Hardware Performance & Software Disclaimer
Please read this disclaimer carefully prior to deploying MSLI AFFTERBURMER utilities, audio synthesis modules, custom hardware monitor profiles, and overclocking telemetry presets on your digital audio workstation or processing rig.
General Information & Non-Affiliation
All documentation, engine presets, tutorials, and configuration profiles published across MSLI AFFTERBURMER are provided for technical demonstration, sound design research, and informational performance tuning purposes only. We make every effort to maintain verified and safe performance baselines, yet we do not claim direct operational suitability for non-standardized acoustic setups.
Non-Affiliation Notice
MSLI AFFTERBURMER is an independent digital audio engineering and performance suite. All brand names, trademarks, and third-party hardware references remain the exclusive intellectual property of their respective trademark holders.
DSP Architecture & Real-Time Telemetry
Digital Signal Processing (DSP) meters, transient response visualizers, and stream buffer readouts generated by our interface rely on operating system audio drivers and ASIO hardware host interfaces. Output measurements may vary across heterogeneous driver revisions, audio interfaces, and processing host buffers.
Latency & Real-Time Buffering
Calculated latency times (in milliseconds) and sample rate sync statistics are approximate estimates derived from real-time driver callbacks. System interrupt storms (DPC latency spikes), secondary background threads, or PCIe bus congestion can result in momentary jitter or dropped sample packets outside the application scope.
Frequency Tuning & Hardware Overclocking Risks
Certain presets and automated telemetry modules interact directly with GPU/CPU clock frequencies, fan curves, memory voltage offsets, and core multipliers. Applying aggressive voltage offsets or non-standard clock steps involves inherent technical hazards.
- Thermal Thresholds: Operating components near maximum TDP envelope can trigger emergency thermal throttling or permanent silicon degradation.
- Hardware Warranty: Adjusting core voltages or flashing custom firmware configurations may void hardware manufacturer warranties.
- Data Integrity: Unstable frequency overclocks can lead to hard system lockups, corrupted audio project files, or loss of unsaved DSP buffer data.
You expressly acknowledge and agree that any modifications made to hardware clock limits, thermal profiles, or BIOS/driver registers are carried out at your sole discretion and risk.
Third-Party Modules, VST Plugins & External Links
Our platform may feature external references, user reviews, or integration guides for third-party VST3/AU audio plugins, custom DSP scripts, and hardware acceleration drivers. We do not inspect, guarantee, or take responsibility for the stability, license compliance, or safety of external binaries.
For detailed guidance regarding plugin installations and custom extensions, explore our Plugins and Effects repository or consult step-by-step walk-throughs in Educational Tutorials.
Limitation of Warranties & Liability
THE MSLI AFFTERBURMER PLATFORM, ITS DOCUMENTATION, SCRIPTING LIBRARIES, AND PRESETS ARE PROVIDED STRICTLY ON AN "AS IS" AND "AS AVAILABLE" BASIS WITHOUT WARRANTIES OF ANY KIND, WHETHER EXPRESS OR IMPLIED, INCLUDING BUT NOT LIMITED TO IMPLIED WARRANTIES OF MERCHANTABILITY, FITNESS FOR A PARTICULAR AUDIO PRODUCTION PURPOSE, OR UNINTERRUPTED SYSTEM UPTIME.
UNDER NO CIRCUMSTANCES SHALL MSLI AFFTERBURMER, ITS AUTHORS, CONTRIBUTORS, OR AFFILIATES BE LIABLE FOR ANY DIRECT, INDIRECT, INCIDENTAL, SPECIAL, CONSEQUENTIAL, OR PUNITIVE DAMAGES RESULTING FROM HARDWARE FAILURE, SYSTEM CORRUPTION, LOSS OF REVENUE, OR LOST PRODUCTION SESSIONS.
Legal Inquiries & Questions
If you have any questions regarding these disclaimer conditions, need technical clarification on specific DSP modules, or wish to submit an official inquiry, please consult our engineering and legal documentation team.
Related Documentation
Review our companion policies and project information for additional context.