Why N40 Matters for Private 5G in Spain | Vankom
Learn why N40 matters for private 5G in Spain and how Vankom vkScell supports N40 small cell deployments with real-world Spain use.
Why N40 Matters for Private 5G in Spain | Vankom Read More »
News
N77 vs N78 for European Private 5G Small Cells
Compare N77 and N78 for European private 5G small cells, and see how Vankom vkScell supports both bands for customer deployments.
N77 vs N78 for European Private 5G Small Cells Read More »
What Specs Matter When Choosing 5G CPE for FWA Operators?
At a Glance For fixed wireless access deployments, the best 5G CPE choice is not defined by one headline speed number. Operators should evaluate modem generation and carrier aggregation, Sub-6GHz band support, Wi-Fi 7 LAN performance, 10GbE/2.5GbE ports, remote management such as TR-069 and FOTA, deployment controls including APN, VPN, band locking, and cell locking,
What Specs Matter When Choosing 5G CPE for FWA Operators? Read More »
5G FWA Network Architecture for Regional Operators and ISPs
5G Fixed Wireless Access can help regional operators and ISPs extend broadband coverage where fiber deployment is slow, costly, or difficult to maintain. This article outlines the main architectural building blocks—from CPE and base stations to EPC/5GC, OSS/BSS, operations, backhaul, and edge placement—so engineering teams can plan an FWA network with realistic integration and lifecycle requirements.
5G FWA Network Architecture for Regional Operators and ISPs Read More »
Indoor vs Outdoor 5G CPE: How Operators Should Choose for FWA Deployments
Indoor and outdoor 5G CPE serve different roles in fixed wireless access networks. This engineering-oriented guide explains how operators, ISPs, WISPs, and regional broadband project teams can choose the right CPE architecture based on signal conditions, installation model, service tier, backhaul strategy, and long-term operations.
Indoor vs Outdoor 5G CPE: How Operators Should Choose for FWA Deployments Read More »
Fixed Wireless Access for Small Operators: How a Lightweight 5G Core Network Makes It Possible
Fixed Wireless Access (FWA) is reshaping how communities around the world get connected. As governments, enterprises, and regional operators push to close the digital divide, 5G FWA has emerged as one of the most practical solutions for delivering high-speed broadband to underserved suburban and rural areas — without the massive expense and time required to
Private 5G Network FAQ: Cost, Deployment, and What You Need to Know
Answers to the most common questions about private 5G networks — how much they cost, how long deployment takes, what equipment you need, and whether 4G LTE might be the better starting point.
Private 5G Network FAQ: Cost, Deployment, and What You Need to Know Read More »
Why Operators Need Independent Base Station Evaluation Tools
Operators evaluating 5G base station vendors need independent, vendor-neutral testing tools. Learn why relying solely on vendor-provided test results creates risk — and how to build an objective evaluation process.
Why Operators Need Independent Base Station Evaluation Tools Read More »
How to Test 5G Base Stations: A Practical Guide for gNodeB Developers
A practical guide to 5G gNodeB testing — from functional validation to multi-UE load testing. Learn the key test stages, common pitfalls, and how to choose the right base station test equipment.
How to Test 5G Base Stations: A Practical Guide for gNodeB Developers Read More »
How Small Operators Are Bringing Mobile Connectivity to Rural Areas — Without Big-Carrier Budgets
Learn how small operators and rural ISPs deploy affordable LTE/5G networks in remote areas using lightweight core networks. Real-world deployment strategies inside.