Product Overview
SR-112 Time Code Distripalyzer - (Combines a Reader, a 1 x 12 Distributor, a Reshaper, an Analyzer and a Generator (optional). Identifies problems instantly (phase, drop outs...) and, with the optional TCG, fixes them)
A Timecode Reader, Distributor, Reshaper, Analyzer and Optional Generator
The SR-112 reshapes and distributes timecode through its 12 outputs, sending it over long lines with no signal degradation. It analyzes the source for quick diagnostic and generates or repairs timecode, locked to video if required.
1 x 12 DISTRIBUTOR / RESHAPER
- Designed to send clean time code over long cables
- Eliminates level fluctuations
- Buffered outputs; balanced or unbalanced
TIME CODE ANALYZER
- Identifies time code format, reports errors (drop outs…)
- Monitors video phase
- Generates a comprehensive report via Ethernet
TIME CODE GENERATOR (option)
- Generates new time code with or without video reference
- Repairs faulty time code (jam sync)
The industry standard SR-112 is designed to distribute time code through its 12 buffered outputs while analyzing it. The reshaper sends clean time code, even over long cables, making it ideal for live environments.
The front panel includes a large 8 digit reader and an LCD display showing the units status and reporting errors as they are detected. All modern SMPTE and EBU SD/HD rates are supported.
With the option TCG, the SR-112 can also generate new time code or repair exisitng one.
Reshaping:
The Brainstorm Time Code Distributors are more than audio DA’s: they reshape the signal before distributing it and by doing so, the SR-112 eliminates amplitude distortions and input level fluctuations.
Output Levels:
Output levels are adjustable individually via the Output Level menus. Since the signal is reshaped, output levels remain constant, regardless of the input level.
Buffered outputs:
The 12 time code outputs are balanced and buffered, avoiding the problems caused by multing a single source.
For more information on the Brainstorm SR-112 Time Code Distripalyzer, click here!
