Grass Valley LDX 135 Camera

E-CODE: P150K-

  • NativeIP camera with no separate base station required
  • Three 2/3-inch Xenios imagers for UHD and HDR capture
  • High sensitivity rated at F11 @ 2000 lux
  • Supports SMPTE ST 2110 and AMWA NMOS IP standards
  • Optional JPEG XS compression for low-latency, bandwidth-efficient workflows
  • Ideal for live broadcast, sports, REMI, and IP production environments

Product Details

GRASS VALLEY LDX 135 CAMERA

The GRASS VALLEY LDX 135 CAMERA is a native IP broadcast camera designed for modern live production environments. Built for sports, entertainment, corporate events, esports, houses of worship, and remote production, it combines high-quality UHD and HDR imaging with a streamlined IP workflow.

Unlike traditional broadcast camera systems, the LDX 135 functions as a self-contained IP endpoint. As a result, production teams can simplify system architecture, reduce setup time, and distribute camera feeds efficiently across an IP network.

High-Quality UHD and HDR Image Capture

The LDX 135 features three 2/3-inch Xenios imagers that deliver UHD and HDR images with impressive sensitivity. Rated at F11 at 2000 lux, the camera captures more light than previous generations. This allows operators to use lower gain settings, producing cleaner images with an improved signal-to-noise ratio.

Additionally, the increased sensitivity supports smaller lens apertures for greater depth of field. Therefore, maintaining accurate focus becomes easier during fast-moving productions such as live sports, concerts, and broadcast events.

The camera also delivers wider dynamic range in HDR mode, preserving detail in both bright highlights and deep shadows. This makes it well suited for productions with challenging or rapidly changing lighting conditions.

Native IP Production Workflows

The LDX 135 is designed around NativeIP technology, eliminating the need for a traditional base station. Instead, audio, video, and control signals travel directly through IP connections of up to 100 Gb/s from the camera head.

Support for SMPTE ST 2110 and AMWA NMOS standards allows seamless integration into modern broadcast facilities and mobile production units. Meanwhile, optional JPEG XS compression enables high-quality, low-latency video while reducing bandwidth requirements by up to 20 times.

This architecture supports true REMI workflows by transmitting only the required signals across the network. As a result, multiple production teams can access the same camera sources simultaneously without creating conflicting workflows or unnecessary infrastructure.

Built for Live Broadcast Operations

The GRASS VALLEY LDX 135 is engineered for productions that demand efficiency and flexibility. Its scalable platform supports evolving production requirements while reducing configuration time for both temporary and permanent installations.

Inventory management features simplify fleet administration, and intuitive operation minimizes training requirements for engineering and camera crews. Whether supporting live sports, broadcast television, corporate productions, or remote production workflows, the LDX 135 delivers reliable performance while helping production teams build flexible, future-ready IP infrastructures.

Product Details

GRASS VALLEY LDX 135 CAMERA

The GRASS VALLEY LDX 135 CAMERA is a native IP broadcast camera designed for modern live production environments. Built for sports, entertainment, corporate events, esports, houses of worship, and remote production, it combines high-quality UHD and HDR imaging with a streamlined IP workflow.

Unlike traditional broadcast camera systems, the LDX 135 functions as a self-contained IP endpoint. As a result, production teams can simplify system architecture, reduce setup time, and distribute camera feeds efficiently across an IP network.

High-Quality UHD and HDR Image Capture

The LDX 135 features three 2/3-inch Xenios imagers that deliver UHD and HDR images with impressive sensitivity. Rated at F11 at 2000 lux, the camera captures more light than previous generations. This allows operators to use lower gain settings, producing cleaner images with an improved signal-to-noise ratio.

Additionally, the increased sensitivity supports smaller lens apertures for greater depth of field. Therefore, maintaining accurate focus becomes easier during fast-moving productions such as live sports, concerts, and broadcast events.

The camera also delivers wider dynamic range in HDR mode, preserving detail in both bright highlights and deep shadows. This makes it well suited for productions with challenging or rapidly changing lighting conditions.

Native IP Production Workflows

The LDX 135 is designed around NativeIP technology, eliminating the need for a traditional base station. Instead, audio, video, and control signals travel directly through IP connections of up to 100 Gb/s from the camera head.

Support for SMPTE ST 2110 and AMWA NMOS standards allows seamless integration into modern broadcast facilities and mobile production units. Meanwhile, optional JPEG XS compression enables high-quality, low-latency video while reducing bandwidth requirements by up to 20 times.

This architecture supports true REMI workflows by transmitting only the required signals across the network. As a result, multiple production teams can access the same camera sources simultaneously without creating conflicting workflows or unnecessary infrastructure.

Built for Live Broadcast Operations

The GRASS VALLEY LDX 135 is engineered for productions that demand efficiency and flexibility. Its scalable platform supports evolving production requirements while reducing configuration time for both temporary and permanent installations.

Inventory management features simplify fleet administration, and intuitive operation minimizes training requirements for engineering and camera crews. Whether supporting live sports, broadcast television, corporate productions, or remote production workflows, the LDX 135 delivers reliable performance while helping production teams build flexible, future-ready IP infrastructures.