ANAT REFERENCE II

Description:

Anat Reference II is YG Acoustics’ flagship line, and at the time of writing is the most accurate loudspeaker available worldwide.

Anat Reference II is available in three fully modular configurations, each of which can be expanded to the next at any time, without the need to replace existing modules:

• Anat Reference II Main Module – an ultra-high-end compact loudspeaker, available with or without a matching stand.
• Anat Reference II Studio – an ultra-high-end medium-sized floorstanding loudspeaker.
• Anat Reference II Professional – the flagship; a large floorstanding loudspeaker, which – with a correct system and setup – is indistinguishable to the human ear from live sound.

Existing Anat Reference (1st-generation) loudspeakers can be upgraded at any time to Anat Reference II status. The products are all field-upgradeable, in a matter of hours and for a small fraction of the cost.

For more details and specifications, click here.

KIPOD

Description:

Kipod represents a brand-new concept in loudspeaker design – cost-no-object performance from a highly compact package. It uses the same technologies and materials as the flagship Anat Reference line, simply on a smaller physical scale. As such, it offers true full-range performance down to 20 Hz, with remarkable quality. The only limitation– Kipod is intended for “reasonable” volume levels and dynamics, in small to medium-size rooms.

For audiophiles who seek lifelike ultra-high-end sound at home, yet insist on a room-friendly speaker, Kipod is the solution.

Kipod is available in two fully modular configurations, where one can be expanded to the other at any time, without the need to replace existing modules:

• Kipod Main Module – an ultra-high-end highly compact loudspeaker, available with or without a matching stand.
• Kipod Studio – an ultra-high-end compact floorstanding loudspeaker.

For more details and specifications, click here.

CARMEL^TM

Description:

Carmel^TM is the newest and most affordable speaker from YG Acoustics^TM. It represents a breakthrough in manufacturing efficiency, performance and value, handmade in U.S.A. The cabinet is constructed of fully machined aircraft-grade aluminum alloy. This material, using vibration-free pressurized assembly, allows for the most acoustically desirable enclosure construction available.

YG Acoustics^TM crossover circuits are all created using proprietary software developed entirely in-house. DualCoherent^TM technology provides the best frequency response and relative phase available. Competing speakers are optimized in either the frequency domain (most common) or time domain. Only YG Acoustics^TM has the ability to optimize both domains simultaneously.

Carmel^TM's enclosure is milled using 5-axis technology (the competition is limited to 3 axes). This avoids the parallel internal surfaces common in other so-called “complex enclosure designs". FocusedElimination^TM anti-resonance technology keeps mechanical losses lower than any competing speaker, by combining the minimized turbulence of a sealed design with the low friction otherwise associated with enclosure-free concepts.

Carmel^TM utilizes Scan-Speak drivers, modified to YG Acoustics^TM specifications. The tweeter, which is assembled in-house, is a highly modified ring-radiator type. It offers greatly extended bandwidth, linearity and power-handling. Carmel^TM’s 7” woofer provides excellent clarity and bass extension in a compact enclosure.

YG Acoustics^TM speakers are not voiced. All measurements are verified using extensive listening tests, but the speakers are not artificially manipulated. YG Acoustics^TM speakers simply convey the recording – nothing more, nothing less.

The end-result is a speaker of remarkable refinement. Carmel^TM is ultra-transparent, and presents a huge yet precise soundstage, with the natural sound of a live performance that YG Acoustics^TM is famous for. This is all presented in a speaker with elegant lines that invites inclusion in the finest home environments.

For more details and specifications, click here.