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SNI Certification for Telecommunication Device’s

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SNI certification for telecommunication equipment in Indonesia is a mandatory requirement for any company, whether local manufacturers or foreign importers, wishing to legally distribute devices in the country. The certification ensures that all telecommunication equipment sold in Indonesia meets the national standards for safety, quality, and performance, as regulated by the Indonesian government. Without SNI certification, telecommunication products cannot enter the market legally, putting businesses at risk of sanctions, product recalls, or outright bans. The SNI, or Standar Nasional Indonesia, is a national standard established by the National Standardization Agency (BSN). Its primary role in the telecommunication industry is to ensure seamless connectivity between devices, eliminate harmful interference across networks, and protect consumers from low-quality or unsafe products. More than just a regulatory hurdle, the SNI framework also supports the advancement of local technological innovation and the development of a competitive national telecommunications industry. Legal foundations for SNI certification are laid out in several key regulations, most notably the Regulation of the Minister of Communication and Informatics (Permen Kominfo) Number 29 of 2008. This regulation outlines the official procedure for obtaining certification, beginning with an application to the Directorate General of Resources and Equipment of Post and Information Technology (SDPPI). After submission, the telecommunication device undergoes rigorous testing in accredited laboratories. The evaluation process ensures full compliance with Indonesia’s technical requirements. If the product meets all standards, SDPPI issues an official certificate that confirms the device’s legal and technical readiness for the Indonesian market. Recent legal developments have further clarified and updated this process. Permen Kominfo No. 3 of 2024, for example, provides additional guidelines on the certification of telecommunication tools and devices, including terminology alignment and procedures that correspond to Government Regulation No. 46 of 2023 on Post, Telecommunications, and Broadcasting. These legal updates ensure that the certification system remains current and relevant in a fast-evolving technological landscape. The process of obtaining SNI certification involves multiple stages, all of which serve to validate the reliability and safety of the product in question. Companies must go through a structured pathway, which includes application, laboratory testing, compliance verification, certification issuance, and finally, the inclusion of the official SNI mark on either the product or its packaging. This mark is not only a symbol of compliance but also serves as a trust signal for Indonesian consumers, assuring them of the product’s safety and performance. Beyond fulfilling legal obligations, SNI certification also offers strategic benefits to businesses. Products that carry the SNI mark often enjoy enhanced consumer trust, which can significantly impact buying decisions in a competitive market. Certification also simplifies access to various distribution channels within Indonesia, many of which require documented proof of compliance. For manufacturers and importers alike, SNI certification can increase a product’s credibility, improve brand reputation, and open doors to both domestic and international markets. Ultimately, SNI certification for telecommunication equipment in Indonesia is far more than a bureaucratic requirement. It represents a vital step in ensuring market readiness, consumer safety, and long-term business success. Companies that take this process seriously position themselves not only for legal compliance but also for a stronger presence in one of Southeast Asia’s most dynamic telecommunications markets.

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How to Get SNI Certification – Indonesia National Standard

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In Indonesia, with the wide array of products available—ranging from daily-use items to food and beverages—product quality and safety must be regulated. To ensure that, the government mandates compliance with SNI (Standar Nasional Indonesia) or the Indonesian National Standard. What Is SNI Certification? SNI is the only nationally applicable standard in Indonesia. It is developed by Technical Committees and officially published by the National Standardization Agency (BSN). Established under Government Regulation No. 102 of 2000, SNI serves as a benchmark to ensure the quality and safety of goods in the market. Products that meet SNI requirements receive a certification mark on their packaging, indicating that they comply with Indonesia’s national quality standards. Why Is SNI Certification Important? For consumers, the SNI mark assures safety and product reliability. It builds confidence that the item in use has passed the necessary quality checks. For businesses and manufacturers, obtaining SNI certification boosts brand credibility, enhances market access, and provides legal protection. It also supports competitiveness by affirming consistent quality. Despite these benefits, many businesses still hesitate to obtain SNI due to lack of knowledge or misconceptions about the process. Step-by-Step Guide to Get SNI Certification 1. Submit the SPPT SNI Application Form Begin by filling out the SPPT SNI (Product Certificate for SNI Mark Usage) form. You’ll need to provide the following documents: 2. Application Verification The LSPro-Pustan team (a product certification agency) will verify your application, assessing audit location feasibility and language understanding. This step typically takes one day, followed by an invoice with the detailed certification cost. 3. Quality Management System Audit An audit will be conducted to assess whether your quality management system complies with SPPT SNI requirements. If any non-conformities are found, corrections must be made within two months. 4. Product Sampling and Testing LSPro-Pustan will collect samples from your production site for testing. The tests are conducted in KAN-accredited laboratories. If testing occurs at your own lab, official witnesses are required. This process can take at least 20 working days. If your product fails the initial test, you’ll be asked to perform internal retesting before another external verification is conducted. 5. Sample Assessment Results Test results are reviewed. If the product does not meet the SNI criteria, a retest must be carried out. Continuous failure to meet the standards will result in rejection of the SPPT SNI application. 6. Certification Decision After audits and tests are completed, all documentation will be reviewed in a panel meeting. This review process takes approximately seven working days, followed by a one-day final meeting. 7. Issuance of SPPT SNI Certificate Upon successful evaluation, the SPPT SNI certificate is granted. The certification is based on: Once approved, your product can officially bear the SNI mark. Certification Cost The cost of obtaining SNI certification ranges from IDR 10 to 40 million, as regulated under Government Regulation No. 63 of 2007. Ready to Get Certified? Don’t let regulations hold you back! Trust us to take care of Type Approval Certification quickly, easily, and safely. 📞 Contact us now! Jten is ready to help!

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SDPPI Postel DJID for RLAN Devices in Indonesia

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In 2025, the Directorate General of Resources and Equipment for Post and Information Technology (SDPPI), operating under DJID KOMDIGI, introduced updated certification protocols for RLAN devices using the 2.4 GHz, 5 GHz, and 6 GHz frequency bands in Indonesia. These updates require applicants to submit both a Firmware Declaration Letter and a Declaration of Conformity Letter when seeking type approval for devices such as wireless routers and access points.

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Certification for Automotive Head Units in Indonesia’s: How to Get SDPPI Postel (DJID)

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When traveling, especially for long distances by car’s, a car’s head unit becomes an essential device for providing entertainment, navigation, and real-time information. However, many people in Indonesia are still unaware that head units are classified as telecommunications devices. As a result, they are subject to mandatory certification requirements regulated by the Directorate General of Resources and Postal and Informatics Equipment (SDPPI), also known as Postel. All telecommunications devices, including vehicle head units, must obtain a Type Approval Certification before they can be legally marketed or used in Indonesia. This certification process ensures that every wireless communication feature embedded within the device complies with the Indonesian National Standard (SNI). Compliance guarantees that these devices operate properly, safely, and do not interfere with other telecommunication services in the country. Read More: Indonesia’s New WiFi 6E Regulations: How to Use Frequencies and Get Certified An automotive head unit, often referred to as an Infotainment System, In-car Entertainment (ICE), or In-Vehicle Infotainment (IVI), is a key component installed in the center console of a vehicle’s dashboard. This integrated hardware and software system serves as the control hub for navigation, media playback, and various connectivity functions. Modern head units typically include a digital screen, operational buttons, and sophisticated control systems designed to enhance the driving experience. Initially, head units offered only basic functionalities such as AM/FM radio, satellite radio, and DVD or VCD players. However, technological advancements have transformed head units into powerful multimedia hubs. Today’s models are equipped with cutting-edge features like Bluetooth connectivity, Wi-Fi access, GPS navigation, Android Auto integration, Apple CarPlay, NFC support, dash cameras, and even operating systems based on Android platforms. These features cater to modern drivers’ demands for seamless connectivity and advanced entertainment options. To ensure compatibility across different vehicle models, head unit dimensions are standardized under ISO 7736, developed by the Deutsches Institut für Normung (DIN). In Indonesia, this is widely known as the DIN Standard. Automotive head units are generally categorized into two types based on size: Single DIN and Double DIN. Single DIN head units have a slim, rectangular form with approximate dimensions of 180 mm × 50 mm. They typically support basic functions like audio playback but lack video display capabilities or touchscreen interfaces, making them common in older or commercial vehicles. Meanwhile, Double DIN head units measure approximately 180 mm × 100 mm, providing ample space for a large touchscreen. This allows the integration of advanced features such as navigation systems, Android Auto, Apple CarPlay, and interactive graphical user interfaces, making them the preferred choice for modern vehicles. Both Single DIN and Double DIN devices are designed to use ISO 10487 standard connectors, which streamline installation processes and ensure electrical compatibility across various vehicle brands. For manufacturers, importers, and distributors aiming to sell head unit products in Indonesia, obtaining SDPPI certification is a legal requirement. Without it, head unit devices cannot be distributed or used within the Indonesian market. This obligation protects consumers by ensuring that only safe, high-quality, and regulation-compliant devices are available. As of today, around 147 head unit models have already been registered in the official Postel certification database, and this number is expected to grow as more products enter the country. The certification process itself involves rigorous testing of device features. For instance, if a head unit supports WLAN (Wi-Fi) or Bluetooth functionalities, it must comply with specific technical standards, including the WLAN Technical Standard regulated by SDPPI Regulation No. 2 of 2019 and the Short Range Device (SRD) Frequency Standard outlined in SDPPI Regulation No. 161 of 2019. Compliance with these technical standards is crucial to pass the certification successfully and ensure that devices meet national regulatory expectations. Handling the SDPPI certification process independently can often be challenging and time-consuming. Many businesses encounter difficulties understanding regulatory requirements, preparing necessary documentation, and managing device testing. That’s why Jten is here to simplify your certification journey. With extensive industry experience and a team of dedicated professionals, Jten ensures that your automotive head unit products are certified quickly, securely, and in full compliance with Indonesian regulations. If you are ready to bring your automotive head unit to the Indonesian market, make sure you meet all certification requirements. Don’t let regulatory hurdles hold back your business growth. Trust Jten to handle. Ready to Get Certified?Don’t let regulations hold you back! Trust us to take care of Type Approval Certification quickly, easily, and safely.📞 Contact us now! Jten is ready to help!

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Indonesia’s New WiFi 6E Regulations: How to Use Frequencies and Get Certified

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At the beginning of 2025, Indonesia officially adopted new regulations governing the use of the 6 GHz frequency band for Radio Local Area Network (RLAN) technologies, including WiFi 6E. These regulations were introduced through the Ministry of Communication and Digital Regulation No. 2 of 2025 and Ministerial Decree No. 12 of 2025. Under the new regulations, the government has allocated the frequency range of 5925–6452 MHz specifically for RLAN technologies. This allocation aims to meet the growing demand for faster and more reliable wireless connectivity via WiFi 6E. The regulations are supported by detailed technical standards outlined in Ministerial Decree No. 12/2025. NO. RADIO FREQUENCY SPECTRUM MAXIMUM TRANSMIT POWER USAGE (EFFECTIVE ISOTROPIC RADIATED POWER – EIRP) MAXIMUM BANDWIDTH PER RADIO FREQUENCY CHANNEL DEVICE PLACEMENT 6. 5925–6425 MHz Access Type 1: Low Power Indoor (LPI) 200 mW (23 dBm) Access Type 1: Very Low Power (VLP) 25 mW (14 dBm) 320 MHz Indoor use only; placement outdoors is prohibited Indoors and outdoors use To ensure compliance for regulations, all 6 GHz RLAN devices must meet certification requirements managed by the Directorate General of Resources and Equipment of Post and Telecommunications (SDPPI). One major requirement is the submission of a Test Report (LHU) issued by a local testing laboratory, specifically the Telecommunications Equipment Testing Center (BBPPT). If the test report comes from a foreign laboratory, it must be part of a Mutual Recognition Arrangement (MRA) with Indonesia and authorized for the 6 GHz RLAN scope. Additional document required during the certification process includes, a declaration letter specifying the device type (Low Power Indoor or Very Low Power), a declaration regarding the power supply and antenna gain, and a declaration about the telecommunications interface for RLAN devices (if not included in the test report). Applicants must also provide a software/firmware declaration according to the questions outlined in Annex V of the Ministerial Decree. There are also important technical requirements, for instances access points, routers, and similar devices must not have a country lock feature; the device location must be fixed to Indonesia. Furthermore, Test Reports must only display frequency measurement results within Indonesia’s authorized frequency range. Technical Operational Requirements FREQUENCY RANGE TECHNICAL OPERATIONAL REQUIREMENTS Access Type 1: RLAN5150-5250 MHz Must be placed indoorsNot allowed to be placed outdoors Access Type 1: RLAN5250-5350 MHz Must be placed indoors Access Type 1: RLAN2400-2483.5 MHz5725-5825 MHz Must be placed indoors Access Type 2 and Backhaul2400-2483.5 MHz5725-5825 MHz Not allowed to be placed outdoors RLAN 5925-6425 MHzLow Power Indoor (LPI) Must be placed indoorsNot allowed to be placed outdoorsCannot be used for dronesCannot be installed in vehicles, trains, boats, or airplanesAP devices must be powered by AC, DC, or PoE cable connection. Battery use is not allowedClient devices must be powered by AC or battery and can only operate under the control of an AP RLAN 5925-6425 MHzVery Low Power (VLP) Can be placed indoorsCan be placed outdoorsCan be used in tethering modeCannot be used for dronesMust be powered by battery (DC). AC power is only allowed for battery charging RLAN 57-64 GHz Must be placed indoorsNot allowed to be placed outdoors During the transition period, Test Reports issued before January 15, 2025, under the previous regulation (Directorate General Regulation No. 2/2019), can still be used for certification purposes until July 15, 2025, provided that an additional report covering updated testing parameters is attached. These regulatory changes reflect Indonesia’s commitment to advancing wireless technology and ensuring that devices operating domestically comply with the latest technical and safety standards. If you require assistance with the SDPPI / DJID / Postel certification process for your 6 GHz RLAN devices, Jten is ready to help ensure your devices meet the applicable regulations. 📧 Contact us : sales@jten.co.id 🌐 Website: https://jten.co.id

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