By STF News
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By STF News
View the full blog at its source
By STF News
The New York Mets announced Samsung Electronics America as the ballpark’s official display and technology solutions partner, signing a multi-year deal to deliver a complete transformation of the famous ballpark’s screens to create an interactive fan experience like never before. Samsung – a leader in Digital Signage innovation – will bring the Mets vision of creating a one-of-a-kind ballpark to life with its unique portfolio of displays, content management platform and services.
“Baseball is one of America’s great historical pastimes and thanks to cutting-edge display- and data-driven innovation, we are ushering in a new, exciting era that transforms the ballpark experience and brings fans into the game like never before,” said Harry Patz Jr., Senior Vice President and General Manager, Display Division, Samsung Electronics America. “Technology is central to the way fans enjoy sports, and we are thrilled to bring Samsung’s full display portfolio, solutions and expertise to this new era of fandom.”
From the moment they arrive on property to the final out, fans will experience gameday in a whole new way. Among the enhancements for 2022 that are expected include new ribbon boards and more than 1,300 LCD screens throughout the ballpark to lead fans to the shortest lines and ensure they don’t miss a single pitch. A new larger and enhanced centerfield scoreboard will be installed for fans’ enjoyment for the 2023 season at Citi Field.
“We are excited and proud to partner with such a worldwide leader and iconic brand as Samsung,” said Mets Executive Vice President and Chief Revenue Officer Jeff Deline. “Like Samsung, the Mets have a very loyal and passionate fan base, and the implementation of this state-of-the-art technology is going to provide an enhanced experience and environment for millions of fans that come to Citi Field for many years.”
IMMERSIVE DISPLAY TECHNOLOGY & SOLUTIONS
As the complete design and build partner for the Citi Field project, Samsung will deploy the full breadth of its display portfolio and technology solutions throughout the ballpark to create the first connected venue in Major League Baseball.
“Samsung has a rich tradition of innovation and purpose-built technology. Over a two-year period, we’ll transform a once static signage environment to an all-digital experience,” said Mark Quiroz, Vice President Product Marketing, Display Division, Samsung Electronics America. “By seamlessly weaving display technology and sensors into the existing environment, Samsung will create a gateway for connectivity at Citi Field for both the operators and the fans.”
“Our partnership with Samsung is a significant investment from our owner Steve Cohen to bring the most state-of-the-art technology to the ballpark and provide our fans an even better experience at Citi Field,” said Mets Chief Technology Officer Mark Brubaker. “The quality of these upgrades and integration into the daily experience for our fans make Citi Field an industry leader when it comes to the most innovative technological displays.”
WHAT FANS CAN EXPECT
Built for the future, the ballpark upgrade – one of the largest single projects in all professional sports – is slated to take place over the span of two years and will make Citi Field the most technologically advanced ballpark in the major leagues. When complete, Citi Field will feature:
More than 1,300 LCD screens and 4,000 square feet of direct view LED screens in public spaces, enhancing the fan experience at every touch point and even alerting them when their team merchandise is ready for pick up A ballpark-wide IPTV system that will carry nearly 100 channels of sports and entertainment content Double the number of slow-motion replay systems and three times as many cameras for increased game coverage An enhanced and fully upgraded scoreboard to display the latest LED technology and handle 4K video
An iconic landmark and historic symbol of New York City, Citi Field will welcome fans to experience one of America’s favorite pastimes like never before through Samsung innovations. The multi-year technology upgrade is scheduled to begin in 2022.
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Samsung Electronics today announced a new partnership with CJ ENM, Asia’s leading entertainment and media group behind the Oscar-winning film ‘Parasite’, to build a virtual production studio to spearhead the production of future video content. Combining its cutting-edge Micro LED technology with CJ ENM’s globally recognized content production of television series and films, Samsung is taking the next step in a new initiative to innovate in the rapidly expanding virtual production market.
Through this partnership, Samsung will supply its state-of-the-art display technology, The Wall, to CJ ENM’s virtual studio, a part of its television and film production studio complex scheduled to open in Paju, Korea later this year. The custom virtual production volume studio will be the first in the world to leverage The Wall’s boundless LED technology, unlocking new possibilities for video content production operations and virtual production solutions. The main display will be installed in an oval shape with a diameter of 20 meters and a height of seven meters or more, creating a seemingly endless backdrop to capture content.
“We are excited to collaborate with CJ ENM to build a virtual production studio featuring Samsung’s most cutting-edge display technologies,” said Jong-hee Han, President of Visual Display Business at Samsung Electronics. “With this partnership, Samsung is launching a new virtual production industry initiative with a commitment to deliver innovative products and solutions that offer the optimal environment for next-generation content production.”
This virtual production studio will use LED displays and connected cameras to create virtual settings in real-time. This solution will save time and reduce image compositing and on-location production costs while helping filmmakers to see the camera on the live-action set in any direction.
The Wall’s modular technology allows creators to design environments to their specific requirements, enabling a variety of installation options such as ceiling installation and convex or concave design, depending on the internal studio design.
The 2021 model of The Wall (Model Name: IWA) with Micro LED technology enhances visual expression with ultra-deep blacks and wide viewing angles, giving filmmakers and content creators the ultimate canvas to fulfill their visions. The modular screens are ideal for studios thanks to their precise color expression, HDR10+ and cinema LED picture quality technology and optimized frame rates for production houses. A new molding process is also applied to the modular surfaces of The Wall to minimize any moiré patterns from forming, a nuisance typically associated with filming standard LED screens.
The Wall’s massive screen measures over 1,000 inches, producing vibrant colors and details supporting up to 16K high-resolution1 content. Dedicated frame rates for studio production, a new addition to this year’s model, allows producers to run content at frame rates such as 23.976, 29.97 and 59.94Hz, ensuring seamless videos sync with the most widely used camera framerates. Frame Rate Sync technology further reduces screen disruptions for true-to-life accuracy. With thoughtful dust and contamination-resistant LED protective films, plus a variety of easy-to-use solutions, such as remote management and color adjustment, The Wall is built for convenient management in any environment.
CJ ENM Virtual Studio Concept Visual
Both companies expect this collaboration to improve content production possibilities while satisfying a variety of customers by reimagining content production for today’s fast-paced entertainment environment.
“The strategic partnership with Samsung will allow CJ ENM to push forward the creation of a new powerhouse of the next-generation content,” said Ho-sung Kang, CJ ENM CEO. “While CJ ENM is investing $4.4 billion over the next five years in entertainment content, we are taking the lead in building a global No. 1 production studio to become a world leading entertainment company.”
About CJ ENM
CJ ENM is Asia’s leading entertainment and lifestyle company headquartered in Seoul, Korea. Since 1995, the company has engaged in a wide array of businesses across the industry spectrum including media content, music, film, performing arts, and animation, providing its top notch original content to various media platforms. CJ ENM has created, produced and distributed globally acclaimed contents including Cannes-winning film Parasite, Tony Award-winning musical Kinky Boots, record-breaking Korean box office hits Roaring Currents, Extreme Job, Ode to My Father, along with sought-after television series such as Crash Landing On You, Mr. Sunshine, Guardian: The Lonely and Great God, Grandpas over Flowers, I Can See Your Voice and more. To offer the best K-Culture experiences worldwide, CJ ENM presents KCON/KCON:TACT, the world’s largest K-culture convention & festival celebrating Hallyu and Mnet Asian Music Awards (MAMA), Asia’s biggest music awards. With regional offices in Asia, Europe and the U.S., CJ ENM currently employs over 3,600 people.
1 16K resolution is only available for horizontal layouts with a 15,360 x 2,160-pixel arrangement.
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Adaptive Scalable Texture Compression (ASTC) is an advanced lossy texture compression format, developed by Arm and AMD and released as royalty-free open standard by the Khronos Group. It supports a wide range of 2D and 3D color formats with a flexible choice of bitrates, enabling content creators to compress almost any texture asset, using a level of compression appropriate to their quality and performance requirements.
ASTC is increasingly becoming the texture compression format of choice for mobile 3D applications using the OpenGL ES and Vulkan APIs. ASTC’s high compression ratios are a perfect match for the mobile market that values smaller download sizes and optimized memory usage to improve energy efficiency and battery life.
ASTC 2D Color Formats and Bitrates
The ‘astcenc’ ASTC compression tool was first developed by Arm while ASTC was progressing through the Khronos standardization process seven years ago. astcenc has become widely used as the de facto reference encoder for ASTC, as it leverages all format features, including the full set of available block sizes and color profiles, to deliver high-quality encoded textures that are possible when effectively using ASTC’s flexible capabilities.
Today, Arm is delighted to announce astcenc 2.0! This is a major update which provides multiple significant improvements for middleware and content creators.
Apache 2.0 Open Source License
The original astcenc software was released under an Arm End User License Agreement. To make it easier for developers to use, adapt, and contribute to astcenc development, including integration of the compressor into application runtimes, Arm relicensed the astcenc 1.X source code on GitHub in January 2020 under the standard Apache 2.0 open source license.
The new astcenc 2.0 source code is now also available on GitHub under Apache 2.0.
astcenc 1.X emphasized high image quality over fast compression speed. Some developers have told Arm they would love to use astcenc for its superior image quality, but compression was too slow to use in their tooling pipelines. The importance of this was reflected in the recent ASTC developer survey organized by Khronos where developer responses rated compression speed above image quality in the list of factors that determine texture format choices.
For version 2.0, Arm reviewed the heuristics and quality refinement passes used by the astcenc compressor—optimizing those that were adding value and removing those that simply didn’t justify their added runtime cost. In addition, hand-coded vectorized code was added to the most compute intensive sections of the codec, supporting SSE4.2 and AVX2 SIMD instruction sets.
Overall, these optimizations have resulted in up to 3x faster compression times when using AVX2, while typically losing less than 0.1 dB PSNR in image quality. A very worthwhile tradeoff for most developers.
astcenc 2.0 - Significantly Faster ASTC Encoding
Command Line Improvements
The tool now supports a clearer set of compression modes that directly map to ASTC format profiles exposed by the Khronos API support and API extensions.
Textures compressed using the LDR compression modes (linear or sRGB) will be compatible with all hardware implementing OpenGL ES 3.2, the OpenGL ES KHR_texture_compression_astc_ldr extension, or the Vulkan ASTC optional feature.
Textures compressed using the HDR compression mode will require hardware implementing an appropriate API extension, such as KHR_texture_compression_astc_hdr.
In addition, astcenc 2.0 now supports commonly requested input and output file formats:
Loading LDR images in BMP, JPEG, PNG, and TGA formats Loading HDR images in OpenEXR and Radiance HDR formats Loading compressed textures in the “.astc” file format provided by astcenc, and the DDS and KTX container formats Storing LDR images into BMP, PNG, and TGA formats Storing HDR images into OpenEXR and Radiance HDR formats Storing compressed texturesinto the “.astc” file format provided by astcenc, and the DDS or KTX container formats Core Codec Library
Finally, the core codec is now separable from the command line front-end logic, enabling the astcenc compressor to be integrated directly into applications as a library.
The core codec library interface API provides a programmatic mechanism to manage codec configuration, texture compression, and texture decompression. This API enables use of the core codec library to process data stored in memory buffers, leaving file management to the application. It supports parallel processing for compression of a single image with multiple threads or compressing multiple images in parallel.
Using astcenc 2.0
You can download astcenc 2.0 on GitHub today, with full source code and pre-built binaries available for Windows, macOS, and Linux hosts.
For more information about using the tool, please refer to the project documentation:
Getting started: learn about the high-level operation of the compressor. Format overview: learn about the ASTC data format and how the underlying encoding works. Efficient encoding: learn about using the command line to effectively compress textures, and the encoding and sampling needed to get functional equivalents to other texture formats that exist on the market today. Arm have also published an ASTC guide, which gives an overview of the format and some of the available tools, including astcenc .
Arm ASTC Guide: an overview of ASTC and available ASTC tools. If you have any questions, feedback, or pull requests, please get in touch via the GitHub issue tracker or the Arm Mali developer community forums:
https://github.com/ARM-software/astc-encoder https://community.arm.com/graphics/ Khronos® and Vulkan® are registered trademarks, and ANARI™, WebGL™, glTF™, NNEF™, OpenVX™, SPIR™, SPIR-V™, SYCL™, OpenVG™ and 3D Commerce™ are trademarks of The Khronos Group Inc. OpenXR™ is a trademark owned by The Khronos Group Inc. and is registered as a trademark in China, the European Union, Japan and the United Kingdom. OpenCL™ is a trademark of Apple Inc. and OpenGL® is a registered trademark and the OpenGL ES™ and OpenGL SC™ logos are trademarks of Hewlett Packard Enterprise used under license by Khronos. All other product names, trademarks, and/or company names are used solely for identification and belong to their respective owners.
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