The Nu-Vista Vinyl 2 is the new flagship of Musical Fidelity phono preamplifiers, an ultra-high performance, highly accurate phono MM/MC phono preamplifier with a discrete Class A Nuvistor tube stage. Beautifully designed and executed with massive casework, we set out to make a phono stage without any practical limits. It’s designed in such a way to ensure you cannot overload the input stage or encounter any practical limitations in the output driving capacity. Its purpose is singular, to be a conduit for music. It exists to faithfully convey the artist‘s intent, their emotions, the passion directly to your ears and heart.
Compared to its predecessor, the Nu-Vista Vinyl, the Vinyl 2 now features discrete and fully balanced audio circuitry on the inside. The phono pre-amplification contains three gain stages powered by fully Class A discrete transistor circuitry. The EQ stage doesn’t cut any corners either. Completely passive and in two separate stages (split-passive) - this is more costly to design and implement but ensures the most accurate representation of the ideal EQ curve. Split passive equalization allows for better impedance matching and lower deviation from the ideal EQ. In addition to the standard RIAA curve, we have implemented the two less common DECCA and COLOMBIA curves as well. The audio signals from the phono preamplifier go to a separate board for each channel, with a fully balanced discrete class A Nuvistor stage. The clean PCB layout and purpose driven design guarantee lowest possible noise and distortion with low output impedance. RCA and XLR outputs both have their own individual stages allowing you to use them simultaneously. The Nu-Vista Vinyl 2 uses the same display technology and redesigned front panel as all other recent Nu-Vista additions.
A discrete circuit is composed of electronic components which are disparate, individual devices, also called discrete components. These can be “passive” components, like resistors, capacitors and inductors, as well as “active” components like transistors. The opposite to this would be an integrated circuit (IC = chip), which can, for example, be used as an operational amplifier (Op-Amp) in the signal chain. In our industry we employ specialised IC Op-Amps built for audio applications, which allow us to produce very small and efficient electronics, as well as saving the time of design engineers. However, countless hours of listening tests and years of experience have shown us that even the very best ICs do not tend to be so neutral, natural, dynamic or vivid – all of which are characteristics of the Musical Fidelity “sound”. They are also difficult - if not impossible - to repair. For that reason, we’re rediscovering our passion for traditional, discrete designs. Where standard phono pre-amplifiers with integrated circuits have a few tens or hundreds of components, discrete designs will employ hundreds or thousands of components by comparison. That makes for an extended design process, but in our opinion results in the best sound for your money.
A fully balanced design principle, as used in the Nu-Vista Vinyl 2, consists of a hot and a cold (also called + and -) signal. Both the + and – signal chains effectively carry the same musical information. A true balanced amplifier can now extract the final musical information out the +/- signals and subtract, remove, all noise that could potentially be added along the transmission. A “pseudo-balanced” amplifier will not process the + and – signals independently, but add them together before they are processed. Pseudo-balanced design will not benefit from the advantages that balanced connections have to offer, like fully balanced amplifiers do. In a true, fully balanced device, the + and – sections of both the left and right channel are treated individually, which doubles the amplifier sections by 2 as a result. You need twice as much space on the circuit board, twice as many electrical components and be twice as careful with planning your circuit board layout. As a result, the Nu-Vista Vinyl 2 excels at suppressing unwanted noise, errors and interferences and offers the best signal to noise ratio possible.
Fully balanced and discrete design
3-part gain stage with Class A circuitry
Split-passive RIAA, DECCA & COLUMBIA equalisation
Two-step subsonic filter (Switchable: OFF – Mild – Standard)
Low Noise Nu-Vista Class A circuitry
8x 7586 Nuvistors in balanced buffer circuit
MM (40, 43dB) & MC (60, 63dB) capable with +6dB option for each gain setting
Separate output and input stages - connect multiple inputs and ouputs simultaneously
Super Silent Power Transformer
Discrete input power filtering and DC blocking circuitry
2x RCA inputs
2x balanced XLR input
1x RCA output
1x balanced XLR output
Optional connection for external Nu-Vista Uni PSU (sold separately)
Colour display with loading settings and clear selected input
Load settings stored for each input
Dimmable display
Nu-Vista Remote Control “Front panel in your hand”
Nuvistor tubes were invented in the 1950s to solve the many shortcomings of conventional tubes. Unlike them, Nuvistor tubes offer very high reliability, low microphony, low noise, consistency from batch to batch, small size, relatively low power consumption and great technical performance.
One famous application was in the Ampex MR-70, a costly studio tape recorder whose entire electronics section was based on nuvistors. Another limited application of this very small tube was in studio-grade microphones from that era, the AKG/Norelco C12a, which employed the 7586, being a good example.
It was also later found in the famed Neumann U 47 studio microphone. This microphone was highly regarded by artists all over the world, and was used by many top recording artists such as Frank Sinatra, The Beatles, and so on. Remarkably, you can currently see a U47 microphone, with its stand, cables and power supply on eBay for $10.999 „Buy-it-now“.
Unfortunately just as uses for Nuvistor tubes were being explored, the transistor was invented and it was ‘game over’ for Nuvistors. There the matter rested until about fifteen years ago, when Musical Fidelity created the first of its ground-breaking Nu-Vista series. These legendary, limited-edition products sold out in a matter of months. Today, fifteen years later, they command very high secondhand prices because of their beautiful sound, build quality, and longevity.
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