Cakewalk
UA-1G
USB 24/96 Audio Interface with Analog and S/PDIF i/o for Mac and Windows

Main Features

Highlights include:

• Stereo input and output at 24-bit/96kHz audio quality
• High-end A/D and D/A converters for accurate recording and playback
• Large Input Level knob for easy control while recording
• 1/4" jack with Hi-Z option for recording electric guitar or bass
• Electret condenser mic input
• RCA and optical S/PDIF I/O
• Headphone output
• USB powered—no AC adapter required
• SONAR LE for music recording, editing, and publishing on PC
• Low-latency ASIO 2.0 (PC); WDM (Windows Vista, Windows XP) and Core Audio (Mac OS X) support

Specifications

Number of Audio Record/Playback Channels

• Record: 1 pair of stereo
• Play: 1 pair of stereo
• REC SOURCE switch = ANALOG: Full duplex (except for 96 kHz setting)
• REC SOURCE switch = DIGITAL: Recording only

Signal Processing

• PC interface: 24 bits
• AD/DA Conversion: 24 bits (linear)
• ADVANCE DRIVER switch = OFF: 16 bits

Sampling Frequency

• Digital output: 32/44.1/48/96 kHz
• Digital input: 32/44.1/48/96 kHz
• AD/DA Conversion: 32/44.1/48/96 kHz
• ADVANCE DRIVER switch = OFF: 32/44.1/48 kHz

Nominal Input Level

• Line input jacks: -10 to +4 dBu
• Guitar input jacks: -30 to -16dBu
• Mic input jack: -40 to -26 dBu

Nominal Output Level
Line output jacks: -10 dBu

Interface

• USB
• Digital input (Optical mini type)
• The same jack serves as both the Mic Input jack and digital input connector
• Digital output (Optical mini type)
• The same jack serves as both the headphones jack and digital output connector
• Conforms to IEC60958 consumer format

Controllers

• ADVANCED DRIVER Switch
• Guitar/Mic Switch
• INPUT VOLUME knob
• PHONES VOLUME Dial
• SAMPLE RATE Switch
• 96kHz MODE Switch
• INPUT MONITOR Switch
• REC SOURCE Switch

Connectors

• USB Connector (B type)
• Line Input jacks (L, R) (RCA phono type)
• Line Output jacks (L, R) (RCA phono type)
• Guitar/Mic Input jack: 1/4 inch phone type)
• Mic Input jack (Plug-in powered miniature phone type)
• Digital Input connector (Optical mini type)
  * The same jack serves as both the headphones jack and digital output connector.
• Headphones jack (Stereo miniature phone type)
• Digital Output connector (Optical mini type)
  * The same jack serves as both the Mic Input jack and digital input connector.

Power Supply
Supplied from the computer

Current Draw
200 mA

Dimensions

• 160 (W) x 58 (D) x 28 (H) mm
• 6-5/16 (W) x 2-5/16 (D) x 1-1/8 (H) inches

Weight
165 g / 6 oz

Accessories

• Owner's Manual
• UA-1G CD-ROM
• SONAR LE CD-ROM

SONAR LE System Requirements:

Operating System: Windows 7/XP/Vista only
Processor: Intel® Pentium® 4 1.3 GHz or AMD Athlon™ XP 1500+ RAM - 256 MB RAM
Hard Drive: 100 MB free hard disk space
Screen Resolution: 1024 X 768, 16-bit color CD-ROM drive (for installation) Windows-compatible audio card/interface

* 0 dBu = 0.775 Vrms
* In the interest of product improvement, the specifications, appearance, and/or contents of this unit are subject to change without prior notice

Windows System Requirements

* OS: Microsoft® Windows7 x32 or x64, Vista® x32 or x64, Windows® XP Home x32, XP Professional x32 SP2 or later**
* Computer: Windows compatible PC equipped with a USB port.
* CPU: Pentium®,Celeron® or compatible processor/800 MHz or faster
* Memory (RAM): 256 MB or more
**Windows XP Media Center Edition not supported.

Macintosh System Requirements

* OS Mac OS X v10.3.9 or later
* Computer: Apple® Macintosh® series with on-board USB port.
* CPU: Intel Processor or Power PC/400MHz or faster
* Memory (RAM): 256 MB or more

Compatible with USB 2.0 port. Works as a USB 1.1 device without changing the specifications and performance.
The use of this product under Boot Camp is not supported.
This product will not operate in the Mac OS X Classic environment.
This product has been tested on representative computers that meet the system requirements, but we cannot guarantee that it will operate on any computer that meets these requirements. Please be aware that even under the same conditions, differences in the operating environment may produce differences in processing capability.