How Telcos Can Prepare Their Infrastructure for 6G

Price: Starting at USD 1,950

Publish Date: 16 Sep 2026

Code: AN-6574

Research Type: Report

Pages: 13

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Actionable Benefits

Actionable Benefits

Understand which parts of today’s 5G-Advanced infrastructure will carry forward into 6G, enabling operators to prioritize upgrades rather than full hardware replacement.
Identify investment priorities across cloud-native Radio Access Network (RAN), multi-layer spectrum planning, distributed compute, and energy-efficient architectures.
Align procurement and site design with WRC-27 spectrum outcomes and the expected rise of Artificial Intelligence (AI)-native workloads.

Research Highlights

Research Highlights

Analysis of cloud-native RAN migration and systems integration requirements.
Evaluation of multi-layer spectrum architecture and pre-WRC-27 investment strategy.
Insights into backward compatibility and phased 6G migration.
Assessment of distributed compute, edge densification, and energy-efficiency constraints.
Review of vendor strategies across RAN, compute, and AI-native infrastructure.

Critical Questions Answered

Critical Questions Answered

What infrastructure decisions must operators make before 6G standards finalize?
How will upper mid-band spectrum and multi-layer architectures shape radio, antenna, and site requirements?
What role will cloud-native RAN, distributed compute, and AI-native workloads play in early 6G readiness?
How should operators balance telco-owned versus hyperscaler-based compute models?

Who Should Read This?

Who Should Read This?

Telco operators and network planners defining long-term upgrade strategies.
Vendors and ecosystem players aligning with 6G standards and technology trends.
Policymakers and regulators shaping spectrum strategy and national infrastructure plans.

Companies Mentioned

Dell

Ericsson

Huawei

Intel Corporation

Nokia

NVIDIA

Red Hat, Inc.

ZTE Corporation

Table of Contents

1. KEY FINDINGS

2. KEY FORECASTS

3. KEY COMPANIES AND ECOSYSTEMS

3.1. HUAWEI

3.2. ERICSSON

3.3. NOKIA

3.4. ZTE

3.5. NVIDIA

3.6. DELL TECHNOLOGIES

3.7. INTEL

3.8. RED HAT

4. RAN AND SPECTRUM READINESS

4.1. CLOUD-NATIVE RAN MIGRATION

4.2. MULTI-LAYER SPECTRUM PLANNING

4.3. BACKWARD COMPATIBILITY AND PHASED MIGRATION

5. COMPUTE, EDGE, AND ENERGY READINESS

5.1. DISTRIBUTED COMPUTE AND EDGE DENSIFICATION

5.2. ENERGY EFFICIENCY AS A DESIGN CONSTRAINT

6. RECOMMENDATIONS

Companies Mentioned

Dell
Ericsson
Huawei
Intel Corporation
Nokia
NVIDIA
Red Hat, Inc.
ZTE Corporation