Ganpat Vidyanagar, Mehsana-Gozaria Highway, PO – 384012, Gujarat
atcnn@ganpatuniversity.ac.in
Mon – Sat: 9:00 AM – 4:00 PM
ATCNN
Home
About
About usAdvisory CommitteeExecution CommitteeBord Of StudiesOrganization HierarchyGallery
Research
Research AreaOpen Research TopicTestingApplications
Collaboration
Expression of Interest EinfochipsTDSDIONF
Programmes
Antenna Design and MeasurementFundamentals of 5G NRFundamentals of RF System Design FinalTesting and MeasurementSDN Certification CourseNFV Course
Events
Ideathon 2022Other Events
Career
Inquire Now
Pioneering Telecom Innovations

Key Research Areas

Core domains of technological investigation at ATCNN, including 5G/6G, mmWave, massive MIMO, and SDN/NFV.

CARRIER ONLINEFREQ: 28.5 GHz mmWBW: 400 MHz MIMOREL: 3GPP Rel-17SDN / NFV CORELATENCY: <1msSTATUS: ACTIVE
  1. Home
  2. >Research Area
Footer Logo

Advanced Technology Centre for Next-Generation Networks (ATCNN) — Centre of Excellence at Ganpat University dedicated to 5G NR, 6G Wireless, Millimeter Wave, SDN/NFV, and Advanced Telecommunications.

Quick Links

  • About Us
  • Gallery
  • News
  • Contact Us

Spotlight

  • Research Areas
  • Testing Facilities
  • Advisory Committee
  • Ideathon 2022
  • Main Events

Office

Ganpat Vidyanagar, Mehsana-Gozaria Highway,
North Gujarat PO – 384012, INDIA.
atcnn@ganpatuniversity.ac.in

© Copyright 2026. Ganpat University — ATCNN. All rights reserved.

Each generation brings in a few radical concepts into the real world implementation. 5th generation technology does that in more than just in the radio technologies. We are working on some of these revolutionary concepts.

Research Topics

  • Milimeter Wave Communication
  • Massive MIMO
  • Dense Networks
  • Wireless Solutions for Indian Market

Millimetre Wave Communication

Millimetre Wave brings the possibilities of Gbps speeds into the hands of a normal user!

Millimetre Wave Communication

Massive MIMO

Massive MIMO is a huge step forward in the MIMO technology space, trying to beat the limitations of spectrum through the use of antennae of the order of 64, 128 and 256.

Massive MIMO

Dense Network

The demands of broadband traffic is so huge that the current architecture of networks are not able to meet it. In order meet the increasing capacity requirements and latency requirements, networks are becoming denser. This necessitated a different network architecture of the network. That brings in a number of challenges.

There are interesting topics like Cloud RAN (CRAN), Coordinated Multi Point (CoMP) Transmission and Reception, Backhaul for the new architecture etc.

Wireless Solution for Indian Market

While the technologies of the future are being researched and designed, communication solutions for what we need now are designed and developed in association with Industry partners.

Wireless Solution for Indian Market