Engineering
what comes next.
A privately owned technology and engineering company building the future of audio, electronics, and software platforms without legacy constraints.
One Platform.
Complete Engineering.
SzaboWorks operates as an independent research and development organization focused on building complete technology platforms rather than isolated experiments. By owning the entire stack, we eliminate the bottlenecks found in traditional integration.
Confidentiality Notice: A significant portion of development remains private. Public repositories represent only a limited portion of active engineering work.
Audio Electronics
Digital signal processing, amplification, and integrated hardware.
Embedded Systems
High-performance architectures for networked audio control.
Media Transport
Audio networking, internet protocols, and codec research.
Acoustic Systems
High-fidelity reproduction, cinema platforms, and live sound.
Reference Monitor
Prototype.
To evaluate our audio platforms effectively, we are developing our own reference monitors. The current prototype combines acoustic simulation work with established driver and tweeter platforms; formal acoustic measurement and final tuning are still in progress.
Fully Active Bi-Amp
A dedicated amplification path for each driver enables independent control while the prototype is tuned and validated.
DSP Crossover Prototype
The current crossover is fully digital and DSP-controlled; future development will investigate an analog implementation.
The First SzaboWorks
AV Receiver.
Bringing together multiple areas of our research into a single integrated hardware and software platform. This receiver represents one of our largest engineering projects to date and establishes the foundation for all future SzaboWorks audio platforms.
Complete Integration
Fusing advanced audio processing, networked media transport, robust embedded systems, and precise amplification into a cohesive unit.
Engineered Confidentiality
Technical specifications, internal topologies, and processing methods remain confidential while the platform continues through validation.
Designed to scale.
Cinema
Delivering cinematic scale and high-fidelity musical reproduction without treating them as separate engineering problems.
High-Fidelity
Evaluating the entire signal path to optimize the complete interaction between source, transport, conversion, and room.
Professional
Predictable system behavior and signal integrity built for environments requiring demanding, continuous operation.