Telecom Guruji

  INTRODUCTION TO RADIO NETWORK PLANNING Effective radio network planning is essential for optimizing the performance and coverage of modern wireless networks. This involves a meticulous process of selecting and configuring operating bands and channel frequencies. In 2024, significant updates have been made to the methodologies used in network planning to accommodate the evolving needs of 5G and beyond. This technical blog delves into the key aspects of operating bands, NR-ARFCN, and GSCN in the context of contemporary radio network planning. OPERATING BAND In many cases, there will be a one-to-one relationship between the: allocated spectrum and the operating band. In these cases, there is only a single operating band which can be selected. In some cases, operating bands overlap so multiple operating bands can be associated with a single spectrum allocation. For example, a TDD spectrum allocation from 3300 to 3400 MHz can be associated with operating band n77 (3300 to 4200 MH...

  Apeksha Telecom: Pioneering 4G 5G Protocol Testing and Log Analysis Training with 100% Job Guarantee In 2024 Table of Contents: Introduction to Apeksha Telecom The Importance of 4G 5G Protocol Testing and Log Analysis Apeksha Telecom’s Training Approach Industry-Leading Instructors and Curriculum Real-World Application and Case Studies Job Guarantee and Career Opportunities Testimonials from Apeksha Telecom Alumni Introduction to Apeksha Telecom In the era of rapid technological advancement, the telecommunications industry stands at the forefront of innovation with the transition from 4G to 5G networks. Apeksha Telecom, a renowned leader in telecom training, is at the helm of empowering professionals with the skills needed to harness the potential of these revolutionary networks. Through its comprehensive 4G 5G protocol testing and log analysis training and certification program, Apeksha Telecom is setting new standards for industry-oriented education. The Importance of...

  Introduction to Dynamic Spectrum Sharing Dynamic Spectrum Sharing (DSS) is a groundbreaking technology that allows both 4G and 5G networks to operate simultaneously within the same spectrum band. This innovation is pivotal in the smooth transition from 4G to 5G, providing enhanced network capabilities without the need for additional spectrum allocation. This article delves into the intricacies of DSS, exploring its benefits, technical implementation, challenges, and future prospects. Table of Contents Introduction to Dynamic Spectrum Sharing Understanding Dynamic Spectrum Sharing The Benefits of Dynamic Spectrum Sharing How Dynamic Spectrum Sharing Works Technical Challenges and Solutions Case Study: Dynamic Spectrum Sharing in Action Future Prospects of Dynamic Spectrum Sharing Conclusion References Understanding Dynamic Spectrum Sharing  Dynamic Spectrum Sharing allows both 4G and 5G to simultaneously operate within the same spectrum, i.e. the set of Resource Elements is s...

5G UE Identities like IMSI, IMEI, SUPI & SUCI, GUTI, TMSI and RNTI. Learn about their structures, functions, and roles in the 5G network to ensure privacy, security, and efficient communication within 5G technology. This comprehensive guide delves into how these identities enhance user experience and network management in the 5G era. IMSI 5G UE Identities (IMSI) - The International Mobile Subscriber Identity(IMSI) is a globally unique permanent subscriber which is one of the 5G UE identity associated within the USIM. An IMSI can be moved between UE by moving the USIM. The ITU-T specifics the structure of an IMSI within recommendation. An IMSI is stored on the USIM and by the User Data Management (UDM) Network Function within the 5G Core Network. The structure of an (IMSI) the 'home' Public Land Mobile Network (PLMN) is identified using a combination of the Mobile Country Code (MCC) and Mobile Network Code (MNC). The ITU is responsible for allocating the MCC, whereas t...