Activation Codes
Administratoren können das Online-Lizenzverwaltungsportal nutzen, um Aktivierungscodes zu generieren, die dann an Studenten verteilt werden können, um Benutzerkonten entweder dauerhaft oder vorübergehend zu autorisieren. Studierende können Max nutzen, indem sie sich sowohl auf ihren persönlichen als auch auf ihren Laborrechnern in ihr Konto einloggen.

KeyFile
Ein Key File ist eine maschinenspezifische Autorisierung, die über das Online-Lizenzverwaltungsportal erstellt wird. Nach der Installation auf einem Rechner wird Max für jeden Benutzer autorisiert, was es zu einer idealen Option für den Einsatz in Computerlaboren macht.

KeyServer
KeyServer ist eine serverbasierte Lösung eines Drittanbieters, die eine On-Demand-Lizenzierung von Max für eine beliebige Anzahl von Rechnern über einen Server in Ihrem lokalen Netzwerk ermöglicht. Wenden Sie sich an den KeyServer-Entwickler Sassafras Software, um weitere Informationen über Serverpreise und -funktionen zu erhalten.

iLok
Max ist mit dem branchenüblichen iLok Hardware-Kopierschutzgerät von PACE Anti-Piracy kompatibel. Sobald eine Lizenz auf die Hardware übertragen wurde, kann sie an den USB-Anschluss eines beliebigen Computers angeschlossen werden, um Max ohne Internetverbindung zu autorisieren.

Tools für die Zukunft
Bei der Vorbereitung von Schülern auf die Zukunft geht es nicht nur darum, Software und Programmiersprachen zu lernen, sondern auch zu verstehen, was Software tut. Max bereitet die Schüler darauf vor, kritisch über Systeme und die Integration von neuen und alten Technologien nachzudenken.

Integrierte Funktionen
Max wird mit über 1.000 Objekten geliefert, die die Möglichkeit bieten, Sound zu produzieren und zu verarbeiten, Sequenzierung und Automatisierung zu erforschen, UI/UX zu entwickeln, Grafiken zu erzeugen, Daten zu manipulieren und mit Hardware zu kommunizieren.

Ideen in der Praxis
Max wird seit seiner Entwicklung in den 1980er Jahren an Universitäten und Forschungseinrichtungen zur Erforschung neuer Ideen eingesetzt. Das Max SDK und die Code-Integrationsfunktionen - zusammen mit den integrierten Echtzeitwerkzeugen - machen Max zu einer großartigen Umgebung für das Testen und Prototyping neuer Technologien.

Die neue Version von Max ist direkter, transparenter und voller inspirierender neuer Funktionen. Max 9 bringt eine neue Sammlung von Audioobjekten, die auf Abletons ABL-Bibliothek basieren, das größte Jitter-Update seit Jahren, Verbesserungen der Benutzeroberfläche, neu erfundene Codierungs-Workflows - und vieles mehr.

The ABL Objects

Ableton Sound for Max

We're excited to offer a suite of Max objects created with Ableton's ABL library for DSP. These objects offer a patchable interface to the internal workings of some of Ableton Live Suite's most popular devices. Whether you're looking to explore some wild distortion effects (abl.device.roar~) or dreamy reverbs (abl.dsp.shimmer~), the ABL library has got you covered.

Patching with Code

Patching in Max is even more powerful when you integrate text-based code. Max 9 presents a new vision of code integration with patching - including a fully reinvented, fast and modern Javascript V8 engine. Even if you've never tried integrating Javascript and Max, you'll definitely want to check out what is possible.

Introducing Jitter Geometry

In Max 9, we're going beyond the Jitter Matrix with a new way to represent 3D geometry data and several new realtime geometry objects to manipulate and fine-tune your 3D graphics in Jitter.

Enhanced Visuals with Jitter FX

The new jit.fx library of image effect objects makes creating interactive visual effects in Jitter more streamlined than ever. Enjoy a full range of realtime, shader-based processes with an easy-to-use Max interface.

New in Jitter

In addition to the exciting new jit.geom objects and jit.fx, Max 9 brings exciting new additions that enrich Jitter in both practical and inspiring ways.

In-Window UI Objects

Use jit.ui objects to build kiosk experiences or interact with your patch without leaving fullscreen mode.

3D Widgets

Directly edit your 3D scenes in Jitter with updated, in-window UI widgets.

Scene Rendering

Max 9 introduces ReSTIR-based global illumination, order-independent transparency, depth-sorting, and new scene FX passes to add texture and grain.

Jitter in Production

Switch Jitter into post-production and animation mode with new "fixed_delta" attribute for jit.world, jit.mo, and all animation-driven objects in Jitter. New objects jit.bang and jit.frame also help in syncronizing your processes with rendering.

Remote Control

Parameter Connect

Easily connect UI objects in Max to supported object attributes without any patchcords. This feature is currently supported by all ABL, jit.fx, and Gen objects, as well as jit.gl.slab. Javascript V8 object support can be enabled by using the new JS attribute API.

OSC Integration

A new global preference allows you to set application-wide OSC address and port settings, and all parameter-enabled objects in your patch are automatically available to OSC messages. The param.osc and osc.codebox objects let you inspect OSC state and communications.

Improving Your Patching Life

Thoughtful improvements to the Max environment that will enhance the way you patch, play, and explore.

List View

Explore the objects in your patch with a list-based interface. Rapidly filter, search, and edit objects, and watch the numbers change.

Syntax Coloring

Inspired by our favorite code editors, Max syntax coloring makes it much more comfortable to read Max patches.

Global Record Button

Max moments are often fleeting, but now you can capture any audio from Max, in the moment, with the new Global Record Button in the Max Toolbar.

Preset Mixing

Connect a nodes object to preset to easily create an interface that lets you mix and interpolate presets across a 2D space.

Command Your Patcher with REPL

The familiar Max Window has a new input field that turns it into a command-line interface to your patch. This input allows you to send text messages to named objects in your patch, send messages to the application itself, execute Javascript, or query the documentation.

New Tools for Learning

New Max 9 features for self-learners, teachers, and students alike

Illustration Mode

Visualize your patch running in slow motion to gain insight into how it's actually working. Illustration Mode is useful for both learning and debugging.

Examples and Tutorials Online

Visit our new online documentation and learning site to find updated Max Tutorials, Documentation, and Examples.

Even More Improvements

Max 9 also brings many smaller features and improvements that will likely have a big impact on your daily patching life.

• Object Macros enable the use of js/v8, jit.gl.slab, and other generic objects with specific source code files as named objects
• New loudness~ object based on EBU R 128
• Visual updates to waveform~ and function
• New hid object supports more robust interactions with HID hardware than hi
• Improved media and file browsing in left toolbar
• Access jit.gl.slab params as object attributes.
• Clue display on bottom toolbar provides links to relevant documentation
• CPU/FPS display on right toolbar
• Multichannel meters on toolbar volume control.
• Reorganized and easier to navigate Preferences window
• Patching Margin provides extra space while editing at the edges of a patcher window
• Capture your content with a new patcher window aspect ratio feature

Discover a new landscape of sonic possibilities

With MC, objects and patch cords contain multiple audio channels. MC will transform how you imagine sound design, effects processing, and mixing. It might be the closest thing to a mind-expanding drug Max has ever had.

MC builds on how you already work with Max.

With MC, patches with 100 channels of audio look as simple as those with a single channel. The ability to manipulate so many audio channels and operations with so few objects will open up a previously hidden world of ideas.

Explore controlling complex soundscapes with MC

With MC, you can easily apply controls across a space of audio channels.

Control your patch with hardware - no patching required

Max 8 includes a Mappings feature inspired by DAWs such as Ableton Live.
Assign physical controls to your patch in just three steps:

Once you've mapped your controller, you can immediately starting playing as you patch.
With Mappings in Max, use a familiar workflow to set up hardware controls for more than just volume or filter cutoff. Trigger complex events, transform visuals, or adjust probabilities all without adding any objects to your existing patches.

Build your own visuals faster than ever

Vizzie is our collection of over 80 high-level modules for interactive video. It's already a perfect launchpad for learning Jitter, but now it's ready for serious use.

Join forces with NodeJS

Use NodeJS to build custom servers or run small applications directly from your Max patch. With support for the vast NPM library, Node for Max connects your patches to thousands of possibilities.

Refinements that support your creative flow

Max 8 offers a more fluid and optimized patching experience. You'll notice numerous thoughtful refinements in addition to increased responsiveness. A few highlights:

RNBO, eine von Max inspirierte Patching-Umgebung für den Export von Code für Websites, Plug-ins, eingebettete Hardware oder beliebige C++-basierte Anwendungen.

Create web experiences, hardware music devices, audio plugins, and new Max objects all from the same patch. And when that's not enough, RNBO generates source code that you can use however you want.

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