GMA Network TV Studio LED Lighting – Philippines
Television broadcasting demands perfect visual quality and dynamic studio backdrops. By installing the premium SIRS-E® lighting system, GMA Network TV Studio in the Philippines upgraded its broadcast capabilities. High-end television studios require reliable components that perform flawlessly under camera lenses. Fortunately, this advanced lighting upgrade delivers incredible visual flexibility and unmatched reliability to this major media network.
Dynamic Color Mixing with AcuHue™ RGBA Technology
For this installation, the team selected the premium SIRS-E® high-quality RGBA LED strip, known as AcuHue™ CV (590nm). Specifically, this system utilizes four separate LED diodes. These include red, green, blue, and a dedicated amber diode at 590nm. Consequently, production crews can seamlessly mix these distinct tones via a control method of their choice. As a result, the system can potentially produce over a billion vibrant color rendering options.
Optimized for Professional Broadcast Studios
Furthermore, the specialized amber diode significantly improves color depth on camera. Standard RGB strips often struggle to display warm tones under intense studio spotlights. Therefore, adding the 590nm amber wavelength ensures flawless color rendering across all broadcast formats. Because live television sets require rapid scenery changes, these high-performance lights offer complete control. Moreover, the rugged engineering ensures consistent, flicker-free performance during live broadcasting.
Flexible Installation and Secure Mounting
To fit complex set layouts, this flexible LED strip provides excellent versatility. For instance, the tape is available in both 12V and 24V models to match different studio power grids. Additionally, technicians can safely cut the strip to custom lengths for precise placement. Moreover, you can securely mount the product utilizing the heavy-duty 3M VHB adhesive backing. Ultimately, choosing this advanced SIRS-E® solution ensures a flawless television broadcast environment.
Project by Birns & Sawyer
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