Australia Type Approval: ACMA/RCM Certification Guide
Selling wireless or telecommunications products in Australia requires compliance with ACMA standards and an RCM-marked product. Manufacturers must also prepare and retain a Declaration of Conformity (DoC) and registration as a responsible supplier on the national database where labelling is required. ACMA primarily enforces these obligations through supplier compliance, audits and post-market enforcement.
What you’ll learn:
- How Australia’s compliance framework divides regulatory responsibility
- The Declaration of Conformity (DoC) process and what makes a declaration valid
- Which current rules and standards apply to your product, including the current 2026 framework and identified 2027 regulatory watch items
- How MRA recognition removes the need for in-country testing
- The four mistakes that most reliably delay Australian certification
Australia’s Compliance Framework
The Australian Communications and Media Authority (ACMA) administers the Radiocommunications Act 1992 and Telecommunications Act 1997. ACMA sets technical standards for RF performance, EMC compliance, and electromagnetic energy (EME) exposure.
The Regulatory Compliance Mark (RCM) replaced A-Tick and C-Tick. One mark now covers both telecommunications and electrical safety compliance.
The Electrical Equipment Safety System (EESS) governs electrical safety for mains-powered products through state and territory jurisdictions.
ACMA enforces post-market. When you cannot produce compliance evidence on request, ACMA can impose:
- Financial penalties
- Product recalls
- Supply prohibitions
| Body | Scope | Core Requirement |
| ACMA | Telecommunications, radiocommunications, EMC | Technical standards compliance |
| RCM | All in-scope products | Unified compliance mark; supplier registration/DoC and evidence requirements depend on the applicable ACMA/EESS rules |
| EESS | Mains-powered electrical equipment | Safety standards and risk registration |
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The Supplier’s Declaration of Conformity
Australia does not operate a general product-by-product ACMA approval certificate scheme for ordinary RCM products. However, where an ACMA compliance label is required, the Australian manufacturer or importer must be registered on the national database before applying the label and must make and retain a Declaration of Conformity (DoC) supported by the required compliance records.
| SDoC Requirement | Detail |
| Australian Responsible Supplier | Manufacturer, importer, or authorized local representative |
| Physical Street Address | Required before applying an ACMA compliance label where the applicable labelling rules require registration; an Australian address and representative details are required. P.O. Boxes not accepted |
| Compliance Evidence | Accredited laboratory test reports |
| Technical Construction File (TCF) | Complete documentation supporting the declaration |
| Record Retention | 5 years; available for ACMA inspection |
Compliance levels and evidence requirements depend on the applicable labelling regime (radiocommunications/EME, EMC and/or telecommunications) and the specific product. Do not assume every wireless product is automatically Level 2 or Level 3; determine the applicable level and evidence requirements from the current rules for that product.
| Level | Testing Requirement |
| 1 | Lower-risk evidence requirements; testing may not be mandatory in every regime/product category |
| 2 | Testing/documentation requirements depend on the applicable labelling notice/rules and product category |
| 3 | Accredited test evidence is required where the applicable rules designate the highest compliance level |
Testing Standards
| Test Area | Applicable Standard |
| RF and Radiocommunications | Radiocommunications Equipment (General) Rules 2021, including applicable general standards in Schedule 5; for short-range equipment, the Short Range Equipment Standard and LIPD Class Licence 2025 (current in 2026) conditions |
| EMC Emissions and Immunity | Radiocommunications (Electromagnetic Compatibility) Standard 2017 + applicable ACMA-recognized EMC standard(s) |
| EME/SAR | Radiocommunications Equipment (General) Rules 2021, Schedule 4 (EME Standard), referencing ARPANSA RPS S-1 (2021) |
| Short-Range Devices | Radiocommunications (Low Interference Potential Devices) Class Licence 2025 (commenced 1 October 2025) + Schedule 5 Short Range Equipment Standard; AS/NZS 4268:2017 is one recognised measurement standard |
| Telecommunications | Telecommunications (Labelling Notice for Customer Equipment and Customer Cabling) Instrument 2025 + the applicable ACMA telecommunications technical standard(s) for the product |
Australia-Specific RF Considerations
Australia-specific frequency limits must be checked against the current class licence for the device. For 900 MHz products, do not assume the full North American 902-928 MHz range is permitted. The Australian ISM allocation includes 918-926 MHz, while particular LIPD device categories may have different permitted bands and conditions. Firmware region-locking or hardware changes may be needed before compliance testing.
EMC and EME/SAR
The Radiocommunications (Electromagnetic Compatibility) Standard 2017 requires emissions and immunity testing. ACMA classifies products as G1 (residential/commercial) or G2 (industrial). Common referenced standards include CISPR 32 and CISPR 11. Smartphones, wearables, and tablets with integral antennas also require SAR testing in accordance with ARPANSA’s Radiation Protection Standard. Human exposure requirements are set through Schedule 4 to the Radiocommunications Equipment (General) Rules 2021 and reference the ARPANSA Radiation Protection Standard for Limiting Exposure to Radiofrequency Fields – 100 kHz to 300 GHz (2021).
Short-Range Devices
Short-range devices fall under the LIPD Class License 2025, effective October 1, 2025. Affected products include:
- Wi-Fi
- Bluetooth
- RFID
- UWB
Short-range equipment must comply with the Radiocommunications (Low Interference Potential Devices) Class Licence 2025, which commenced on 1 October 2025 and remains the current class licence in 2026, together with the Short Range Equipment Standard in Schedule 5 to the Radiocommunications Equipment (General) Rules 2021, where applicable. Common affected technologies include:
Mutual Recognition Agreements
Australia participates in the APEC Telecommunications Mutual Recognition Arrangement (APEC TEL MRA) Phase I. Recognized Conformity Assessment Bodies (CABs) issue test reports that ACMA accepts for SDoC preparation. No in-country testing is required.
MiCOM Labs holds CAB designation US0159 under the APEC TEL MRA. ACMA accepts MiCOM Labs test reports for Australian SDoC preparation directly.
| Partner | Scope |
| New Zealand | Trans-Tasman MRA |
| Chinese Taipei | EME/SAR |
| Singapore | Telecommunications |
| European Union | EC-MRA |
| EFTA | Aligned with EC-MRA |
Testing once with an MRA-recognized laboratory can support certification across multiple markets simultaneously but each market’s frequency, power, labelling and documentation requirements still need to be addressed.
RCM Marking
Apply the RCM mark before supplying products in Australia. Physical requirements:
- Minimum 3 mm height
- Permanent and durable
- Visible and legible to the unaided eye
- Placed on a readily accessible product surface
When surface labeling is impractical, acceptable alternatives include:
- Electronic labeling via a built-in display
- A QR code linking to an RCM-displaying webpage
- Packaging labeling with accompanying documentation
Certification Timeline
Working with an MRA-recognized lab removes in-country testing delays. That single step is the most reliable way to reach the shorter end of this range.
| Phase | Duration | Key Activities |
| Pre-Compliance | 1–2 weeks | Standards identification, gap analysis, sample preparation |
| Testing | 2–4 weeks | RF, EMC, and SAR testing |
| Report & SDoC | 1 week | TCF compilation and declaration |
| Total | 4–7 weeks | First-pass timeline; failures may extend schedules |
Regulatory Updates
LIPD Class License 2025 (Effective October 1, 2025)
The LIPD Class License 2025 replaced the 2015 version following a public consultation that received 30 submissions. The updated license adds regulatory pathways for emerging wireless technologies and aligns Australia’s short-range device framework with international spectrum allocations.
| Device Category | Band | Key Condition |
| WMAS Transmitters | 520–694 MHz | Professional audio and event production |
| Digital Modulation Transmitters | 5150–5250 MHz | Expanded beyond standard Wi-Fi device types |
| RLAN Transmitters (Wi-Fi 6E/7) | 6425–6585 MHz | Software region locking required |
| Frequency-Hopping Transmitters | 5925–6425 MHz | Contention-based access protocol required |
| Radiodetermination Transmitters | 13.4–14 GHz | 25 mW EIRP cap; ETSI EN 300 440 |
| Vehicular Radar | 76–77 GHz | ETSI EN 301 091-1 |
Verify compliance against 2025 license terms before bringing products to market. Pay close attention to RLAN and frequency-hopping devices, where new frequency constraints apply.
Telecommunications Labeling Notice 2025
Effective March 31, 2025, the TLN 2025 mandated RCM labeling for previously exempt cabling products. The one-year transition ended March 30, 2026. All cabling suppliers now require full RCM compliance, including those previously exempt.
2027 Regulatory Watchlist – Proposed / Pending Items (status checked 6 October 2026)
The items below are not presented as final 2027 requirements unless and until the relevant instrument or standard is made and commences. They should be re-checked immediately before testing, placing a purchase order for certification work, or supplying product in Australia.
Telecommunications customer equipment regulation: ACMA consulted in July-September 2026 on proposed amendments to the Telecommunications (Labelling Notice for Customer Equipment and Customer Cabling) Instrument 2025 and two technical standards. As of 6 October 2026, ACMA lists the consultation as closed and under review. Proposed changes include extending the standards-compliance record-keeping period, limiting grandfathering for mobile phones and – after a transition period – requiring compliance with the latest emergency-call-access technical standard, and adopting a revised customer-equipment safety standard. Treat these as a 2027 watch item until ACMA publishes the final instruments and commencement/transitional dates.
Mobile phones / emergency calling: products with cellular/mobile functionality should be checked for the outcome of ACMA’s proposed Telecommunications (Mobile Equipment Air Interface) Technical Standard 2026 before 2027 testing or supply. If finalised, the new requirements and any transition period may affect reliance on older/grandfathered compliance evidence.
Customer equipment safety: check whether ACMA has finalised the proposed Telecommunications (Customer Equipment Safety) Technical Standard 2026 and the related TLN amendments. The 2026 proposal would adopt a revised industry safety standard and recognise certain overlapping aviation or electrical-safety compliance pathways.
Spectrum planning / WRC-27: ACMA’s draft Five-year spectrum outlook 2026-31 identifies preparations for the ITU World Radiocommunication Conference 2027 (WRC-27), satellite direct-to-device connectivity and other spectrum projects as priorities. WRC-27 outcomes do not automatically change Australian product-approval requirements on the conference date; subsequent Australian spectrum-plan, class-licence, equipment-rule or standard amendments must be monitored before they are treated as mandatory.
2.5 GHz framework: ACMA completed a 2026 review intended to better support 5G and advanced antenna systems and varied the relevant 2.5 GHz interference advisory guidelines from 4 September 2026. This is primarily a spectrum-licensing/coexistence development rather than a general RCM product-standard change, but manufacturers of infrastructure or specialised 2.5 GHz equipment should verify the current licence and interference framework during 2027 projects.
Recommended 2027 compliance check: before final testing, verify (1) the current compilation of the Radiocommunications Equipment (General) Rules 2021, (2) the current LIPD Class Licence and Schedule 1, (3) the current ACMA recognised standards lists, (4) the current Telecommunications Labelling Notice and applicable telecommunications technical standards, (5) the Australian Radiofrequency Spectrum Plan, and (6) any ACMA consultation outcomes or transition dates that apply to the product.
Common Pitfalls
| Pitfall | Solution |
| 900 MHz Frequency Incompatibility | Verify Australian frequency authorization before testing; the ISM band differs from North America. |
| No Australian Responsible Supplier | Establish an importer or local representative before testing; foreign manufacturers cannot sign an SDoC. |
| Non-Recognized Test Reports | Use a NATA-accredited or APEC MRA-recognized laboratory from the start. |
| Incomplete TCF | Build the technical file alongside testing to avoid documentation-related delays. |
Why MiCOM Labs
MiCOM Labs holds CAB designation US0159 under the APEC TEL MRA. ACMA accepts MiCOM Labs test reports for SDoC preparation without duplicate in-country testing.
MiCOM Labs provides full Australian compliance testing in-house:
- RF and radiocommunications
- EMC emissions and immunity
- Telecommunications performance
- EME/SAR
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Frequently Asked Questions
Does the RCM cover both ACMA and EESS requirements?
Yes. The RCM represents compliance with both schemes, but your product must independently satisfy each scheme’s applicable standards.
Can FCC or CE test reports support an Australian SDoC?
Yes, when an MRA-recognized laboratory issues them. Reports must address Australian-specific frequency bands and power limits.
Does Australia require in-country testing?
No. ACMA accepts reports from NATA-accredited or MRA-recognized CABs. Australia stands apart from markets like China and Brazil, which mandate local testing.
How long does a DoC remain valid?
The DoC has no expiration date. It remains valid as long as the product remains unchanged and compliant. Maintain compliance records for 5 years.
Further Reading