RCM Certification Australia New Zealand WiFi Cellular

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Update time : 2026-05-10

What is rcm certification?

RCM (Regulatory Compliance mark) is a mandatory compliance mark for Australia and New Zealand. Wireless devices such as WiFi routers and 4G/5G modems must be affixed with the rcm mark before they can be sold in the Australian and New Zealand markets.

RCM is administered by the ACMA (Australian Communications and Media Authority) and covers four major areas: radio, telecommunications, EMC (Electromagnetic Compatibility), and EME (Electromagnetic Exposure). New Zealand recognizes RCM through RSM (Radio Spectrum Management) but requires an additional R-NZ marking.

RCM Certification Australia New Zealand WiFi Cellular(图1)

Do WiFi and Cellular Devices Need RCM?

Yes, they must.

According to the Radiocommunications Act 1992 and the Telecommunications Act 1997, all devices using the radio frequency spectrum or accessing public networks fall within the mandatory scope. Non-compliance can result in a maximum fine of approximately 165,000 AUD, and products will be recalled or banned from sale.

Latest Regulatory Changes in 2026

Mandatory Cybersecurity Assessment for Smart Devices

Starting in 2026, smart WiFi devices must comply with the EN 303 645 standard, and manufacturers must submit cybersecurity technical documentation.

New Standard AS/NZS 4268.1:2025 Takes Effect

This standard replaces the old version and updates the testing methods for SRD (Short Range Devices). The 2025-2026 transition period has ended, and it is now strictly enforced.

ESD Testing Upgrades

Electrostatic Discharge (ESD) testing has been increased from ±8kV to ±15kV, implementing stricter requirements for device interference immunity.

ACMA Key Enforcement Year

In the 2025-2026 fiscal year, ACMA is intensifying random market inspections of wireless devices. Non-compliant products will be immediately removed from shelves.

6GHz Wi-Fi AFC System

In November 2025, ACMA released a public consultation with a comment period ending January 30, 2026. WiFi 6E/7 devices supporting 6GHz must pay attention to upcoming AFC (Automated Frequency Coordination) requirements.

ACMA and EESS: Dual-Track Regulation Analysis

Regulatory Area	Regulatory Body	Applicable Standards	Mandatory?
Radio/RF	ACMA	AS/NZS 4268 Series	Yes
Telecommunications Interface	ACMA	AS/CA S042 Series	Yes
EMC (Electromagnetic Compatibility)	ACMA	as/nzs cispr 32	Yes
EME (Electromagnetic Exposure)	ACMA/ARPANSA	AS/NZS 2772.2	Yes
Electrical Safety	EESS	AS/NZS 62368.1	Depends on risk level

Key Difference: Purely wireless devices (e.g., 4G hotspots) may not require EESS electrical safety registration but still must bear the RCM mark. Devices powered by adapters typically require EESS registration.

RCM Standard List for WiFi Devices

Test Item	Applicable Standard	Description
Radio	AS/NZS 4268.1:2025	Short Range Devices (SRD)
EMC	AS/NZS CISPR 32:2015+A1:2020	Information Technology Equipment
EME	AS/NZS 2772.2:2016	RF Exposure Assessment
Telecom Interface	Depends on function	Usually not applicable to pure WiFi

Frequency Band Requirements:

2.4GHz: Power ≤ 100mW EIRP
5GHz: Divided into UNII-1/2/3 sub-bands, each with different power limits.
6GHz: Currently only the Low Power Indoor (LPI) mode is open; the AFC system is pending implementation.

RCM Standard List for Cellular Devices

Test Item	Applicable Standard	Description
Cellular RF	EN 301 908-1/2/13	LTE/NR Base Stations and Terminals
Telecom Interface	AS/CA S042.1, S042.4	Mobile Device Air Interface
EMC	AS/NZS CISPR 32	Same as above
EME	AS/NZS 2772.2, ARPANSA RPS S-1	SAR/Power Density
Electrical Safety	AS/NZS 62368.1:2018/2022	Mandatory for high-risk devices

Cellular devices generally fall under Level 3 High Risk and must be tested by accredited laboratories; a Supplier's Declaration of Conformity (sdoc) alone is insufficient.

Product Risk Levels

ACMA classifies devices into three levels:

Level 1 (Low Risk): Limited impact; eligible for Self-Declaration of Conformity (SDoC).
Level 2 (Medium Risk): Requires test reports or a Technical Construction File (TCF).
Level 3 (High Risk): Cellular devices with voice functionality, high-power transmission devices; mandatory testing by accredited laboratories.

Mobile phones with VoLTE and 4G/5G CPE routers both belong to Level 3.

Six-Step RCM Certification Process

Determine applicable standards: Select ACMA/EESS standards based on device functions (WiFi/Cellular/Bluetooth).
Product testing: Send the product to an accredited laboratory (e.g., JJR Laboratory) to complete RF/EMC/EME/Safety testing.
Compile technical documentation: Including circuit diagrams, photos, user manuals, and test reports.
Register as a Responsible Supplier: Local Australian/New Zealand companies must hold a valid ABN and register in the EESS database.
Sign the Declaration of Conformity (DoC): Declare that the product complies with all applicable standards.
Affix the RCM Mark: The mark height must be ≥ 3mm, clear, durable, and include the registration number.

Responsible Supplier and ABN Requirements

Must provide a valid ABN (Australian Business Number).
Complete supplier registration in the EESS database.
Sign the DoC and assume legal responsibility.
Keep compliance records for at least 5 years.
If there is no local entity, a local authorized representative in Australia/New Zealand must be appointed.

RCM Mark Specifications

Minimum height: 3mm
Location: On the product body, packaging, or accompanying documentation.
Requirements: Clear, durable, and non-removable.
Must include the EESS registration number.
Sales in New Zealand: Additional R-NZ marking required.

CE Mark vs. RCM: Are They Interchangeable?

No.

The CE mark applies only to the EU market. Although some tests are mutually recognized (e.g., the EN 301 908 series), RCM is an independent system for Australia and New Zealand, requiring separate registration. Holding a CE mark does not mean automatic RCM certification.

Key Differences:

RCM requires a local Responsible Supplier in Australia/New Zealand.
Frequency band planning differs from the EU (e.g., 5GHz sub-band allocations).
Telecommunications interface standards (AS/CA S042) are unique to Australia and New Zealand.

Certification Cycle and Cost Reference

Device Type	Cycle	Common Causes of Delay
General Electronics	3-6 weeks	Incomplete documentation
Smart/Wireless Devices	6-10 weeks	Test failures, uncertified components
Cellular Devices (Level 3)	8-12 weeks	Accredited lab scheduling, standard updates

Special Requirements for New Zealand

Recognizes the RCM mark, but requires an additional R-NZ marking.
RF standards differ from Australia, with different restrictions on certain frequency bands.
Regulation is enforced by RSM (Radio Spectrum Management).
It is recommended to meet both Australian and New Zealand requirements simultaneously to avoid secondary certification.

Frequently Asked Questions (FAQ)

Do pure WiFi modules need RCM?

Yes. As long as they use the 2.4GHz/5GHz/6GHz frequency bands, they fall under the mandatory SRD scope.

How long does 4G router certification take?

Usually 8-12 weeks. Level 3 high-risk devices require testing by an accredited laboratory, which takes a longer cycle.

If I already have a CE report, can RCM be simplified?

Some RF/emc tests can be mutually recognized, but you must re-register a Responsible Supplier, and telecommunications interface standards must be re-tested according to Australian/New Zealand requirements.

Can I get RCM without an Australian company?

Yes, you must appoint a local authorized representative in Australia/New Zealand, who will hold the ABN and register with EESS.

Can the RCM mark be placed on the outer packaging?

Yes, but you must ensure the packaging is sold together with the product, and the mark is clear and durable.

Are there special requirements for battery-powered devices?

Devices with internal batteries that cannot operate while charging may be exempt from some safety requirements, but they still require RCM Registration.