As generative AI drives a surge in global demand for computing power and memory, telecom operators are facing the dual challenges of skyrocketing hardware costs and infrastructure transformation. At MWC 2026, Broadcom unveiled the latest version of its private cloud platform specifically designed for telecom data centers—VMware Telco Cloud Platform 9.
This next-generation platform, based on VMware Cloud Foundation 9, features a unified and AI-native architecture that will help global telecom operators significantly improve hardware efficiency and reduce total cost of ownership (TCO) while providing sovereign cloud and AI services.
Following Broadcom's acquisition of VMware, the deep integration of its robust cloud virtualization technology with telecommunications infrastructure has been a key focus of the industry. The newly released VMware Telco Cloud Platform 9 is clearly a powerful remedy from Broadcom to address the telecommunications industry's needs for cost reduction and efficiency improvement, as well as AI monetization.
Targeting pain points: Expected reduction of total cost of ownership by up to 40%
Paul Turner, Vice President of Product at VMware Cloud Foundation, pointed out that AI-driven global demand for memory is pushing up server prices, leading to a continuous surge in hardware costs. The core goal of VMware Telco Cloud Platform 9 is to empower telecom operators to deploy secure, sovereign, and AI-native infrastructure, thereby accelerating revenue growth and reducing costs.
According to Broadcom's estimates, VMware Telco Cloud Platform 9, through its unified and horizontally scalable underlying infrastructure, is expected to save telecom operators up to 40% in cumulative total operating costs over five years compared to traditional siloed architectures. This remarkable cost reduction is primarily due to the implementation of several key technologies:
• Reduced power consumption and server cost:By improving server performance and virtual machine (VM) density, it is expected that power consumption and related costs can be reduced by 25-30%.
• Advanced NVMe memory tiering:Expanding system memory using high-speed NVMe storage devices allows for higher workload density without increasing the cost of traditional DRAM memory, and is expected to reduce overall memory and server operating costs by 38%.
• vSAN ESA Global Dedup technology:By removing duplicate data blocks from clusters to reduce storage footprint, it is estimated that overall storage operating costs can be reduced by 38%.
From Connect Suppliers to AI Computing Power Providers: Driving the Monetization of AI
Telecom operators are actively seeking transformation, leveraging distributed regional data centers to generate new revenue streams. VMware Telco Cloud Platform 9 plans to introduce several key features to enhance AI monetization, enabling telecom operators to support both 5G core network functions and data-intensive AI workloads on a unified and open platform.
• Private AI-as-a-Service and GPU-as-a-Service:Through built-in model libraries, vector databases, and other native tools, it helps businesses provide customers with a ready-to-use AI environment. At the same time, it provides on-demand virtualized GPU computing power through a multi-tenant architecture, while ensuring that proprietary data remains logically isolated.
• Powerful GPU virtualization:The platform can partition a single physical GPU across multiple virtual machines, maximizing hardware efficiency and enabling telecom operators to run multiple high-performance workloads (such as AIOps for network management) simultaneously without configuring dedicated hardware for each user.
• Automated Lifecycle Management (LCM) and Agent Deployment Services:Built-in automation features allow platform teams to deploy production-grade private AI environments in minutes; while the low-code framework’s “Agent Building Service” greatly simplifies the development process of complex AI agents.
Focusing on "Sovereign Cloud": Meeting stringent local compliance and data security requirements
With increasingly stringent global regulations on digital sovereignty (such as the EU's Gaia-X), VMware Telco Cloud Platform 9 has specifically strengthened the architectural specifications for sovereign clouds.
This means that telecom operators can ensure that user data, telemetry information, and management planes are strictly kept within designated national borders, achieving "localized operations." The platform grants telecom operators absolute control over encryption keys and provides immutable "audit-grade evidence" through integrated logs, assisting operators in proactively complying with various stringent cybersecurity standards and regulations (such as NIST, NSA, and CISA guidelines).
Furthermore, by supporting Confidential Computing and using the zero-trust micro-segmentation protection provided by VMware vDefend, the security of sensitive workloads in heterogeneous infrastructures is further ensured.
Partners including British Telecom (BT), Nokia's core software division, and Canonical have expressed high praise for the platform's flexibility, security, and integration advantages with open-source operating systems.
