Ex Machina Terra 3-Way Active Reference Monitor - Single

Engineered to deliver reference-grade accuracy, imaging, and phase coherency, the Ex Machina Terra is an ideal choice for mixing, mastering, and post-production engineers. Combining a coaxial mid/high-frequency driver array with a phase-aligned low-frequency driver and zero‑phase digital crossovers, this three-way active reference monitor delivers point-source performance and excellent spatial imaging. An advanced SHARC‑based DSP platform, AKM converters, and Hypex NcoreX amplification provide powerful digital control and a sonically neutral signal path. Easy integration with Ex Machina's Gravity subwoofer extends low-frequency extension and makes the Terra adaptable to both nearfield and larger-room monitoring setups.

THREE-WAY COAXIAL DESIGN

The Ex Machina Terra monitor pairs coaxial tweeter and midrange drivers with a custom low-frequency driver, preserving transient accuracy and phase response. By ensuring coherence between high, mid, and low frequencies, this design delivers flat frequency response and prevents comb filtering, producing a focused, stable image across the frequency spectrum. Individual driver calibration ensures controlled dispersion, minimal cabinet resonance, and consistent performance between units, making the Ex Machina Terra a solid reference monitor for nearly any project.

STABLE IMAGING AND WIDE SWEET SPOT

The Ex Machina Terra three-way active reference monitor excels at maintaining stable imaging thanks to a wide sweet spot and phase-coherent performance. The cabinet geometry, waveguide design, and driver integration are tuned to produce a point‑source acoustic center and eliminate anomalies like stereo image collapse, off-axis smear, and comb filtering. Precise engineering based on Ex Machina's measurement models delivers tight spatial imaging, even when you’re not sitting exactly in the sweet spot. For mixing and immersive workflows, the result is a more forgiving monitoring environment that still reveals critical details, even in setups where exact placement is not an option.

ZERO-PHASE DIGITAL CROSSOVERS

Zero‑phase digital crossovers in the Ex Machina Terra keep the drivers aligned in time rather than relying on phase-compensating EQ, delivering perfect phase coherence. By implementing zero‑phase filters at the DSP level, the Terra active reference monitor preserves the natural timing relationships between drivers so that even the most minute transients remain intact throughout the crossover regions. Thanks to pure monitoring DSP, you can fine-tune the crossover behavior and room correction while maintaining the Terra’s phase coherence, which is essential for accurate stereo imaging.

SEAMLESS SYSTEM INTEGRATION AND CALIBRATION

Seamless system integration and calibration allow the Ex Machina Terra 3-way active reference monitor to deliver incredible accuracy in a variety of studio environments. The SHARC‑based DSP architecture and ESP32 coprocessor enable networked control, over‑the‑air calibration updates, and precise per‑driver corrections. Plus, AKM converters and Hypex NcoreX amplification keep the signal path transparent so that DSP corrections don't affect the phase accuracy or frequency response. For users, this means fast setup, predictable performance between units, and the flexibility to define a target curve for calibration.

OPTIONAL GRAVITY SUBWOOFERS

Optional Gravity subwoofers from Ex Machina provide a scalable path to extend low-frequency performance for larger rooms or immersive systems. Designed to integrate seamlessly with the Terra’s DSP and calibration framework, the Ex Machina Gravity sub can be time-aligned with Terra studio monitors for smooth low-end extension. This integration preserves transient response and low-frequency detail, enabling accurate bass translation at all listening levels. For studios that require extended low-frequency headroom, Ex Machina Gravity subs let you maintain the Terra’s reference behavior while gaining the sub‑30 Hz extension needed for modern production and immersive formats.