Description
Rupert Neve Newton Channel:
The Rupert Neve Newton Channel is a Channel Strip that includes a fully Class-A mic preamp, a musical, 3-band discrete EQ section, a fast & flexible VCA compressor, and custom Rupert Neve Designs transformer-coupled outputs with our revolutionary harmonic color stage: variable Silk Red & Blue.
Rupert Neve Newton Channel Features:
- Classic Rupert Neve Mic Pre Tone: Get the punchy, larger-than-life sound heard on countless hit records for the last 50 years. The Newton also includes our distinctive variable high-pass filter with a comprehensive frequency range adjustment and independent bypass switch, allowing the engineer to quickly eliminate unwanted noise, rumble or other low frequency build-up in the source signal.
- Custom Transformers and Class-A Line Amplifiers: Vintage character meets the improved headroom and precision of Rupert Neve Designs’ updated
transformer-coupled line stages. - Comprehensive 3-Band EQ: Flexible, intuitive EQ section with fully sweepable mid-band, specially designed for the Newton Channel. The low
and high frequency shelf bands are controllable with accurate 31-detent potentiometers that provide up to 12dB of gain boost/cut. The parametric mid-band of the Newton EQ section includes another 31-detent potentiometer and a wide range of mid frequencies to boost or cut, switchable from 220Hz to 7kHz. - Fast & Smooth VCA Compressor: Gently tame transients or apply heavy yet smooth compression with the latest iteration of our esteemed VCA compressor circuit. Also includes a pre/post EQ switch for even greater flexibility.
- Silk Red & Blue Saturation: Dial in subtle richness or over-the-top vintage-style harmonic saturation using a simple set of controls.
- 31-Position Detented Controls: Accurately recall and match your settings with speed & precision.
- Stereo Link Switch: Link the gain reduction of two Newton compressors for powerful stereo bus processing.
- Internal Universal Power Supply: IEC connection for world-wide AC power from 90-240V located in the 1U rack-mountable chassis.
- Frequency Response:
- <10Hz to 30kHz: +/- 0.1dB
- <5Hz to 70kHz: +/- 0.25dB
- <5Hz to 140kHz: -3dB
- Dimensions (W x D x H): 19” (48.3 cm) x 8.125” (20.63 cm) x 1.75” (4.5 cm)
- Weight: 7,72 lbs. (3.5 kg)
- Manual here
- Read the news on the Blog: Newton Channel, The new Rupert Neve Channel Strip
Rupert Neve RNDI-M:
The Rupert Neve RNDI-M brings the stunning tone & clarity of its counterparts to a more compact format, with the exact same circuitry as the award-winning RNDI, RNDI-S and RNDI-8. The RNDI-M fits neatly into any space and will allow even more musicians and engineers to tap into the uncompromised sonic power of a Rupert Neve Designs DI.
The RNDI-M provides instrument direct injection for electric guitar & basses, synthesizers, keyboards, piezo pickups, or any other instrument-level source. The discrete, Class-A circuit topology is built around Mr. Rupert Neve’s custom transformers, resulting in outstanding sonic performance and strikingly natural sound from below 5Hz all the way up to well beyond 90kHz. It can handle input levels up to +20.5dBu, the low impedance, transformer-coupled output stage drives long lines with minimal loss, and the rugged steel chassis is designed for a lifetime of stage and studio use.
Rupert Neve RNDI-M Features:
- Noise (22Hz – 22kHz, Un-weighted): Better than -110dBV
- Input Impedance (ZIN): Instrument Input: 2.2 MΩ
- Output Impedance (ZOUT): Less than 40 Ohms
- Maximum Input Level: Instrument Input: +20.5 dBu (8.2 Volts RMS)
- Maximum Output Level: +11.5 dBu
- Frequency Response
- +/- 0.25 dB: 28 Hz – 60 kHz
- +/- 1 dB: 14 Hz – 90 kHz
- -3 dB: Below 5 Hz
- Total Harmonic Distortion + Noise (THD+N%)
- @ 1 kHz, +20 dBu Input Level: 0.25% Typical (2nd and 3rd Harmonic)
- @ 1 kHz, -20 dBu Input Level: 0.015% Typical (2nd and 3rd Harmonic)
- @ 20 Hz, -20 dBu Input Level: 0.75% Typical (2nd and 3rd Harmonic)
- Power Requirements: Phantom Powered, 4.5mA @ +48VDC
- Dimensions (W x D x H): 3.25” (8.25 cm) x 4.75” (12.1 cm) x 1.75” (4.45 cm)
- Manual here
