Nod for spectrum auction

What’s in today’s article?

• Why in news?
• What is Airwaves/Spectrum?
• Types of spectrum band
• What spectrum do telecom companies require?
• News Summary: Nod for spectrum auction
• Key highlights
• Spectrum allocation to railways

Why in news?

• The Cabinet has approved telecom spectrum auction across multiple bands at a base price of Rs 96,317.65 crore.
• The Cabinet also approved the proposal, which entails granting Indian Railways 5 Megahertz of wireless spectrum, largely free of cost, for real-time data to enhance passenger safety.

Airwaves/Spectrum

• Airwaves are radio frequencies within the electromagnetic spectrum that can carry information wirelessly for a range of services including telecommunications.
• The government manages and allocates airwaves to companies or sectors for their use.
• The government auctions a fixed amount of spectrum within specified band/s to be utilised by operators for providing communication services to consumers.

Types of spectrum band

• Spectrum can be divided into bands ranging from low frequency to high frequency, which determines their usage and is useful in allocation.
• Low band spectrum
  • Less than 1 GHz (600 MHz,700 MHz, 800 MHz, 900 MHz)
  • Offers blanket coverage suitable to serve thousands of customers over long distances with fewer towers.
  • Ideal for wide and in-building coverage.
  • When bundled with high-spectrum bands, it can be used for commercial mobile and broadcasting services.
• The mid-band spectrum
  • Ranges from 1 GHz to 6 GHz (1800 MHz, 2100 MHz, and 2300 MHz).
  • Provides coverage as well as the capacity to carry more data while traveling significant distances.
• The high band spectrum
  • Ranges from 24 GHz to 40 GHz and are also known as the millimetre wave spectrum.
  • Ideal for speedy networks over short ranges.
  • However, this range is subject to interference from dense objects.

What spectrum do telecom companies require?

• According to the GSM Association, for telecom purposes, spectrum in the 400 MHz to 4 GHz range is the most optimum.
• Operators can provide 2G, 3G, 4G, and 5G services using one frequency band if they have enough spectrum.
• For mobile technology in India:
  • 2G services use the 900 MHz and 1800 MHz bands,
  • 3G uses 900 MHz and 2100 MHz,
  • 4G uses 850 MHz, 1800 MHz, 2300 MHz, and 2500 MHz, and
  • 5G uses 3.5MHz and 700 MHz bands.
• The 900 MHz band is a superior commercial ecosystem with better-developed technology standards.
  • It is also suitable for offering GSM-based voice calls as well as 4G broadband services.
• After 900 MHz, the band suitable for GSM is 1800 MHz, which is also the core band used globally for LTE (long-term evolution), a 4G mobile communications standard.
• 5G spectrum bands can be clubbed into low, mid and high spectrum buckets.

News Summary

• The Union Cabinet approved an auction of telecom spectrum this year for airwaves amounting to a cumulative reserve price of ₹96,317.65 crore.
  • The reserve pricing is the minimum telecom companies will have to pay for acquiring this spectrum.
  • This is because, these companies will have to bid with the reserve pricing as the minimum price.

Key highlights

• Bands to be auctioned
  • The spectrum will be in the 800, 900, 1,800, 2,100, 2,300, 2,500 and 3,300 megahertz (MHz), as well as in the 26 gigahertz (GHz) bands.
  • If sold, the spectrum will be valid for a 20-year period.
• Expiring airwaves of some companies will also be auctioned
  • Expiring airwaves that belong to certain companies undergoing insolvency will also be auctioned.
• Approved spectrum requirements of railways
  • Spectrum has also been approved for use by the railways for the deployment of Kavach.
    • Kavach is the automatic train protection (ATP) system used for preventing accidents in the rail network.
  • This 5 MHz band in the 700MHz band will be assigned to multiple regional and urban rail-based transit systems.
    • The Indian Railways had sought additional 5 Mhz of paired spectrum, free of cost, in the 700 MHz band in July 2023.
    • This was a month after the Balasore incident that left 296 persons dead and nearly 1,200 injured.
• Committee formed to decide on the issue of refarming spectrum
  • The government has also set up a Cabinet Secretary-chaired committee to decide on the issue of refarming spectrum.
    • Spectrum refarming is the process of repurposing radio frequency bands for different uses.
    • This allows different generations of cellular networks to operate in the same radio spectrum.
    • In other words, it is the process of transitioning a specific radio frequency band from one technology to another.

Spectrum allocation to railways

• Past precedents
  • In the past, the Railways had received spectrum grants, for which they only needed to pay an annual royalty without bidding for the airwaves like telecom operators.
  • However, the data transfer capacity was not sufficient to allow trains to continuously upload video footage for safety purposes.
  • The video feeds were instead dumped at railway stations with a WiFi connection.
• Demand of spectrum from railways
  • The Railways was only granted 5 Mhz of its original demand for 15 MHz in discussions post the Balasore tragedy.
  • As a result, Railways had again asked for an additional 5 MHz of paired spectrum in the 700 MHz band.
  • Railways wants additional spectrum for implementing several safety features such as:
    • the Modern Train Control System,
    • Train Collision Avoidance System,
    • signal aspect in loco cabs, and
    • emergency mobile communications.
  • Other advantages that the spectrum allocation could bring, include:
    • increased speed,
    • augmenting train’s running capacity,
    • passenger security,
    • CCTV network-like live feed at security control centres,
    • video surveillance, video analytics, asset reliability, etc.
• Opposition from Cellular Operators Association of India (COAI)
  • COAI had in the past opposed free handouts in the 700 MHz band, from which this spectrum has been set aside for the Railways.
  • That band is used for commercial telecom operations around the world, and a significant chunk of it had already been assigned to the Ministry of Defence.
  • Further assignment to non-telecom use cases would leave the spectrum availability for technologies like 5G grossly inadequate.

Q1) What is Long-term evolution (LTE)?

Long-term evolution (LTE) is a 4th generation (4G) wireless standard that improves the speed and capacity of cellular networks. It’s based on GSM/EDGE and UMTS/HSPA standards, but uses a different radio interface and core network improvements.

Q2) What is Global System for Mobile Communication (GSM)?

GSM stands for Global System for Mobile Communication. It’s a second-generation telecommunication standard (2G) that describes the protocols for digital cellular networks. GSM is a wireless network that allows mobile devices like phones and tablets to transmit data and voice services.

Source: Nod for spectrum auction at base price of Rs 96,317 crore | The Hindu | The Hindu| Indian Express

‹ ›