Rupert Neve Designs 5211 2-Channel Microphone Preamp
Estimated Shipping Widget will be displayed here!
- This item is covered for 3 years
Essential Information About the Rupert Neve Designs 5211 Mic Preamp
Essential Information About the Rupert Neve Designs 5211 Mic Preamp
- Two channels of class A preamplification with 72 dB total gain for the most demanding sources
- Legendary color thanks to the red "Silk" circuit and "Texture" control for adjustable harmonic saturation
- Sweepable high-pass filter 20-250 Hz for precise low-end control
- Dual outputs including one at -6 dB to "push" the transformer without saturating your converters
Manufacturer Information
Rupert Neve Designs
info@rupertneve.com
------------------------
Safety manager:
Woodbrass.com
Email: support@woodbrass.com
Address:
The Rupert Neve Legacy, Redesigned for Modern Studios
Born from the lineage of preamps that shaped recording history, the 5211 condenses Rupert Neve expertise into a two-channel format that is quick to implement. It retains the musicality of transformer circuits while adding modern features for hybrid workflows, where analog color must coexist with digital precision.
Who Is the 5211 For and In What Contexts?
Ideal for sound engineers, producers, and creators seeking a high-end signature on vocals, guitars, drums, or keyboards, the 5211 excels both on clean takes and more present textures. Its secondary output at -6 dB and high-pass filter make it a preferred ally in studios, post-production, or mobile recording where headroom and low-end control are crucial.
Key Features for an Efficient Workflow
Gain and Level Setting
A 12-position gain switch covers 0 to 66 dB in 6 dB steps, complemented by a continuous trim of +/-6 dB. This provides 72 dB total gain and fine level adjustment to optimize signal-to-noise ratio and attack on your converters.
Red "Silk" Color and "Texture" Control
The red "Silk" mode reduces negative feedback from the output transformer to enrich harmonic distortion, with emphasis on mids and highs. The "Texture" potentiometer allows you to dial the coloration from subtle to pronounced, reminiscent of vintage class A models, up to about ten times the coloration of the original Portico when pushed.
Low-End Control
The variable high-pass filter from 20 to 250 Hz removes rumble and low-frequency noise without altering the source, and is activated with a single gesture via the HPF button.
Control and Integration
The 8-segment LED bargraph displays output level (pre-Silk) from -30 dBu to +22 dBu for precise gain staging. Polarity inversion and 48 V phantom power ensure uncompromising integration with any microphone collection.
Technical specifications
| Number of channels | 2 | ||
| Total gain | 72 dB | Variable high-pass filter | 20 Hz to 250 Hz, activated by HPF button |
| Gain switch | 12 positions, 0 to 66 dB in 6 dB steps | Phantom power | 48 V |
| Continuous trim | +/-6 dB | Output level metered (pre-Silk) by 8-segment LED bargraph | -30 dBu to +22 dBu |
Questions frequently asked
What gain does the Rupert Neve Designs 5211 offer for low-sensitivity microphones?
The total gain reaches 72 dB, with a selector from 0 to 66 dB in 12 steps of 6 dB and a continuous trim of ±6 dB. This range allows precise adjustment of the level before conversion.
Does the 5211 provide 48 V phantom power?
48 V phantom power is available for use with condenser microphones.
How does the preamp's red Silk mode work?
The red Silk mode reduces the output transformer negative feedback to increase harmonic distortion in the mids and highs. The Texture control doses this coloration from subtle to pronounced. At its maximum, the coloration can reach about ten times that of the first Portico units.
Is there a high-pass filter on the Rupert Neve Designs 5211?
A variable high-pass filter, activated by the HPF button, covers a range from 20 Hz to 250 Hz. It helps attenuate hum and low-frequency components.
How can the output level be monitored on this two-channel preamp?
An 8-segment LED bargraph measures output level before Silk, from -30 dBu to +22 dBu. Each channel also features polarity inversion.



