Sell Telecom Equipment in India with Confidence—Get Your TEC Approval Fast.

  • TEC Approval (MTCTE) is mandatory for selling telecom equipment in India.
  • Without it, your products face customs seizure and legal bans under Indian law.
  • Solution: Silvereye Certifications manages the entire GCS/SCS lifecycle, from testing to certification.

Introduction

To sell telecommunication equipment in India, you need more than just a willing buyer; you need strict regulatory compliance. Under the Department of Telecommunications (DoT) mandates, TEC Approval (MTCTE) is not optional—it is a legal necessity for any hardware that connects to the Indian telecom network. Whether you are a domestic manufacturer or an international brand, your product must be tested and certified before it can be sold or imported.

The Booming Telecom Market in India

India is currently the world’s second-largest telecommunications market. With the rollout of 5G and the explosion of IoT (Internet of Things) devices, the demand for certified equipment is skyrocketing. But with great opportunity comes strict oversight. The government wants to ensure that every device plugging into the national network is safe and secure.

Navigating the Regulatory Landscape: Why Compliance Matters

Navigating Indian regulations can feel like walking through a maze blindfolded. You have BIS for safety, WPC for frequency, and TEC for performance and security. Mixing them up is a rookie mistake that costs millions in delays. At Silvereye Certifications, we turn this complex regulatory web into a simple checklist for you.

What is TEC Approval? | TEC Certification Full Form

TEC Full form stands for Telecommunication Engineering Centre. It is the technical arm of the Department of Telecommunications (DoT), responsible for drawing up standards (called Essential Requirements or ERs) for telecom equipment in India.

The Role of the Department of Telecommunications (DoT)

The DoT mandates that no telecom equipment can be sold, imported, or used in India unless it has been tested and certified. To enforce this, they launched the MTCTE (Mandatory Testing and Certification of Telecom Equipment) portal. Think of the MTCTE portal as the gateway—if your product doesn't pass through here, it doesn't enter the Indian market.

Who needs a TEC Certificate?

This is one of the most critical parts of the compliance puzzle. The responsibility isn't just on the factory floor; it extends to everyone in the supply chain.

Domestic Manufacturers (Indian OEMs)

If you manufacture routers, modems, or IoT sensors in Noida, Bangalore, or anywhere in India, you must get your products tested at a designated lab and certified before you ship them to distributors.

Foreign Manufacturers (Foreign OEMs)

Brands based in the USA, China, Taiwan, or Europe cannot apply directly. You need an Authorized Indian Representative (AIR)—like Silvereye Certifications—to handle the liability and paperwork on your behalf.

Importers and Traders of Telecom Equipment

Even if you don't make the product, if you are the one bringing it into India to sell, the legal burden of TEC Registration falls on you. You cannot retail uncertified gear.

Types of TEC Approval

Interface Approval: Ensuring Network Compatibility

This is for products that connect to the Public Switched Telephone Network (PSTN). It ensures your device doesn't harm the service provider’s equipment.

Type Approval: Verifying Product Specifications

This is the most common approval. It certifies that a specific model of equipment (e.g., a specific model of a Cisco router) meets all the technical standards set by the TEC.

Technology Approval: For Product-Specific Standards

This is rarer and applies when a product uses a specific technology that needs validation before being deployed in the network.

Products Under TEC Approval

Common Communication Devices (Wi-Fi, Bluetooth, IoT)

  • Smartwatches & Smart Cameras
  • Wi-Fi Routers & Modems
  • POS (Point of Sale) Machines
  • Laptops and Tablets (with SIM/cellular capability)

Network Infrastructure Equipment (Routers, Switches, Base Stations)

  • Large scale Routers and LAN Switches
  • Optical Fiber Cables
  • Microwave Radio Systems
  • DWDM Equipment

Tracking and Smart Electronics

  • Vehicle Tracking Devices
  • Smart Electricity Meters
  • IoT Gateways

The Two Paths to Certification: GCS vs. SCS

The MTCTE scheme divides products into two categories based on complexity.

General Certification Scheme (GCS): Process for Complex Equipment

  • For: Routers, Base Stations, Switches, Firewalls.
  • Process: Requires mandatory testing at a TEC-designated lab in India + Technical Evaluation by TEC officers.
  • Time: Takes longer (8–12 weeks).

Simplified Certification Scheme (SCS): Process for Low-Risk Products

  • For: 2-Wire Phones, Modems, specific IoT sensors.
  • Process: Relies on a Self-Declaration of Conformity (SDoC). While you still need test reports, the bureaucratic evaluation is faster (2–4 weeks).

Benefits to get TEC Approval

Benefit Why It Matters
Builds Consumer Trust The TEC logo signals that your product is safe, secure, and compatible with Indian networks, boosting buyer confidence instantly.
Unlocks Government Contracts You cannot bid for lucrative government projects (Smart Cities, Railways, BSNL) without a valid TEC certificate.
Ensures Faster Customs Clearance Certified products avoid seizures and delays at Indian ports, ensuring your supply chain remains uninterrupted.
Legal Compliance & Safety Protects your brand from legal penalties, bans, and fines associated with the Indian Telegraph Amendment Rules.
Competitive Advantage Gives you a distinct edge over non-compliant competitors who risk having their products banned or removed from the market.

Eligibility Criteria for TEC Approval

Getting TEC certified isn't just about having a great product; you also need to meet specific administrative criteria to even open an application on the MTCTE portal. The Department of Telecommunications (DoT) has strict rules about who can apply to ensure accountability.

Authorized Indian Representative (AIR) Requirement for Foreign Brands

This is the most critical rule for international businesses. If your manufacturing unit is located outside India (e.g., USA, Vietnam, Taiwan), you cannot apply for TEC certification directly.

According to Indian regulations, foreign Original Equipment Manufacturers (OEMs) must appoint an Authorized Indian Representative (AIR).

  • Who is an AIR? An AIR is an Indian company (like Silvereye Certifications) that represents the foreign manufacturer legally in India.
  • What do they do? They hold the responsibility for your product’s compliance and serve as the point of contact for the government.
  • The Requirement: The AIR must have a valid PAN card and a registered office in India.

Trademark and Brand Owner Guidelines

The MTCTE portal is designed to protect intellectual property. Generally, only the Brand Owner or the OEM is eligible to apply.

  • If you own the brand: You can apply directly (or through your AIR).
  • If you are a trader/importer: You cannot apply using your own credentials unless you have a formal authorization letter or MoU (Memorandum of Understanding) from the original brand owner or OEM, explicitly giving you permission to certify and sell their products in India.

What is MTCTE Approval?

MTCTE stands for Mandatory Testing and Certification of Telecom Equipment. It is a regulatory framework notified by the Department of Telecommunications (DoT), Government of India.

Under the Indian Telegraph (Amendment) Rules, 2017 and the Telecommunications Act, 2023, any telecom equipment capable of being used in the Indian telecom network must undergo mandatory testing and certification before it can be sold, imported, or deployed in India.

The scheme is administered by the Telecommunication Engineering Centre (TEC). Its primary goal is to ensure that equipment is safe for end-users, does not degrade the national network, and meets national security standards.

Products Covered Under MTCTE Phases

The DoT has rolled out this certification in "Phases" to give manufacturers time to comply.As of late 2025, we are currently navigating Phase VI.

Product Covered Under Phase I of MTCTE

Phase I marked the beginning of the mandatory certification regime, focusing on basic telecommunication equipment that directly interfaces with the PSTN (Public Switched Telephone Network). Implemented in 2019, this phase targeted simpler devices to test the regulatory waters.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1 2-Wire Telephone Equipment 2-Line Feature Phone Phase-1
2 2-Wire Telephone Equipment CLIP Phone Phase-1
3 2-Wire Telephone Equipment Coin Box Telephone Phase-1
4 2-Wire Telephone Equipment Coin Box Telephone - Table Top Interface Phase-1
5 2-Wire Telephone Equipment Electronic Telephone Instrument Phase-1
6 2-Wire Telephone Equipment Executive Telephone Systems Phase-1
7 2-Wire Telephone Equipment Key Telephone Systems Phase-1
8 2-Wire Telephone Equipment Key Telephone Systems with proprietary interface Phase-1
9 2-Wire Telephone Equipment NSD or ISD Payphone Phase-1
10 2-Wire Telephone Equipment Terminals for connecting to PSTN Phase-1
11 G3 Fax Machine Fax machine with handset Phase-1
12 G3 Fax Machine Fax machine without handset Phase-1
13 Modem V.90 / V.92 / V.21 to V.34 Modem Phase-1
14 Cordless Telephone Cordless Telephone Phase-1
15 ISDN Customer Premises Equipment ISDN Gateway Phase-1
16 ISDN Customer Premises Equipment ISDN NT-1 Network Termination Phase-1
17 ISDN Customer Premises Equipment ISDN Terminal Phase-1
18 ISDN Customer Premises Equipment ISDN Terminal Adapter Phase-1
19 ISDN Customer Premises Equipment Multipoint Conferencing Server Phase-1
20 ISDN Customer Premises Equipment PC card based ISDN Terminal Phase-1
21 Private Automatic Branch Exchange Private Automatic Branch Exchange Phase-1

Product Covered Under Phase II of MTCTE

Phase II expanded the scope to include transmission terminal equipment, which is critical for data transfer over optical networks. This phase brought vital backbone equipment under the compliance umbrella.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1 PON Family of Broadband Equipment PON OLT Phase-2
2 PON Family of Broadband Equipment PON ONT Phase-2
3 PON Family of Broadband Equipment PON ONU Phase-2
4 Feedback Device Feedback Device Phase-2
5 Transmission Terminal Equipment Multiplexing Equipment Phase-2
6 Transmission Terminal Equipment SDH Equipment Phase-2

Product Covered Under Phase III of MTCTE

This was a massive shift that impacted the consumer electronics market significantly. Phase III brought everyday wireless devices and 4G infrastructure into the fold, making TEC certification a household term for importers of smart gadgets.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1 Equipments Operating in 2.4 & 5 GHz Band PTP / PMP Wireless Access Equipment (2.4 or 5 GHz) Phase-3
2 Equipments Operating in 2.4 & 5 GHz Band WiFi Access Points & CPE Phase-3
3 Equipments Operating in 2.4 & 5 GHz Band WLAN Controller Equipment Phase-3
4 End Point Device for Environmental Monitoring End Point Device for Environmental Monitoring Phase-3
5 Repeater for Cellular Network GSM & WCDMA Repeater Phase-3
6 Repeater for Cellular Network GSM Repeater Phase-3
7 Repeater for Cellular Network GSM, WCDMA & LTE Repeater Phase-3
8 Repeater for Cellular Network LTE Repeater Phase-3
9 Repeater for Cellular Network WCDMA & LTE Repeater Phase-3
10 Repeater for Cellular Network WCDMA Repeater Phase-3
11 Base Station for Cellular Network BTS for GSM Phase-3
12 Base Station for Cellular Network BTS with AAS Phase-3
13 Base Station for Cellular Network BTS with MSR Phase-3
14 Base Station for Cellular Network eNodeB for LTE Phase-3
15 Base Station for Cellular Network NodeB for WCDMA Phase-3

Product Covered Under Phase IV of MTCTE

Phase IV targeted heavy enterprise and network infrastructure. This phase was crucial for businesses setting up data centers and large corporate networks, as it covered high-capacity switching and processing gear.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1Mobile Radio Trunking SystemMRTS Base Station – Baseband plus RadioPhase-4
2Mobile Radio Trunking SystemMRTS Base Station – Radio OnlyPhase-4
3Mobile Radio Trunking SystemMRTS Baseband Equipment without RadioPhase-4
4Mobile Radio Trunking SystemMRTS Fixed StationPhase-4
5Mobile Radio Trunking SystemMRTS Handheld Portable StationPhase-4
6Mobile Radio Trunking SystemMRTS Mobile StationPhase-4
7Conferencing EquipmentAudio Conference Facility DevicePhase-4
8Conferencing EquipmentMulti Line Telephone SystemPhase-4
9HF RadioHF Base Station – Baseband plus RadioPhase-4
10HF RadioHF Base Station – Radio OnlyPhase-4
11HF RadioHF Baseband Equipment without RadioPhase-4
12HF RadioHF Fixed StationPhase-4
13HF RadioHF Handheld Portable StationsPhase-4
14HF RadioHF Mobile StationsPhase-4
15VHF UHF Radio System EquipmentVHF UHF Base Station – Baseband plus RadioPhase-4
16VHF UHF Radio System EquipmentVHF UHF Base Station – Radio OnlyPhase-4
17VHF UHF Radio System EquipmentVHF UHF Baseband Equipment without RadioPhase-4
18VHF UHF Radio System EquipmentVHF UHF Fixed StationPhase-4
19VHF UHF Radio System EquipmentVHF UHF Handheld Portable StationsPhase-4
20VHF UHF Radio System EquipmentVHF UHF Mobile StationsPhase-4
21PTP PMP Microwave Fixed Radio SystemsPTP or PMP Full Outdoor Microwave SystemsPhase-4
22PTP PMP Microwave Fixed Radio SystemsPTP or PMP Split MW Indoor UnitPhase-4
23PTP PMP Microwave Fixed Radio SystemsPTP or PMP Split MW Outdoor UnitPhase-4
24Media GatewayLine Media GatewayPhase-4
25Media GatewayMedia GatewayPhase-4
26Media GatewayMedia Gateway for CPEPhase-4
27Signalling GatewaySignalling GatewayPhase-4
28Session Border ControllerSession Border ControllerPhase-4
29SoftswitchSoftswitchPhase-4
30DSL EquipmentsDSL NT ModemPhase-4
31DSL EquipmentsDSLAM COTPhase-4
32DSL EquipmentsOMSANPhase-4
33Satellite Communication EquipmentSatellite AmplifierPhase-4
34Satellite Communication EquipmentSatellite Baseband Mod/Demod/ControllerPhase-4
35Satellite Communication EquipmentSatellite Baseband ModemPhase-4
36Satellite Communication EquipmentSatellite Baseband Modem ControllerPhase-4
37Satellite Communication EquipmentSatellite BUCPhase-4
38Satellite Communication EquipmentSatellite IF TransreceiverPhase-4
39Satellite Communication EquipmentSatellite LNAPhase-4
40Satellite Communication EquipmentSatellite LNBPhase-4
41Satellite Communication EquipmentSatellite Optimisation EquipmentPhase-4
42Satellite Communication EquipmentSatellite Radio Frequency TransceiverPhase-4
43Satellite Communication EquipmentVSAT TerminalsPhase-4
44LAN SwitchL2 LAN SwitchPhase-4
45LAN SwitchL3 LAN SwitchPhase-4
46LAN SwitchMPLS TP CEN SwitchPhase-4
47LAN SwitchL2 Unmanaged SwitchPhase-4
48RouterBNG / BRAS RouterPhase-4
49RouterCloud Control Capable RouterPhase-4
50RouterIPv4 RouterPhase-4
51RouterIPv6 RouterPhase-4
52RouterMPLS RouterPhase-4
53Transmission Terminal Equipment-2DWDM EquipmentPhase-4
54Transmission Terminal Equipment-2Digital Cross ConnectPhase-4
55IP Security EquipmentFirewall EquipmentPhase-4
56IP Security EquipmentIntrusion Detection System EquipmentPhase-4
57IP Security EquipmentIntrusion Prevention System EquipmentPhase-4
58IP Security EquipmentUnified Threat Management EquipmentPhase-4
59Precision Timing Protocol Grand Master EquipmentPTP Grand Master EquipmentPhase-4
60Mobile Management EntityMME for 2G/3G/4GPhase-4
61Mobile Management EntityMME for LTE onlyPhase-4
62Cell Broadcast CentreCBC for GSMPhase-4
63Cell Broadcast CentreCBC for LTE / LTE-APhase-4
64Cell Broadcast CentreCBC for UMTSPhase-4
65IP Multimedia Conferencing EquipmentIP Multimedia Conferencing EquipmentPhase-4
66BSC RNCBSC for GSMPhase-4
67BSC RNCRNC for WCDMAPhase-4
68SMLC / eSMLCeSMLC for LTEPhase-4
69SMLC / eSMLCSMLC for GSMPhase-4
70SMLC / eSMLCSMLC for WCDMAPhase-4
71SGSN / GGSNGGSNPhase-4
72SGSN / GGSNSGSN for GSMPhase-4
73SGSN / GGSNSGSN for LTEPhase-4
74SGSN / GGSNSGSN for WCDMAPhase-4
75HLR AUC HSSHLR / AUCPhase-4
76HLR AUC HSSHSSPhase-4
77MSC / MSC-S / GMSC / GMSC-S incl. VLRMSC-S / GMSC-SPhase-4
78MSC / MSC-S / GMSC / GMSC-S incl. VLRMSC / GMSC incl. VLR for GSMPhase-4
79MSC / MSC-S / GMSC / GMSC-S incl. VLRMSC / GMSC incl. VLR for WCDMAPhase-4
80Infiniband SwitchInfiniband SwitchPhase-4
81OTA & DM / FOTADM / FOTAPhase-4
82OTA & DM / FOTAOTAPhase-4
83SCPSCPPhase-4
84OMC / EMS / NMS / OSSNMSPhase-4
85OMC / EMS / NMS / OSSOMC / EMSPhase-4
86S-GW / P-GWP-GatewayPhase-4
87S-GW / P-GWS-GatewayPhase-4
88SMSCSMSCPhase-4
89GMLCGMLC for GSM / WCDMAPhase-4
90GMLCGMLC for LTE / LTE-APhase-4
91EIREIR for GSM / WCDMAPhase-4
92EIREIR for LTEPhase-4
93Optical Fibre CableHybrid Cable Optical + MetallicPhase-4
94Optical Fibre CableADSS AerialPhase-4
95Optical Fibre CableADSS Power LinePhase-4
96Optical Fibre CableDirect BuriedPhase-4
97Optical Fibre CableDSAPhase-4
98Optical Fibre CableDuctPhase-4
99Optical Fibre CableIn-HomePhase-4
100Optical Fibre CableIndoorPhase-4
101Optical Fibre CableIndoor/OutdoorPhase-4
102Optical Fibre CableLashed AerialPhase-4
103Optical Fibre CableMicro-DuctPhase-4
104Optical Fibre CableOutdoorPhase-4
105Optical Fibre CableRiserPhase-4
106Optical Fibre CableOPGWPhase-4
107SIMCSIMPhase-4
108SIMeSIMPhase-4
109SIMeUICCPhase-4
110SIMRUIMPhase-4
111SIMSIMPhase-4
112SIMUICC based ISIMPhase-4
113SIMUSIMPhase-4
114Radio Broadcast ReceiverMotor Vehicle RBR external powerPhase-4
115Radio Broadcast ReceiverRBR with inbuilt powerPhase-4
116Radio Broadcast ReceiverOther RBR Interface DevicesPhase-4
117Optical Fibre Single ModeG.652.DPhase-4
118Optical Fibre Single ModeG.655Phase-4
119Optical Fibre Single ModeG.656Phase-4
120Optical Fibre Single ModeG.657 A1Phase-4
121Optical Fibre Single ModeG.657 A2Phase-4
122Optical Fibre Single ModeG.657 B3Phase-4
123Optical Fibre Single ModeG.654.DPhase-4
124Optical Fibre Single ModeG.654.EPhase-4

Product Covered Under Phase V of MTCTE

Aligning with India's 5G rollout, Phase V focused on next-generation network technology. This phase ensured that the hardware powering India's high-speed mobile internet met stringent performance standards.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1Base Station for Cellular Network for 5GBTS with Multi Standard RadioPhase-5
2Base Station for Cellular Network for 5GActive Antenna System – OTAPhase-5
3Base Station for Cellular Network for 5GBase Station 5G NR Type 1CPhase-5
4Base Station for Cellular Network for 5GBase Station 5G NR Type 1HPhase-5
5Base Station for Cellular Network for 5GBase Station 5G NR Type 1OPhase-5
6Base Station for Cellular Network for 5GBase Station 5G NR Type 2OPhase-5
7Base Station for Cellular Network for 5GHybrid Active Antenna SystemPhase-5
85G CoreAMFPhase-5
95G CoreAuSFPhase-5
105G CoreBSFPhase-5
115G CoreCHFPhase-5
125G CoreNEFPhase-5
135G CoreNSSFPhase-5
145G CorePCFPhase-5
155G CoreSMFPhase-5
165G CoreSMSFPhase-5
175G CoreUDMPhase-5
185G CoreUDRPhase-5
195G CoreUPFPhase-5
20HypervisorHypervisorPhase-5
21E-Band Fixed Radio Relay SystemE-Band MW Full Outdoor SystemPhase-5
22E-Band Fixed Radio Relay SystemE-Band MW Outdoor + Indoor SystemPhase-5
23Converged Multi Service Application Access Equipment (C-MSAAE)C-MSAAEPhase-5
24IP TerminalSIP TerminalPhase-5
25Hybrid Set Top BoxHybrid Set Top BoxPhase-5

Product Covered Under Phase VI of MTCTE

The latest and arguably most critical update, Phase VI (mandatory from August 2025), focuses heavily on network security and advanced satellite connectivity. This phase addresses the growing need for cyber-secure hardware in India's telecom grid.

S.NO. Essential Requirement / Product Name Product Variant Name MTCTE Phase
1Cellular Customer Premises EquipmentCellular Customer Premises EquipmentPhase-6
2Fixed Wireless PhoneFixed Wireless Phone (Voice & Data Facility)Phase-6
3Fixed Wireless PhoneFixed Wireless Phone (Voice Facility only)Phase-6
4LAN SwitchStorage Area Network (SAN) SwitchPhase-6
5LAN SwitchFabric Interconnect SwitchPhase-6
6IP Security EquipmentNetwork Security Management EquipmentPhase-6
7IP Security EquipmentNetwork Security Analytics Equipment – ManagedPhase-6
8IP Security EquipmentNetwork Security Analytics Equipment – UnmanagedPhase-6
9IP Security EquipmentContent Security EquipmentPhase-6
10IP Security EquipmentDDoS Protection EquipmentPhase-6
11IP Security EquipmentMalware Analysis EquipmentPhase-6
12IP Security EquipmentWeb Application FirewallPhase-6
13Satellite Communication EquipmentNGSO User TerminalsPhase-6
14Satellite Communication EquipmentNGSO Integrated GatewayPhase-6

Exempted Product List

Not every piece of hardware needs a TEC certificate. The Department of Telecommunications (DoT) has created specific exemptions to ensure that innovation (R&D) isn't stifled and that regular users aren't harassed for bringing a single gadget home. However, these exemptions come with strict conditions—you can’t just claim them; you often have to prove them.

Exemptions for Research and Development (R&D)

If you are an engineer or a manufacturer importing units solely for testing, prototyping, or research, you do not need full MTCTE certification.

  • The Rule: You can import small, defined quantities (typically up to 10–50 units depending on the product category) without testing.
  • The Catch: These units cannot be sold commercially in India. You must apply for a specific “R&D Exemption Letter” from TEC before the shipment arrives.
  • Required Action: You must submit an undertaking confirming the products are for internal use only and will be re-exported or scrapped after testing.

Personal Use and Non-Commercial Imports

Bringing one router for your home? You might get an exemption, but commercial quantities are strictly regulated.

  • The Rule: Individuals entering India with personally accompanied telecom equipment (such as a single smartwatch or Wi-Fi router for personal use) are generally exempt from providing a TEC certificate at customs.
  • The Limit: This exemption applies strictly to non-commercial quantities. Multiple units imported via courier may be treated as commercial shipments and can be seized without a valid TEC certificate.

Passive Components and Spare Parts

The MTCTE scheme focuses on "smart" or "active" equipment that can generate or manipulate signals. "Passive" infrastructure is largely exempt.

  • What is Exempt? Simple electrical cables (non-fiber), chassis parts, antennas, waveguides, and towers do not require TEC approval.
  • Spare Parts & Modules: Individual components or spare parts imported separately for assembly or repair generally do not require a separate TEC certificate, provided they are part of an already certified system or meant for manufacturing, subject to applicable WPC regulations.

How to Get TEC Certificate

Step 1: Registration on the MTCTE Portal

We create your user profile on the official government portal, linking your AIR (if foreign) and manufacturing unit details.

Step 2: Selecting a Designated CAB (Testing Lab)

You cannot test just anywhere. We help you select a TEC-designated "Conformity Assessment Body" (CAB) that has the slot availability and scope for your specific product.

Step 3: Product Testing and Evaluation

Your samples are shipped to the lab. They undergo rigorous testing for EMC (Electromagnetic Compatibility), Safety, and Technical parameters.

Step 4: Submission of Reports and Final Grant

Once the lab uploads the test results, we submit the final file to TEC. Their officers review the data and, upon approval, issue the digital TEC Certificate.

Required Documents for TEC Approval

Legal Entity Documents (CoA, MoU, PAN)

  • Certificate of Incorporation
  • PAN Card of the Company and Authorized Signatory
  • Memorandum of Understanding (MoU) between the Manufacturer and AIR

Technical Documents (Bill of Materials, Datasheets, PCB Layout)

  • Comprehensive BoM (Bill of Materials)
  • Schematics and PCB Layouts
  • User Manuals and Datasheets

Authorization Letters and AIR Documents

Standardized letters authorizing the AIR to sign applications on behalf of the OEM.

Timeline and Cost of TEC Certification

Breakdown of Government Fees vs. Lab Testing Fees

Fee Component Description Estimated Cost / Note
Government Fee A fixed administrative fee paid directly on the TEC portal to process the application. ₹10,000 – ₹50,000+
(Varies based on Product Group A, B, or C)
Lab Testing Fee Paid to the designated CAB (Laboratory) for safety, EMI/EMC, and technical testing. Highly Variable
(Simple modems cost less; 5G base stations may cost several lakhs)
Consultancy Fee Service fee paid to Silvereye Certifications for end-to-end application and compliance management. Custom Quote
(Silvereye Certifications manages the complete process on your behalf)

Estimated Processing Time for GCS vs. SCS

Certification Scheme Complexity Level Estimated Timeline Key Factors
SCS (Simplified Certification Scheme) Low
(e.g., 2-Wire Phones, Modems)
4 to 6 Weeks Relies mainly on Self-Declaration of Conformity (SDoC), enabling faster processing.
GCS (General Certification Scheme) High
(e.g., Routers, Switches, Firewalls)
8 to 12 Weeks Dependent on laboratory slot availability and detailed technical evaluation by TEC.

Validity and Renewal of TEC Approval

Aspect Details Key Note
Validity Period Your TEC Approval Certificate is valid for 5 years from the date of issuance. You must apply for renewal before the expiry date to avoid a lapse in compliance.
Renewal Process If the product hardware remains unchanged, the renewal process is administrative and much simpler than the initial application. No new testing is usually required if the technical standards (ERs) haven't changed.
Modification If you change any hardware component (e.g., swapping a chipset, changing the PCB layout, or updating the power supply). You cannot use the old certificate. You must apply for a "Modification", which often requires partial re-testing of the new components.

Why Brands Trust Us for Their TEC Compliance

In a market flooded with consultants who merely forward emails, Silvereye Certifications stands out because we act as your strategic compliance partner. Here is why industry leaders choose us.

Our Expertise in Handling Complex GCS Applications

We don't just do the easy stuff. While many agencies stick to simple SCS applications, we specialize in the General Certification Scheme (GCS)—the rigorous path required for major telecom infrastructure like Base Stations, Core Routers, and Satellite equipment.

  • The Difference: GCS applications often trigger intense technical scrutiny from TEC officers. We know how to interpret the specific Essential Requirements (ERs) and answer those technical queries precisely, preventing unnecessary rejections and delays.

End-to-End Support: From Lab Testing to Final Certificate

Certification is rarely a straight line; it’s often a zig-zag of testing, failures, and re-testing. We don't just file papers; we manage the chaos.

  • Lab Coordination: We have established relationships with top TEC-designated labs across India, allowing us to secure testing slots faster.
  • Technical Debugging: If a sample fails a specific parameter during testing, our team steps in to coordinate with your engineers and the lab to understand why, helping you fix the issue rather than just handing you a "Fail" report.

Dedicated Support for AIR Services

For our international clients in the USA, Europe, and Asia, navigating Indian liability laws can be daunting. Silvereye Certifications provides a reliable, legally compliant Authorized Indian Representative (AIR) service.

  • Your Partner in India: We don't just lend our name; we act as your boots-on-the-ground partner. We handle the legal undertakings, sign the affidavits, and ensure that your brand remains compliant with Indian law without you needing to open a local office.

Conclusion

TEC Approval is more than just a certificate; it is your product's passport to the Indian market. It proves your equipment is safe, secure, and legally compliant. Without it, you face customs seizures and legal bans. In short: Compliance is the key to unlocking India's massive telecom potential.

Take the Next Step: Start Your Certification Journey Today

Don't let complex paperwork block your sales. Whether you need a reliable Authorized Indian Representative (AIR) or full support for GCS/SCS certification, Silvereye Certifications handles the heavy lifting for you.

Ready to launch? Contact us today and let’s get your products India-ready.

FAQs on Frequently Asked Questions (FAQs)

No, only for telecom and networking equipment that connects to the Indian telecom network (PSTN) or uses wireless frequencies (e.g., Routers, Smartwatches, IoT sensors). Generic consumer electronics (like washing machines) are exempt.

No. Foreign manufacturers cannot apply directly on the MTCTE portal. You must appoint an Authorized Indian Representative (AIR)—like Silvereye Certifications—to handle the application and legal liability in India.

  • SCS (Simplified Scheme): For low-complexity products (e.g., Modems). Relies on self-declaration and takes 4–6 weeks.
  • GCS (General Scheme): For complex infrastructure (e.g., Base Stations). Requires technical evaluation and takes 8–12 weeks.

It varies. You pay a Government Fee (₹10,000–₹50,000) plus a Lab Testing Fee (which ranges from thousands to lakhs depending on the product). Contact us for a precise quote.

Certificates issued after July 2022 are valid for 10 years, provided there are no changes to the product hardware or the government's technical standards

Generally, no. You must ship your samples to a TEC-designated laboratory in India for local testing. Foreign reports are rarely accepted for technical parameters.

Any hardware change (like a new chipset or PCB layout) invalidates the current certificate. You must apply for a "Modification" on the portal, which may require partial re-testing.

Yes. You can import small quantities for R&D or testing by obtaining a special Exemption Letter from the TEC. These units cannot be sold commercially.

It is illegal. Customs will seize and destroy your shipment, and the DoT can impose heavy fines or ban your company from the Indian market.

We don't just file papers. We provide end-to-end support, including legal AIR representation, technical debugging with labs to prevent failures, and a guaranteed compliance roadmap.