The Base Station Controller (BSC) and Radio Network Controller (RNC) are key components in mobile telecommunications networks, specifically in the context of circuit-switched networks like GSM (Global System for Mobile Communications) and in the more advanced 3G UMTS (Universal Mobile Telecommunications System) networks.
BSC: It serves as a central entity responsible for managing and controlling multiple Base Transceiver Stations (BTS) in a cellular network. It handles tasks such as radio channel allocation, handovers, and power level control for optimal communication quality and network efficiency.
RNC: It is a component of the UMTS radio access network, responsible for controlling multiple NodeB (Node B) base stations. The RNC manages the radio resources and handovers and performs tasks like encryption and decryption of user data.
Together, the BSC and RNC play critical roles in ensuring seamless connectivity, efficient resource allocation, and the delivery of reliable voice and data services in mobile networks. With the evolution of mobile technologies towards 4G LTE and 5G, some of these functionalities are integrated into evolved network elements, such as the eNodeB and the Next Generation NodeB (gNB), within the broader architecture of the Evolved Packet Core (EPC).
The Scheme GCS, Group C for BSC and RNC, is important in the domain of mobile communication networks, specifically within the framework of Universal Mobile Telecommunications System (UMTS) and other 3G and 4G cellular technologies. This scheme establishes standardized specifications for the design, functionality, and interoperability of BSC and RNC, which are key elements in the management and optimization of radio resources and communication channels within mobile networks. Compliance with Group C ensures that BSC and RNC consistently meet performance benchmarks, covering factors such as call handling, handover procedures, and compatibility with various mobile network standards. Adherence to this scheme contributes to the creation of a standardized and interoperable ecosystem for BSC and RNC, supporting the overall performance, scalability, and interoperability of mobile communication networks. The GCS Scheme, Group C, plays a pivotal role in improving the reliability and efficiency of these controllers in the dynamic landscape of mobile telecommunications.
Note: Manufacturers of BSC RNC are required to obtain the mandatory TEC Certification to sell their products in the Indian market.
For manufacturers intending to introduce BSC or RNC equipment in the Indian market, strict adherence to TEC certification is a legal requirement. TEC certification is mandatory to ensure that BSC or RNC equipment complies with specific technical standards and regulations set by the Telecommunication Engineering Centre, a pivotal authority in India responsible for formulating and enforcing technical norms for telecommunication equipment. This certification process is critical for validating the equipment's adherence to established criteria, covering aspects such as performance, network compatibility, and cybersecurity within the Indian telecommunication landscape. By obtaining TEC certification, manufacturers not only underscore their commitment to regulatory compliance but also demonstrate the reliability and compatibility of their BSC or RNC equipment, ensuring seamless integration with the Indian communication network infrastructure. The mandatory certification establishes a benchmark for the quality and functionality of such equipment, contributing to the efficient and secure deployment of mobile communication solutions in various applications across India.
The TEC Certification for Optical Fibre Cable includes the following two variants:
TEC (Telecommunication Engineering Centre) Certification is a crucial accreditation granted by the Telecommunication Engineering Centre, which operates under the Department of Telecommunications, Government of India. TEC Certification ensures that telecommunications equipment complies with the specified technical standards and legal requirements, verifying their quality, safety, and interoperability. This certification is essential for manufacturers and importers seeking to market their telecommunications products in India. Established in 1987, TEC plays a vital role in formulating and enforcing standards to enhance the efficiency and reliability of telecommunication networks and services in the country. TEC Certification is a mark of adherence to these standards, facilitating market access and assuring consumers of the reliability and compliance of the certified products with Indian telecommunications norms.
Follow the given steps to complete your TEC certification process:
Step 1: Register on the TEC Portal
Step 2: Allotment of the testing laboratory
Step 3: Submit samples for testing
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The list of documents required for TEC certification is as follows:
Legal Address Proof of the Manufacturing Unit:
Trademark Details:
Technical Details About Products:
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Brand Liaison provides valuable support in obtaining the TEC Certificate for your products. Our services include:
For a more in-depth understanding of the documentation and procedures involved in obtaining TEC Certification, feel free to connect with our team of experts at +91-9250056788 or +91-8130856678.
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