TEC/MTCTE APPROVAL (TYPES, REQUIREMENTS AND PROCESS)

The telecom journey began with the invention of the telegraph around the 1830s as this device enabled people to connect with each other across the globe.

11
14 min read
16 Sep 2026

INTRODUCTION

In the early 2000s, the telecom industry began to rapidly innovate technology, bringing about a huge change in the way people connect with each other. From voice and data communications to high speed video and audio capabilities, this sector is vital in modern society and is divided into three main aspects: wireless communications, telecom services, and telecom equipment.

The telecom journey began with the invention of the telegraph around the 1830s as this device enabled people to connect with each other across the globe. As technology progressed, there was a simultaneous demand for high quality and standardized infrastructure. To meet this demand, the Indian government established the Telecommunication Engineering Centre (TEC) in 1991, whose job is to develop technical standards for telecom networks that are efficient, world-class, robust, and interoperable, ensuring seamless communication across the globe.

To control the quality of telecom equipment coming into India, TEC introduced the MTCTE (Mandatory Testing and Certification of Telecom Equipment) scheme. This requires all telecom product manufacturers and importers to have a TEC certificate. Provided the equipment passes the required tests, they are given a unique TEC registration number that becomes the brand identification of their product, marking compliance with national standards and ensuring customers that it is safe, authentic and genuine.

WHAT IS TEC APPROVAL

TEC is short for Telecommunication Engineering Centre. TEC provides the necessary support to the Government of India’s Department of Telecommunications (DoT) in planning and formulating various standards and policies for the safe and secure use of developing technologies in telecommunications. TEC India has defined quality benchmarks for telecom equipment. The benchmarks are classified as Generic Requirements (GRs), Interface Requirements (IRs), and Service Requirements (SR).

WHAT IS MTCTE (MANDATORY TESTING AND CERTIFICATION OF TELECOM EQUIPMENT)

In India, no telecom equipment can be sold, used, or imported without undergo compulsory testing and certification, as per The Indian Telegraph (Amendment) Rules, 2017. This comprehensive procedure is governed by the Mandatory Testing and Certification of Telecom Equipment (MTCTE) scheme. A total of 74 telecom products and their variants are included under MTCTE.

The Telecommunication Engineering Centre (TEC) appoints laboratories for testing, which is done to check vital technical and safety aspects. Based on these tests, TEC issues the certification for the equipment.

OBJECTIVES OF THE MTCTE
Ensuring that telecom equipment does not interfere with the performance of any existing network it connects to.
Guaranteeing the safety of end-users.
Protecting users and the public by ensuring that radiofrequency emissions from the equipment remain within prescribed limits.
Ensuring that telecom equipment complies with relevant national and international regulatory standards and requirements.

 

TYPE OF TEC CERTIFICATION COVERED UNDER MTCTE

The MTCTE scheme includes different types of TEC certifications, each catering to various compliance and safety requirements for telecom equipment. Some major type of TEC Certification are as follows:

  1. MANDATORY TEC CERTIFICATION
  2. VOLUNTARY TEC CERTIFICATION
  3. VOLUNTARY SECURITY CERTIFICATION
  4. CAS/SMS CERTIFICATION

Let’s understand each type of TEC Certification one by one:


 

MANDATORY TEC CERTIFICATION

TEC observed the need for foresight regarding the mandatory certification of particular items which are important for consumer security and safety. As such, these products must be TEC certified. Under MTCTE, there are two types of certification schemes.

MANDATORY CERTIFICATION SCHEMES

1. General Certification Scheme (GCS): In this scheme, it is expected from the applicant to provide a compliance summary and not only actual test reports but also a multi-step report alongside relevant test certificates. Testing is carried out in accordance with the parameters specified in the Essential Requirements (ERs) by a CAB or its equivalent from a MRA Partner Country. The certification processes in GCS takes approximately 40 to 45 working days.

2. Simplified Certification Scheme (SCS): As for this scheme, it is necessary for an applicant to test the product according to the ERs, fill up a compliance checklist, and submit it together with a Self-Declaration of Conformity (SDoC). SCS is also bound by the same rules and procedures as GCS. The only difference is, the applicant is not obligated to submit the reports or have TEC vet the reports. However, TEC does have the prerogative to demand the report from the applicant. The time associated with SCS is significantly less, assuming simplification succeeds during formality reductions. For the manufacturer, it usually takes around 15 to 20 working days to issue the certificate.

REQUIREMENTS: The Essential Requirements (ERs) include:

  • Safety – The equipment must be safe to use.
  • Electromagnetic Interference (EMI) / Electromagnetic Compatibility (EMC) – The equipment must not cause or experience electromagnetic interference.
  • Technical Requirements – The equipment must meet performance standards for wireless and radio frequency (RF) signals.
  • Security – To be specified by the Department of Telecommunications (DoT).

MTCTE MANDATORY TEC CERTIFICATION PROCESS

 

 

MTCTE CERTIFICATION FEE

GROUP OF EQUIPMENTADMINISTRATIVE FEE
AINR 10,000/-
BINR 20,000/-
CINR 30,000/-
DINR 50,000/-

PRODUCTS COVERED BY TEC/MTCTE UNDER MENDATORY CERTIFICATION

S.No.Product NamePhaseMandatory Certification Date
1VHF UHF Radio Equipment SystemPhase - IV01-Oct-2019
22-Wire Telephone EquipmentPhase - I01-Oct-2019
3G3 Fax MachinePhase - I01-Oct-2019
4ModemPhase - I01-Oct-2019
5Cordless TelephonePhase - I01-Oct-2019
6ISDN (Integrated Services Digital Network) Customer Premises EquipmentPhase - I01-Oct-2019
7Private Automatic Branch ExchangePhase - I01-Oct-2019
8PON (Passive Optical Network) Family of Broadband EquipmentPhase - I01-Oct-2019
9PON (Passive Optical Network) Family of Broadband EquipmentPhase - II01-Oct-2020
10Feedback DevicePhase - II01-Oct-2020
11Transmission Terminal Equipment-1Phase - II01-Oct-2020
12PTP PMP Wireless Access Equipment 2.4 or 5 GHzPhase - III01-Jan-2024
13Repeater for Cellular Network (GSM and WCDMA Repeater)Phase - III01-Apr-2024
14Base Station for Cellular NetworkPhase - III01-Aug-2024
15Compact Cellular NetworkPhase - III01-Jan-2024
16IoT (Internet of Things) GatewayPhase - III01-Jan-2024
17Tracking DevicePhase - III01-Jan-2024
18Smart Electricity MeterPhase - III01-Oct-2024
19Mobile Radio Trunking SystemPhase - IV01-Aug-2024
20Conferencing EquipmentPhase - IV01-Jan-2024
21HF (High Frequency) RadioPhase - IV01-Apr-2024
22VHF (Very High Frequency) UHF (Ultra High Frequency) Radio System EquipmentPhase - IV01-Aug-2024
23PTP (Point to Point) PMP (Point to Multi Point) Microwave Fixed Radio SystemsPhase - IV01-Aug-2024
24Media GatewayPhase - IV01-Jan-2024
25Signalling GatewayPhase - IV01-Jan-2024
26Session Border ControllerPhase - IV01-Jan-2024
27SoftswitchPhase - IV01-Jan-2024
28DSL (Digital Subscriber Line) EquipmentsPhase - IV01-Jan-2024
29Satellite Communication EquipmentPhase - IV01-Oct-2024
30LAN (Local Area Network) SwitchPhase - IV01-Aug-2024
31RouterPhase - IV01-Aug-2024
32Transmission Terminal Equipment-2Phase - IV01-Jan-2024
33IP (Internet Protocol) Security EquipmentPhase - IV01-Aug-2024
34Precision Timing Protocol Grand Master EquipmentPhase - IV01-Jan-2024
35Mobile Management EntityPhase - IV01-Jan-2024
36Cell Broadcast CentrePhase - IV01-Jan-2024
37IP Multimedia Conferencing EquipmentPhase - IV01-Jan-2024
38BSC (Base Station Controller) RNC (Radio Network Controller)Phase - IV01-Jan-2024
39SMLC (Serving Mobile Location Center) or eSMLC (Evolved Serving Mobile Location Center)Phase - IV01-Jan-2024
40SGSN (Serving GPRS Support Node) or GGSN (Gateway GPRS Support Node)Phase - IV01-Jan-2024
41HLR (Home Location Register) AUC (Authentication Center) HSS (Home Subscriber Server)Phase - IV01-Jan-2024
42MSC or MSC-S or GMSC or GMSC-S including VLRPhase - IV01-Jan-2024
43Infiniband SwitchPhase - IV01-Jan-2024
44OTA (Over-The-Air) and DM (Device Manager) or FOTA (Firmware Over-The-Air)Phase - IV01-Jan-2024
45SCP (Service Control Point)Phase - IV01-Jan-2024
46OMC (Operations and Maintenance Center) or EMS (Element Management Systems) or NMS (Network Management Systems) or OSS (Operations Support System)Phase - IV01-Jan-2024
47S-GW (Serving Gateway) or P-GW (Packet Data Network Gateway)Phase - IV01-Jan-2024
48GMLC (Gateway Mobile Location Centre)Phase - IV01-Jan-2024
49EIR (Equipment Identity Register)Phase - IV01-Jan-2024
50Optical Fibre CablePhase - IV01-Jan-2024
51SIM (Subscriber Identity Module)Phase - IV01-Aug-2024
52Radio Broadcast Receiver (RBR)Phase - IV01-Jan-2024
53Optical Fibre - Single ModePhase - IV01-Jan-2024
54Base Station for Cellular Network for 5GPhase - V01-Oct-2024
555G CorePhase - V01-Jul-2024
56HypervisorPhase - V01-Oct-2024
57E-band Fixed Radio Relay SystemPhase - V01-Jul-2024
58Converged Multi Service Application Access Equipment (C-MSAAE)Phase - V01-Jul-2024
59IP (Internet Protocol) TerminalPhase - V01-Oct-2024

VOLUNTARY TEC CERTIFICATION

Voluntary Certification in TEC allows manufacturers, suppliers, and service providers to acquire certification for their telecom equipment or infrastructure even if it is not legally mandated under the Mandatory Testing and Certification of Telecom Equipment (MTCTE) scheme. Such certification increases the value of various items and is considered as a mark of quality, safety, and compliance due to its emphasis on TEC’s standards.

OBJECTIVE OF VOLUNTARY CERTIFICATION

The objectives of voluntary certification include verifying the quality and performance of telecom equipment, increasing acceptance in the market, and improving customer trust regarding the equipment. It allows manufacturers to claim compliance with various applicable national and international standards, thus gaining market edge and officially recognized technical merit, even in the absence of regulations imposed under the Mandatory Testing and Certification of Telecom Equipment (MTCTE) scheme.

MTCTE MANDATORY TEC CERTIFICATION PROCESS

STEPDESCRIPTION
Application SubmissionApplicant submits the certification request through the TEC portal, providing product details and supporting documents.
Documentation ReviewTEC reviews the submitted technical documentation and test reports for compliance with applicable TEC standards.
Testing (if required)TEC may direct the product for testing at TEC-designated labs to verify compliance with technical standards.
EvaluationTEC evaluates the test results and documentation.
Issuance of CertificateIf the product meets TEC’s technical requirements, a Voluntary Certificate of Compliance (CoC) is issued.

PRODUCTS COVERED BY TEC/MTCTE UNDER VOLUNTARY CERTIFICATION

  • Telecom network equipment: routers, switches, base stations
  • Customer Premises Equipment (CPE)
  • Transmission and Access Systems
  • Optical Fiber and Copper Infrastructure
  • Internet of Things (IoT) devices
  • Wireless equipment: Wi-Fi, LTE, 5G etc


 

VOLUNTARY SECURITY CERTIFICATION IN TEC

The TEC Voluntary Security Certification allows manufacturers, suppliers, and service providers to get certification for the security features and capabilities of their telecommunication products even when such certification is not mandatory by law. It illustrates that the product certified has met the criteria set in security standards and best practices developed by TEC.

OBJECTIVE OF VOLUNTARY SECURITY CERTIFICATION

Aim of the Voluntary Security Certification is to improve the security of telecommunication networks and equipment, safeguarding it from possible hacking or data breaches. It also promotes international standards of security which is vital in increasing the trust that customers have for telecom products. The certification entails access control, data encryption, software integrity, vulnerability management, secure communication and logging, documentation or physical security, and protection of remote access.

PROCESS OF VOLUNTARY SECURITY CERTIFICATION

STEPDESCRIPTION
Application SubmissionApplicant submits a request through the TEC portal, providing product details and security-related technical documentation.
Documentation ReviewTEC reviews the submitted security architecture, design documents, and test reports.
Security Testing (if required)TEC may direct the product to undergo testing at accredited labs to validate security features.
EvaluationTEC evaluates the test results and documentation against the defined security standards.
Issuance of CertificateIf the product meets TEC’s security requirements, a Voluntary Security Certificate is issued.

PRODUCTS COVERED BY TEC/MTCTE UNDER VOLUNTARY SECURITY CERTIFICATION

  • Network infrastructure equipment (e.g., routers, switches, firewalls)
  • Customer Premises Equipment (CPE)
  • Mobile communication systems
  • Internet of Things (IoT) devices
  • Wireless communication equipment (e.g., Wi-Fi, 5G, LTE)
  • Cloud-based telecom solutions
  • Software-defined networking (SDN) components

CAS/SMS CERTIFICATION IN TEC

The Quality, Security and Reliability of Telecom Equipment is maintained in India by the Telecommunication Engineering Centre (TEC) under the Department of Telecommunications, Ministry of Communications. TEC has developed a certification CAS/SMS for access control and subscriber management systems, which is in compliance with TEC’s requirements for content control and subscriber management security standards. Content Access Services (CAS) limit how users can access information while Subscription Management Services (SMS) take care of subscriber services such as billing and authentication.

In alignment with directions given by MIB and TRAI, the purpose of these guidelines is to prevent piracy of content, protection of consumer information, and restrict access to paid information. Eligible entities for this certification are not limited to manufacturers, providers, broadcasters, DTH operators, Cable TV operators and system integrator. Important technical requirements include encryption, authentication on the part of the subscribers, secure data transfer, data protection, logging, and provision of services in a non-discriminatory manner.

COMPARISON OF MANDATORY, VOLUNTARY, VOLUNTARY SECURITY, AND CAS/SMS CERTIFICATION IN TEC

FEATUREMANDATORY CERTIFICATIONVOLUNTARY CERTIFICATIONVOLUNTARY SECURITY CERTIFICATIONCAS/SMS CERTIFICATION
PURPOSEEnsure telecom products meet technical, safety, and regulatory standards.Demonstrate product quality and performance beyond regulatory requirements.Ensure security and protection of telecom products from cyber threats.Ensure security and proper management of broadcast content and subscribers.
LEGAL REQUIREMENTLegally required for certain telecom products under MTCTE.Not legally required.Not legally required.Mandatory for CAS and SMS systems used by broadcasters and DTH operators.
SCOPECovers telecom products like network equipment, IoT, CPE, etc.Open to any telecom product (not restricted by MTCTE list).Focused on security aspects of telecom equipment.Focused on pay-TV and broadcasting systems (DTH, cable TV).
TESTINGFunctional, safety, and environmental testing.Performance and interoperability testing.Security-specific testing (encryption, authentication).Encryption strength, access control, and subscriber data protection.
SECURITY FOCUSBasic security checks (if applicable).No focus on security; mainly performance and quality.High focus on data security, access control, and vulnerability protection.Strong focus on encryption, secure transmission, and subscriber authentication.
ISSUED BYTECTECTECTEC
STANDARDS FOLLOWEDTEC and Indian telecom standards.TEC technical and performance standards.TEC-defined security standards and global best practices.TRAI and MIB guidelines, TEC security standards.
COMPLIANCE REQUIREMENTEssential for selling certain telecom products in India.Optional; enhances market acceptance and credibility.Optional; enhances product security and market trust.Essential for providing pay-TV and broadcasting services in India.
MARKET ACCESSRequired for domestic market entry (if listed under MTCTE).Facilitates better market acceptance and differentiation.Builds trust in the security of the product, enhances reputation.Mandatory for integration with Indian broadcasting infrastructure.
EXAMPLE PRODUCTSRouters, switches, base stations, IoT devices.Wireless equipment, telecom infrastructure, customer premises equipment.Firewalls, VPNs, network security products.Set-top boxes, encryption modules, billing and subscription platforms.
COMPETITIVE ADVANTAGECompliance with Indian telecom regulations.Improves product credibility and market acceptance.Enhances product security and customer confidence.Protects against piracy, ensures regulatory compliance, and enhances service reliability.
CERTIFICATION VALIDITYUp to 10 yearsTypically 5 years.Typically 5 years.Typically 5 years.

BASIC DOCUMENT REQUIRED FOR MANDATORY TESTING & CERTIFICATION

In order to get MTCTE certification, some documents need to be submitted like registration of the company, respective authorization letters, and Articles of Association. Mentioned below are some other primary documents that are required before applying for TEC. Note: these are the basic documents; further documents might be needed based on the nature of the product and the type of certification.

  • Company Registration Document
  • Authorization Letter from the company (Indian OEM and AIR for Foreign OEM) for MTCTE related responsibilities
  • Company's Articles of Association (AoA), signed by Director or Company Secretary.
  • Company's Memorandum of Association (MoA), signed by Director or Company Secretary as per norms.
  • Latest Shareholding Pattern showing board members/shareholders.
  • MoU between foreign OEM and Indian representative (AIR) for product sales and support in India, authorizing the AIR for MTCTE responsibilities.
  • Trademark Certificate

TIMELINE FOR TEC/MTCTE CERTIFICATION

In order to get MTCTE certification, some documents need to be submitted like registration of the company, respective authorization letters, and Articles of Association. Mentioned below are some other primary documents that are required before applying for TEC. Note: these are the basic documents; further documents might be needed based on the nature of the product and the type of certification.

Certification TypeDuration
MANDATORY CERTIFICATION60 Days*
VOLUNTARY CERTIFICATION20-30 Days*
VOLUNTARY SECURITY CERTIFICATION60-90 Days*
CAS/SMS CERTIFICATION90-120 Days*

 

TEC REGISTRATION CERTIFICATE COST FOR EQUIPMENT

The general costs and government fees are categorized into groups, with various products classified accordingly. Provided below is an overview of the basic fee structure. Please note that additional fees may apply, including but not limited to testing fees and professional fees, particularly if your products lack valid test reports or if you require assistance from professionals.

HOW CAN ALEPH INDIA HELP YOU TO GET A MTCTE/TEC APPROVAL?

  • If you're a manufacturer looking for TEC Certification service for your telecom product, Aleph INDIA is here to help. Since 2013, we've been providing comprehensive certification solutions in India and abroad.
  • We specialize in telecom equipment and guide you through the TEC Certification process to ensure your product meets all required standards.
  • Aleph INDIA offers more than TEC Registration services. We also provide technical and regulatory compliance services, including product testing, training, and auditing, to help industries achieve higher productivity and quality standards.
  • Trust Aleph INDIA to assist you in obtaining the TEC Certificate, ensuring your telecom product meets the necessary quality and safety criteria for the Indian market.