2024 HIGHLIGHTS

Exhibits

Catch a glimpse of the energy and insights that defined last year’s Brooklyn 6G Summit.

Speaker presenting at Nokia conference with motivational slide behind him
Nokia graduate students panel at NYU with diverse researchers discussing wireless technologies
Business professionals discussing presentation in conference room with serious expressions
Tech industry panel discussion with executives from Nokia, NYU, Ericsson, and more
Two men with colorful NYC paintings at Brooklyn 6G Summit event
Media coverage

Exhibitors Demos

  • KDDI Research Inc.
    Demo: Intelligent Energy-Efficient Extreme MIMO for 6G FR3
  • Keysight
    Demo: AI Target Identification with OFDM Radar
  • VIAVI Solutions
    Demo 1: AI-Enabled Service Assurance for 6G: Lab to Field
    Demo 2: Enabling Robustness With AI for Essential 6G Infrastructure
  • Emerson
    Demo: Wireless System Power Monitoring with NI USRP and NI cRIO
  • Anritsu Company
    Demo 1: Artificial Intelligence-Driven High-Order MIMO Antenna Systems Verification
    Demo 2: Monostatic, Bistatic and Multi-Static JCAS Measurements in Real-World Indoor Environments
  • NextG Wireless Lab, NC State University / All Things Intelligence
    Demo 1 (NC State): AI5GTest: AI-driven Specification-Aware Automated Testing of 5G O-RAN Components
    Demo 2 (NC State): O-DSM: An Open Dynamic Spectrum Management Framework for Cellular-Radar Coexistence in Mid-band Frequencies
    Demo 3 (ATI): NeuralSmith: ML Engineering Simplified!
  • Pi-Radio
    Demo: Spectrum Sharing
  • IEEE
    Demo: Dynamic Automation and Orchestration to ensure Quality of Service in 5G Networks
  • VTT Technical Research Centre of Finland
    Demo 1: Industrial XR Digital Twin for Enhanced Remote Maintenance
    Demo 2: Quantum Assisted 5-bit OTTD for 6G Beam Steering
  • Northeastern University
    Demo: Toward AI-RAN: Transforming RAN Design and Operations with Automation and LLMs
  • OULU, Finland
    Demo: Machine Learning-Assisted Reflective RIS for 6G ISAC
  • NVIDIA / Northeastern University
    Demo: Real-Time GPU-accelerated O-RAN dApp on NVIDIA ARC-OTA
  • NVIDIA / OULU, Finland
    Demo: Multimodal Digital Twins for 6G RAN in Dynamic Environments
  • NVIDIA
    Demo: NVIDIA Sionna Research Kit
  • NYU WIRELESS
    Demo 1: Mitigating Blockages in Line-of-Sight Paths Using FR3 Frequency Agility
    Demo 2: Multi-Frequency FR3 Localization
  • NYU WIRELESS
    Demo 1: Smart, Connected Wearables for the Visually Impaired
    Demo 2: COSMOS Remote Access FR3 Software Defined Radio
  • NYU WIRELESS
    Demo 1: Four-Port On-Wafer RFIC Characterization and Measurements up to 330 GHz at the NYU THz Lab
    Demo 2: NYURay: Physics-Based Wireless Ray Tracer for Site-Specific Deterministic Channel Modeling
  • NYU WIRELESS
    Demo: Comprehensive Radio Propagation Measurements and Standardized Point-Data Representation of Results
  • Demo: OmniPHY Axon: A Live AI-Native Air Interface Demonstration for 6G
    DeepSig
  • WiMNet – Columbia University
    Demo: A Full-Duplex Link with Adaptive Self-Interference Cancellation
  • Skylo Technologies
    Demo: Direct-to-Device (D2D) Satellite Connectivity Powered by Skylo
  • Nokia Bell Labs
    Demo: HybridDeepRx: 6G AI Receiver for Distorted Signals
  • Nokia Bell Labs
    Demo: Sensing and FR3 Communication Channel Modeling
  • Nokia Technologies
    Demo: Volumetric Communication
  • Nokia Technologies
    Demo: Spatial Audio for Voice Communication
  • MediaTek
    Demo 1: Intelligent Device Edge Cloud Services
    Demo 2: Next Generation ISAC with Efficient TDM Active Radar
    Demo 3: A new low PAPR Waveform for 6G Coverage Enhancement
  • NICT
    Demo: Ultra-Spot-based THz/mmWave Communication
  • Nokia
    Testing 7 GHz Mobile System in US (Live Demo)
Media coverage

Posters Exhibition

  • NYU WIRELESS
    Multiband Sensing in FR3 with Background Dense Multipath Components
  • University of Delaware
    Distributed RF-Photonic System for Coherent mmWave Cell-Free MIMO Communication
  • Yonsei University
    To showcase 6G AI-on-RAN: Uncertainty-Aware Hybrid Inference for Wireless Robotic Manipulation
  • UT Austin
    Self-Nomination: Decentralized Deep Learning for CSI Feedback Reduction in MU-MIMO Systems
  • NYU
    Learning-Based Signal Recovery in Nonlinear Systems with Spectrally Separated Interference
  • UT Austin
    Towards Crowd-sourced Digital Twins for Beamforming Optimization in XR Communications
  • NYU
    Extending the Low Latency Slice Beyond the 5G Network
  • NYU
    We May Not Need Multipath TCP (MPTCP) Variants in 6G Dual-Connectivity to Achieve Per-Packet Load Balancing
  • Columbia University
    Intelligent 5G "All-G" Networks Designed and Integrated for Global Operations
  • NYU WIRELESS
    Combining Capacity and Reliability via Inter-Frequency Handovers
  • Duke University
    Wireless Digital Twins and ML Models for High-Fidelity RF Signal Mapping

Join the conversation shaping the future of 6G

Be part of a global gathering of researchers, industry leaders, and innovators exploring the next wave of wireless technology.

Five conference attendees walking together outside modern urban buildingGradient background transitioning from light lavender to deep purple