CG-1000
Master Clock Generator
The CG-series is a lineup of master clock generators including:
The CG-2000, designed for broadcasting and large-scale post production; the CG-1800, for small to large-scale post production, and the CG-1000 for recording studios, sound engineers and musicians.
As such, users are able to select the best model to match their needs and environment.
This model has been discontinued.
This model has been discontinued. Check CG-1800 as your alternative option.
The internal clock employs the high-precision OCXO that is not impacted by environment temperature
All models use a high-precision OCXO (oven-controlled crystal oscillator) that boasts a clock frequency precision of +/-0.01ppm*1 and a frequency stability of +/-0.005ppm per day.
In addition, the CG-2000 is equipped with an external input connector that supports a 10MHz signal, allowing it to be connected to a rubidium clock or GPS clock, when possible, for even higher precision for the system.
The jitter management circuit developed by TASCAM reduces external clock jitters, enabling a stable clock signal to video and word outputs.
A glitch-free relock circuit maintains a sustained clock phase even during clock dropouts and recovery, thus effectively preventing noise and skipping from occurring, delivering high reliability and stability to users.
*1 The numerical value at the time of factory loading.
Easily check conditions if problems occur through logging and GPO parallel output
The CG-2000 and CG-1800 come equipped with 4 video outputs. All series include 12 word clock outputs, two AES3/11 and two S/PDIF digital outputs, enabling the construction of large-scale synchronization systems.
Furthermore, they are compatible with 2xFs, 4xFs, and 256xFs outputs, as well as Pro Tools and other DAW systems.
The CG series is developed so that the cause of any malfunctions can be investigated during maintenance when problem occurs.
The termination of output equipment, measuring of the input level (only for the CG-2000 and the CG-1800), and the analyzer function that measures input frequency are all included, supporting troubleshooting should a problem occurs.
The word clock’s output level can be adjusted to different levels, allowing for optimum signal levels to be supplied to connecting equipment. As another function that supports the detection of problems, a logging function is also included.
User maintenance enabled by the self-calibration functions via external oscillators
Since crystal oscillators change over time, regular calibration is necessary in order to keep the oscillator in its best condition.
The CG series is equipped with a self-calibration function, enabling users to perform maintenance through easy operations*2. The design takes careful measures to attain durability, including the usage of the nut-coupling Amphenol BNC connectors that are extremely resistant against pulling and twisting, and independent circuit boards for each connector that prevent contact failures caused by twisting.
TASCAM’s accumulated experience and know-how in digital synchronization technology through its development of professional equipment has been refined to create products specialized in clock synchronization.
The CG series is a lineup of professional-level master clock generators that was the result of an exhaustive injection of TASCAM technology.
*2 Use of the self-calibration function requires preparation of a separate PPS-output 10MHz oscillator with a built-in GPS antenna.
High-precision synchronization systems can be created
Internal clock uses a high-precision OCXO that is not influenced by the temperature of the environment
Boasting a clock frequency precision of 0.01 ppm*, which exceeds that of a TCXO (temperature-compensated crystal oscillator), this unit is key in the creation of high-precision synchronization systems - with word output frequency stability of +/-0.005ppm or less per day.
*factory default value.
Input connector that supports 10MHz signal - allowing the creation of systems with even higher precision
Abundant Input and Output Connectors Support Use in Large-scale Audio Synchronization Systems
Numerous output connectors, including 12 word clock outputs
Of the (12) word outputs, two also support x2Fs, x4Fs and 256Fs output - enabling them to be used in systems with ProTools and other DAW software.
Designed for High Reliability and Dependable Stability
Jitter management circuit provides stable clock
This enables a stable clock signal to be provided to the word outputs, improving system stability.
Glitch-free relocking circuit prevents noise and skipping during clock dropouts and recovery
In the CG-1000, if the clock drops out, a substitute reference clock signal is maintained with a high-performance holdover.
So, restoration of synchronization to the reference signal can occur without glitches - preventing audio noise and skipping sounds when recovering from a dropout.
Multiple Functions Support Maintenance and Identification of Issues If Problems Occur
Analyzer function that can measure input frequencies
The CG-1000 has an analyzer function that allows it to measure input frequencies - enabling it to provide support when troubleshooting problems should they occur.
Optimal levels can be provided to other devices by adjusting wordclock output levels
Since the output of the CG-1000 can be set to multiple levels, it can provide optimal signal levels to connected devices.
Checking conditions if problems occur is possible through logging
In addition to being able to check the log on the CG-1000 display, you can also capture the log as a CSV-format file on a USB flash drive.
Self-calibration function enables maintenance by users
In order to avoid problems that could lead to broadcast trouble, timely inspections and regular maintenance are required. The CG-1000 has a self-correction function, enabling users to conduct maintenance using external signal input* and simple operations.
*Use of the self-calibration function requires preparation of a separate PPS-output 10MHz oscillator with a built-in GPS antenna
Designed for Durability
Durable nut-coupling Amphenol BNC connectors
Each connector has an independent circuit board to prevent contact failures due to twisting and repeated use
This provides excellent resistance to the twisting and pulling of cables and suppresses interference between connectors.
Features at a Glance
- Internal clock uses a high-precision OCXO (oven-controlled crystal oscillator) that is not influenced by the temperature of the environment
- External input connector that supports 10MHz, allowing creation of systems with even higher precision
- Jitter management circuit provides stable clock
- Glitch-free relocking circuit prevents noise and skipping during clock dropouts and recovery
- Numerous output connectors, including (12) word clock outputs, enabling the use in large-scale audio synchronization systems
- AES3 and AES11 signals can also be used for external master clock input sources
- Analyzer function that can measure input frequencies
- Optimal levels can be provided to other devices by adjusting wordclock output levels
- Self-calibration function using an external oscillator (Atomic/GPS 10MHz, GPS PPS)
*Use of the self-calibration function requires the use of a separate PPS-output 10MHz oscillator with a built-in GPS antenna - Word clock performance up to 192 kHz
- Up to (4) system settings can be saved to buttons for recall, and saved settings can be imported and exported via USB
- Durable nut-coupling BNC connectors made by Amphenol
- Independent circuit boards for each connector prevents contact failures due to twisting
- Three-prong IEC power cable included
- Panel-lock switch can be used to prevent inadvertent changes to unit operation
- 128x64-pixel organic EL display with a wide viewing angle
- Firmware updates possible using the USB port
- EIA 1U rack mount size
- RoHS-compliant product
CG-2000, CG-1800 and CG-1000 - New Upgraded Version 1.10 of Firmware Released
Learn More
YURiKA's "Dead Heat - RED vs BLUE" solo live stream recording report
Learn MoreInformation
| Latest version info | |
| Firmware | V1.10 |
- Information about the occurrence of "Chasing" is now kept in the ERROR INFORMATION history.
- Chasing errors would occur in rare cases when the input clock was operating correctly. This has been fixed.
