A SUPERIOR CINEMATIC EXPERIENCE RP22 IMMERSIVE SOUND RP22, the Immersive Audio Design Recommended Practice (CEDIA/CTA-RP22), is a set of recommended practices that provide a framework for designing, installing, and calibrating home immersive audio systems. Hyperion products are designed with RP22 performance criteria in mind, ensuring integrators have the tools available to achieve their design and engineering goals.
MORE ABOUT IMMERSIVE SOUND: DIRAC ART ADVANCED ROOM CALIBRATION The APR-16 fully leverages DIRAC-licensed technologies to minimize unwanted acoustic effects imposed by the listening environment that compromise loudspeaker performance. Dirac’s Room Correction, Bass Control, and Active Room Treatment algorithms seamlessly integrate with Hyperion’s advanced, high-performance ARM-based DSP architecture, working in real-time to balance loudspeaker response for spatially accurate, optimized playback across all audio sources.
MORE ABOUT CALIBRATION: SCIENTIFICALLY ACCURATE SOUND Hyperion products have all been professionally tested and calibrated to meet science-based standards for room acoustics and audio performance to receive HAA Certification. With this certification, Hyperion delivers high-fidelity, precise, and immersive sound that aligns with the highest benchmarks in home audio.
OUR DIGITAL EXPERTISE: ESS HIGH PERFORMANCE DAC Hyperion engineers selected the Hyperstream IV ESS SABRE ES9039Q2M 32-bit, 2-channel audio D/A converters for their measured performance parameters, including an ultra-high dynamic range of +130dB and an extremely low total harmonic distortion plus noise (THD+N) of -120dB.
OUR PROCESSING POWER: STUDIO-GRADE HDMI SIGNAL PATHS Engineered for flexibility and advanced EDID and HDCP management, the APR-16 delivers pixel-accurate image fidelity from the source to any display device.
ISF CERTIFIED: Certified by the Imaging Science Foundation, Hyperion video signals are unmodified from their original form to deliver the highest quality video possible. Each HDMI section was independently purpose-developed and individually optimized, featuring distinct and wholly independent signal path topologies.
