MAXSUN Showcases On-Device AI Workflows and Local Computing Solutions at Intel Connection 2026

SUZHOU, China, September 22, 2026 — MAXSUN participated in Intel Connection 2026, Intel’s annual technology and ecosystem event in Suzhou, where industry leaders, developers and ecosystem partners gathered to explore the next stage of AI computing.

This year’s event focused on areas including agentic AI, AI PCs, edge computing and on-device intelligence, highlighting an industry shift from AI systems that simply understand and respond to those that can increasingly execute tasks and deliver results.

As a long-term Intel ecosystem partner and a sponsor of the event, MAXSUN hosted a dedicated booth showcasing its growing portfolio of AI hardware and local AIGC solutions, spanning motherboards, professional graphics, AI workstations and customized systems.

Bringing the Full AIGC Workflow On-Device

At the show, MAXSUN demonstrated an end-to-end local AIGC workflow covering knowledge retrieval, agent orchestration, script and content generation, video processing, AI upscaling and final content delivery.

The demonstration showed how creators can move through an entire production workflow — from organizing source material and generating scripts to producing and enhancing video — using local computing resources.

By keeping more stages of the workflow on-device, creators and organizations can gain greater control over their data, computing resources and production process while reducing the need for repeated cloud-based processing.

Arc Pro B70 32GB Provides More Headroom for Local AI

A key platform featured at the booth was the MAXSUN Intel® Arc™ Pro B70 32G Turbo.

The GPU features 32GB of GDDR6 memory, 32 Xe cores, 608GB/s of memory bandwidth and up to 367 INT8 TOPS, providing a foundation for workloads such as local model inference, content generation, video processing and professional creative applications.

For AI video production in particular, additional GPU memory can provide more headroom for larger model footprints, longer context and memory-intensive generation workflows.

MAXSUN also demonstrated a hybrid production approach in which creators can quickly generate initial video assets in the cloud, then move the material to a local Arc Pro system for AI upscaling, enhancement and post-processing.

This approach gives creators more flexibility in balancing production speed, image quality and ongoing compute costs.

Multi-GPU Workstations for Sustained AI Workloads

For professional and enterprise deployment, MAXSUN also showcased a four-GPU AI workstation designed for high-frequency local AI workloads.

The system can move tasks such as model inference, video generation, knowledge retrieval and image or video enhancement to local hardware, while using cloud resources only when additional capacity or specific cloud services are required.

For sustained AI production environments, this hybrid architecture can help reduce long-term dependence on usage-based cloud computing while supporting faster local response, greater data control and more predictable infrastructure planning.

Expanding the MAXSUN AI Hardware Portfolio

MAXSUN has continued to expand its AI hardware portfolio across motherboards, professional graphics and workstation systems, with a focus on practical applications including local inference, content creation and enterprise AI deployment.

At Intel Connection 2026, the company demonstrated how these hardware platforms can work together as part of a complete on-device AI workflow rather than as standalone computing components.

Working alongside Intel and the broader ecosystem, MAXSUN aims to continue exploring how local AI can move from technical capability to real-world productivity for creators, developers and organizations.