• 2-in/2-out USB audio interface
• 2 low-noise mic preamps with XLR combo jacks
• Hi-Z input for guitar and other high impedance sources
• MIDI In/Out ports
• Extensively shielded, low-noise design
• Sturdy and compact metal construction
• Big, easy-to-read indicators show vital information
• Low latency, class compliant drivers
• Ground lifts for quiet operation in a variety of venues
• Includes Ableton Live Lite

Specs

• Number of Audio Record/Playback ChannelsRecord: 2 channels
• Playback: 2 channelsSignal ProcessingPC interface: 24 bits
• AD/DA conversion: 24 bitsSampling FrequencyAD/DA conversion: 44.1 kHz, 48 kHz, 96 kHz, 192 kHzInterfaceHi-Speed USB
• MIDI IN, OUTConnectorsINPUT (1L, 2R) connectors: XLR type (balanced, phantom power: +48 V, 6 mA Max *1)
• INPUT (1L, 2R) jacks *2: 1/4-inch TRS phone type (balanced)
• PHONES jack: Stereo 1/4-inch phone type
• OUTPUT (1L, 2R) jacks: 1/4-inch TRS phone type (impedance balanced)
• MIDI (IN, OUT) connectors
• USB port: USB Type B
• DC 5V port: USB Type micro B

1. *1 Current value per channel.
2. *2 INPUT 1L supports high impedanceControllersSENS 1L, 2R knobs

• SupplySupplied from the computer via USB, DC 5VCurrent Draw500 mA
• Operating SystemMicrosoft(R) Windows(R) 7, Windows(R) 8, Windows(R) 8.1, Windows(R) 10
• Apple Mac OS X 10.10 or later
• Apple iOS 9 or later

• 5-3/4 (W) x 6-1/2 (D) x 1-13/16 (H) inches
• Weight (main unit only)1.0 kg
• 2 lbs 4 ozAccessoriesSetup Guide
• Leaflet "USING THE UNIT SAFELY"
• USB cable
• Ableton Live Lite Serial Number Card
• * 0 dBu = 0.775 Vrms
•  

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DOWNLOAD SOFTWARE

• UPDATES & DRIVERS

Rubix22 / Rubix24 / Rubix44 Driver for Windows

​* Although Roland has tested numerous configurations, and has determined that on average, a computer system similar to that described above will permit normal operation of the Rubix, Roland cannot guarantee that a given computer can be used satisfactorily with the Rubix based solely on the fact that it meets the above requirements. This is because there are too many other variables that may influence the processing environment, including differences in motherboard design and the particular combination of other devices involved.