110 Poles of Articulation work to reproduce delicate (out of phase) reflections from venue ceilings, walls and stage floors. As a result, room boundaries are redefined to capture the unique sounds of the artists and the “voice” of the room.
The Oracle MA-X phono interconnect is the world’s first phono interface to offer fully adjustable articulation control. The Oracle MA-X is the new industry standard, raising the bar to an unsurpassed 68 poles of articulation.
The 2C3D Digital Coaxial takes our EVO Digital and borrows some technology from our older Oracle Series Digital interface. The 2C3D Digital interfaces include our unique and patented network technology works to eliminate undesirable reflections, RFI and other “false signals” to deliver a jitter-free signal. The sonic benefits are truly impressive, creating a dramatically improved soundstage, enhanced image specificity and very natural timbre and textures. The 2C3D Digital’s articulation selector allows the listener to “fine tune” this important interface for optimal balance between detail, imaging and musicality. All with the simple flip of the of the MIT patent-pending Articulation Selector that is integrated into every Oracle MA-X Digital interface.
The 2C3D Digital Coaxial takes our EVO Digital and borrows some technology from our older Oracle Series Digital interface. The 2C3D Digital interfaces include our unique and patented network technology works to eliminate undesirable reflections, RFI and other “false signals” to deliver a jitter-free signal. The sonic benefits are truly impressive, creating a dramatically improved soundstage, enhanced image specificity and very natural timbre and textures. The 2C3D Digital’s articulation selector allows the listener to “fine tune” this important interface for optimal balance between detail, imaging and musicality. All with the simple flip of the of the MIT patent-pending Articulation Selector that is integrated into every Oracle MA-X Digital interface.
The EVO Digital Coax (75 Ohm) starts with the original design of the of the highly regarded Magnum Digital and adds network technology that helps eliminate undesirable reflections and false signals that can damage the digital waveform. The EVO Digital Coaxial will present the listener with a lowered noise floor and a “Jitter Free” signal, providing a huge soundstage without loss of detail or density. A remarkably music interface that sounds more analog than digital.
Oracle MA-X Digital Technology with A.A.R.M.—Adjustable Articulation Response Module. The Oracle MA-X Digital is the world’s first fully-adjustable articulation AES/EBU interface.
Oracle MA-X Digital Technology with A.A.R.M.—Adjustable Articulation Response Module. The Oracle MA-X Digital is the world’s first fully-adjustable articulation SPDIF interface.
Based on technology from the Oracle MA-X Digital interface, the Oracle MA Rev.2 Digital interfaces include our unique and patented network technology, similar to the MA-X digital designs. This technology works to eliminate undesirable reflections, RFI and other “false signals” to deliver a jitter-free signal.
Based on technology from the Oracle MA-X Digital interface, the Oracle MA Rev.2 Digital interfaces include our unique and patented network technology, similar to the MA-X digital designs. This technology works to eliminate undesirable reflections, RFI and other “false signals” to deliver a jitter-free signal.
Engineers at MIT Cables understand that every piece of music is formed on a foundation built from the percussion and bass instruments. Our new SHD interconnect works to control and properly interface…
Our third revision of the Oracle MA-X Interconnect builds upon its adjustable articulation predecessor with added textures, timbres and harmonics that perfectly compliment any of the Oracle speaker interfaces.
The Oracle MA returns as the Rev. 1 with updated networks boasting more pole of articulation. The Rev. 1 produces full timbre with natural and rich textures that remain thick and dense, ensuring voices and instruments do not lose their natural harmonics.