Unleashing the Power of Paraverse LarkXR x Intel Arc: Revolutionizing Digital Twin Business
Digital twin technology has become a cornerstone of national development strategies, propelling the growth of smart cities. However, traditional deployments face significant obstacles like cumbersome local machinery, security vulnerabilities, and limited collaboration across multiple devices. The pressing need for a lightweight, all-in-one digital twin platform has been a persistent challenge. Enter real-time cloud rendering technology—a game-changer that leverages cloud servers to run 3D/XR applications, harnesses the power of high-performance GPUs for graphics processing, and seamlessly delivers real-time interactive video streams to user terminals. In a remarkable collaboration with Meixxx Technology (美象科技), a leading digital twin manufacturer in the smart city domain, and combining the computing prowess of Intel Arc graphics, Paraverse’s LarkXR solution has successfully migrated its orbital 3D digital twin applications to the cloud, resulting in a seamless and immersive cloud experience with unrivaled speed, image quality, and scalability. In this article, we delve into the seamless integration of Intel’s Arc graphics card and Paraverse’s LarkXR real-time cloud rendering solution, revolutionizing digital twin applications in smart cities.
Unveiling the Future of Smart Cities: Intel’s Black Excellence Shines with LarkXR
The Intel Zhizun Demo Room is a haven for cutting-edge partnering solutions, showcasing everything from smart retail to intelligent transportation and the latest graphic processing advancements. Among these innovations, LarkXR also stands out as a real-time cloud rendering Solution. In the lab, visitors are also treated to demonstrations of the Intel Arc Series of high-performance graphics products—a remarkable leap forward for Intel in the gaming GPU field since the i740 in 1998. With support for real-time ray tracing, DX12 Ultimate, and an array of advanced architectural designs and proprietary technologies, Intel’s resurgence is nothing short of remarkable.
LarkXR, Real-Time Cloud Rendering Solution @ Intel Zizhu (紫竹) Demo Room
Elevating 3D Visualization and Interactive Design
In the realm of smart cities and digital twin applications, ensuring real-time and accurate data while maintaining high-performance computing and secure platforms for processing massive amounts of data is crucial. Combining real-time cloud rendering technology with various digital twin scenarios enhances 3D visualization and interactive design with low-latency, high-quality cloud-based experiences. This advancement in technology promotes the digitization of industries, opening up broader market opportunities.
Experience the Next Level of Rendering and Cloud Experiences with Intel Arc and Paraverse LarkXR
The Intel Arc graphics card, part of the Xe-HPG architecture GPU series, provides high-performance computing power and image processing capabilities. With support for real-time ray tracing, DX12 Ultimate, and advanced architecture design, Intel’s GPU technology offers superior performance and image quality. Additionally, Intel introduces the XeSS super-sampling technology, which utilizes AI performance acceleration to optimize image quality and performance. The combination of Intel’s GPU technology and Paraverse’s LarkXR real-time cloud rendering solution brings significant value to the digital twin domain, ensuring high-quality rendering and real-time cloud-based experiences.
Intel® Arc – Xe Super Sampling
Dynamic Power Sharing and Super-encoding: Intel’s Cutting-Edge Technologies for Optimal Performance
To maximize CPU or GPU performance within the system’s power consumption limits, Intel has developed dynamic power sharing technology. This technology continuously collects various system information, including CPU and GPU temperatures, utilization rates, and power consumption. The core parameter for power sharing is the GPU utilization rate. Depending on the game load, the system dynamically adjusts the power distribution between the CPU and GPU, allocating more power to the GPU when the load is high and vice versa. This dynamic balance of power consumption is achieved with a minimum interval of 100 milliseconds, ensuring high-speed matching of CPU and GPU power consumption.
Intel® oneAPI Video Processing Library (oneVPL)
Intel’s super-encoding technology, known as “OneVPL,” enhances efficiency when both the CPU and GPU are used simultaneously. By utilizing the integrated graphics of the CPU and the discrete GPU in collaboration, this technology improves video processing capabilities. OneVPL is a cross-platform open architecture, enabling various media engines to join the technology and fully utilize their video processing capabilities.
Paraverse and Intel: Transforming the Digital Twin Landscape
The deep integration of Intel’s GPU technology and Paraverse’s LarkXR real-time cloud rendering solution holds great significance in the digital twin domain. Intel’s GPU technology, including Xe-HPG and XeSS super-sampling, offers high performance and image quality, while dynamic power sharing technology ensures a dynamic balance between CPU and GPU, enhancing system performance and efficiency. On the other hand, Paraverse’s LarkXR real-time cloud rendering solution enables the deployment of large-scale cloud resources in minutes, adapts to XR mainstream engines, and supports various forms of interaction and immersion. This collaboration enables digital twin applications to effortlessly migrate to the cloud and achieve smooth operation, usage, and dissemination on various intelligent terminals.
Paraverse Product Architecture Design
The Digital Twin Revolution in Transportation: Paraverse LarkXR Takes the Wheel
The transportation industry is experiencing a digital revolution, and Paraverse’s LarkXR is at the forefront of this transformation. By offering real-time cloud rendering solutions that can be deployed in various ways, including public, private, and hybrid cloud, LarkXR caters to the unique needs of enterprises and developers of all sizes. With the powerful computing and graphics processing capabilities of the Intel Arc graphics card, LarkXR delivers top-quality rendering that exceeds industry standards.
Meixxx Technology
Meixxx Technology, a leading digital twin developer for smart cities, has already put LarkXR to the test by adapting it for use in three-dimensional rail transportation. This innovative solution provides a one-stop-shop for digitalizing rail transit, unmanned operation management, intelligent maintenance control, and scenario-based application services. By visualizing stations and integrating data on people, vehicles, objects, and the environment, users can access targeted display services that make subway operation activities measurable, controllable, and visible. With comprehensive station data dashboards and equipment information presented in a data-visualized manner, the possibilities for realizing a smart subway through the Internet of Things are endless.
Real-time Cloud Rendering: Fueling Smart Cities’ Growth
Real-time cloud rendering emerges as a game-changing technology in the digital twin domain. By harnessing the immense power of Intel’s GPU technology and Paraverse’s cutting-edge LarkXR solution, a new era of lightweight, cloud-based experiences for digital twin applications in smart cities is born. This transformative integration not only fuels the growth of digital twin technology across industries such as industrial, medical, and education but also paves the way for its seamless integration into events, exhibitions, and live entertainment. Overcoming the limitations of lightweight terminals, this collaboration propels the scalability of digital twin applications and facilitates the widespread adoption of digital twin technology, solidifying their position as a cornerstone of smart city development.
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http://www.meixxx.com
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http://www.meixxx.com