- PTCRB
- PTCRB certification, step-by-step procedure
PTCRB certification, step-by-step procedure
The PTCRB procedure is written down in one document: the Program Management Document, PPMD V4.2, dated October 2026. This page follows it step by step, from the certification request to the award, the public listing and the changes that need an ECO. One point changes the whole picture compared with older guides: since PPMD V4.0 (October 2025), an IoT device built on a certified module no longer gets a PTCRB device certification, it goes through IoT Network Certified. Everything below is as of October 7, 2026.
Which route for which product
Section titled “Which route for which product”The PPMD (Table 11.2-1) sorts devices into four types, each with its own requirements. IoT devices built on a module are outside the PPMD.
| Product | Route | Section of PPMD V4.2 | CTIA Certification fee (11.3.1.11) |
|---|---|---|---|
| Smartphone, feature phone, other device | PTCRB Initial | 11.1 to 11.8 | $12,500 ($15,000 with Wi-Fi Converged Device Testing) |
| Module (up to NR FR1) | PTCRB Initial, or Variant of another module | 11.9.1 | $12,500 ($15,000 with Wi-Fi Converged Device Testing) |
| Module or end product using a Certified Chipset | PTCRB Initial | 11.16 | $7,500 ($10,000 with Wi-Fi Converged Device Testing) |
| Notebook or tablet using a certified module | PTCRB Initial (Parent/Child platforms) | 11.11 | $1,500 ($2,125 with Wi-Fi Converged Device Testing) |
| Embedded modem, or other IoT device using a module | IoT Network Certified | 11.3.1.3 | Set in the How to Get IoT Network Certified guide |
| Certified Chipset | PTCRB Initial | 11.15 | $12,500 (Initial Certification fee) |
Two module rules matter early in a project:
- A module is certified on a complete test set. It can be an Initial Certification or a Variant of another module, never a Variant of a phone or other device type. Its PICS/PIXIT and test results are made available to the Primary lab that later evaluates an IoT device containing it (PPMD 11.9.1).
- An FR2 module runs FR2 protocol tests only. It is not subject to FR2 RF, performance or RRM test cases at module level (PPMD 11.9.2, Table 11.9-1); that testing moves to the end product.
The steps, as the texts list them
Section titled “The steps, as the texts list them”The ptcrb.com "Get Certified" page lists six steps (Verify, Comply, Submit, Pay, Upload, Receive); the CTIA Certification program page lists eight (Request, Select, Determine, Test, Submit, Pay, Confirm, Notify). The PPMD gives the rules behind each one.
| # | Step | What the PPMD requires | Section |
|---|---|---|---|
| 1 | Check operator needs | Determine whether the device needs additional operator-specific testing for the target markets (ptcrb.com) | |
| 2 | Regulatory approval | FCC Grant of Equipment Authorization (US) under the applicable rule parts (the PPMD names Parts 22H, 24E, 27, 90 and 30), ISED Technical Acceptance Certificate (Canada) under the applicable RSS (RSS-132, RSS-133, RSS-139), or evidence for another jurisdiction. The ID must be entered before PTCRB certification is received | 11.3.1.8 |
| 3 | Database access | Registration on certify.ptcrb.com, for a named individual whose email domain matches the company | 9.2 |
| 4 | IMEI TAC request | Submitted via certify.ptcrb.com; the TAC is reserved for 120 days and revoked if the device is not certified by then | 8.6 |
| 5 | Certification request | Request type (Initial, Variant or ECO), device type, whether the device incorporates a module, embedded modem or Certified Chipset, technologies and bands, regulatory ID, features, IMEI TAC, contacts | 11.3.1.2, 11.3.1.3 |
| 6 | Primary lab selection | The manufacturer selects a PTCRB Full Test Laboratory, which manages 100% of the test cases; only the Primary lab may request subcontracting | 11.3.1.5 |
| 7 | Declarations and documents | Air interface compliance, IMEI security, AE compliance where applicable, accuracy and completeness; PICS/PIXIT, product description (a draft is acceptable), all in English | 11.3.1.6, 11.3.1.7 |
| 8 | Testing and upload | The lab accepts or rejects the request in the database, tests, then enters final hardware and software versions, NAPRD03 version, IMEI TAC and test results | 11.4 |
| 9 | Fees | CTIA Certification invoices the certification fee; payment is required before certification is issued. Lab testing fees are separate | 11.3.1.11 |
| 10 | Award | Status changes to "Under Review by CTIA Certification", then after a final review the device is certified and the manufacturer receives an email | 11.3.4 |
| 11 | Public listing | When certified, or 1 to 365 days after certification, at the manufacturer's choice | 11.3.1.12 |
Operators can be given a view of a pending request if the manufacturer selects them at submission (PPMD 11.3.1.13). Test results uploaded by the Primary lab are visible to CTIA Certification staff and to the members of the Operator Steering Group (PPMD 6.4).
Request categories
Section titled “Request categories”| Category | What it is | Key rule |
|---|---|---|
| Initial | First PTCRB certification of a device of any type | A complete set of test cases; results from another device of the same manufacturer can be leveraged if the Primary lab confirms it (11.1) |
| Variant | A device derived from a PTCRB-certified Parent (a notebook derived from a Parent is a Child, not a Variant) | No device may be derived from a Variant; enabling a new technology (3G, 4G) is a new platform and needs an Initial Certification (1.2, 11.12) |
| ECO | Request to recertify a certified device after a hardware or software update | Required for any hardware change, any radio or protocol stack change that changes the software version or SVN, and any recompilation of the radio or protocol stack (11.6.1) |
A Superset Device can only be created through an Initial or Variant request, never through an ECO (PPMD 11.3.1.2). A Variant must certify against one of the two most recent NAPRD03 versions, never an earlier one than its Parent (PPMD 11.12.2).
Which NAPRD03 version
Section titled “Which NAPRD03 version”Certification is based on the most recent NAPRD03 version on the date the test reports are uploaded, or the one before it (PPMD 11.7). NAPRD03 is released four times a year (PPMD 5.2), so a project that drifts loses its version. On October 7, 2026 the current version is NAPRD03 V6.26, dated October 2026.
For a notebook or tablet, the platform is tested against the NAPRD03 version used to certify the module. That version stays valid for three years from the module's last certification that required testing, provided the module runs the same software; after that, the module must re-certify to the latest NAPRD03 before it can be used in new platforms (PPMD 11.11.2).
Authorized test labs
Section titled “Authorized test labs”| Lab role | Definition (PPMD Section 6) |
|---|---|
| Primary Test Laboratory | Selected by the manufacturer, takes primary responsibility for all certification requirements; must be a Full Test Laboratory qualified in E-UTRA and/or NR, plus LTE-M or NB-IoT for those devices |
| Full Test Laboratory | Meets the CTIA Certification Policies and Procedures for Authorized Test Labs |
| Associate Laboratory | Sponsored by a Full Test Laboratory, runs part of the testing |
According to the ptcrb.com Test Labs page, authorized labs must hold ISO/IEC 17025 accreditation aligned to CTIA test scopes, pass a formal audit, take part in inter-laboratory comparison testing and make an annual capability submission. Labs named in the PTCRB Award of Excellence from 2022 to 2025 include Element Materials Technology, SEQAL, SGS, Sporton International, WE Certification, Bureau Veritas and Cetecom Advanced. The same page says there are dozens of authorized labs worldwide; choose the Primary lab on its qualifications for your radio access technologies, not on this list.
The PVG (PTCRB Validation Group) is a technical body: it validates test cases, qualifies test equipment and maintains the PVG.11 band list. It does not review certification requests; CTIA Certification does.
IMEI and TAC
Section titled “IMEI and TAC”For PTCRB devices, CTIA Certification is the IMEI Administrator: it receives and reviews IMEI TAC requests, issues TACs and acts as a GSMA Reporting Body (PPMD 2.2). The IMEI has 15 digits:
IMEI = TAC (8) + serial number (6) + check digit (1) = 15 digitsIMEISV = TAC (8) + serial number (6) + SVN (2) = 16 digits| Rule | Source |
|---|---|
| The first two TAC digits are the Reporting Body Identifier: 01 for PTCRB reserved or certified IMEIs, 35 for BABT | PPMD 8.1 |
| One TAC covers 1,000,000 units; beyond that, an additional TAC | PPMD 8.1, 8.2.10 |
| A TAC cannot be shared across model numbers; under extenuating circumstances operators may allow one TAC for several models marketed as a single model, told apart by the SVN | PPMD 8.2 |
| A TAC request is reserved for 120 days, then revoked if the device is not certified | PPMD 8.6 |
| A test IMEI is for prototypes only and cannot be used for the final certification | PPMD 8.3.2 |
| The SVN (00 to 98, 99 reserved) is updated when the radio or protocol layer software changes or is recompiled | PPMD 8.1, 8.2.1 |
| The IMEI (SV) goes on the Certified, Uncertified or Block list of the North American CEIR and is sent to the GSMA | PPMD 8.4 |
| The GSMA charges its own fees for TAC allocation | PPMD 8.6 |
| The check digit is computed with the Luhn formula over the first 14 digits | 3GPP TS 23.003 |
Devices that complete PTCRB certification are issued an IMEI on the Certified list, and service is not denied to them because of equipment type; operators may, at their discretion, deny service to an "Uncertified Listed" device (PPMD 8.2.5, 8.2.7).
After certification: ECO and FOTA
Section titled “After certification: ECO and FOTA”The Primary lab decides whether an ECO needs full or partial retesting, on "objective and defensible criteria". For an antenna change, it decides whether TRP, TIS, C-TIS, RSE, NHPRP or NHPIS OTA testing is required, and whether full OTA testing or spot-checks are enough (PPMD 11.6.4). For a module ECO, the lab assesses whether IoT devices using earlier module versions need testing to use the new one (11.6.4.1).
Software loaded by FOTA must bit-match the certified software; otherwise it must itself be certified (PPMD 11.3.2).
IoT devices: IoT Network Certified
Section titled “IoT devices: IoT Network Certified”Except notebooks and tablets, devices incorporating a module or embedded modem are submitted for IoT Network Certified (PPMD 11.3.1.3), which ptcrb.com describes as a streamlined process that leverages the PTCRB certification of the embedded module. Its requirements moved out of the PPMD in V4.0 into the How to Get IoT Network Certified guide. Two rules still apply from the PTCRB documents:
- RF performance evaluation (radiated OTA performance, CTIA Certification test plan) is mandatory for all device types going through PTCRB or IoT Network Certified (NAPRD03 2.9).
- For an IoT device ECO with an antenna change, or a module revision whose assessment calls for testing, a lab review is always required. If radiated testing is needed, TRP may be no more than 2 dB below the Parent, and TIS or C-TIS no more than 2 dB above it (PPMD 11.6.4.2).
AT&T states on the IoT Network Certified site that getting AT&T Network Ready "means first getting IoT Network Certified". Each operator sets its own acceptance program on top: see the operator guides below.
How PTCRB relates to FCC approval
Section titled “How PTCRB relates to FCC approval”FCC equipment authorization is a legal requirement for radio equipment marketed in the US (47 CFR Part 2, Subpart J); PTCRB is an industry certification. The PPMD links them in one direction: the FCC ID (or ISED ID, or other national ID) must be in the PTCRB request before PTCRB certification is received, and a copy of the grant may be uploaded to speed up the process (PPMD 11.3.1.8). The two can be prepared in parallel, but the PTCRB award comes after the regulatory ID exists. Test reports for one are not declared reusable for the other by any PTCRB document.
Claims the texts contradict
Section titled “Claims the texts contradict”| Common claim (including on earlier versions of this page) | What the documents say |
|---|---|
| "An integrator using a certified module passes a reduced PTCRB device certification" | Since PPMD V4.0 (October 2025), only notebooks and tablets stay in PTCRB; other devices with a module or embedded modem go to IoT Network Certified (PPMD 11.3.1.3) |
| "A complete 4G module takes 6 to 9 months", with a month-by-month schedule | No PTCRB or CTIA Certification document gives a duration. ptcrb.com says certification time depends on the device type and on whether results from related devices can be leveraged. The fixed time rules are the 120-day TAC reservation and the NAPRD03 version window |
| "A module costs $80,000 to $200,000, a device on a certified module $30,000 to $80,000" | PTCRB publishes only the CTIA Certification fee (PPMD 11.3.1.11), from $1,500 to $15,000; testing fees are set independently by each lab |
| "The CTIA Certification fee is set in PPMD V4.1" | PPMD V4.2 (October 2026) is in force; each new PPMD version supersedes all previous ones on release (PPMD 5.3) |
| "Shared FCC and PTCRB tests cut costs by 30 to 40%" | No PTCRB document quantifies or provides for such reuse |
| "The FCC rule parts are 22, 24 and 27" | The PPMD names Parts 22H, 24E, 27, 90 and 30, among the applicable rule parts |
| "An IMEI not registered with the GSMA may be refused" | The PPMD rule is about the CEIR lists: devices on the Certified list are not denied service because of equipment type; operators may deny service to an "Uncertified Listed" device |
| "The PVG reviews certification requests" | The PVG is a technical consultation body; CTIA Certification reviews requests and awards certification |
Further reading
Section titled “Further reading”- PTCRB overview: who certifies, documents in force, bands
- PTCRB scope: products, operators, bands
- PTCRB test plans: RF, OTA, IMS, throughput
- Required tests: detailed tests by generation
- Technical file: documentation, traceability
- FAQ: common questions
- Common pitfalls: recurring errors
- PPMD V4 restructure: what changed in V4.0 and V4.1
See also
Section titled “See also”- Certification test plan template: structuring a test plan before booking a PTCRB Authorized Test Lab.
- AT&T NAF cellular IoT certification: AT&T-specific operator workflow chained after PTCRB certification.
- Verizon Open Development IoT certification: Verizon-specific submission steps that follow PTCRB.
- T-Mobile IoT device certification: T-Mobile device certification.
- NTT DOCOMO, KDDI, SoftBank Japan operator acceptance: equivalent operator workflow for the Japanese market.
- Vodafone global IoT acceptance: EU operator acceptance procedure on the Vodafone footprint.
- FCC ID, grantee and TCB: the regulatory approval the PTCRB request refers to.
- ISED Canada radio certification: the Canadian approval entered in the same request.
Sources & references
- PTCRB, Test Labs, CTIA Certification www.ptcrb.com/get-certified/test-labs/
- PTCRB, Get Certified (process and requirements documents), PTCRB / CTIA www.ptcrb.com/get-certified/
- PTCRB Program Management Document (PPMD) V4.2, October 2026, CTIA Certification www.ptcrb.com/wp-content/uploads/2026/10/PTCRB-PPMD-V4.2.pdf
- PTCRB NAPRD03 V6.26, October 2026, CTIA Certification www.ptcrb.com/wp-content/uploads/2026/10/NAPRD03-V6.26.pdf
- CTIA Certification, PTCRB Certification (process steps), CTIA Certification ctiacertification.org/program/ptcrb-certification/
- IoT Network Certified, CTIA Certification iotnetworkcertified.com/
- GSMA IMEI database, GSMA imeidb.gsma.com/
- 3GPP TS 23.003, Numbering, addressing and identification, 3GPP www.3gpp.org/ftp/Specs/archive/23_series/23.003/