INFINITIX and MSI Bring AI-Native GPU Infra to Telecom Networks at MWC 2026
Product News

INFINITIX and MSI Bring AI-Native GPU Infra to Telecom Networks at MWC 2026

2026.03.11

20260311_INFINITIX and MSI Bring AI-Native GPU Infra to Telecom Networks at MWC 20261

 

BARCELONA, Spain / TAIPEI, Taiwan — March 2026 — As global telecommunications pivot toward the 6G era, INFINITIX announced the integration of its AI-Stack GPU orchestration platform into MSI’s AI-vRAN solution at MWC 2026. This synergy empowers telecom operators to concurrently execute virtualized RAN (vRAN) workloads and AI inference services on a unified, shared GPU architecture.

Leveraging advanced GPU virtualization and proprietary Core Type Aware Scheduler (CTAs) technology, the platform intelligently arbitrates resources between 5G vRAN processing and demanding AI applications, maximizing hardware utilization and accelerating AI deployment at the network edge.

 

Consolidating Telecom and AI Workloads

MSI’s live demonstration illustrated how GPU-accelerated computing dismantles the traditional silos separating core communication workloads from AI processing. Embedded within the solution, the INFINITIX AI-Stack dynamically provisions GPU compute in real-time.

Historically, segregated infrastructures for AI and telecom have led to stranded capacity and inflated Total Cost of Ownership (TCO). The AI-vRAN framework converges these workloads onto a singular computer fabric, radically streamlining network topology, eliminating idle GPU time, and unlocking unprecedented operational efficiency.

 

Architecting a Scalable Edge Ecosystem

At the core of this joint solution is the CTAs scheduler, which matches distinct workload profiles with the optimal GPU microarchitecture—such as Streaming Multiprocessors (SMs) or Tensor Cores—to mitigate latency and elevate throughput.

Anchored by MSI’s robust GPU-accelerated servers, including the CG480-S6053 and CG290-S3063, this scalable architecture is built for enterprise deployment across data centers, metro edge aggregators, and distributed cell sites. Elastic resource pooling enables operators to execute AI tasks closer to end-users, fulfilling the critical ultra-low latency requirements of real-time edge intelligence.

 

Pioneering AI-Native 6G Networks

As industry consensus positions AI-RAN as the architectural linchpin for 6G, the AI-vRAN ecosystem showcased at MWC 2026 serves as a definitive proof-of-concept. It demonstrates that tomorrow's telecom networks will transcend traditional data pipelines to become agile, AI-native computing platforms.

INFINITIX remains committed to forging strategic alliances with Tier-1 operators, architecting the scalable computing foundations necessary to actualize advanced 5G use cases and pioneer the 6G services of tomorrow.

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.