The ultimate studio front-end, Camden EC2 combines award-winning mic/line/hi-z preamps with Cranborne Audio’s acclaimed Mojo analogue saturation circuits and two reference-quality headphone amplifiers with discrete line mixers.
Based on the award-winning Camden 500 Preamp and Signal Processor for the 500 series lunchbox format, Camden EC2 combines the sonic capabilities of one of the markets cleanest and most transparent preamps with the flexibility of a standalone, 1u, 19” chassis that can integrate into any recording setup with or without 500 series connectivity.
Featuring two discrete instances of Cranborne Audio’s ‘Camden’ preamp topology, Camden EC2 achieves unprecedented low-noise and low-distortion performance as well as frequency and phase linearity at all gain settings.
Use Camden EC2 to capture your audio sources with complete transparency; boost low-sensitivity microphones without adding noise and colouration; and capture instant and coherent transients without phase shift that causes summing abnormalities. Camden EC2’s preamps exhibit performance specifications that rival (and in most cases, exceed) the most revered ‘transparent’ preamps on the market.
The 12-way rotary Gain switches for each preamp provide perfect stereo matching for stereo mic’ing setups and it’s dedicated mic, line, and hi-z input modes allow Camden EC2 to not only become your go-to mic preamp, but also a line-level saturator and dual-channel DI thanks to dedicated ¼” jack Link outputs for each channel.
Using it’s Mojo analogue saturation controls, both of Camden EC2’s preamps transform from extraordinarily clean, natural, and precise sounding, into thick, gooey, and vintage-sounding preamps at the turn of a dial. With two discrete Mojo styles per channel, Camden EC2 takes on the persona of vintage transformer-based preamps using its Thump Mojo or gooey tube-based preamps using its Cream Mojo.
Unlike transformer or valve-based preamps, Mojo’s saturation is completely variable allowing you to dial-in the amount of saturation you need for each source. Keep it at 3-4 for authentic preamp saturation or crank it up to 11 for a more exaggerated effect!
Perhaps most crucially and unlike transformer-based preamps, when you need something clean and transparent for a particular session/source, Mojo can be completely bypassed and removed from the signal using the pots’ built-in, true-bypass switch to reveal the true clarity of the Camden preamp design. Record through Mojo to apply instant analogue colouration during tracking or send line-level sources through the Mojo to add vintage colouration to your DAW tracks or stereo bus during the mix phase.
Two reference-quality headphone amplifiers with independent line mixers allow for direct monitoring of both Camden preamps using headphones connected directly to Camden EC2’s front panel.
Monitor the preamp signals directly using headphones during mic placement to find the sweet spot of the instrument/source or create zero-latency artist mixes by combining the preamps with external playback from the Aux Input jacks on Camden EC2’s rear panel.
With its extraordinary hi-z circuit and dedicated ¼” jack Link outputs for each channel, Camden EC2 is the perfect tool for reamping bass and electric guitars.
Simply connect your instrument to one preamp using its hi-z input, connect the ¼” Link output of that preamp to your amplifier/effects pedals and capture that signal using the second preamp. With both the dry DI and wet amplified signals recorded simultaneously using both preamps on Camden EC2, you can process the affected signal further or reamp the dry DI signal at a later date.
Camden EC2 also utilises Cranborne Audio’s unique C.A.S.T. system for distributing audio around the studio or stage using affordable Cat 5e, Cat 6, or Cat 7 cabling whilst achieving the highest sonic results.
Connect Camden EC2’s C.A.S.T. OUT port to Cranborne Audio’s 500R8 or 500ADAT, and you can send Camden EC2’s preamps directly to the interface's inputs ready for further processing and recording. At the same time through the same cable, 500R8/500ADAT transmit their built-in monitor mix directly to Camden EC2’s headphone mixer for monitoring.
This allows 500R8/500ADAT users to relocate their Camden EC2’s preamps and headphone amps into the live room using a single Cat 5e, Cat 6, or Cat 7 cable whilst freeing-up 500 series slots in 500R8/500ADAT for more EQ and Compressor modules and extra processing before hitting 500R8/500ADAT’s converters.
Connect Camden EC2’s C.A.S.T. IN port to Cranborne Audio’s N22 or N22H and you have a cost-effective analogue snake - use N22 or N22H to easily relocate Camden EC2’s preamp inputs to a remote location such as a vocal booth, live room, hallway, or reverb chamber using Cat 5e as cheap, high-quality, analogue multicore.
With an abundance of I/O available, Camden EC2 facilitates the maximum amount of flexibility with all 3rd party audio interfaces and recorders by including dedicated XLR outputs, Impedance balanced 1/4” jack outputs, and Link outputs when using Camden EC2 as a DI.
So much more than two Camden 500’s in a metal box, Camden EC2 is another Cranborne Audio product engineered and designed under the team’s watchful eyes. Camden EC2 features elite audio specifications and application-based features that defies its price tag and is accessible for professional, project, and home studio engineers.
|Test Signal Path||APx555 (Line Out) - Input 1 - Line Output - APx555 (Line In)|
|Input Impedance||Mic= 8.9 kOhms 48v Off, 5.4 kOhms 48v ON - Line = 24.3 kOhms - Hi-Z= 1.5 MOhm Unbalanced, 3 MOhm Balanced|
|Max Input Level||Mic = +17.6dBu (<0.003% THD) - Line = +26.5dBu (<0.02% THD) - Hi-Z = +24dBu (<0.02% THD)|
|Minimum Gain||Mic= 8dB - Line = 0dB - Hi-Z = 3dB|
|Maximum Gain||Mic = 68dB, Line = 60dB, Hi-Z = 63dB|
|Equivalent Input Noise (EIN)||<-129.5dBu (150 Ohm source, unweighted) - <-131dBu (150 Ohm source, A-weighted) - <-135.5dBu (Inputs common, unweighted)|
|Frequency Response||±0.7dB (<1 Hz to >1000 kHz, Min Gain) - ±0.7dB (<1 Hz to >1000 kHz, 35dB Gain) - ±1dB (<1.5 Hz to 900 kHz, 63dB Gain) - ±1dB (<5 Hz to >200 kHz, Max Gain)|
|Phase Shift||<2.75° (20Hz to 20kHz, 40dB Gain) - <4° (20Hz to 20kHz, 63dB Gain) - <6° (20Hz to 20kHz, Max Gain)|
|THD+N||<0.00025% (1kHz, 35dB Gain, +24dBu out)|
|Intermodulation Distortion||<0.0006% (50Hz and 7kHz, 35dB gain, +20dBu out) - <0.0005% (50Hz and 7kHz, 35dB gain, +15dBu out)|
|Hi-Pass Filter (HPF)||80Hz, -3dB, 12dB/Oct|
|CMRR||>70dB, typ >85dB, 35dB gain, 10-20kHz, 100mV Common mode|
|Slew Rate||20V/uS, 35dB gain, +25dBu out|
|48v LED Thresholds||Off = 48v Off, voltage fully discharged - Amber = 48v voltage charging/discharging - Red = 48v fully charged|
|Signal LED Meter Thresholds||Blue = -20dBu - Green = -12dBu - Amber = +21dBu - Red = +24dBu|
|Max Output Level||Balanced XLR = +27.5dBu (<0.002% THD, 30dB Gain) - Impedance Balanced ¼” Jack = +21.5dBu (<0.002% THD, 30dB Gain)|
|Output Impedance||Balanced XLR = 150 Ohm - Impedance Balanced 1/4” Jack = 150Ohm Balanced, 75 Ohm Unbalanced|
|Link Max Output Level||Impedance Balanced 1/4” Jack = +21.8dBu (<0.006% THD)|
|Link Output Impedance||Impedance Balanced 1/4” Jack = 75 Ohm Unbalanced, 150 Ohm Balanced (Buffered Output)|
|Test Signal Path||APx555 (Line Out) - AUX Input - Headphone Output - APx555 (Line In)|
|Frequency Response||-1dB, <1Hz to >70kHz|
|THD||<0.0006% (-104.4dB) @ +20dBu, 1kHz, A-weighted, 300 Ohm load|
|THD+N||<0.00085% (-101.4dB) @ +20dBu, 1kHz, A-weighted, 300 Ohm load|
|Output Impedance||0.33 Ohms|
|Output Wattage||250mW x 2 @ 600 Ohms, 1kHz - 650mW x 2 @ 220 Ohms, 1kHz - 1.21W x 2 @ 100 Ohms, 1kHz - 500mW x 2 @ 32 Ohms, 1kHz|
|Dynamic Range||114.5dB A-weighted, AES17 method, 20Hz - 20kHz, 300 Ohm load|
|Noise Floor||-93.5dBu A-weighted, 20Hz - 20kHz, 300 Ohm load|
|AC Requirements||100V – 240V AC, 50 – 60 Hz|
|Total Power Consumption||24v, 1.25A DC, 30W|
|Operating Temperature||+1 to 35 degrees Celsius|
|Storage Conditions||-20 to 50 degrees Celsius|
|Width||481mm (19") (Rackmount)|
|Height||44.45mm (1.75") (1u)|
|Unit Weight||2.8kg (6.2lb)|
|Carton Weight||4.1kg (9lb)|
We have placed cookies on your device to help make this website better.
You can use this tool to change your cookie settings. Otherwise, we’ll assume you’re OK to continue.