What is AIGC Technology? How Core Ultra Processors Revolutionize Content Generation and Empower AI Creation for Everyone

On December 15, 2023, Intel introduced its latest generation of Core Ultra processors, leveraging the cutting-edge Meteor Lake architecture. This new processor employs advanced Intel 4 process technology and Foveros 3D packaging, enhancing graphics performance through the integration of the Xe-LPG Arc GPU, which doubles graphics capabilities. This improvement offers smoother, more efficient image processing and video editing, essential for creative professionals.

The Core Ultra processor also features a Neural Processing Unit (NPU), which combines the power of the CPU, GPU, and NPU to deliver exceptional AI performance. This advancement is particularly beneficial for offline applications like AI-generated content (AIGC), simplifying the creative workflow for both casual users and professional creators. Users can harness the AI capabilities of the Core Ultra processor on lightweight laptops, pushing creative boundaries and achieving intelligent content output.

Equipped with two groups of neural computing engines, the NPU accelerates AI tasks beyond traditional CPU and GPU limits. This enables features like video call beautification, background blurring, noise reduction, and graphic enhancement—all with minimal power consumption. For content creators, the Core Ultra processor dramatically reduces video editing times. Tasks such as intelligent background removal in CapCut are completed 62% faster, while AI-enhanced video processing in Adobe Premiere is accelerated by 132%. Moreover, power efficiency improves, leading to a 25% reduction in network video playback power usage and a 38% decrease in video conferencing power consumption, underscoring the processor's exceptional productivity.

Previously, utilizing AIGC applications required high-performance dedicated GPUs or specialized AI compute cards. Intel's Core Ultra processor has transformed this landscape, allowing lightweight laptops to efficiently run applications based on large language models with up to 20 billion parameters, such as LLaMA and ChatGLM. This innovation enables users to employ conversational AI tools like ChatGPT locally, facilitating tasks like content creation and translation without reliance on cloud services.

In the realm of image generation, the OpenVINO-accelerated Stable Diffusion LCM model can generate 512x512 images in just one second on Core Ultra laptops, with high-quality 1024x768 images produced in under six seconds. Such rapid processing not only boosts efficiency but enhances security through offline capabilities.

Intel's powerful CPU performance and software optimizations significantly lower the hardware requirements for AI applications, making AIGC technology accessible to everyday users. With the new Core Ultra processors, individuals can explore innovative AIGC capabilities, including text-to-image animation, AI-generated music, voice modulation, image segmentation, motion capture, gesture recognition, and automated content creation, unlocking transformative opportunities across various sectors.

Looking ahead, AIGC applications are poised to thrive in video production and live streaming, supported by Intel's extensive software and hardware ecosystem. Intel plans to collaborate closely with software developers to enhance audio quality, content creation, gaming, security, live interaction, and video collaboration, continually advancing overall PC performance and user satisfaction.

During the product launch, Intel highlighted the contributions of four notable art institutions integrating AI into their artistic practices, showcasing how the Core Ultra processor fosters synergy between AI and artistic education. This collaboration accelerates AIGC technology's adoption in creative fields, opening new avenues for aspiring artists.

From a market perspective, the animated short film project "Dragon Gate," created by students at the Animation and Digital Arts School of China Media University, illustrates the challenges of traditional creation methods, often encumbered by high costs and lengthy timelines. Team leader Lu Dong pointed out that the burdens of traditional processes often deterred student involvement. However, testing with Intel's Core Ultra-powered AI PC demonstrated that tasks typically requiring specialized equipment could now be efficiently carried out on a laptop. This innovation drastically reduces production time and costs, enabling more students to engage in high-level artistic and technical practices.

In summary, AIGC is reshaping content production, and Intel's Core Ultra processors are pivotal in its commercial rollout and widespread adoption. As the JD Computer Festival approaches, Intel intends to amplify visibility for the Core Ultra processor and reinforce its commitment to AIGC technology. Through partnerships with leading OEMs to introduce diverse models featuring the Core Ultra processor, Intel is establishing a new AI PC ecosystem, enabling more users to experience the benefits of AI-powered creative solutions rooted in AIGC technology.

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