Used by RF, protocol, and L1 engineers at Nokia, Ericsson, Vodafone, Deutsche Telekom, Orange, BT, Telefónica, NXP, ST Microelectronics. 99 spec-perfect lessons mapped to 3GPP TS 38.211-215. EU C-band n78, n28, n3/n7/n8 coverage in every example.
Suitable for interview prep, on-the-job reference, and team onboarding at European OEM, MNO, chipset, and lab roles.
Used by RF, protocol, and L1 engineers at European OEMs, MNOs, and conformance labs. Spec citations on every lesson.
Configuration trade-offs covered for EU C-band (n78 3.6 GHz), low-band n28 (700 MHz), and Rel-17 RedCap/NTN.
The PHY-layer depth chipset engineers in Eindhoven, Sophia Antipolis, Cambridge, and Munich actually use.
99 lessons across 6 modules · 3GPP TS 38.211 / 212 / 213 / 214 / 215 verified.
μ=0..6 · slot structure · resource grid · BWP · CRB/PRB/VRB · antenna ports + QCL/TCI states.
PDSCH resource mapping · DMRS · MCS · TBS · LDPC · HARQ. PDCCH CORESET + DCI. PBCH + SSB.
PUSCH (codebook/non-codebook + transform precoding) · PUCCH formats 0–4 · PRACH preamble formats + RACH procedure.
DMRS · CSI-RS · SRS · PT-RS · TRS · PRS — every configuration and use case.
PSS/SSS detection · MIB · SIB1 · initial access flow · timing advance · contention-based vs free RACH.
LDPC base graphs (BG1/BG2) · Polar coding · type I / type II / eType II codebooks · beam management · BFR.
Every band mapped to NR numerology and operator deployment. EU C-band (n78) gets a dedicated module.
| Band | Range | Operators | Numerology |
|---|---|---|---|
| n1 | 1.92–2.17 GHz | Vodafone, Orange, TIM | μ=0 (15 kHz) |
| n3 | 1.7–1.9 GHz | DT, BT (EE), Telefónica | μ=0 |
| n7 | 2.5–2.7 GHz | EU MNOs (Vodafone, O2) | μ=0 |
| n8 | 880–960 MHz | Used for coverage 5G in DE, UK, IT | μ=0 |
| n28 | 703–803 MHz | EU 700 MHz auction — DT, Vodafone | μ=0 |
| n78 | 3.3–3.8 GHz (EU C-band) | Primary 5G layer across EU | μ=1 (30 kHz) |
| n258 | 24.25–27.5 GHz (mmWave) | EU 26 GHz pioneer band | μ=3 (120 kHz) |
Yes. Every lesson maps back to a 3GPP TS section that European OEMs and MNOs use as the source of truth. Spec-level depth — exactly what RAN architects, protocol engineers, and conformance testers need to cite confidently in interviews.
Yes. EU C-band (3.3–3.8 GHz, n78) is the dominant 5G band across Germany, France, Spain, UK, and Italy. The course covers numerology choices (μ=1 / 30 kHz), TDD slot formats, beam management, and capacity planning for n78 in detail.
Yes. Team licenses with invoice billing in EUR or GBP (NET-30, SEPA or wire), single sign-on, onboarding sessions, and per-team progress dashboards. Email [email protected] with team size and we send a quote within 24 hours.
Individual purchases via Razorpay — all major cards, SEPA support, Apple Pay, Google Pay in EUR or GBP. Prices auto-localize: €27 EUR, £24 GBP. Team licenses billed via direct invoice in your preferred currency.
Yes. We process minimal personal data (email + name only). All user data is encrypted at rest, stored in EU-region servers where required, and never shared with third parties. Full GDPR data export and deletion on request via [email protected].
Yes — one payment of €27 EUR or £24 GBP unlocks lifetime access to all 99 lessons plus all future Rel-19, 6G, and content updates. No subscription.