• Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io
No Result
View All Result
Converge Digest
Wednesday, June 3, 2026
  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io
No Result
View All Result
Converge Digest
No Result
View All Result

Home » NTT develops a cooperative WLAN with distributed smart antenna

NTT develops a cooperative WLAN with distributed smart antenna

October 22, 2017
in All
A A

NTT has developed a technology its calling “cooperative wireless LAN with distributed smart antenna system (D-SAS)” to improve connectivity in high-density environments such as sports stadiums.

The technology consists of two key functions: one performs centralized radio resource management by taking information about the surrounding radio environment into consideration; the second optimizes parameters dynamically with the aid of the first function so that the interference is reduced at each AP.

NTT has tested the technology at NACK5 stadium in Omiya, Japan with the deployment of about 150 APs under stadium seats. All 11 channels available on the 5.47-5.725 GHz band (i.e., the W56 band) were used and the channel bandwidths of all APs were 20 MHz in both settings.

NTT said its testing showed that its cooperative wireless LAN technology with D-SAS achieved throughput twice than that obtained with the conventional technology.

Tags: Blueprint columnsNTTWLAN
ShareTweetShareSummarizeSummarize
Previous Post

Project Loon balloons to fly over Puerto Rico

Next Post

Quantenna samples first full-duplex 802.11ax mesh chipset

Staff

Staff

Related Posts

All

NTT Results Highlight Shift from Telecom to Photonic AI Infrastructure

May 10, 2026
Space

NTT Unveils 192-Core Multicore Subsea Cable System 

March 25, 2026
Optical

NTT Develops Sub-100µs Deterministic Networking for Japan’s Fusion Reactor

March 25, 2026
Subsea

NTT DATA–Led Consortium Launches $1B Intra-Asia Subsea Cable Project

January 14, 2026
Optical

NTT Showcases Optical–Quantum and Expands IOWN Strategy

November 18, 2025
Data Centers

NTT Launches Ultra-Low Latency IOWN Photonic Interconnect Service in Hong Kong

November 1, 2025
Next Post

Quantenna samples first full-duplex 802.11ax mesh chipset

Please login to join discussion

Categories

  • 5G / 6G / Wi-Fi
  • AI Infrastructure
  • All
  • Automotive Networking
  • Blueprints
  • Clouds and Carriers
  • Data Centers
  • Enterprise
  • Explainer
  • Feature
  • Financials
  • Last Mile / Middle Mile
  • Legal / Regulatory
  • Optical
  • Quantum
  • Research
  • Security
  • Semiconductors
  • Space
  • Start-ups
  • Subsea
  • Sustainability
  • Video
  • Webinars

Archives

Tags

5G All AT&T Australia AWS Blueprint columns BroadbandWireless Broadcom China Ciena Cisco Data Centers Dell'Oro Ericsson FCC Financial Financials Huawei Infinera Intel Japan Juniper Last Mile Last Mille LTE Mergers and Acquisitions Mobile NFV Nokia Optical Packet Systems PacketVoice People Regulatory Satellite SDN Service Providers Silicon Silicon Valley StandardsWatch Storage TTP UK Verizon Wi-Fi
Converge Digest

A private dossier for networking and telecoms

Follow Us

  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io

© 2026 Converge Digest - A private dossier for networking and telecoms.

No Result
View All Result
  • Home
  • About
  • Events Calendar
  • Blueprint Guidelines
  • Privacy Policy
  • Manage Email Delivery
  • NextGenInfra.io

© 2026 Converge Digest - A private dossier for networking and telecoms.

This website uses cookies. By continuing to use this website you are giving consent to cookies being used. Visit our Privacy and Cookie Policy.
Go to mobile version