Canon Uhdgc 2/3-inch Portable Zoom Lenses 4k Uhd Broadcast Cameras Introduction Date !!link!! Jun 2026

Canon’s engineers knew that simply re-coating an HD lens wouldn't work. The UHDgc series featured three breakthrough technologies:

Since their introduction in 2019, the Canon UHDgc 2/3-inch portable zoom lenses have become a staple in the broadcast industry. They serve as a testament to Canon’s commitment to optical excellence, ensuring that as resolution standards rise, the mobility of the broadcast crew remains uncompromised. Canon’s engineers knew that simply re-coating an HD

For nearly two decades, broadcast television lived in the 1080i era. But by mid-2015, the industry was at a tipping point. 4K Ultra HD was no longer a futuristic concept for nature documentaries; major broadcasters and live production houses were demanding a pipeline to future-proof their electronic news gathering (ENG) and field production workflows. For nearly two decades, broadcast television lived in

Canon Rewrites the Rules of ENG: The 2015 Arrival of the UHDgc Series 4K Portable Zooms Canon Rewrites the Rules of ENG: The 2015

The CJ18x7.6 UHD, for example, offered a versatile 18x zoom ratio, with a focal length range of 7.6-137mm. This made it ideal for a variety of broadcast applications, from live sports and news coverage to documentary and event production. The lens also featured a built-in 1.5x extender, which allowed for greater flexibility and convenience.

One of the key features of the UHDGC lenses was their impressive optical performance. Canon's advanced lens design and manufacturing techniques ensured that the lenses delivered exceptional sharpness, contrast, and color accuracy, even at the extremes of the zoom range. The lenses also featured a compact and lightweight design, making them easy to handle and transport.

"It's not just about pixel count," said Larry Thorpe, then National Marketing Director for Canon's Broadcast & Communications division, at the launch press event. "A 4K camera without a 4K lens is a sports car on flat tires. The UHDgc series ensures that every photon that hits the sensor is worthy of the UHD transmission path."

Filter

    Canon’s engineers knew that simply re-coating an HD lens wouldn't work. The UHDgc series featured three breakthrough technologies:

    Since their introduction in 2019, the Canon UHDgc 2/3-inch portable zoom lenses have become a staple in the broadcast industry. They serve as a testament to Canon’s commitment to optical excellence, ensuring that as resolution standards rise, the mobility of the broadcast crew remains uncompromised.

    For nearly two decades, broadcast television lived in the 1080i era. But by mid-2015, the industry was at a tipping point. 4K Ultra HD was no longer a futuristic concept for nature documentaries; major broadcasters and live production houses were demanding a pipeline to future-proof their electronic news gathering (ENG) and field production workflows.

    Canon Rewrites the Rules of ENG: The 2015 Arrival of the UHDgc Series 4K Portable Zooms

    The CJ18x7.6 UHD, for example, offered a versatile 18x zoom ratio, with a focal length range of 7.6-137mm. This made it ideal for a variety of broadcast applications, from live sports and news coverage to documentary and event production. The lens also featured a built-in 1.5x extender, which allowed for greater flexibility and convenience.

    One of the key features of the UHDGC lenses was their impressive optical performance. Canon's advanced lens design and manufacturing techniques ensured that the lenses delivered exceptional sharpness, contrast, and color accuracy, even at the extremes of the zoom range. The lenses also featured a compact and lightweight design, making them easy to handle and transport.

    "It's not just about pixel count," said Larry Thorpe, then National Marketing Director for Canon's Broadcast & Communications division, at the launch press event. "A 4K camera without a 4K lens is a sports car on flat tires. The UHDgc series ensures that every photon that hits the sensor is worthy of the UHD transmission path."