PTCRB (historically PCS Type Certification Review Board) is the North American cellular device certification program, administered by CTIA Certification and steered by network operators. PTCRB certification is expected by AT&T, T-Mobile, Verizon, Bell, Rogers, Telus and other carriers.

What's the difference between PTCRB and FCC?

FCC certifies compliance with US radio emission limits (47 CFR). PTCRB certifies conformance with North American cellular operator network requirements (3GPP conformance, radiated performance). Both certifications are distinct and both required to sell cellular equipment in the US and Canada.

Must my cellular product mandatorily pass PTCRB?

If the product uses PTCRB operator networks (AT&T, T-Mobile, Verizon, Bell, Rogers, Telus), PTCRB is contractually required by these operators. Without PTCRB certification, the product cannot be homologated on these networks.

How much does a PTCRB certification cost?

The official CTIA Certification fee is $12,500 for an Initial Certification and $3,125 for a Variant (PPMD V4.1). The bulk of the budget is lab testing (RF, protocol, OTA), which varies widely with bands and generations, plus carrier program fees for each network.

How long for a PTCRB certification?

Typically a few months for a device built on a certified module, and significantly longer for a full module or 5G campaign. Lab lead time, campaign length, review of the submission and carrier homologations drive the total.

PTCRB certification, overview

Author Hugues Orgitello Last updated 11 July 2026 ~6 min read

Pillar: North America

PTCRB (historically PCS Type Certification Review Board) is the cellular certification program required by North American mobile operators for equipment that wants to operate on their networks. Administered by CTIA Certification, it is a private operator certification, distinct from FCC government certification, but it has effectively become an access condition to the North American cellular market for cellular modules and terminals.

What is PTCRB?

PTCRB is a certification program established in 1997 by North American wireless operators to harmonise technical requirements for cellular equipment homologation. It is administered by CTIA Certification and managed by the PTCRB Working Group, which brings together network operators, device manufacturers, test labs and test equipment vendors. Operators participating in the program include:

AT&T and FirstNet (USA)
T-Mobile (USA)
Verizon (USA; Verizon also runs its own Open Development device certification)
Bell (Canada)
Rogers (Canada)
Telus (Canada)

Plus regional and satellite operators (16 operators listed on ptcrb.com in 2026, including Starlink).

PTCRB is not a regulation in the FCC sense. It is a private operator program that collectively defines technical requirements for cellular equipment intended for their networks. But in practice, without PTCRB certification, the product cannot be homologated on these networks, which amounts to a market access requirement.

Difference with FCC

Aspect	FCC	PTCRB
Nature	Government regulation (47 CFR)	Private operator program
Scope	Radio emission limits	Compliance with network requirements
Obligation	Legal	Contractual (via operators)
Sanctions	FCC fines	Homologation refusal
Typical cost	$10-150k	$40-150k
Typical timing	3-4 months	3-12 months
Renewal	None (except modifications)	Continuous (per 3GPP evolutions)

Both certifications are complementary and necessary to sell cellular equipment in the US and Canada. FCC validates radio compliance; PTCRB validates that the equipment functions correctly on specific North American mobile networks.

PTCRB scope

PTCRB covers cellular equipment using 3GPP technologies:

2G: GSM, GPRS, EDGE (in progressive sunset on most US/CA networks in 2026)
3G: UMTS, HSPA, HSPA+ (idem, progressive sunset)
4G: LTE, LTE-Advanced, LTE-Advanced Pro, Cat-M, NB-IoT
5G: NSA (Non-Standalone), SA (Standalone), 5G mmWave

The frequencies concerned are the bands assigned in North America:

LTE B2, B4, B5, B7, B12, B13, B14, B17, B25, B26, B29, B30, B41, B66, B71
5G n2, n5, n7, n25, n41, n66, n71, n77, n78, n260, n261

PTCRB requirements and test campaign

PTCRB requirements are defined in public documents downloadable from ptcrb.com/get-certified:

PPMD (Program Management Document): the certification and IMEI control process
NAPRD03: the technical requirements, pointing to the test cases of the PTCRB test case database
PVG.11: the list of frequency bands in scope for testing

The test campaign combines several categories:

Category	Requirements source
RF conformance (power, mask, sensitivity)	3GPP TS 36.521 (LTE), TS 38.521 (5G NR)
Protocol conformance	3GPP TS 36.523 (LTE), TS 38.523 (5G NR)
RRM (Radio Resource Management)	3GPP TS 36.521-3 (LTE), TS 38.533 (5G NR)
Radiated performance (TRP, TIS, EIRP)	CTIA Certification OTA test plan
SIM/USIM interface	3GPP and ETSI SIM test specifications
IMS / VoLTE / location (A-GNSS)	3GPP test cases per supported features

NAPRD03 and the test case database are updated several times a year to integrate new 3GPP releases, new bands, and operator evolutions.

Module certification vs device certification

PTCRB distinguishes two certification levels:

Module certification

Concerns cellular modules (integrable RF cards, e.g. Quectel BG770A, Sierra Wireless EM9191, u-blox SARA). The module is certified once, and the integrator can reuse this certification in their final product under conditions.

Advantages:

Cost shared between integrators
Faster integration timing
Radio conformance baseline already demonstrated

Limits:

The module must be used in accordance with documented conditions (antennas, supply, mechanical constraints)
The integrating device still needs its own certification (reduced scope)

Device certification on a certified module

Concerns the complete final product. In the current program structure, IoT devices built on a certified module or embedded modem are certified through IoT Network Certified (INC), the streamlined IoT path administered by CTIA Certification alongside PTCRB; notebooks and tablets follow a reduced PTCRB path. The device-level campaign covers:

Verification of correct module integration
OTA tests specific to the complete product (TRP, TIS)
Radiated spurious emissions and SIM electrical tests
Verification of radio configurations in the product

For an integrator of a certified cellular module, device certification represents a fraction of the cost and time of complete module certification.

Process actors

PTCRB Authorized Test Labs

The test campaign is executed by PTCRB Authorized Test Labs (ATL): Primary labs, which can sponsor Associate labs. The up-to-date directory is published on ptcrb.com. Groups active in this market include:

Element Materials Technology
Bureau Veritas
Cetecom Advanced
SGS
Sporton International
SEQAL, WE Certification

Labs use test platforms validated through the PVG test case validation process:

Anritsu MD8475A (legacy), ME7834NR (5G)
Rohde & Schwarz CMW500, CMX500
Keysight UXM 5G

PVG: PTCRB Validation Group

The PVG is the technical consultation body of the PTCRB Working Group. It manages test case validation, qualifies test platforms, and maintains the PTCRB test case database and the PVG.11 band list. It does not review individual certification files: requests are submitted in the PTCRB certification database via the Primary lab, and CTIA Certification reviews the data and awards certification.

IMEI Range

Each certified model needs a TAC (Type Allocation Code), the first 8 digits of the 15-digit IMEI (International Mobile Equipment Identity). For PTCRB devices, CTIA Certification acts as IMEI Administrator and GSMA Reporting Body: it issues TACs and reports them to GSMA. One TAC covers 1,000,000 production units.

Typical PTCRB certification timeline

For a 4G LTE Cat-M + NB-IoT cellular module:

Month 1   : Preparation (applicable requirements, lab selection)
Month 2-3 : Internal pre-tests (basic RF, simple OTA)
Month 4-5 : Tests at a PTCRB Authorized Test Lab
Month 6   : Submission in the certification database (via Primary lab)
Month 7   : Review + possible corrections
Month 8   : Certification awarded + TAC/IMEI range
Month 8+  : Operator homologation by operator (AT&T, T-Mobile, etc.)

Total: typically 6 to 9 months for a standard product, more for 5G or complex multi-band products. This is an indicative example; actual timing depends on scope and lab load.

Indicative costs

The laboratory figures below are rough market estimates for budgeting, not published PTCRB fees; only the CTIA Certification fee is official (PPMD V4.1). Request quotes from an authorized lab for a real budget.

Item	Range
4G RF Conformance	$20,000 – $50,000
5G NSA RF Conformance	$40,000 – $80,000
5G SA RF Conformance	$60,000 – $120,000
OTA tests	$15,000 – $40,000
IMS / VoLTE / VoNR	$10,000 – $25,000
Data Throughput	$5,000 – $15,000
Inter-Operability	$10,000 – $25,000
CTIA Certification fee (official, PPMD V4.1)	$12,500 Initial / $3,125 Variant
Operator fees (per operator, optional)	$5,000 – $20,000
Device certification (on certified module)	$30,000 – $80,000

Typical total for a complete cellular module: $80,000 to $200,000. For a device reusing a certified module: $30,000 to $80,000.

PTCRB and GCF

GCF (Global Certification Forum) is the European/global equivalent of PTCRB. Many European operators (Orange, Vodafone, Deutsche Telekom, etc.) require GCF certification for homologation. For a global cellular product:

PTCRB for North America
GCF for Europe and Asia

Many tests are common (3GPP-based) and a single lab can produce the reports required for both certifications, which yields significant time and budget savings on dual certification.