The Bricasti Design
Model 12 Dual Mono Source Controller
The new M12 is a modern front end to any system. All digital inputs types are supported as well as balanced and unbalanced analog inputs, all with precise analog gain control, seamlessly integrated into one product, your source controller.
The M12 builds upon the proven design of the M1 SE D/A converter so your digital sources are handled and converted in the best way. To that we add to it a pure dual mono analog signal path with high resolution analog gain and level control, controlling the output stage of the D/A converter in the analog domain with no loss of resolution and pass thru analog inputs for your analog sources. Like the M1, the M12 is a dual mono design with 3 power supplies and separate left and right analog power supplies and digital and analog processing.
Network Streaming
A new feature for the M12 is a network interface and media renderer. This allows the M12 to be seen as a DLNA device on an audio network and server as an audio device to play or stream to through a wired connection on your network. Now you can run wired data longer distances without loss in quality so your network server can go anywhere you choose.
DSD to new heights
Analog gain control has allowed us to take DSD playback to the ultimate level. The M12 features a pure analog DSD converter; any filtering and level is accomplished in the analog domain. When processed this way, no digital signal processing is done. Typically in most DACs the DSD is converted to a multi-bit sigma delta or PCM signal for filter processing. With the M12 we offer a pure DSD path and all post processing for noise filtering and level control are accomplished purely in the analog domain.
Analog level
All analog, precise, silent control with 90db of control range in one db steps, all remote controlled and programmable. The M12 digital controlled fully balanced dual mono resistor ladder is as good as level can be, and inserted at the source, at the output of the DAC’s I-V stage. This approach provides some of the best digital playback possible and analog control from the M12 balanced or unbalanced inputs.
Masterfully connected
Balanced and unbalanced analog inputs create the line amp stage for the M12. Fully balanced and a perfect match for the M28 power amps or the M15 stereo amp, the M12 provides true differential source control to drive any power amp.
Digital Inputs | XLR: AES/EBU 24 bit Single Wire, BNC: SPDIF, RCA: SPDIF, Optical: Toslink 44.1- 96k, USB 2 |
Sample Rates AES, SPDIF, AUX in | 44.1 kHz, to, 192khz |
Sample Rates USB | 44.1 kHz, to, 384kHz, DSD 64fs 128Fs 256Fs Native and DoP |
Sample Rates Ethernet | 44.1 kHz to 384kHz, DSD 128 Native |
Jitter | 8 psec @ 48k / 6psec @ 96k |
Balanced Analog Outputs | XLR balanced (pin 2 hot) |
Impedance | 40 ohm |
Output | @ full scale +16.5 dbm (5.2V RMS) |
Output Level | 90db in 1 db steps |
D/A Conversion | PCM 24 bit delta sigma 8x oversampling, DSD direct 1 bit |
Frequency Response @44.1k | 10 hz- 20 kHz +0dB, -.2 dB |
Dynamic Range | >120dB A-Weighted |
THD+N @ 1k | .0008% @ 0dbfs / .0004% @-30dbfs |
Unbalanced Analog Outputs | RCA |
Impedance | 40 ohm |
Output level | Full scale at front panel +6 dbm (1.2V RMS) |
D/A Conversion | 24 bit delta sigma 8x oversampling |
Frequency Response @ 44.1k | 10 hz- 20 kHz -.2 dB |
Dynamic Range | >120dB A-Weighted |
THD+N @ 1k | .0008% @ 0dbfs / .0004% @-30dbfs |
General Specifications | EMC: Complies with: EN 55103-1, EN 55103-2, FCC part 15 and Class B |
RoHS | Complies with: EU RoHS Directive 2002/95/EC |
Safety | Certified to: IEC 60065, EN 55103-2 |
Operating Temperature | 32 F to 105 F (0 C to 40 C) |
Storage Temperature: | -22 f to 167 F (-30 C to 70 C) |
Finish | Anodized Aluminum |
Dimensions | 17” x 12“ x 4.5” |
Weight | 15 lbs |
Shipping Weight | 18 lbs |
Shipping Dimensions | 22”x 17”x 7” |
Mains Voltage | -100, 120, 220, 240 VAC, 50 Hz – 60 Hz factory set |
Trigger out | TRS mini jack, Tip ground, Sleeve 5V |
Power consumption: | 28 Watts (6W standby) |
Warranty parts and labor | 2 yrs non-transferable. |
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