INFINITIX AI-Stack Powers Changhua Christian Hospital's NVIDIA B200 Smart Healthcare Computing
Company News

INFINITIX AI-Stack Powers Changhua Christian Hospital's NVIDIA B200 Smart Healthcare Computing

2026.09.14

ALL_news_26I15_W77dxVsPJL

Changhua Christian Hospital (CCH) has activated its NVIDIA B200 high-performance computing platform, expanding AI compute capacity to accelerate smart healthcare applications. Photo/Courtesy of INFINITIX

 

INFINITIX today announced that it has deployed its AI-Stack compute resource management platform on Changhua Christian Hospital’s (CCH) newly launched NVIDIA B200 high-performance computing platform. Powered by Software-Defined GPU technology, AI-Stack dynamically partitions and schedules NVIDIA HGX B200 GPU resources, enabling clinical departments and research teams to allocate computing capacity flexibly based on their needs.

 

Launched on September 14, CCH’s on-premises AI computing platform integrates Dell PowerEdge XE9780 servers, NVIDIA HGX B200 GPUs, and high-speed NVLink interconnect technology. It supports large language models (LLMs), multimodal AI development, and real-time clinical inference. AI-Stack centrally orchestrates GPU resources to support applications such as medical record summarization, nursing documentation, examination report processing, and fall-risk detection.

 

“Bringing AI into clinical practice requires more than high-performance hardware—it also requires a management platform that can efficiently allocate computing resources across departments and projects,” said Jeff Lee, Chief Technology Officer of INFINITIX. “By combining on-premises deployment with AI-Stack’s dynamic GPU scheduling, CCH can balance computing efficiency, data governance, and clinical application requirements.”

Lee added that AI-Stack combines GPU partitioning and aggregation with its Core Type Aware Scheduler (CTAs) to improve GPU utilization. The platform also reduces AI development environment setup time to approximately one minute, minimizing resource idle time and shortening project delays.

 

Mu-Kuan Chen, President of Changhua Christian Hospital, emphasized that AI is intended to assist—not replace—healthcare professionals, with final diagnoses and clinical decisions remaining the responsibility of qualified medical personnel. The platform is designed to reduce repetitive frontline tasks, allowing medical teams to dedicate more time to patient care.

 

INFINITIX will continue collaborating with hospitals and research institutions to build efficient, governable, and scalable AI infrastructure while safeguarding data privacy and information security.

In accordance with applicable personal data protection laws, we are committed to safeguarding your personal data and providing you with control over how it is used.

By clicking “Accept All,” you consent to our use of cookies to enhance your browsing experience, help us analyse website performance and usage, and deliver relevant marketing content. You may manage your cookie preferences below. By clicking “Confirm Selection,” you agree to the settings currently selected.

Manage cookies

Privacy Preference Center

In accordance with applicable personal data protection laws, we are committed to safeguarding your personal data and providing you with control over how it is used.

By clicking “Accept All,” you consent to our use of cookies to enhance your browsing experience, help us analyse website performance and usage, and deliver relevant marketing content. You may manage your cookie preferences below. By clicking “Confirm Selection,” you agree to the settings currently selected.

View privacy policy

Manage Consent Settings

Necessary Cookies

Enable All

Necessary cookies are required for the proper operation and security of this website, as well as for remembering your cookie preferences. These cookies cannot be disabled through this preference centre. You may still block cookies through your browser settings; however, doing so may affect the availability or functionality of certain features on this website.

Marketing cookies

Marketing cookies are used to measure the effectiveness of our marketing campaigns and to help us provide products, services, and content that may be more relevant to you.

 

Targeting Cookies
Targeting cookies may be set through this website by us or our advertising partners. They are used to understand your browsing preferences and to provide information or advertisements that are more relevant to your interests on other websites or services. If you decline these cookies, you may still use this website; however, the information or advertisements you see may be less relevant to your interests.

 

Social Media Cookies
Social media cookies are set by the providers of social media services used on this website, enabling you to use sharing features, embedded content, and other social media functions. If you decline these cookies, certain social sharing features or embedded content may not display or function properly.

 

Analytics Cookies

Analytics cookies are used to measure website traffic, browsing behaviour, and page performance. They help us understand how you use this website so that we can improve its content, functionality, and user experience. If you decline these cookies, we will be unable to collect the relevant statistical information, which may affect our ability to continually improve this website.