file sizes, but have some of the audio information removed to achieve this. Understanding codec options. Loss audio formats such as MP three or AAC use algorithms to identify and remove less audible portions of an audio file to reduce the overall file size. This process can introduce artifacts ranging from subtle to obvious artifacts in the compressed file. Codec preview allows you to preview lossy compression formats and compensate for any undesirable artifacts that introduce before exporting your master. The codec window lets you choose the format you're monitoring. P three is a compressed audio file that is smaller than a loss less wad file making it easier to transfer. AAC is designed to be the successor of MP free and generally achieves a higher quality sound and MP freeze at the same size and bit rate. It's worth noting that the AAC format option is only available when zone is open in Rosetta on silicon base max. Changing the bit rate will change how the master is being monitored. This is very useful if you intend to use an MP three with a low bit rate for a specific upload. Boy and move down. Come on me. No Adam move. So I need another I falling. That guard is danger and no. Flipk The sod artifact button allows you to monitor the parts of the master that would be removed if you were to export the file to which format you have selected. You know. I feel. Differing. Divering is a process that involves adding low level randomized noise to the least significant bits of an audio signal when reducing its bit depth. In digital audio, bit depth determines the dynamic range of the difference between the quits and loudest sounds that can be represented. When reducing the bit depth, such as converting a 24 bit recording to a 16 bit for CD quality, quantization errors may occur. Without differing, these errors could lead to audible artifacts, particularly when the signal level is low. Differing migrates these artifacts by introducing a controlled amount of random noise, effectively smoothing the quantization process. There are a number of different controls for divering in zone 11. Bit depth control. This setting allows you to specify the target bit depth for your exportive file, giving you flexibility between 24, 2016, 12, or eight bits catering to the requirements of various formats. Audio blanking. When silence is detected in your audio input for certain duration, audio blanking mutes background noise being generated by the diver, keeping your audio pristine during quiet moments. Dier amount. You can select the number of bits of diver to apply to the signal. This is essentially how much background noise you are generating from the diva. The strong setting will eliminate all artifacts arising from a reduction in bit depth while a low setting may leave some artifacts in the master. Harmonic suppression. When the diver amount is set to off, this option moves harmonic quantization distortion away from the audible frequencies, ensuring better tonal quality in your signal. This is useful if you don't want to diver, but hear audible artifacts at nasty frequencies. Limit peaks. This feature suppresses peaks in the output signal, primarily when more aggressive diver settings are applied. It's rare that you will need this setting on as diving noise is usually low in amplitude. Noise shaping. Noise shaping determines the amount of shaping applied during divering. Maximum noise shaping pushes the frequency of the diver to less audible frequencies. A Bit meter. This real time bit activity indicator displays which bits are being used in your program material, helping you ensure that the right bits are active for your target bit depth. The center columns indicate real time activity, while the outside columns indicate overall peak since the master has been reset. Generally, you want to see activity in the bits up to the section you're exporting to. Keep body moves down. Come on, baby. Not a move. So Add another glass for that girls danger. Utilizing diver in your DAW best practices. Here are some essential tips for integrating diva into your mastering workflow in zone 11. Apply divering after all of the processing to maintain audio fidelity or the quality of the audio signal. Add zone to the last insert slot of the track exporting, if you plan to add DIVA, disable any divering options in your DAWs export dialogue to avoid applying DIVA twice. With a range of controls and options at your disposal, you can fine tune the divering process to achieve the best possible audio output. Whether you're mastering for CD, streaming or any other platform, Ozone eleven's diving tools are your secret weapon for delivering Pristine sound to your audience. So in this final lesson, we've explored the Delta button significance for AB comparison, the use of midsize processing across all modules for spatial control, the importance of choosing the right codec for distribution, the role of divering in bit debt reduction, and how to maintain constant levels with game match. These tools and techniques are essential for ensuring that your mastered audio is of the highest quality and ready for the listeners to enjoy. Okay, so that's the end of this video. I hope you find it useful, and thanks for watching. 16. Thanks and Bye + Class Project: Okay, so we're now at the end of this class. Thank you so much for watching, and I hope you found it useful for your class project, I want you to master your own track using zone. And then I want you to write a paragraph about how you mastered it and also provide some screenshots if necessary. Okay, so thanks again for watching and hopefully see you in the next class.