FUJIFILM North America Corporation, Optical Devices Division, announced the development of three new 4K broadcast zoom lenses: FUJINON UA16x4BERD (“UA16x4”), FUJINON UA30x7.3BERD (“UA30x7.3”), and UA94x8.7BESM (“UA94x8.7”).
Each of these newly developed lenses covers a wide range of focal lengths in a single unit, providing strong support for immersive storytelling in a variety of broadcast production environments such as sports broadcasts, concerts, live events, and studio production.
UA16x4 and UA30x7.3
The newly developed UA16x4 and UA30x7.3 portable broadcast zoom lenses achieve both an extended wide-angle range and high zoom ratio, fitting a focal length range that surpasses previous models into a compact and lightweight body.
UA30x7.3 delivers a best-in-class 30x zoom range1 covering 7.3mm-219mm, and UA16x4 delivers a class-leading1 wide-angle range of 4mm-64mm while also achieving best-in-class1 16x zoom range.
By optimizing all elements – from optical and mechanical design to production and control technology – these two lenses achieve optimal zoom magnification and wide-angle focal length while reducing size and weight.
In sports broadcasts, UA16x4 and UA30x7.3 support a wide range of framing options, from wide views capturing the entire stadium, to powerful zoom-ins and close-ups for post-game interviews, enabling flexible image creation. Additionally, the flexibility of these lenses enables creative freedom for camera operators in various filming environments.
“In professional production environments such as sports broadcasts, concerts, live broadcasts, and studio production, it is essential to reliably capture moments that are key to the competition or performance,” said Stosh Durbacz, vice president, Sales, Optical Devices Division, FUJIFILM North America Corporation.
“We’ve designed these lenses specifically to meet the needs of these high-stake situations, combining zoom performance that covers a wide range of focal lengths from wide-angle to telephoto in a single lens with compact and lightweight designs that allow for agile operation.”
UA 22X4.8BERD
FUJIFILM announces the availability of its new FUJINON UA22x4.8BERD (“UA22x4.8”), a broadcast zoom lens designed for lightweight versatility ideal for a wide variety of production situations. Initial orders of UA22x4.8 are expected to begin shipping to customers by the end of April 2026.
UA22x4.8 is a portable zoom lens for 2/3-inch sensor broadcast cameras, covering the wide to telephoto focal range from 4.8mm to 106mm with a compact (9.9 inches/251mm) and lightweight (4.8 lbs./2.17kg) design. This lens is a versatile solution that works well in many situations that require maximum mobility including news reporting, studio production, and live sports broadcasts that require operators to capture the excitement and immersion of events from their assigned positions.
“There is strong demand for versatile zoom lenses that can cover everything from wide angles to telephoto in professional filming environments such as news reporting, studio production, and sports broadcasting,” said Stosh Durbacz.
“In order to meet this demand, we released FUJINON UA18x5.5BERD (“UA18x5.5”) broadcast zoom lens in 2017, which has remained well received for its compact size, light weight, and versatile focal length coverage; UA22x4.8 continues this legacy.»
UA22x4.8” inherits the desired features of UA18x5.5, including its compact, lightweight design, while expanding the focal range on both the wide and telephoto side, further enhancing functionality and expressive capability. Through improvements in lens processing technology and a design that balances durability and lightweight construction, Fujifilm has decreased weight and size compared to UA18x5.5, achieving a compact and lightweight body, reducing the burden of prolonged filming in the shoulder-mounted operation.
Additionally, while UA18x5.5 offers a focal length range of 5.5mm to 100mm, the expanded wide-angle range of UA22x4.8 enables filming in narrow indoor spaces and capturing dynamic sports scenes with enhanced immersive quality.
