“Our high-level engineering staff always looks at technology from that viewpoint. “The past three years have been a period of significant growth for us, and whenever we make large investments in technology we partner with the best players in the market,” explained WorldStage CEO, Gary Standard. The company’s projects include Broadway productions, art installations, television shows, touring productions and high-end corporate meetings.Īs a leader in LED applications for live events and permanent installs, WorldStage works with companies that also have an in-depth understanding of LED and its associated technologies. WorldStage operates in multiple markets throughout the US. With that in mind, WorldStage has made a major commitment to Brompton Technology’s Tessera LED processors. It is also possible to customize which parameters will be synchronized across the stack, giving flexibility to suit a wide variety of applications, including both backup (failover) processors and control of large LED volumes. Multiple stacks of processors can coexist on a single LAN, allowing for versatile setups with quicker and greatly simplified control.Picture caption – Brompton’s Regional Technical Manager, Sean Sheridan (left) with WorldStage’s Josh PerlmanĮstablished almost four decades ago, event technology company WorldStage makes a practice of investing in equipment that matches its goal of supplying top of the line technology to its clients. Stacking is available on Tessera SX40 and S8 processors.Īny setting adjustment made on the leading processor will be automatically applied to all the others in the stack, saving users time because they don’t need to apply adjustments to each processor individually. The second new feature of Tessera v3.4 - Stacking - allows multiple processors in a setup to be controlled together in unison. Many setups use multiple processors working together to drive different parts of a single LED screen. It does not reduce the peak brightness of the panel, so HDR highlights can still be displayed to their full potential, resulting in a contrast ratio of over 9 million-to-1 and over 23 stops of dynamic range. When configured for use on-camera with a shutter angle of 180 degrees, calibrated measurements confirm that a typical 2,160-nit panel using Extended Bit Depth and Dark Magic can render brightness levels as low as 0.00024 nits - 0.000011% of the peak brightness. This substantial increase in dynamic range offers a significant boost in performance that is hard to ignore for ICVFX and other LED on-camera applications.Īccording to Brompton, with Extended Bit Depth, artists can also reproduce HDR content up to 10 times darker than previously possible without compromising peak brightness for HDR highlights. ![]() ![]() Up to 3.3 additional bits of precision improves low-brightness performance - reducing visual artifacts and bringing out additional detail and nuance in dark areas of the image. ![]() The Extended Bit Depth feature provides higher PWM bit-depth output with a free firmware update for all existing and new panels fitted with the Brompton R2 or R2+ receiver card. These new additions enhance the software’s existing feature set, which offers processing for film and television production as well as live events. Brompton Technology has released Version3.4 of its Tessera software offering Extended Bit Depth and Stacking features.
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