Capacity Building
5G NR Multi-Access Edge Computing
How MEC moves application workloads to the network edge, and how to architect services that genuinely need it.
Compute where the latency budget allows
Multi-access edge computing is where the low-latency promise of 5G is actually realised or lost. This course covers the ETSI MEC architecture, placement strategy, traffic steering and the API surface application developers work against, with worked examples from industrial and media deployments.
What is included
- ETSI MEC reference architecture and its functional blocks
- Edge placement strategy and the latency budget arithmetic
- User-plane function placement and local traffic breakout
- MEC application enablement APIs and the developer view
- Deployment case studies from industry, media and transport
How we work
The same four stages on every engagement, whatever its size.
- 01DiscoverWe learn your goals, your users and your constraints, then write down what success will actually look like in numbers before anyone designs anything.
- 02DesignWireframes and polished interfaces built around real user journeys, with the architecture designed alongside them rather than bolted on afterwards.
- 03BuildClean, performant, secure engineering on current technologies. Peer-reviewed code, CI gates and a working demo you can use at the end of every sprint.
- 04Launch & SupportSmooth delivery with monitoring, alerting and a rollback path, plus training for your team and an ongoing maintenance and improvement cycle.
What you receive
Concrete artefacts, handed over and owned by you.
Course delivery
Reference architecture pack
Lab exercises
Certificate
Ready when you are
Ready to talk about 5g nr multi-access edge computing?
Send us the problem you are trying to solve. You will get a considered reply from an engineer, not a templated sales response.
- Reply within one business day
- NDA signed before details
- No obligation, no hard sell
Or write to us directly at info@smartforum.org