N77 vs N78 for Private 5G Small Cells in Europe
N77 and N78 are often discussed together in European private 5G projects because both belong to the broader Sub-6 GHz and C-band planning space. For system integrators, the practical question is which band, configuration, and validation scope fit the target country and project.
Vankom vkScell-g3 supports both N77 and N78. Vankom N77/N78 vkScell small cells are available for sale and have been used by European customers.
What Is the Difference Between N77 and N78?
N77 covers a wider C-band range used in broader 5G planning, while N78 is commonly associated with 3.5 GHz 5G planning in Europe. In practical private 5G projects, the right choice depends on local spectrum, license conditions, radio planning, and customer requirements.
Which Band Is More Common for European Private 5G?
N78 is frequently seen in European private 5G discussions because of its relationship with 3.5 GHz planning. N77 is also important in broader C-band discussions and may be relevant depending on the project. Integrators should treat N77 and N78 as planning inputs, then confirm the final configuration for the target deployment.
Vankom vkScell Supports Both N77 and N78
The key product fact is confirmed: Vankom vkScell-g3 supports TDD bands including N40, N41, N48, N77, and N78, with bandwidth options from 20 MHz to 100 MHz. Vankom N77/N78 small cells have also been used by European customers, giving integrators a stronger basis for procurement and validation discussions.
What Integrators Should Compare
- Target country spectrum and regulatory fit
- Indoor coverage and capacity expectations
- Small cell configuration and antenna planning
- Private 5G core compatibility and deployment model
- Testing and acceptance requirements, including MUTA multi-UE test automation where applicable
- Commercial procurement, delivery schedule, and support scope
Role of Testing Before Deployment
Private 5G projects vary across factories, campuses, labs, ports, and industrial environments. Before deployment, integrators should validate spectrum assumptions, core network integration, UE/CPE behavior, mobility expectations, and acceptance criteria. These checks support the project design; they do not weaken the confirmed N77/N78 support of vkScell.
For a broader application view, see Private 5G solutions for industrial applications.
FAQ: N77 vs N78 for Europe
What is the difference between N77 and N78?
N77 is a wider C-band 5G NR band, while N78 is a narrower band commonly associated with 3.5 GHz 5G planning in Europe.
Which band is more common for European private 5G planning?
N78 is commonly discussed for European private 5G planning, but N77 can also be relevant depending on spectrum conditions and project requirements.
Does Vankom vkScell support both N77 and N78?
Yes. Vankom vkScell-g3 supports TDD bands including N40, N41, N48, N77, and N78, with bandwidth options from 20 MHz to 100 MHz.
Are Vankom N77/N78 small cells already used in Europe?
Yes. Vankom N77/N78 vkScell small cells have been used by European customers and are available for sale.
How should integrators choose between N77 and N78?
Integrators should compare local spectrum rules, deployment scenario, radio coverage target, 5G core integration, CPE ecosystem, testing plan, and acceptance criteria.
What role do MUTA and RAN testing play before deployment?
MUTA and RAN testing can help validate gNodeB behavior, multi-UE performance, and acceptance scenarios before a private 5G deployment moves from lab or pilot stage into field rollout.
Conclusion
N77 and N78 should be evaluated through spectrum fit, integration design, and project validation. Vankom vkScell supports both N77 and N78, and Vankom N77/N78 small cells have been used by European customers, giving integrators a practical basis for European private 5G planning.