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Setting up MyDMX 3.0 for the first time is straightforward, but the correct sequence matters — especially for avoiding the common 'interface not recognized' issue. Step 1: Install the software first. Download MyDMX 3.0 (or the current MyDMX 5 software, which works with 3.0 hardware) from the product page on adj.com before connecting the interface. On Windows, run the installer as Administrator. On Mac, follow the standard .dmg install procedure. Step 2: Reboot your computer after software installation. This ensures all drivers and services initialize correctly. Step 3: After the computer has fully booted and you're at the desktop, plug in the MyDMX interface via USB. Wait for the OS to recognize it (you'll hear the USB device sound on Windows). Do not plug in the interface during boot or before the OS is fully loaded. Step 4: Launch MyDMX. The software should detect the interface automatically and show it as connected. The interface status indicator in the software will confirm the connection. Step 5: Create a new show, add your fixtures from the library (search by manufacturer and model name), set their DMX start addresses to match the addresses programmed on the fixtures themselves, and run a test scene to verify communication. For DMX cabling: use a proper 5-pin or 3-pin DMX cable (not a generic XLR audio cable) from the MyDMX interface output to the first fixture in your chain. Terminate the last fixture in the chain with a 120-ohm DMX terminator.

Interface recognition failure is the most common MyDMX support issue and almost always comes down to boot sequence or USB cable quality. Boot sequence fix (try this first): Completely shut down your computer. Do NOT plug in the MyDMX interface before or during boot. Once the OS has fully loaded and you're at the desktop, plug in the interface and wait a few seconds for the OS to recognize it, then launch MyDMX. Many users who plug the interface in before booting experience permanent non-recognition until they follow this sequence. USB cable: The cable included with some MyDMX 3.0 interfaces is poor quality and is a documented cause of recognition failures. Replace it with a quality shielded USB-A cable. Avoid USB hubs — connect directly to a USB port on your computer. Try multiple USB ports to rule out a dead port. CRP DISABLED: If you see the message 'CRP DISABLED' on your computer when the interface is connected, the interface firmware is corrupted. This is a different problem from simple non-recognition. Download ADJ's free Hardware Manager utility from the MyDMX 3.0 product page on adj.com, and use it to perform a firmware recovery on the interface. If Hardware Manager cannot fix it, the interface needs to be sent to ADJ service. Driver conflicts: On Windows, open Device Manager and look for the MyDMX interface under USB devices. If it shows an error or unknown device, try uninstalling the device entry and then unplugging/replugging the interface to force a fresh driver installation.

As of 2026, MyDMX 5 has several documented crash bugs that ADJ has confirmed are being addressed in an upcoming software update. Forum users have catalogued these consistently, and being aware of them helps you work around them during live shows. Known crash triggers: deleting a fixture from a patched show, using undo/redo (Ctrl+Z / Ctrl+Y) during certain operations, navigating to the next/previous scene rapidly, trigger-on function in certain configurations, and beam mapping operations. Each of these can cause MyDMX 5 to close unexpectedly. Workarounds while waiting for the bug-fix release: (1) Avoid deleting fixtures during a live show — patch all fixtures before performance. (2) Minimize use of undo/redo during programming — make deliberate edits rather than trying to walk back changes frequently. (3) Test all next/previous scene transitions in your show during rehearsal. (4) Monitor the ADJ software update page (adj.com) and the ADJ User Forum for the release of the bug-fix update. (5) Keep a backup copy of your show file — crashes during edits can occasionally corrupt the file. Pre-show stability tips beyond bug mitigation: fully reboot your computer before the show, connect your interface after boot, close all non-essential applications, disable Windows Update and Mac Notification Center, and run a full run-through of your show in rehearsal mode before the event.

MyDMX 5 runs on both Windows and macOS. While ADJ publishes minimum system requirements on the product page and in the manual (always check those for the most current specs), here is what forum users have found works reliably in practice: Windows: Windows 10 or 11 (64-bit). A modern quad-core processor (Intel i5 or AMD Ryzen 5 equivalent or better), 8GB RAM minimum with 16GB recommended for larger shows with the 3D visualizer active. An SSD is strongly recommended over an HDD — the fixture library access and show file handling are significantly faster on SSD. Dedicated GPU is beneficial if using the 3D visualizer heavily, but integrated graphics can handle it for most users. macOS: macOS 10.14 (Mojave) or later. Apple Silicon (M1/M2/M3) Macs run MyDMX 5 via Rosetta 2 emulation as of 2026 — check ADJ's software page for native Apple Silicon support status. RAM and storage recommendations are similar to Windows. For live-show stability: dedicate the computer to MyDMX if possible. Close DJ software, browsers, cloud sync clients, and any application that generates notifications or background disk activity. Disable automatic OS updates on show days. A dedicated show laptop (not your daily-use machine) is a worthwhile investment for professional mobile performers. For permanent installations: MyDMX RM (rack mount hardware) paired with a dedicated PC or NUC is a better architecture than running MyDMX 5 on a general-purpose machine.

MyDMX GO is officially supported on three tablet platforms: iPad (iOS), Android tablets, and Amazon Fire tablets. This broad compatibility is intentional — ADJ designed the app to work across the most common tablet form factors used by mobile entertainers. For iPad: Apple iOS tablets running current iOS versions are supported. The app is available on the Apple App Store. Given Apple's long iOS support window, most iPads from the past several years will run MyDMX GO. Check the App Store listing for the specific minimum iOS version required at time of purchase. For Android: Android tablets running a current Android version are supported. The Android ecosystem is more fragmented than iOS, so compatibility can vary by manufacturer and Android version. In general, mainstream Android tablets from Samsung, Lenovo, and similar brands on Android 8.0 or newer have worked reliably in user reports. For Amazon Fire: Fire tablets are supported and popular in this use case because they're affordable and often used as dedicated show tablets by budget-conscious mobile DJs. Note that Fire tablets use Amazon's Fire OS (a fork of Android) — the MyDMX GO app is available on the Amazon Appstore. Phones are not officially supported as a control surface — the interface is designed for tablet screen sizes. Running on a phone is not recommended for live use. For any version-sensitive questions, check the current system requirements on the MyDMX GO product page at adj.com, as these update with each software release.

Easy Remote is ADJ's companion app that lets you trigger MyDMX scenes wirelessly from a second mobile device — a phone, second tablet, or audience-facing device. With Easy Remote, you can build a custom button layout that triggers your MyDMX scenes over your local Wi-Fi network, giving you wireless control of your show from anywhere in the venue without being tethered to the MyDMX tablet. MyDMX GO includes Easy Remote functionality as part of its ecosystem. The GO app acts as the Easy Remote host — you configure your scene trigger buttons in the GO app, and the Easy Remote companion app on a second device (iOS or Android phone/tablet) connects to the GO host over Wi-Fi and displays the trigger interface. Practical use case: you run MyDMX GO on a tablet in your DJ booth or behind a stage. Your phone (with Easy Remote) is in your pocket or on the dance floor. When you want to trigger a specific scene — a color change, a chase, a blackout — you tap the button on your phone from anywhere in the room. Network requirement: Easy Remote requires both devices to be on the same Wi-Fi network. In venues with unreliable Wi-Fi, bring a portable travel router dedicated to your show network to ensure reliable Easy Remote communication. Note for MyDMX Buddy users: the Buddy ships with an express license that has limitations on Easy Remote functionality. If you're comparing GO to Buddy for a mobile wireless setup, GO's full Easy Remote support is a meaningful advantage.

For a DJ new to DMX lighting with a moderate starting rig, MyDMX 5 Express is a practical entry point. It delivers the full MyDMX 5 software experience — the same 20,000+ fixture profiles, FX engine, 3D visualizer, and scene-building tools as the flagship — at a lower initial cost. Typical beginner rigs (4-8 moving heads, a few LED pars, a couple of effect lights) typically fall within the Express capacity. You get access to all the programming features you need to learn DMX control properly without overbuying hardware on day one. The key advantage of starting with Express rather than MyDMX 3.0: you're on the current MyDMX 5 platform from the start. No migration of shows, no learning a workflow you'll have to relearn when upgrading software. If your rig grows beyond Express limits, the upgrade path via dmxsoft.com is straightforward. If you anticipate running more than one universe of fixtures relatively quickly, or if your starting rig is already large, buy the full MyDMX 5 bundle instead. The cost difference between Express and the full bundle is lower than the frustration of immediately needing to upgrade. Alternative consideration: if you want a completely laptop-free workflow, MyDMX GO (tablet-based) may be more aligned with your performance style, even for a beginner. Evaluate your workflow first — laptop at booth or tablet? — before choosing between Express and GO.

Not out of the box — this is the most commonly reported frustration with the MyDMX Buddy. The Buddy ships with an express license, and Easy Remote (ADJ's wireless scene-triggering companion app for iOS and Android) requires a full MyDMX software license to activate. If you buy a Buddy expecting to use Easy Remote for wireless phone-based show control and don't check the license requirement first, you'll find the feature locked. You'll need to purchase a license upgrade from ADJ or through store.dmxsoft.com to unlock Easy Remote functionality. If Easy Remote is important to your workflow — and for many mobile DJs it is, since it lets you trigger scenes from anywhere in the room — factor the upgrade cost into your total Buddy purchase decision. At that point, compare the Buddy + upgrade cost against the full MyDMX 3.0 or MyDMX 5 Express bundle, which may be a better value depending on current pricing. Alternatively, if you want wireless control built in from day one without a separate upgrade, consider MyDMX GO instead. GO's tablet-based platform includes Easy Remote functionality without a separate license purchase.

The express license bundled with MyDMX Buddy restricts access to certain features available in the full MyDMX software license. The most significant and frequently encountered limitation is Easy Remote — the wireless mobile app trigger — which is locked behind the full license. Other commonly noted express license limitations include: restricted access to certain advanced effect parameters, limits on the number of fixtures or scenes in some configurations, and restricted use of some MIDI integration features. The specific list of restricted features versus full license features can change between software versions — check ADJ's current documentation or the MyDMX product comparison page for the most up-to-date breakdown. What the express license does include: core scene and chase programming, the full fixture library access, basic auto-effects, DMX output to your rig. For a DJ running a straightforward automated light show with pre-programmed scenes, the express license is functional without the upgrade. Upgrade path: if you hit a feature wall with the express license, license upgrades are available through ADJ or store.dmxsoft.com. The upgrade unlocks the full feature set without requiring new hardware. Buyer tip: If you're comparing Buddy to other options and Easy Remote is a must-have, factor in the upgrade cost or step up to a full-licensed product from the start. The surprise of finding Easy Remote locked is the most common negative feedback in user reviews of the Buddy.

Whether to upgrade from MyDMX 2.0 depends on why you're considering it. If the system is running your shows reliably and you don't need new fixture profiles for recently released fixtures, there's no urgent reason to upgrade. If you're hitting limitations — missing fixture profiles, software instability on modern OS versions, or wanting features like the 3D visualizer and MIDI integration — upgrading is worthwhile. Upgrade path options: Option 1 — Software only (if your 2.0 hardware is compatible with MyDMX 5): download and install MyDMX 5 software and try it with your existing 2.0 interface. If it works, you get the full MyDMX 5 feature set with no hardware cost. Test compatibility before assuming success (see the compatibility FAQ). Option 2 — New hardware bundle: purchase a MyDMX 5 bundle (full or Express) for new hardware guaranteed to work with current software. Your 2.0 interface becomes a backup or secondary universe interface. Option 3 — MyDMX GO (if switching to tablet workflow): if you'd prefer a tablet-based system without a laptop, MyDMX GO is a clean break from the older Windows/Mac workflow. Show rebuilding: shows from MyDMX 2.0 don't directly import into MyDMX 5. Budget time to rebuild your show in the new software. For a complex, multi-scene show, this can take several hours — plan accordingly before a deadline.

MyDMX RM (Rack Mount) is ADJ's rack-format DMX interface for permanent installations. Where the standard MyDMX interfaces are portable USB devices designed for road use and desktop setups, the RM is built for rack-mounting in a fixed installation — a club, house of worship, theater, corporate space, or any venue with a permanent AV rack. The RM integrates into a standard equipment rack and connects to the host computer running MyDMX software via USB. Once installed, the DMX output cables run from the rack to the permanent fixture wiring in the venue, creating a clean and professional installation with no loose interface sitting on a desk or table. The MyDMX RM is particularly common in two environments: clubs and nightclubs where the lighting is controlled from a fixed booth without the need for a portable interface, and houses of worship where permanent installation of the control system is preferable to a portable setup that could be misconnected or moved. From a software perspective, the RM operates identically to any other MyDMX interface — it's recognized by MyDMX software (including current MyDMX 5) as a DMX output device. All MyDMX programming features, fixture library, and effects are available when using the RM, since the intelligence is in the software, not the hardware form factor.

Configuring MyDMX RM for a permanent installation requires planning beyond just the software setup — the physical installation, power sequencing, and startup behavior all need to be considered for a reliable, always-on system. Physical installation: mount the RM in your equipment rack. Cable the DMX outputs to your venue's fixed DMX wiring. Ensure the USB cable from the RM to the host computer is a quality shielded cable with proper strain relief — a loose USB connection is a common point of failure in permanent installs. Boot sequence for the host computer: in a permanent installation, the host computer (running MyDMX) must fully boot before the RM is activated (or the USB connection is established). Use a power sequencing device or PDU with sequenced outlets to ensure the computer boots first, then the RM and fixtures power on. This prevents the CRP DISABLED / interface not recognized issues that come from connecting the RM before the OS is ready. Automatic startup: configure MyDMX to launch automatically on system startup (Windows Task Scheduler or startup programs list). Set your default show to open on launch. Configure the show's DMX mode to activate automatically — do not leave fixtures relying on startup mode selection. Standalone operation: for installations where operators should not need to interact with a computer, test that MyDMX's output persists through the entire show without requiring attention. Build your show as a self-running program (loop/auto-advance) rather than requiring manual scene triggers if unattended operation is needed.

Yes — the MyDMX RM is compatible with current MyDMX 5 software. It operates as a standard MyDMX hardware interface from the software's perspective, giving you access to the full MyDMX 5 feature set including the 20,000+ fixture library, FX engine, Super Scene timeline, and MIDI integration. If you're running MyDMX RM with an older MyDMX software version in an existing installation, upgrading to MyDMX 5 software follows the same process as any MyDMX upgrade: install the MyDMX 5 software on the host computer, verify the RM is recognized (following correct boot sequencing), and test all scenes before returning the installation to service. For large permanent installations currently running on older MyDMX versions, plan the software upgrade carefully: schedule it during a maintenance window, rebuild any shows that need to be recreated in MyDMX 5, and have the old software version available as a fallback on a separate computer or drive until you've verified the new setup runs cleanly. Note that MyDMX 5's Art-Net and sACN output capabilities are particularly valuable for installations with distributed fixtures across a large space — the RM interface combined with network-based DMX distribution is a solid architecture for houses of worship and large venues.

MyDMX 2.1 is a mid-cycle revision of the MyDMX 2.0 hardware and software platform, released between the 2.0 and 3.0 generations. The primary differences between 2.0 and 2.1 are incremental refinements to the hardware interface and updates to the included software version, rather than a fundamental platform change. Typically, .1 revision updates in the MyDMX line address hardware component updates, minor circuit revisions for improved reliability or USB compatibility, and updated software builds that fix bugs from the prior version. From a user perspective, the core workflow and feature set of MyDMX 2.1 is essentially identical to MyDMX 2.0. Both 2.0 and 2.1 are legacy products at this point. ADJ continues to sell them and accessories remain available, but platform development is focused on MyDMX 5. The main reason to prefer 2.1 over 2.0 if buying used is that the 2.1 hardware revision may have better USB compatibility with modern computers and operating systems, as the hardware improvements between dot versions often address exactly these kinds of driver and compatibility issues. For anyone currently using MyDMX 2.1 as a functional, stable system: continue using it until you have a reason to upgrade. For anyone choosing between second-hand 2.0 and 2.1 hardware: 2.1 is the safer choice for modern computer compatibility.

ADJ continues to list MyDMX 2.1 as an active product, so accessories and support remain available as of 2026. For replacement hardware (replacement USB interface if yours has failed) and compatible accessories, check adj.com and americandj.com. For software, the MyDMX 2.1 software version remains available on the product download page. If you need to reinstall on a new computer, you can download the original 2.1 software from adj.com's product page under the Downloads section. The most commonly needed 'accessories' for MyDMX 2.1 users are: a quality USB cable (the included cable degrades over time or was poor quality to begin with — replace with a shielded USB-A cable), and possibly a USB hub or extension if your interface needs to be positioned away from the host computer. For repair of a failed 2.1 interface: since the 2.1 is an older platform, depot repair may not be cost-effective. ADJ service can advise — call (323) 582-2650. In most cases, replacing a failed 2.1 interface with a current MyDMX 5 Express or Buddy interface is more practical than repairing the old hardware.

The original MyDMX (sometimes referred to as MyDMX v1 or simply 'MyDMX') is the first generation of ADJ's MyDMX hardware-plus-software platform. It predates the 2.0, 2.1, 3.0, and current 5.0 generations. As a working DMX control system, the original MyDMX is technically still functional if you have a computer that runs the original software and the interface is in good condition. However, several practical constraints make it increasingly difficult to use in modern contexts: OS compatibility: the original MyDMX software was written for Windows versions from the mid-2000s and early 2010s. Running it on modern Windows 10/11 or current macOS versions may be impossible or require compatibility mode workarounds that aren't reliable. Fixture library: the original software's fixture library has not received updates in years. Any fixture released in the past several years will not have a profile in the v1 library without manual creation. Hardware driver support: USB driver support for the original interface hardware may be limited or unavailable on modern 64-bit operating systems. Compatibility with MyDMX 5: the original MyDMX interface hardware is very unlikely to be recognized by current MyDMX 5 software. This has not been confirmed as officially supported. For anyone using the original MyDMX on an older dedicated computer that still runs it: it works until that computer fails. For anyone encountering compatibility issues: the platform has reached end of practical life, and upgrading to a current MyDMX version is the correct path.

The original MyDMX hardware interface was designed to work with the original MyDMX v1 software. The v1 software is available for download from adj.com's product download section and remains the recommended software for this hardware. Compatibility with later software versions (2.0, 2.1, 3.0, 5) is not guaranteed and is generally not supported. Users who have attempted to run the original hardware with newer software have had mixed results — some older revisions of MyDMX 2.0 software have worked for some users, but this is not a reliable or officially supported path. For Windows: the original software ran on Windows XP, Vista, 7, and in some cases Windows 8. Windows 10 and 11 compatibility is limited to 32-bit compatibility mode at best, and many users find the software doesn't run stably on modern Windows. A dedicated older computer running Windows 7 is the most reliable environment for the original MyDMX software. For Mac: the original MyDMX software was written for older macOS versions (pre-10.15 Catalina). MacOS Catalina (10.15) dropped support for 32-bit applications, which likely breaks the original MyDMX software on any Mac running Catalina or later. Bottom line: the original MyDMX software is a legacy application running on a legacy platform. If the hardware and OS are working for you, great. If not, the upgrade path is clear — the current MyDMX 5 runs on modern hardware and OS versions.

Yes, upgrading from the original MyDMX is strongly recommended — not just worthwhile, but necessary if you're experiencing any OS compatibility issues, needing profiles for new fixtures, or wanting a reliable platform for live performance. The current MyDMX 5 is a completely different generation of software with capabilities far beyond the original: 20,000+ fixture profiles versus a dated library, a rebuilt effects engine, Super Scene timeline, 3D visualizer, MIDI integration, Art-Net and sACN output, and active bug-fix development. The hardware is also more capable, supporting up to 4 universes natively. Upgrade cost and path: the MyDMX 5 bundle (software + hardware) is the cleanest upgrade path. You get new hardware guaranteed to work with the current software, plus the full MyDMX 5 feature set. MyDMX 5 Express is a lower-cost entry if your rig is small. MyDMX GO is the alternative if you want to move to a tablet-based workflow. Show migration: shows from the original MyDMX v1 will not import directly into MyDMX 5. You'll rebuild your show from scratch in the new software. For a DJ with a well-established show, this is the biggest single time investment in the upgrade — budget a few hours to several hours depending on show complexity. The new tools in MyDMX 5 will make rebuilding faster than you might expect once you're familiar with the interface. Conclusion: the original MyDMX has effectively reached end-of-life. Upgrading to MyDMX 5 is a meaningful improvement in reliability, capability, and future-proofing.

The Focus CMY Compact supports multiple DMX channel modes to accommodate different console needs — from streamlined modes for basic control to extended modes that access every parameter individually. For the specific channel counts and parameter assignments for each mode, download the DMX Trait document from the Focus CMY Compact product page at adj.com. The Trait document is a separate PDF from the user manual and provides the precise channel map for each mode — the essential reference for patching the fixture in any console or software. Key parameters controllable via DMX include: pan and tilt (both with 16-bit fine control), pan/tilt speed, color wheel, CMY mixing (individual Cyan, Magenta, Yellow channels), CTO color correction, GOBO wheel 1 selection and rotation speed, GOBO wheel 2 selection, iris, zoom, focus, prism 1 (linear), prism 2 (circular), prism rotation, frost 1, frost 2, shutter/strobe, dimmer, and a fixture control channel. For MyDMX users: the MyDMX 5 fixture library includes the Focus CMY Compact profile. Verify the channel mode in the library matches the mode set on the fixture — mode mismatch is a common patching error with multi-mode fixtures.

The Focus CMY Compact is ADJ's flagship mid-size hybrid moving head — compact enough for mobile and rental use, powerful enough for professional production. Its 14,500-lumen output, CMY color system, and 3°–52° zoom range make it genuinely versatile across a range of applications. Tours and live events: the combination of CMY mixing, wide zoom range, two GOBO wheels, two prisms, and iris makes this a full production fixture suitable for touring rigs and live concert applications. Sub-45-lb weight keeps it single-person riggable. Club and nightclub installs: permanent installation in club environments where you need beam, spot, and wash capability from a single fixture. The Aria X2 wireless simplifies permanent install cabling. Art-Net and sACN support integrates cleanly with club lighting control systems. Houses of worship: the versatility of CMY color mixing, frost options for soft wash looks, and GOBO capabilities for texture and pattern projection make the Focus CMY Compact a strong choice for HOW applications. The fixture delivers significant output in medium-to-large sanctuaries. Rental stock: the combination of performance, features, and sub-45-lb weight makes it practical rental inventory that can cover multiple application types without specialization. For smaller venues or tighter budgets where this fixture may be oversized, the Protégé XL or Protégé XM are well-matched alternatives.

The Focus Profile uses CMY (Cyan, Magenta, Yellow) subtractive color mixing — the professional standard for profile and profile-style moving heads in theatrical, television, and touring applications. CMY mixing produces a continuous range of colors through analog mixing of the three color flags, including pastels and soft tones that are difficult to achieve with RGB LED mixing alone. A CTO (Color Temperature Orange) filter channel is typically included for warm color temperature correction and amber tones. CMY color mixing on profile fixtures is particularly valued because it produces the same color behavior that experienced theatrical LDs expect from conventional fixtures with gel — smooth transitions, consistent mid-saturation tones, and the ability to precisely dial in any hue rather than being limited to the fixed color steps of a color wheel. The Focus Profile's optical system is designed for projection quality — high-resolution GOBO projection with a sharp, well-defined edge. The motorized zoom allows the beam angle to be adjusted smoothly from tight spot to wider spread without touching the fixture. For exact CRI ratings, color temperature of the LED source, zoom range, and any frost or diffusion options, refer to the product spec sheet at adj.com/products/focus-profile.

The Focus Profile supports the standard ADJ control suite: wired DMX (3-pin and 5-pin XLR) with RDM support, Art-Net and sACN network protocol input for Ethernet-based DMX distribution, and Aria X2 wireless DMX for cable-free operation and OTA firmware updates. The DMX control implementation covers full 16-bit pan and tilt for smooth, precise movement. For complete channel mode listings and parameter assignments, download the DMX Trait document from the Focus Profile product page on adj.com. For console compatibility: the Focus Profile works with any standard DMX console or software that can be patched to the fixture's DMX channel layout. In MyDMX 5, search the fixture library for 'Focus Profile' by ADJ to find the correct profile — verify the channel mode matches what's configured on the fixture. Aria X2 integration: built-in Aria X2 wireless allows the fixture to be addressed and updated remotely. NFC configuration lets you set DMX address and operating mode by tapping an NFC-enabled phone to the fixture — useful in trussed or hard-to-reach positions.

The Protégé XL is the flagship model of ADJ's Protégé series — a purpose-built LED spot moving head designed for churches, clubs, and events where professional performance is needed at a budget that works in the real world. The XL is driven by a 450W white LED engine producing 20,000 lumens — substantial output competitive with mid-tier professional spot fixtures. The color system uses CMY + CTO for professional color mixing. The optical feature set is comprehensive: two GOBO wheels (one rotating), two rotating prisms (one linear, one circular), two frost filters, an animation wheel, and an iris. The defining feature of the Protégé series, including the XL, is 360° infinite pan — unlike traditional pan ranges limited to 540° or 630°, the Protégé's infinite pan means it can continuously rotate through 360° in a single direction without physical stops. Aria X2 wireless DMX is built in, along with standard DMX, RDM, Art-Net, and sACN connectivity. For full DMX channel mode listings and detailed specifications, download the user manual from adj.com/products/protege-xl.

Standard moving heads use a physical pan range — typically 540° or 630° — meaning the fixture has hard stops at each end. When programming continuous rotation looks, you hit the limit and the fixture must reverse direction. The Protégé XL's 360° infinite pan eliminates this constraint entirely. The head can rotate continuously in a single direction through a full 360° indefinitely — no stops, no reversal. This enables effects that are impossible on conventional moving heads: continuous slow rotation of a GOBO or beam around a circle, true wheel-type movement that doesn't interrupt, and asymmetric rotation effects where the fixture continuously spins during a song. For installations in churches, clubs, and venues where the fixture may be positioned at various angles relative to the audience, infinite pan also means you don't need to worry about the fixture's physical orientation when rigging — it can address any position in the full 360° arc regardless of how it was hung. From a programming perspective, infinite pan opens up specific effects in consoles that support continuous rotation values — instead of a back-and-forth pan sweep, you can program a single continuous rotation at a chosen speed and direction. MyDMX 5's effects engine can leverage this with the appropriate FX configuration.

The Protégé XL provides multiple DMX channel modes to suit different console configurations and programming needs. The fixture's extensive feature set — CMY color mixing, dual GOBO wheels, dual prisms, animation wheel, iris, zoom, and infinite pan — means the full-featured mode uses a substantial number of channels to access every parameter individually. Mode options typically include a reduced-channel mode for simpler console patches, a standard mode covering all primary controls, and an extended mode that provides 16-bit fine control on movement and other key parameters. 16-bit pan and tilt is standard on a fixture in this class. For the exact channel count per mode and the full parameter-to-channel assignment, download the DMX Trait document from the Protégé XL product page at adj.com/products/protege-xl. The Trait document is the authoritative channel map reference — always use it when patching in a console. For MyDMX 5 users: the MyDMX 5 fixture library should include the Protégé XL profile. Confirm which channel mode the library uses and set the fixture to match. For professional console users (ONYX, grandMA, ETC, etc.), import the fixture profile from the manufacturer library or create a custom profile from the Trait document.

The Protégé XL is positioned by ADJ as a professional-performance fixture at a price point accessible to venues and productions that can't justify flagship touring hardware costs. Houses of worship: the Protégé series was explicitly designed with HOW applications in mind. The XL's 20,000-lumen output delivers visible impact in large sanctuaries. The CMY color system allows nuanced, repeatable color programming for worship environments where consistent production quality matters. The animation wheel and prisms provide additional creative tools for more dynamic productions. Clubs and nightclubs: high output, infinite pan, dual prisms, and built-in automated modes make the XL a strong club installation fixture. Aria X2 wireless simplifies install cabling. Corporate events and rental: the XL's feature breadth — animation wheel, dual GOBO wheels, dual prisms, CMY, iris — means it can cover multiple looks from a single fixture type. For rental companies stocking ADJ fixtures, the XL covers from corporate event production through club and concert work. Theatrical applications: the GOBO projection capability, CMY color mixing, and iris control make the XL a viable theatrical spot mover for mid-scale theater productions. For venues where the XL's price or output is more than needed, the Protégé XM and XS provide similar platform benefits at lower cost.

The Protégé XM is the mid-size model in ADJ's three-fixture Protégé series, sitting between the entry-level XS and the flagship XL. Like all Protégé models, it features 360° infinite pan — the defining characteristic of the series. The XM is designed to deliver a meaningful step up in output and features from the XS while remaining more accessible in cost and size than the full XL. It targets clubs, medium-sized houses of worship, events, and installations where the XL's output and price exceed what's needed. For the specific LED wattage, lumen output, zoom range, GOBO wheel configuration, prism options, and DMX channel modes, download the user manual and spec sheet from adj.com/products/protege-xm. Connectivity follows the full Protégé platform: standard DMX (3-pin and 5-pin XLR), RDM, Art-Net, sACN, and Aria X2 wireless for cable-free operation and OTA firmware updates.

The Protégé series is a three-tier family sharing a common platform: all three models feature 360° infinite pan, LED light source, Aria X2 wireless, and Art-Net/sACN support. The differences are in output, feature depth, and price. Protégé XL (flagship): 450W LED, 20,000 lumens. Full feature set: CMY+CTO color mixing, 2 GOBO wheels, 2 rotating prisms (linear + circular), 2 frost filters, animation wheel, iris. For large venues, touring, and applications requiring maximum output and feature depth. Protégé XM (mid): Lower LED wattage and lumen output than the XL. Feature set between XS and XL — check the current product specs at adj.com for exact GOBO wheel count, prism options, and color mixing configuration for this model. The XM hits the sweet spot for medium-sized venues where the XL is oversized. Protégé XS (entry): Lowest LED wattage and lumen output of the three. Feature set matched to smaller venues and tighter budgets. Still has 360° infinite pan. Targets bars, small clubs, and mobile entertainers. Decision guide: choose by venue size and required output. For a sanctuary seating 1,000+, the XL. For a 200–500 seat church, event space, or mid-size club, the XM. For a bar, lounge, small club, or DJ mobile rig, the XS.

The Protégé XM targets the middle of the market — venues where the Protégé XS doesn't provide enough output and the XL is more than needed. This puts it squarely in the sweet spot for mid-sized real-world installations. Clubs and nightclubs: the XM's output and feature set are well-matched to medium-sized club environments — 200–600 person capacity venues where four to eight units provide full coverage. The 360° infinite pan is a genuine differentiator for beam looks and continuous rotation effects. Houses of worship: medium sanctuaries (200–600 seats) where consistent color mixing, GOBO projection, and reliable automated programming matter. The XM delivers professional HOW production values at a price point that smaller and mid-size churches can justify. Corporate events and touring: as a step-up fixture for production companies and rental houses building out their moving head inventory, the XM adds mid-tier output and features to a rig without the full investment of the XL. Multi-fixture rigs: the XM often gets specified as the workhorse in a multi-fixture design that also includes XL fixtures in key positions — XMs provide volume coverage; XLs hit key positions with maximum output.

The DJ and budget moving head market is crowded with inexpensive fixtures that often underdeliver on build quality, optical performance, and long-term reliability. The Protégé XS competes in the same price range but represents a fundamentally different engineering approach. Platform and connectivity: cheaper DJ-tier moving heads typically offer only DMX via 3-pin XLR, with no network protocol support and no wireless. The XS includes Art-Net, sACN, RDM, and Aria X2 wireless — features normally found on mid-tier and above. This matters not just for current use but for longevity: as your system grows toward networked control, the XS grows with it. 360° infinite pan: the majority of entry-level moving heads use a 540° or 630° pan range with physical stops. The XS's 360° infinite pan is a genuine technical differentiator at this price point — it enables continuous rotation effects that simply aren't possible on standard moving heads. Build and quality: ADJ fixtures are designed for DJs and entertainers who work multiple nights per week. The Protégé series was engineered for real-world use. Cheaper alternatives may look comparable on paper but have shorter mechanical and electrical lifespans. Warranty: ADJ's 2-year LED product warranty (via authorized dealers) provides protection that no-name moving heads typically don't offer.

The Protégé XS is compatible with the Aria X2 wireless ecosystem. An Aria X2 Transceiver or Aria X2 Shelf connected to your DMX system allows the XS to receive DMX wirelessly and receive OTA firmware updates without physical cable runs. For DMX cabling: ADJ's Accu-Cable brand (part of the ADJ Group) produces professional DMX cables including the Tour Link 5P series — 5-pin professional touring-grade DMX cables. Using proper DMX cables ensures reliable signal quality. For rigging: standard 35mm spigot / moving head yoke mounting hardware is compatible. ADJ's Accu-Stand accessories include clamps and rigging hardware for ADJ moving heads. Follow ADJ's weight ratings and rigging guidelines — always use a safety cable when rigging overhead. For control: any DMX controller, console, or software that supports standard DMX512 can control the XS. MyDMX GO is a popular companion for mobile DJ setups using the XS and similar small ADJ movers. MyDMX 5 Express or MyDMX 5 is appropriate for larger setups. Road cases and bags for the Protégé XS may be available from ADJ or third-party case manufacturers — check adj.com's accessories category for compatible options.

The Hydro Profile is a member of ADJ's Hydro series — the brand's premier lineup of IP65-rated outdoor moving heads designed for touring, outdoor events, and permanent outdoor installations where weather resistance is a requirement. IP65 rating means the fixture is dust-tight (no ingress of dust) and protected against water jets from any direction — sufficient for use in rain, wet outdoor environments, and high-humidity settings. This is not splash resistance; it's the full outdoor weather protection standard. As a Profile fixture within the Hydro series, the Hydro Profile produces a profile-style optical output — sharp-edged, shapeable beam with GOBO projection capability — in a fully weather-sealed housing. This makes it one of the few fixtures that combines high-quality profile optics with genuine IP65 outdoor certification, a combination that commands a premium in the rental and touring market. For full specifications including LED wattage, lumen output, zoom range, color system, GOBO configuration, weight, and DMX channel modes, download the user manual from adj.com/products/hydro-profile.

IP65 is an ingress protection rating defined by IEC 60529. The '6' means complete protection against dust ingress (dust-tight). The '5' means protection against water jets — specifically water projected from a nozzle at any angle will not harm the fixture. This is the standard for outdoor lighting equipment used in open-air environments. For the Hydro Profile in practice: you can use it outside in rain, in wet-staging environments, and in high-humidity settings like outdoor festivals, poolside installations, and architectural facades. It does not need to be covered or protected from typical weather conditions during operation. What IP65 does NOT protect against: submersion or heavy water immersion (that's IP67 and above). For architectural water features or submerged applications, you'd need IP67 or IP68. Maintenance notes: IP-rated fixtures still require regular maintenance. Check seals and gaskets periodically — a seal that has cracked or compressed loses its protection rating. Clean the exterior after outdoor use in harsh conditions; salt air and debris can degrade seals over time. All connectors on IP65 fixtures must use IP65 locking connectors to maintain the seal — standard XLR connectors break the IP rating.

The Hydro Profile's IP65 certification and profile-quality optics make it a specialized fixture for applications where outdoor weather exposure and high optical quality are simultaneous requirements. Outdoor touring and festivals: the primary use case. Outdoor concert stages, festival rigs, and touring productions that run in all weather conditions. Profile movers on outdoor rigs need IP65 — non-rated fixtures can fail in rain, causing show-stopping failures during live performances. Permanent outdoor architectural installations: building facades, landmark lighting, outdoor performance venues, and permanent theatrical installations exposed to weather year-round. The Hydro Profile's weather resistance makes it suitable for long-term outdoor deployment without shelter. Hybrid indoor/outdoor venues: theaters with outdoor stages, venues with open-air sections, or facilities where fixtures may be exposed to humidity, temperature swings, and occasional moisture. Poolside and aquatic facilities: natatoriums, outdoor pools, water parks, and similar high-humidity environments where non-IP fixtures would rapidly degrade. For purely indoor applications, a non-IP Focus Profile or similar indoor fixture at the same performance tier will typically be more cost-effective. The IP65 premium is only justified when weather exposure is a real operational condition.

The Hydro Beam CMY is ADJ's IP65-rated outdoor beam moving head with CMY color mixing — a high-intensity production beam fixture designed for outdoor touring, festivals, and outdoor permanent installations. As a beam fixture, the Hydro Beam CMY produces a tight, intense beam of light — the aerial beam effect prized in concert and festival production for beam arrays, color beam programming, and high-energy looks. The CMY color mixing system applies full professional subtractive color mixing to the beam output, enabling a complete color range without the fixed color steps of a traditional color wheel. The fixture uses 3-phase high-speed motors — this architecture provides faster, smoother pan and tilt movement compared to standard 2-phase motors, enabling the fast, sharp movements and snapping effects characteristic of production beam fixtures used in concert touring. Aria X2 wireless is built in, along with standard DMX, Art-Net, and sACN connectivity. The fixture carries IP65 certification, meaning full outdoor weather protection. All connectors are IP65 locking types. For full specs including LED source wattage, beam angle, pan/tilt range, color system details, DMX modes, and weight, download the user manual from adj.com/products/hydro-beam-cmy.

The IP65 rating on the Hydro Beam CMY addresses a critical requirement for professional production beam fixtures: weather protection for outdoor use. Touring and festival productions regularly operate in outdoor environments where fixtures must function reliably regardless of weather — IP65 means the fixture is fully protected against dust ingress and water jets from any direction. For production buyers and rental companies, the IP65 rating eliminates the need to tent or cover fixtures during wet outdoor shows, reduces risk of fixture failure from weather exposure, and enables the fixture to be flown or ground-positioned without weather covers blocking their output. Connectors: the Hydro Beam CMY requires IP65 locking connectors for DMX and power to maintain the weatherproof seal. Standard XLR or powerCON connectors do not maintain IP65 integrity when connected. Use only IP-rated locking cables specified for the Hydro series — Accu-Cable produces compatible IP65-rated power and data cables. Storage and maintenance: even IP65 fixtures require proper maintenance to preserve their rating. After outdoor use in harsh conditions (salt air, heavy rain, muddy environments), clean and inspect the fixture. Gaskets and seals should be inspected periodically. Store in cases that protect the connectors from debris and physical damage to seal areas.

The Hydro Beam CMY was designed for the production and touring market where outdoor beam fixtures with professional color mixing are required. Its combination of IP65 protection, CMY color mixing, and 3-phase high-speed motors puts it in the specification range of serious outdoor touring and festival production. Outdoor concert touring: the primary application. Outdoor festival stages, summer tours, and outdoor concert productions where beam fixtures need to survive weather conditions without compromising the show. The CMY system enables full color programming flexibility without being constrained to fixed color wheel stops. Festival and large event production: aerial beam looks are a staple of festival production. The Hydro Beam CMY's tight beam, fast motors, and full color mixing deliver the sharp color beams and cross-pattern effects that define modern concert lighting. Permanent outdoor venue installs: outdoor amphitheaters, sports arenas, permanent outdoor performance stages, and architectural entertainment venues where moving beam fixtures are installed and must remain weatherproof through changing seasons. Rental stock: as an IP65 beam with CMY, the Hydro Beam CMY fills a production specification that rental companies in the touring and large-event market are regularly asked to fulfill. It rounds out a rental fleet that needs outdoor beam movers. For purely indoor applications, ADJ's Focus series or Protégé series spot and beam fixtures will typically be more cost-effective.

The ADJ Centerdroid supports standard DMX control via 3-pin XLR connectors, standalone auto mode with built-in effect programs, and sound-active mode that responds to music via the fixture's internal microphone. In DMX mode, the fixture receives standard DMX512 channel data from any compatible controller — a traditional DMX console, MyDMX software, or any DMX-capable control system. The DMX channel map defines which channels control which effects, programs, colors, speed, and intensity parameters. Download the DMX Trait document from adj.com/products/centerdroid for the complete channel assignment reference. Standalone auto mode runs built-in effect programs automatically without any controller connection — appropriate for simple setups, background ambiance, or venues that don't use DMX control. Sound-active mode triggers effect changes to the beat of music detected by the internal mic — popular in DJ and club environments where the lighting responds to music automatically. For any production use where precise program control, color timing, and synchronization with other fixtures is needed: use DMX mode. Standalone modes are convenience features for simpler deployments.

The Centerdroid is best used as the visual focal point in a club, event, or installation rig — the 'centerpiece' fixture that draws the eye and anchors the lighting design. Its design intent is to produce dramatic, multi-effect output from a single central position. Clubs and nightclubs: rigged above the dance floor or DJ booth, the Centerdroid fills the center of the visual field with a combination of beam and LED effects that complement the wash and moving head fixtures flanking it. Its automated and sound-active modes make it easy to run without dedicated DMX programming in straightforward club environments. DJ events and mobile entertainment: as a high-impact visual centerpiece for events, parties, and DJ performances, the Centerdroid provides a dramatic focal point that simpler effect lights can't match. Fixed installations: corporate lobbies, entertainment venues, event centers, and anywhere that benefits from a permanent high-impact effect fixture as part of the architectural lighting design. For the best visual impact, position the Centerdroid at the center of the audience's primary sightline — the center of a truss above the dance floor or stage, directly above the DJ booth, or at the peak of a tiered lighting rig.

The AX2 is ADJ's first professional lighting console — a significant departure from the semi-professional MyDMX software ecosystem. Where MyDMX is a software-based system requiring a separate computer or tablet, the AX2 is a self-contained dedicated lighting console running the ONYX professional lighting control platform. Hardware: the AX2 is built around an Intel Hexa-Core processor with 16GB DDR4 RAM and an NVMe SSD — specifications comparable to a capable workstation. The primary interface is a full HD multi-touch screen with an additional assistive mini touchscreen. Physical controls include 8 assignable parameter encoders, 10 playback faders, and freely assignable buttons. ONYX platform: ONYX is the professional lighting control platform developed by Obsidian Control Systems, a sister brand within the ADJ Group. It's the same platform used by mid-tier and professional touring consoles. ONYX uses a command-line driven paradigm familiar to professional LDs — significantly different from MyDMX's scene-based graphical interface. Universes: the AX2 supports 32 onboard DMX universes with no external processing nodes required — far beyond MyDMX 5's 4-universe hardware limit. Who it's for: the AX2 is for professional LDs who need a production-grade console and are comfortable with command-line based programming. It is not a step up from MyDMX for the average DJ; it's a different class of product entirely.

ONYX is a professional lighting control software platform developed by Obsidian Control Systems, a brand within the ADJ Group of companies. It powers the AX2 console and a range of other professional consoles in the Obsidian lineup. ONYX is the same software used on mid-tier and professional rental-standard consoles in the production market. It's a command-line driven platform — you build cues, palettes, and effects using a typed command syntax and structured parameter library, rather than graphically dragging and clicking like in MyDMX. This paradigm is standard in professional lighting consoles (grandMA, ETC Eos, etc.) and is how professional LDs are trained to work. For ADJ, bringing ONYX to the AX2 represents a significant step: it's the first ADJ console to run a professional-class platform, bridging ADJ's historically semi-pro positioning with a product that professional touring LDs can actually specify and use on production jobs. For buyers: ONYX has its own training ecosystem, user community, and certification paths (separate from ADJ). If you're considering the AX2, invest time in ONYX training resources — the Obsidian Control Systems website, YouTube tutorials, and ONYX community forums. The console's value is only realized if you know how to program it.

The AX2 is designed for professional lighting directors and operators who need a production-grade console for mid-scale to large touring, corporate, theatrical, and installation applications. It is explicitly not designed as a step up from MyDMX for DJs or mobile entertainers — the workflow, interface paradigm, and price point are in a completely different category. Target user profiles: (1) Touring LDs who need a self-contained professional console with 32+ universes for mid-scale production work. (2) Installation specialists specifying a permanent console in a house of worship, theater, or large venue that demands professional-class programming capability. (3) Production companies adding a professional console to their rental inventory. AX2 vs. MyDMX compared directly: - MyDMX 5: PC/Mac software + USB interface, scene-based graphical programming, 4 universes, for DJs and semi-pro users - AX2: dedicated console hardware, ONYX command-line programming, 32 universes, for professional LDs The overlap in brand (both are ADJ) can confuse buyers. The AX2 is not the 'big' MyDMX — it's a fundamentally different class of product. If you're a DJ asking whether to buy a MyDMX 5 or an AX2, the answer is MyDMX 5. If you're a professional LD specifying a touring console, the AX2 warrants evaluation.

ADJ Link is ADJ's iPad-based lighting control application. It allows users to control ADJ lighting fixtures wirelessly from an iPad, providing a touch-based interface for triggering scenes, adjusting colors, and running lighting programs without a traditional DMX console or laptop. ADJ Link communicates over Wi-Fi to ADJ fixtures that have wireless control capability built in — primarily fixtures equipped with the Aria X2 wireless system. The app provides a touch interface where you can organize scenes into a button layout, trigger them with taps, and make real-time adjustments to fixture parameters. The ADJ Link product page (adj.com/products/link) contains the current version of the app and its system requirements. As a software product, the App Store listing is the authoritative source for current iOS version requirements and feature notes. For the most straightforward ADJ Link setup: you need an iPad running a compatible iOS version, the ADJ Link app installed, an Aria X2-enabled lighting system (either built into fixtures or via an Aria X2 Transceiver), and a Wi-Fi network that both the iPad and the lighting system share.

The Vizi FX7 offers multiple DMX channel modes from compact low-channel mode for basic control to an extended mode that accesses all parameters including individual pixel control of the LED ring. The compact/basic mode provides control over primary parameters: pan and tilt movement, effect mode selection (beam/wash/kaleidoscope/ring), color mixing for the main output, dimmer, strobe, and program/speed selection. The extended mode provides individual pixel control over the LED ring LEDs — the programming depth needed for custom ring chasing patterns, pixel animations, and fully custom ring color sequences that go beyond the built-in programs. For the exact channel counts per mode and the full parameter-to-channel assignment, download the DMX Trait document from adj.com/products/vizi-fx7. Programming tip: when building Vizi FX7 scenes in MyDMX 5 or any console, program the 'effect mode' channel first to select which of the four effects is active, then program the parameters for that effect. Many first-time Vizi FX7 users find the output confusing because the effect mode channel determines which physical output is active — this is different from a fixture where all outputs are always on.

In ADJ's product naming convention, 'Pearl' designates a specific finish or color variant of a base fixture model. For the Focus Spot 4Z Pearl, this indicates a white or pearl-finish housing variant as opposed to the standard black-finish Focus Spot 4Z. The performance specifications, optical system, DMX functionality, and internal components of the Pearl variant are identical to the standard Focus Spot 4Z — the distinction is cosmetic. Pearl or white-finish moving heads are commonly specified for installations where the fixture's appearance when the lights are off matters: churches with light-colored architecture, corporate environments with white ceilings, hotels, or any venue where a black fixture would be visually prominent against a white ceiling. For permanent installation buyers: the Pearl finish is the standard specification for churches and corporate venues where aesthetics in the architectural space matter as much as performance. For rental buyers: the Pearl finish has the same operational performance as the standard black Focus Spot 4Z. If your rental clients specify Pearl-finish fixtures for venue appearance reasons, this is the product. All support documentation, firmware, and accessories applicable to the Focus Spot 4Z apply equally to the Pearl variant.

The zoom error on the Focus Spot 5z indicates the fixture's zoom motor has lost its calibrated reference position — it doesn't know where 'home' is in the zoom range. The fixture reports the error to prevent running the zoom motor into a mechanical limit. The only way to clear this error is to manually re-home the zoom motor through the fixture menu. The procedure involves manually controlling the zoom position in and out to the mechanical limits, which allows the fixture to re-establish its zoom reference, and then performing a zoom motor reset through the system menu to clear the error code. Specifically: navigate to the fixture's manual control or motor functions menu and manually drive the zoom to both extremes (fully in and fully out) using the menu controls. This should re-establish the motor's sense of position. Then navigate to the system or motor reset menu and execute the zoom motor reset or re-home function. After the reset, the error should clear and the zoom should operate normally. If the error returns after the reset procedure, there may be a mechanical obstruction in the zoom track, a damaged encoder, or a failing zoom motor. In that case, verify nothing is physically obstructing the zoom lens assembly. If it persists with no visible obstruction, the fixture likely needs service — contact ADJ at (323) 582-2650.

No — universal fog machine timers are not compatible with ADJ fog machines, and this is one of the most common frustrations reported on the ADJ forum. Users who purchase universal interval timers or third-party wireless fog remotes expecting them to work with their Fog Fury Jett Pro or VF series machines are consistently disappointed. ADJ fog machines use a proprietary control interface for their remote trigger input. The wiring and signaling for ADJ's remote jack is not the same as the generic standard that many 'universal' fog timers are designed for. While the connectors may physically fit, the signal levels or wiring don't match, so the timer either doesn't trigger the machine or triggers it unreliably. For reliable control, use only ADJ-branded accessories: the UC3 universal remote (works with most ADJ fog machines as a wired or wireless trigger), the Airstream wireless remote system for wireless triggering, or the ADJ-specific wired timer remote included with some machine packages. These are confirmed compatible and available from ADJ authorized dealers or at americandj.com. For DMX-capable fog machines in a DMX setup, triggering the machine from your DMX console or MyDMX is the most reliable method and eliminates the need for a separate remote entirely.