SWIT Unveils Groundbreaking K15 and K21 Field Monitors at IBC2024
At the recently concluded IBC2024, SWIT made a splash with the debut of our innovative K15 and K21 Field Monitors, garnering widespread attention from industry professionals and media alike. The monitors have been the talk of the town, with their exceptional features and robust design, setting a new standard in the field of professional video monitoring.
Bright and Black
The K15 / K21 Field Monitors are designed to excel in outdoor shooting conditions, boasting an impressive 1500 nits of peak brightness. This high luminance ensures that the monitors can deliver clear and crisp visuals, even under the harshest sunlight. The high contrast ratio and pure black levels provide a dynamic range that brings out the depth and detail in every frame, making them ideal for professional cinematographers and videographers.
Protection and Versatile Mounting
SWIT has crafted the K15 / K21 with a professional cine industry design, featuring a full metal housing that is both sturdy and durable, and rubber corners and screen protection glass providing all-around protection against the elements and accidental damage.
The monitors come equipped with Cheese boards and VESA to C-stand brackets, offering a range of mounting options for different shooting scenarios. This flexibility allows the monitors to be easily integrated into various setups, whether on a tripod, a C-stand, or any other standard mounting system.
Customized Scene OS Operation
The K15 / K21 monitors are powered by the innovative SCENE OS operating system, which offers a level of customization and flexibility that is unparalleled in the industry. Users could create up to 8 customizable Scenes with different monitor tools and quickly switched between them, to streamline their workflow and enhance their creative process.
Interviewed by Newsshooter at IBC2024
Interviewed by CineD at IBC2024
The SWIT K15 & K21 Field Production Monitors will be available on Q4 2024, with optional package accessories for selection.