Focusrite RedNet X2P - 2x2 interface

Focusrite RedNet X2P

The Focusrite RedNet X2P is a 2x2 interface that features Red Evolution mic pres, stereo line out and stereo headphone amplifier. RedNet X2P allows you to effortless add a high quality Dante audio interface by integrating power, audio, clock and remote control over a single Ethernet cable – simply use a power over Ethernet switch or PoE injector. A local input mixer allows 'more me' monitoring control, while a control lockout mode ensures settings can not be changed when used remotely.

Rear panel XLR outputs offer level-controlled analogue outputs of up to 24dBu, while a front panel 1/4" connector provides a high-powered headphone output capable of driving both high and low impedance headphones. A pair of combination XLR/1/4" inputs allow the connection of mic, line or instrument level signals to the mic pres, which include Focusrite's acclaimed Air mode which emulates the sound of our classic input transformers. The top panel features an array of controls: output level for headphone and line outputs, mic pre controls of gain, high-pass filter, Air, phase invert, phantom power and stereo linking; as well as the crossfader for controlling the balance of mic pre inputs and network receiver channels which to be sent to the headphone or line outputs.

Focusrite RedNet X2P Features

• Power-over-Ethernet supplied: IEEE 802.3af compliant
• Up to 24-bit, 96kHz sampling rates
• Robust steel and aluminium chassis
• Local input mix to allow ‘more-me’ style monitoring for easy foldback control
• Powerful headphone output even with high-impedance headphones
• Local control lockout of mic pre settings, output settings or both
• Up to 24dBu line output levels
• Independent level control of headphone and line outputs
• Mute switch for line output
• Mic stand mount
• Kensington security slot
• Integrated network switch allowing daisy-chaining of network devices

Specifications

• Microphone/ line inputs
• Gain range: 0db to 68db in 1db steps
• Type: electronically balanced, zin = 6.2Ko
• Max. Input level: >+24dbu, min gain
• Frequency response: 20hz - 35khz ±0.1Db
• Thd + n: -103db (0.0007%) @ -1Dbfs (@ 24db gain)
• Ein:
• Signal-to-noise ratio: -120db 'a'-weighted (typical), min gain
• Common-mode rejection ratio: 50/60hz cmrr: -80db
• Phantom power: +48v, independently switchable per channel.
• Hpf: high-pass filter (hpf): -3db @ 80 ± 3hz, 12db/octave, independently switchable per channel
• Air mode: 2db boost at 10khz and -2db at 20hz (ref 1khz). Input impedance drop to 2.2Ko
• Instrument inputs
• Gain range: 0db to 68db in 1db steps
• Type: electronically balanced, zin = 2mo
• Max. Input level: >+15dbu, min gain
• Frequency response: 20hz - 35khz ±0.1Db
• Thd + n:
• Signal-to-noise ratio: -118db 'a'-weighted (typical), min gain
• Hpf: high-pass filter (hpf): -3db @ 80 ± 3hz, 12db/octave, independently switchable per channel
• Line level outputs
• Line level outputs 0 dbfs reference levels: +18 or +24dbu (switchable)
• Line level outputs frequency response: 20hz - 35khz ±0.1Db
• Line level outputs thd + n:
• Line level outputs dynamic range: -120db 'a'-weighted (typical), 20hz - 20khz
• Headphone output
• 0 dbfs reference levels: >+19dbm
• Frequency response: 20hz - 20khz ±0.2Db
• Thd + n:
• Dynamic range: 117db 'a'-weighted (typical), 20hz - 20khz
• Impedance: 5o
• Impedance: 32o - 600o