New Delhi: The Telecom Commission is scheduled to meet on May 1 and likely to discuss in-flight connectivity, net-neutrality and method for allocating spectrum bands, E and V, which are capable of transmitting data at 1000 megabit per second.

"It is on May 1," telecom secretary Aruna Sundararajan confirmed the meeting of the apex body of the DoT to reporters on sidelines of the India Mobile Congress curtain raiser event.

She did not share the details of the issues to be discussed at the meeting.

An official at the department of telecom (DoT), however, indicated that a panel's report on in-flight connectivity, net neutrality and allocation of spectrum in E and V bands are in advanced stages of completion which may be taken up by the panel.

The in-flight connectivity, if approved by the commission, will pave the way for mobile call and data services during domestic air travel to flight passengers.

On the controversial issue of net neutrality, the Telecom Regulatory Authority of India (Trai) has already suggested prohibiting internet service providers (ISPs) from making any discrimination in the traffic flow while providing web access by either blocking or throttling some apps, websites and services, or by offering "fast lanes" to others.

Trai, which had barred discrimination in Net access through differential pricing in February 2016, wants to "regulate the manner in which the current licensing requirement of unrestricted access to all content on the Internet is implemented and enforced", during pendency of a decision on its recommendations by the government.

If the proposals are accepted, ISPs will not be able to block or throttle any web traffic, be it on computers, laptops or mobile phones, or offer fast lanes for content providers who pay for the privilege.

Telecom operators are eagerly looking forward to the allocation of spectrum in the E and V bands which will help them to expedite network roll out and save cost of laying optical fibre for short distance mobile tower-to-tower data transmission.

Data through E (71-76GHz and 81-86GHz) and V (57-64GHz frequency range) band can be transmitted with speed of around 1,000 megabit per second.