RF and Electrical Equipment Compliance in Asia-Pacific in 2026

On December 31, 2025, every SRRC certificate China had issued under the old MIIT Document No. 353 standard expired for good. Any Wi-Fi, Bluetooth or 5G device still carrying one of those older approvals became non-compliant overnight, with no extension and no renewal path, only a fresh application against the stricter MIIT Document No. 129 spurious emission limits. Ten weeks later, on March 4, 2026, Australia's Cyber Security (Security Standards for Smart Devices) Rules 2025 commenced, making three baseline cybersecurity obligations mandatory for every connectable consumer product manufactured from that date onward. Neither deadline coordinated with the other, and neither coordinated with what Japan, South Korea, India, Singapore or Hong Kong were doing on their own equipment-conformity calendars that same quarter.

That is the defining feature of RF and electrical equipment compliance across Asia-Pacific in 2026: seven or eight fully independent national gates, each moving at its own pace, each capable of blocking a shipment on its own. There is no ASEAN-wide mutual recognition scheme comparable to the EU's single market, and no APEC-wide equivalent either, so a product cleared for Australia's Regulatory Compliance Mark carries zero legal weight at China customs or in front of South Korea's National Radio Research Agency.

For a compliance team shipping the same SKU across the region, that means tracking six or seven regulators with different documentation formats, different local-testing rules and different enforcement postures, often changing several of them in the same month.

Which regulators actually control market access for RF and electrical equipment in Asia-Pacific?

No single body does. China's Ministry of Industry and Information Technology runs SRRC type approval for spectrum use through its Radio Administration Bureau, while the State Administration for Market Regulation runs the separate CCC safety and EMC mark through CNCA-designated certification bodies, and testing for both must happen inside mainland China. Japan's Ministry of Internal Affairs and Communications administers Giteki radio conformity certification under the Radio Act (Act No. 131 of 1950), while Japan's electrical safety mark, PSE, sits under the Ministry of Economy, Trade and Industry's DENAN Act instead. South Korea splits the same way: the National Radio Research Agency under the Ministry of Science and ICT certifies radio and telecom equipment under Article 58-2 of the Radio Waves Act, while the Korea Agency for Technology and Standards handles electrical safety.

Australia concentrates radio and EMC conformity in the Australian Communications and Media Authority under the Radiocommunications Act 1992, but routes electrical safety through the separate state-anchored Electrical Equipment Safety System, and now routes connected-product cybersecurity through the Department of Home Affairs under the Cyber Security Act 2024. India's Department of Telecommunications, through its Wireless Planning and Coordination Wing, issues Equipment Type Approval on the Saral Sanchar portal. Singapore's Infocomm Media Development Authority runs a supplier's-declaration-first model with three risk tiers. Hong Kong's Office of the Communications Authority sets its own HKCA performance specifications independent of mainland China's rules next door. Obsidian's regulatory monitoring tracks MIIT, SAMR, MIC, RRA, ACMA, the WPC and OFCA as separate tier-0 sources rather than one blended "Asia-Pacific" feed, precisely because a change at one agency says nothing about the others.

What changed with China's SRRC certification, and does it affect products already on the market?

Yes, retroactively. MIIT Document No. 129, issued in 2021 for the 2400 MHz, 5100 MHz and 5800 MHz bands used by nearly every Wi-Fi and Bluetooth product, required all new SRRC applications to use the tighter standard from October 15, 2023, and gave existing certificate holders until December 31, 2025 to upgrade. That grace period is now closed. Any device still carrying an old Document No. 353-era SRRC certificate in these bands is legally non-compliant for sale, import or use in mainland China, with no possibility of renewal or extension under the old standard. The technical bite is real: the spurious emission limit in the 2483.5 to 2500 MHz high-channel sideband tightened to minus 40 dBm per MHz, a threshold that a meaningful share of legacy Bluetooth and Wi-Fi hardware does not meet without redesign or retesting.

China layered a second structural change on top in early 2026. SAMR's January 7, 2026 announcement reclassifies 16 product categories, including fuses, small-power motors, several classes of arc-welding machines and multiple automotive lighting and safety components, from self-declaration to mandatory third-party CCC certification. Designated certification bodies started accepting applications on July 1, 2026, self-declarations for these categories stop being accepted at the end of 2026, and full enforcement, meaning no valid CCC certificate means no manufacturing, sale or import, begins January 1, 2027.

Is Japan opening new spectrum for wireless power transmission, and does it change certification requirements?

It is moving in that direction. Japan's 920 MHz band already supports low-power spatial wireless power transmission systems for indoor factory and warehouse sensor charging, but only for indoor use. The Ministry of Internal Affairs and Communications ran a public consultation on a draft ministerial ordinance amending the Radio Act Enforcement Regulations from January 24 to February 24, 2026, to permit outdoor use and a specified low-power station category with output limits. On March 11, 2026, MIC's Radio Regulatory Council reported that the proposed amendment was appropriate, and MIC is proceeding to finalize the enforcement-regulation change. A second, related consultation on a draft notification covering the specific technical conditions for outdoor 920 MHz WPT use opened March 14, 2026, running through April 13, 2026. Once finalized, any manufacturer wanting outdoor deployment of this equipment in Japan needs a Giteki technical-conformity certification covering the new outdoor use case specifically, not a reuse of an existing indoor-only approval.

What does Australia's smart device cybersecurity law require, and who does it apply to?

Three concrete obligations, applying broadly. The Cyber Security (Security Standards for Smart Devices) Rules 2025, made under the Cyber Security Act 2024, commenced March 4, 2026 after a 12-month transition period, and apply to any product manufactured on or after that date that can connect directly or indirectly to the internet and is acquired by an Australian consumer. The three baseline standards are no universal default passwords, meaning each device needs a unique password or a mechanism for the user to set one, a published vulnerability disclosure mechanism, and a disclosed minimum security update period with a fixed end date that a manufacturer can extend but never shorten once published. The Department of Home Affairs defines "manufacturer" broadly enough to capture importers acting where the actual manufacturer has no Australian business presence, and requires manufacturers and suppliers to keep a statement of compliance and supporting records for five years. Enforcement runs through compliance, stop and recall notices rather than direct civil penalties for now, with public naming available if a recall notice is ignored.

How is India's spectrum liberalization affecting existing equipment approvals?

It creates a re-certification trap for products already on the market. India's Department of Telecommunications issued GSR 47(E) on January 20, 2026, de-licensing the lower 6 GHz band, 5945 to 6425 MHz, for low-power indoor and very-low-power outdoor wireless use, opening the door for Wi-Fi 6E and Wi-Fi 7 devices to be certified and sold in India for the first time. The Wireless Planning and Coordination Wing updated the Saral Sanchar portal so new Equipment Type Approval Self-Declaration filings can include the 6 GHz band directly. The trap is for devices that already hold an ETA-SD approval issued before this change, with 6 GHz hardware capability present but disabled to meet the earlier rules. WPC's compliance requirement is explicit: a manufacturer cannot simply amend the existing certificate to enable 6 GHz. It must first formally withdraw the prior ETA-SD approval, then file an entirely new application covering the enabled band, before that functionality can be legally marketed or activated, including through a firmware update on units already sold.

What should a compliance team check before the next Asia-Pacific shipment?

Start with certificate validity dates rather than assuming a mark once earned lasts indefinitely. South Korea's National Radio Research Agency now enforces a maximum fine of 50 million won for illegal import or sale of uncertified RF hardware, with legal liability falling on the local Korean authorized agent, and both Coupang and Gmarket run proactive KC-mark inspections that can pull an entire SKU listing over a single mislabeled serial number. China's customs authority treats an expired SRRC certificate exactly like no certificate at all, with confiscation and fines calculated on the value of the non-compliant shipment. Next, map which of the region's 2026 changes actually touch your product category: a Wi-Fi 6E router needs the India 6 GHz re-filing, a connectable consumer device needs the Australian statement of compliance, and any of the 16 newly reclassified Chinese product categories needs its self-declaration converted to a full CCC certificate before the end of 2026.

Obsidian tracks MIIT, SAMR, MIC, RRA, ACMA, the Department of Home Affairs, India's WPC and Hong Kong's OFCA as linked tier-0 sources, with alerts when a deadline like China's certificate invalidation or Australia's Rules commencement date actually lands rather than when it is merely announced. See the plans built for product-compliance and regulatory-affairs teams managing SKUs across multiple Asia-Pacific markets at once, or connect Obsidian's MCP directly into your own tools if your workflow already runs through an AI assistant that needs a verified regulatory companion rather than a static compliance memo.