The new rackmount allows users to integrate up to two TM3 or TM3-Primus monitors in one highly portable frame.
RTW, a provider of visual audio meters and monitoring devices, is set to debut a 19-inch rackmount frame for its TM3 and TM3-Primus series of products at this year’s 2017 NAB Show. Also on display will be RTW’s existing TM7/TM9 TouchMonitors with a new firmware upgrade.
Andreas Tweitmann, CEO at RTW, said that with the new rackmount users can integrate up to two TM3 or TM3-Primus solutions in one frame. The TM3 RackMount Solution comes in two versions that integrate easily with either the TM3 TouchMonitor or the TM3-Primus TouchMonitor by simply swapping out the necessary hardware.
The TM3-2U is a mounting system for RTW’s TM3 series products, including the TM3, TM3S, TM3-3G and TM3-3GS monitors. The TM3-Pri-2U is the exclusive rackmount for RTW’s TM3-Primus, allowing mounting for the TM3-Primus into an appropriate mechanical environment for a customer installation.
Designed for workstations and edit suites, the compact TM3 TouchMonitors come with a highly intuitive and user-friendly 4.3-inch touchscreen interface that allows for vertical and horizontal operation with a full set of easy-to-read instruments for level and loudness metering that can be preset. The TM3-Primus is the world’s only USB audio monitor and features RCA-type two-channel analog and digital (SPDIF) loudness and level meters that meet worldwide standards. With its USB hybrid mode, operators can visualize and process DAW metering points directly on the screen.
Also on display will be the latest firmware version for RTW’s TM7/TM9 TouchMonitors. This firmware offers up to four parallel instances of the stereo vectorscope, allowing simultaneous monitoring of transmission streams. A 12th octave filter bank has been added to the RTA (Real Time Analyzer) feature set for an even more refined graduated frequency distribution analysis. A custom selected password feature has also been implemented to meet the demands of users who desire increased security against unauthorized adjustment changes.
Firmware version 6.0 also supports four-channel operation of a TouchMonitor, even without the presence of the multichannel license. This allows attractive combinations in operation with RTW’s TMR7. In addition to the new features, adjustments have been made to adhere to the recent changes in the loudness standards around the world.
The new firmware can be installed into all RTW TM7 and TM9 series instruments, as well as into TMR7 units. TM7 and TM9 “TC Electronic” devices can also be updated to benefit from bug fixes. To access all the new features and functions these devices must be upgraded with the SW20021 TC Conversion Kit.
RTW will also be showing its well-known software and hardware products at its NAB booth. This includes the company’s Continuous Loudness Control (CLC), MasterClass plugins: Loudness Tools and Mastering Tools, SurroundControl 31900 and 31960 series, and its full range of TouchMonitors.
You might also like...
As a sound recordist, you probably know about basic equalization, or EQ. It is found on most audio mixers today. But do you understand parametric EQ — the more precise form of equalization? If not, you should.
In the early days of television, audio was often called, “that noise that accompanies the video.” That is no longer the case, especially as viewers strive for a more immersive audio experience. Along with improved picture quality, the audio needs…
In optimal production environments, electronically mixing microphones is a challenging job. Moreover, as video productions require even more microphones simultaneously, often in unscripted reality programming, the problem of producing a clean mix becomes even tougher.
In this second part of his loudspeaker series, John Watkinson considers the importance of the time domain to human hearing.
For more than two decades audio professionals have relied on peak meters to monitor and adjust audio levels. The problem with peak reading meters is that, while they are great for warning against the potential for overload in a channel,…