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Road to 6G: IMT-2030 & the First 6G Specifications — 5G certification courseWatch free

Free preview · Study item, work item, specification: one ruler for every 6G claim — opens in the course player

6G & Standards

Road to 6G: IMT-2030 & the First 6G Specifications

6G as it actually stands, not as it is pitched — the targets ITU-R set, what the 3GPP studies have genuinely agreed, where the spectrum question really sits, and one ruler that tells you which rung any 6G claim is standing on.

Watch the free lessonStart the Road to 6G: IMT-2030 & the First 6G Specifications path
27 lessons≈3.5h of video6 modulesEarns TELCOMA 6G Readiness Specialist

What you'll learn

  • Install the status ruler and the four frames every later claim is measured against — and put the demand question on the table on day one.
  • Read the ITU-R framework exactly — the six jobs, which capabilities carry numbers, what those numbers are and are not, and how a candidate radio is judged against them.
  • State precisely what the 6G radio study has agreed, in the study's own vocabulary, and hold the trade-offs behind the parts still being decided.
  • Read any 6G spectrum claim exactly — which stretch of dial, which of three overlapping names, which regulatory verb, and which region it is true in.
  • Separate what is frozen from what is being studied on the two abilities 6G is most often sold on — and give "AI-native" a definition that can actually be tested.
  • Leave the learner able to track 6G without a press release, place any claim on the ladder, and state the demand case fairly in either direction.

Module 1 — From 5G-Advanced to 6G: the bridge

4 lessons · 1 lab · ≈32 min

Install the status ruler and the four frames every later claim is measured against — and put the demand question on the table on day one.

  1. 1
    Study item, work item, specification: one ruler for every 6G claimWatch free
    8:59
  2. 2
    Rel-18 and Rel-19: the 5G-Advanced ground 6G starts fromFree with an account
    7:21
  3. 3
    CP-OFDM, DFT-s-OFDM and LDPC: the frames 6G reusesFree with an account
    7:04
  4. 4
    ITU-R and 3GPP: who sets targets, who builds radiosFree with an account
    8:41
  5. Place the ClaimCheckpoint

    Six claims you could meet this week — a waveform agreement, a prototype, a live trial, a 6G-ready chip. Put each on the rung it has actually reached, and find the card resting on the least.

    ~6 min

Module 2 — IMT-2030: the targets ITU-R set

5 lessons · 1 lab · ≈36 min

Read the ITU-R framework exactly — the six jobs, which capabilities carry numbers, what those numbers are and are not, and how a candidate radio is judged against them.

  1. 1
    IMT-2030's six usage scenarios — the hexagon, re-enteredRequires subscription
    7:29
  2. 2
    Fifteen axes, nine figures: the capabilities under the hexagonRequires subscription
    7:15
  3. 3
    Targets, not requirements: how the framework reads its own numbersRequires subscription
    6:49
  4. 4
    How a radio becomes 6G: submitted, evaluated, acceptedRequires subscription
    6:56
  5. 5
    The layer above the corners: IMT-2030's overarching aspectsRequires subscription
    7:21
  6. Nine Carry Numbers, Six Do NotCheckpoint

    Sort six of the framework’s capabilities by whether it writes a figure beside them — and watch the ones the industry quantifies most loudly land on the side that carries none.

    ~5 min

Module 3 — The 6G radio: what the studies have agreed

5 lessons · 1 lab · ≈38 min

State precisely what the 6G radio study has agreed, in the study's own vocabulary, and hold the trade-offs behind the parts still being decided.

  1. 1
    The study's scope, and its agreed namesRequires subscription
    6:49
  2. 2
    What the study kept, and changed: the waveform argumentRequires subscription
    7:08
  3. 3
    6G channel bandwidth: the width questionRequires subscription
    7:20
  4. 4
    6G beside 5G: standalone, one shared carrier, and a device that movesRequires subscription
    8:00
  5. 5
    The split, and the interface to the core: a trade-off that outlives its decisionRequires subscription
    8:14
  6. The Width QuestionInteractive lab

    One dial from three megahertz to four hundred. Watch a spectrum team and a device team disagree about the same number, both correctly, and see where the carrier can still be switched on.

    ~6 min

Module 4 — Spectrum for 6G: identified, studied, or neither

5 lessons · 1 lab · ≈39 min

Read any 6G spectrum claim exactly — which stretch of dial, which of three overlapping names, which regulatory verb, and which region it is true in.

  1. 1
    The 6G study's evaluation bands — the dial, re-enteredRequires subscription
    7:21
  2. 2
    Three names, one stretch of dialRequires subscription
    7:31
  3. 3
    Studied, not yet identified: two bands, and only one you can plan onRequires subscription
    7:41
  4. 4
    Sub-terahertz, and what was actually saidRequires subscription
    8:04
  5. 5
    Reading a spectrum claim: identified, allocated, licensed, deployedRequires subscription
    8:20
  6. Which Verb?Checkpoint

    Six true spectrum statements. Put each at the gate its evidence earns — identified, allocated, licensed, deployed — and notice that two of them reach no gate at all.

    ~5 min

Module 5 — Sensing and intelligence: the two new abilities

4 lessons · 1 lab · ≈31 min

Separate what is frozen from what is being studied on the two abilities 6G is most often sold on — and give "AI-native" a definition that can actually be tested.

  1. 1
    Sensing runs on two tracksRequires subscription
    7:52
  2. 2
    It already arrived: AI hooks in a release vendors are building toRequires subscription
    7:33
  3. 3
    Where AI is actually central — structural, optional, and how far either has gotRequires subscription
    7:48
  4. 4
    "AI-native": four objects behind one wordRequires subscription
    7:58
  5. Which Track, Which Layer?Checkpoint

    Six claims about sensing and intelligence. Say where each one actually lives — the bounded job, the broad study, frozen at the radio, structural in the system — and one of them lives nowhere.

    ~6 min

Module 6 — Reading the release train: what to track, what to say

4 lessons · 1 lab · ≈35 min

Leave the learner able to track 6G without a press release, place any claim on the ladder, and state the demand case fairly in either direction.

  1. 1
    WP 5D and 3GPP TSG: the outputs worth trackingRequires subscription
    8:39
  2. 2
    Contribution, working group, plenary: how a decision landsRequires subscription
    8:34
  3. 3
    Lab, pilot, announced, shipping: placing a 6G claimRequires subscription
    8:56
  4. 4
    The 6G demand case: what the skeptics get rightRequires subscription
    9:06
  5. Compared to What, Measured HowInteractive lab

    One measurement, never changed. Choose its baseline and decide whether to hold the bandwidth constant, then watch the same result read as a breakthrough or a rounding error.

    ~6 min

New to the terminology? Look up any acronym in the telecom glossary.

Take the certification exam

Earns a certificate

42 questions · 60 min · 65% to pass. Score 65%+ to earn your TELCOMA Certified 6G Readiness Specialist — a QR-verifiable certificate.

Not ready yet? Take a free 20-question mock exam first.

Study materials

Download the Road to 6G: IMT-2030 & the First 6G Specifications question bank and slide deck — every signal check in the course, with answers, plus every figure.

  • Question BankPDF40 KB
  • Slide DeckPPTX14 MB
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