AUTHENTIC CINEMA Signature Edition modification for R_volution PlayerOne 8K player
Improved version with high-end electronic components. Ultra High End linear power supply with Mundorf MLytic® capacitors. Massive 80VA encapsulated toroidal transformer rubber stored. Display shielded by a massive pure copper plate. Furutech Rhodium AC Inlet with high end fuse.
Modification procedure:
Place your "AUTHENTIC CINEMA MODIFICATION" order on the site then send us your R_volution Player One 8K player in its original packaging, without its accessories as well as your contact details to the following address :
HD LAND
66 Boulevard Malesherbes
75008 Paris France
AUTHENTIC CINEMA Signature Edition modification
- Ultra High End linear power supply with Mundorf MLytic® capacitors.
- Massive 80VA encapsulated toroidal transformer rubber stored.
- Display shielded by a massive pure copper plate.
- Furutech Rhodium AC Inlet with high end fuse.
- Bottom cover damping against resonances.
- Top cover damping with a massive 2mm steel plate added with special glue.
- Mainboard modification (buffering and filtering).
- Additional filter components to the HDD power supply.
- Insulation material for the internal HDD.
- Special EMI absorber to all clocks (HF shielding).
- Ferrit cores to many cables (HF shielding).
- Improvement of the cable routing of the antennas (HF shielding).
- Massive aluminium feet.
- Case optimising against resonances.
Results compared the PlayerOne 8K:
1- The picture looks cleaner and more stable. There is less noise in the deep blacks resulting in 3D effect with better respect of the color grading especially in the dark parts of the picture. Film grain looks less artificial and the image shows less motion blur.
2- The digital sound is much better and cleaner.
3- The sound experience is subtler, smoother and more balanced.
4- The Signature Edition sounds much more natural with less harsh highs and more detail in the midrange.
5- The soundstage is more defined with more depth and better three-dimensionality.
Ultra High Quality Full Digital Transport Media Player
The Uncompromised Media Player fully dedicated to High-End Home Theater Systems
R_volution PlayerOne 8K Signature Edition is an amazing media player delivering the highest quality, outstanding performance and best possible user experience.
Toroidal Transformer
The R_volution PlayerOne 8K Signature Edition offers a Ultra High End linear power supply with Mundorf capacitors and massive buffer capacity, in order to feet the needs of the most high-end home theater users. The power is drived by a massive 80VA encapsulated toroidal transformer rubber stored.
The power supply comes with ultra high end parts
- Ultrafast, softrecovery diodes
- Mundorf MLytic® buffer capacitors
- Panasonic ultra low ESR* capacitors
- Wima foils for filtering
- Ceramic capacitors for filtering
- 5A low noise regulator
- Switch on relay timing delay
- High end PCB
- Ultra high end oversized, encapsulated toroidal transformer with 80VA
Mainboard
- Panasonic ultra-low ESR* buffer capacitors
- Polymer ultra-low ESR* buffer capacitor
- High-end ceramic filter capacitors
- Special ferrit foil for emi shielding
Other features
- Mechanical damping with 2mm steel plate and special compound glue for resonance optimization
- Damped bottom with bitumne plates and foam for the HDD
- Ferrit cores at special places for emi filtering
- 1,5mm pure copper plate for display emi shielding
- Damping the toroidal transformer
- Furutech Rhodium AC Inlet with our high end fuse (ceramic fuse with gold plated copper endings)
- High end massive aluminium feet
Why is ESR important?
Electrolytic capacitors are used as input buffers to supply energy when the mains input voltage is too low, store energy while an AC/DC converter adapts to a new power level, and prevent switching noise from the converter reaching the power source. On the output of a converter, they act as a filter and current sink for inductive elements, and, in DC/DC conversion, function as an energy buffer when the power output demand changes.
In both cases, losses due to ESR will inhibit a capacitor’s ability to quickly source or sink charge. At the input, increasing ESR increases high frequency noise across the capacitor, decreasing filtering effectiveness. At the output, higher ESR causes more ripple, influencing stability of the control loop.
ESR is particularly important in applications with low duty-cycle, high-frequency current pulses. An ultra-low ESR level provides significant noise reduction for both picture and digital sound.
