| Content | Rupert Neve Designs R6 500 Series chassis is a 6-space, steel rack enclosure that sports XLR, TRS, and DB-25 I/O to work with any studio setup. To ensure your modules are properly powered, the R6 has 150% of the required current, so you'll never be underpowered. It also has a built-in LED display to show current consumption and a double-shielded internal power supply that won't add any interference or unwanted noise to your signal. Rupert Neve is an audio legend. So you know when he designs a 500 Series chassis, it's top-shelf, all the way. Give your 500 Series modules the pampering they deserve with the Rupert Neve Designs R6 500 Series rack.
Genius in the details
With the Rupert Neve Designs' RND R6, there's genius in the details. The R6's double-shielded internal power supply was meticulously designed to avoid magnetic induction in any of its module slots. The power supply is a Switchmode type, and great care was taken to ensure that the frequencies are considerably outside the audible band. There's an internal jumper configuration that makes it easy to link slots in pairs. It's even fitted with variable-position screw holes that slide to accommodate modules that are slightly out-of-spec, which makes the insertion of modules quick and easy. Trust Sweetwater: when it comes to 500 Series racks, the RND R6 is as good as it gets.
Rupert Neve Designs RND R6 500 Series Rack Features at a Glance:
- Supplies 150% of the required current
- LED current consumption meter displays available current
- XLR, TRS, and DB-25 I/O
- Variable-position screw holes make for quick and easy module insertion
- Double-shielded internal power supply designed to avoid magnetic induction in module slots
- Switchmode PSU with frequencies considerably outside audible band
- Internal jumper configuration lets you link slots in pairs
|
NAIM UNITI NOVA ALL-IN-ONE MUSIC PLAYER
Uniti Nova is proof that an all-in-one player can deliver audiophile quality. Whichever source you choose, your music will be transformed into a stunning sonic experience. The reference player in the range, Uniti Nova has been configured to offer the very best solution that we can implement in a single-box, compact enclosure. All the available space has been used to provide 80 watts per channel of Class A/B amplification capable of driving the most demanding loudspeakers – detail and depth you’ll hear in every note, riff and chorus.
Uniti Nova really lives up to its name with some outstanding new technology which really sets it apart from the rest of the range. Its circuitry features the highest quality discrete components, a massive toroidal transformer for an exceptional sound, superior isolation, Naim's new signature volume control, more inputs than you can shake a stick at and an 80 watt power per channel power amplifier to boot. Uniti Nova is as good as an all-in-one player can get.
Specifications
Connectivity
Audio Inputs
2 x Optical TOSLink (up to 24bit/96kHz)
2 x Coaxial RCA (up to 24bit/192kHz, DoP 64Fs)
1 x BNC (up to 192kHz, DoP 62Fs)
1 x HDMI ARC
2 x RCA
2 x 5-pin DIN
2 x USB Type A socket (front and rear)
SD Card
Audio Outputs
1 x Stereo power amplifier
1 x RCA sub/pre output
1 x 3.5mm headphone jack
Amplifier Output: 80 W per channel into 8 ohm
Dimensions (HWD): 95mm x 432mm x 265mm
Weight: 13 kg
| In addition to the 100% analog tape emulation circuitry – great for bringing out 3rd-order harmonics – the 542 incorporates a soft-clip circuit that tames the harshest sources and enhances 2nd-order harmonics, variable Silk Red & Blue for an infinite variety of transformer tones, and a blend control to dial in in the perfect amount of saturation.
Transformers Imitating Tape
Unlike digital emulations, the “True Tape” drive circuit works by feeding a custom-designed interstage transformer acting as a “record head”, which in turn is coupled to a correctly-equalized replay amplifier. As the voltage rises on the “record head”, saturation increases, and a soft clip circuit engages at higher levels to round off peak transients. The sound of the tape circuit can be further modified with selectable 15 / 30 IPS modes and a pre/post-tape blend control.
What is Silk?
In addition to the tape circuit, the continuously variable Texture control with Silk Red and Silk Blue modes provides a whole other level of control over the harmonic density and tonality of your tracks & mixes. The Silk Red mode accentuates transformer saturation in the high and high-mid frequencies to amplify the vibrant midrange harmonics associated with Rupert’s vintage equipment, while Silk Blue accentuates saturation of the lows and low-mids to add thickness and weight to any source – especially useful for “thin-sounding” tracks or mixes. Unlike EQ, these Silk & Texture controls saturate the output transformers, and add highly musical harmonics to the source material according to the amount of Texture applied.
Drive the 542 hard, choose your Silk flavor, and crank the Texture knob for a rich, saturated, vintage vibe – or disengage Silk entirely for a more purist, hi-fi tape effect. The choice is yours.
LINE AMP NOISE
- Measurements with tape circuit disengaged. Measured at Main Output, un-weighted, 20 Hz - 22 kHz, Input Terminated 40 Ohm.
- Unity Gain: Better than -100 dBV
FREQUENCY RESPONSE
- Measured at +10 dBu, trim at unity.
- Main Output: +/- 0.25 dB from 5 Hz to 60 kHz, -2 dB @ 120 kHz
MAXIMUM OUTPUT LEVEL
23.25 dBu
TOTAL HARMONIC DISTORTION AND NOISE
- @ 1 kHz, +20 dBu output level: Better than 0.002%
- @ 20 Hz, +20 dBu output level: 0.07% Typical (2nd and 3rd harmonic)
TAPE FX SPECIFICATIONS
NOISE
- Measured at Main Output, un-weighted, 20 Hz - 22 kHz, Input Terminated 40 Ohm.
- Saturation @ minimum: Better than -100 dBu
- Saturation @ maximum: Better than -100 dBu
FREQUENCY RESPONSE
- 15 IPS, Input @ -0 dBu: -3 dBu @ 28 kHz
- Saturation @ minimum: 0 dBu @ 10 Hz
- +5 dBu Peak @ 60 Hz Saturation @ maximum: -3 dBu @ 20 kHz
- -3 dBu @ 12.5 Hz
- +2.4 dBu Peak @ 60 Hz
- 30 IPS, Input @ -0 dBu: -3 dBu @ 120 kHz
- Saturation @ minimum: -3 dBu @ 10 Hz, +3.15 dBu Peak @ 125 Hz
- Saturation @ maximum: -3 dBu @ 100 kHz
- -3 dBu @ 12.5 Hz
- +1.3 dBu Peak @ 110 Hz
TOTAL HARMONIC DISTORTION AND NOISE
15 IPS
- Input @ -0 dBu: 0.4% @ 3 kHz to 1% @ 175 Hz typical Saturation @ minimum: Greater than 1% below 175 Hz typical
- Saturation @ maximum: 1% at 6 kHz typical, 0.3% @ 1 kHz to 3% @ 50 Hz typical
30 IPS
- Input @ -0 dBu: 1% at 1 kHz typical
- Saturation @ minimum: 0.6% @ 400 Hz to 5% @ 20 Hz typical
- Saturation @ maximum: 1.5% @ 20 kHz to 0.4% @ 1 kHz typical, 0.4% @ 1 kHz to 2% @ 50 Hz typical
POWER REQUIREMENTS
Supplied by 500 series rack with 110-125 mA @ +/- 16V DC | Whether you’re tracking, mixing, or just listening to music, your headphone amplifier is as important to the final sound quality as your headphones – yet the world is full of headphone amps with compromised sonics, headroom, and power. To address these shortcomings, Rupert and his team at Rupert Neve Designs developed the RNHP.
Based on the headphone output circuit in the 5060 Centerpiece Desktop Mixer, the RNHP is a dedicated 24V reference-quality headphone amplifier with +4dBu balanced line, unbalanced RCA and 3.5mm (1/8”) inputs – each specifically calibrated for optimum level and impedance – and housed in a rugged, VESA-mountable steel chassis.
Dedicated vs Integrated Amplifiers
For much equipment, the headphone output is an afterthought. Most products with integrated headphone amps have large feature sets, small footprints, and relatively low price points. This leads to compromised power and audio quality of the headphone amplifier itself, which can lead to a number of issues in real world usage such as low headroom, unreliable performance, and a lack of focus.
The RNHP was made to accomplish one simple purpose: making any headphones sound their best. As a dedicated design, the RNHP is tailored to deliver extremely high quality, powerful amplification, with precise calibration for any source input. This exceptional level of quality can be the difference that inspires an artist to give their best performance, lets an engineer make better choices in mic and placement, gives a mix engineer reliable translation of EQ and dynamics adjustments, or lets a music listener appreciate the full depth and detail of a recording.
MAXIMUM INPUT LEVELS
- “A” XLR I/P: +22.8 dBu @ 1 kHz
- “B” RCA I/P: +14.7 dBu @ 1 kHz,
- “C” 3.5mm I/P: +3.3 dBu @ 1 kHz
OUTPUT POWER
- As measured with typical headphones, Z=44 Ohm: 3.617 VAC RMS @ 1 kHz = 300mW RMS.
- 16 Ohm typical Load: 1.933 VAC RMS @ 1 kHz = 230mW RMS
- 150 Ohm typical Load: 5.108 VAC RMS @ 1 kHz = 175mW RMS
OUTPUT IMPEDANCE
.08 Ohm @ 1 kHz, 16-150 Ohm load, 0 dBu input
FREQUENCY RESPONSE
+/- .2 dB from 10 Hz to 120 kHz
NOISE
- Measured with typical headphones, Z = 44 Ohm, BW 22 Hz - 22 kHz.
- “A” XLR Input: -101.9 dBV,
- “B” RCA Input: -100.9 dBV
- “C” 3.5mm Input: -88.8 dBV
DIMENSIONS
6.5” wide x 4.6” deep and 1.9” tall
POWER SUPPLY REQUIREMENTS
24VDC @ 0.25Amp (6 watt) minimum. Use with supplied power adapter, as this has been carefully selected for best output power and noise performance. May be used with a properly configured 24V battery as well. | Rupert Neve Designs RNHP is a state-of-the-art headphone amplifier. Now when Mr. Neve turns his attention to anything, you know it's going to be good. And spectacularly so. What the RNHP delivers is reliable, reference-grade amplification for any pair of headphones. Based on the headphone amp in the RND 5060 Centerpiece, the dedicated 24-volt design is spec'd with calibrated +4dBu Line, RCA, and 1/8" stereo inputs. Everything's housed in a road-tough, VESA-mountable steel chassis. The unit's effortless sonic performance and the ability to drive virtually any 'phones without compromise let you perform, mix, and savor your music with stunning clarity.
Rupert Neve Designs RNHP at a Glance:
- Unerring accuracy for better performances
- The benefits of near-zero-ohm output impedance
Unerring accuracy for better performances
You know you perform your best when your cans sound great - and that's where the RNHP can make a huge difference. Many integrated headphone amps are plagued with a non-linear frequency response, as well as noise, distortion, and skimpy headroom. To some, these units' lackluster sonic performance may seem "close enough for rock 'n' roll," however at Sweetwater, we believe there is the performer's subconscious response to consider. After all, if you're not inspired by what you're hearing, your performance will suffer.
The benefits of near-zero-ohm output impedance
Rupert Neve Designs spec'd the RNHP with near-zero-ohm output impedance to minimize frequency-based reactive-load impedance shifts - a problem unique to headphone monitoring. This ensures accurate sound reproduction, which is obviously important if you need to trust the decisions you make with headphones. You'll find the RNHP's unerring accuracy beneficial when you're using just one set of cans, and also when you're comparing a mix on multiple pairs of headphones.
Rupert Neve Designs RNHP Features:
- Reliable, reference-grade amplification for any pair of headphones
- Based on the headphone amp in the RND 5060 Centerpiece
- Effortless sonic performance
- The ability to drive virtually any headphones
- Dedicated 24-volt design
- Calibrated +4dBu Line, RCA, and 1/8" stereo inputs
- Near-zero-ohm output impedance minimizes frequency-based reactive-load impedance shifts
- Road-tough, VESA-mountable steel chassis
| Simple and elegant, the 5211 is the natural evolution of what is arguably the most famous gear in audio recording history: Rupert Neve’s microphone preamps.
With two channels of the classic tone you know and love, 72dB of gain, sweepable high-pass filters for precise control, and the power of Mr. Rupert Neve’s dual-tap transformers with variable Silk saturation, the 5211 delivers a versatile, flattering, and uncompromising front end for any signal path. In short, it’s everything a mic preamp should be.
What is Silk?
One of the key features of the 5211 is the Silk / Texture control. The Silk circuit was initially developed for the original Portico series mic preamplifiers, and was only a single switch – on or off – that added a specified amount of musical, pleasing harmonic saturation to the unit’s output stage.
Taking this concept one step further, the Texture knob is designed to adjust the actual amount of harmonic content from the source material.
So how does it work? By reducing negative feedback across the output transformer and adjusting this feedback’s frequency response, the Silk / Texture circuit provides the sweet, musical saturation found in Rupert’s legendary vintage designs – but with complete & precise control over the amount of classic tone you want. And when the level is driven to the edge of its headroom, the Silk effect is multiplied.
Why a -6dB Output?
Complementing the Silk circuit is the custom-designed output transformer from the renowned Shelford Channel, which uses Rupert Neve Designs’ unique dual-tap output topology. This offers both full-headroom (+26dBu) and -6dB outputs, allowing the engineer to drive the unit fully into classic transformer saturation without clipping converters and other devices later in the chain.
Unlike the Shelford Channel, which uses a mic input transformer for a more vintage topology, the 5211’s input is fully transformerless, maximizing signal clarity direct from the microphone. Combined with the more extreme saturation from both variable Silk and the custom output transformer’s lower-headroom tap, the 5211 is capable of producing tones ranging from thick & warm to breathtakingly delicate & clear. It’s the best of old and new alike.
MAXIMUM INPUT LEVEL
@ 1 kHz: +26 dBu
NOISE
- Un-weighted, 22 Hz - 22 kHz, 150 Ohm input termination
- Line Out (Unity Gain): -104 dBV, -101.9 dBu
- -6 dB Line Out (Unity Gain): -109 dBV, -107 dBu
- Line Out (+30 dB Gain): -98 dBV, -96 dBu
- Line Out (+66 dB Gain): -66 dBV, -64 dBu
EQUIVALENT INPUT NOISE (EIN)
-128 dBV, -126 dBu
FREQUENCY RESPONSE
-0.2 dB at 10Hz, -2.9 dB at 120kHz
MAXIMUM OUTPUT LEVEL
- 1 kHz: +26.5 dBu
- 20 Hz to 30kHz +26 dBu
TOTAL HARMONIC DISTORTION AND NOISE (WITHOUT SILK)
- 1 kHz, +20 dBu O/P level, no load 0.0015%, typical
- 20 Hz, +20 dBu O/P level, no load less than 0.02%, typical
TOTAL HARMONIC DISTORTION AND NOISE (WITH SILK ENGAGED)
- TEXTURE @ min, 100 Hz, +20 dBu O/P level, no load: 0.03%, mostly 3rd harmonic
- TEXTURE @ max, 100 Hz, +20 dBu O/P level, no load: 1.5%, mostly 2nd harmonic
POWER CONSUMPTION
35 W (Max)'
PRODUCT DIMENSIONS
19” W x 1.75” H x 7 ⅝” D
SHIPPING WEIGHT
11 lbs. (5 kg)
SHIPPING DIMENSIONS
23” W x 15” D x 7” H (58.4cm W x 38.1cm D x 17.8cm H) |
Reviews
There are no reviews yet.