NEW DELHI: The Wireless Broadband Alliance (WBA), the body leading development of next generation Wi-Fi services, today supports the decision by the Federal Communications Commission (FCC) to open up the 6GHz frequency band for use by Wi-Fi 6 technology.
It declared the release of the spectrum would bring radical change for the Wi-Fi industry in terms of service speed, hyper low latency and more importantly, network capacity.
“Extending Wi-Fi into the 6GHz spectrum band can provide more Wi-Fi capacity than all the other bands put together,” WBA CEO Tiago Rodrigues explained.
“What’s more, using Wi-Fi 6 technology in the extended band (also known as Wi-Fi 6E) will deliver higher speeds, low latency and service levels that are equivalent to 5G networks and be able to support the widespread, low-cost, use of advanced business, industrial and consumer applications,” he said.
“In terms of the capability and capacity of networks, Wi-Fi 6E, will rewrite the rules of what is possible,” Rodrigues added.
The WBA confirmed that its early trials of Wi-Fi 6E achieved speeds of 2Gbps as well as consistent two-millisecond low latency connections, and a major step-up from current Wi-Fi technology. Carried out in San Jose, California, by WBA member companies Broadcom and Intel Corp, the trials demonstrated that Wi-Fi 6E can meet the needs of industrial and consumer applications of virtual and augmented reality technology.
The WBA has been leading a series of successful Wi-Fi 6 trials across different verticals including Industry 4.0, residential, education, transportation hubs, sports stadiums etc. and these are now extending to Wi-Fi 6E and additional verticals. WBA member and partner companies taking part in the trials include Aruba, a Hewlett Packard Enterprise company, Boingo Networks, Broadcom, Cable Labs, Cisco, Comcast, GlobalReach Technology, Intel Corp and SK Telecom..
“Wi-Fi 6E technology is designed to deliver performance in highly congested places,” said Rodrigues,
“And the next phase of our trials will prove that performance in real world locations. These trials will demonstrate the application and the benefits of the technology in live environments and through this accelerate the adoption and creation of new business opportunities enabled by the opening of the 6GHz spectrum to be used for Wi-Fi services,” he added.
Companies and organisations interested in the trials and potentially becoming involved should visit the WBA’s Wi-Fi 6E website.
Welcoming the FCC ruling, WBA Member companies said:
“This forward-looking action by the FCC will unleash the next 20 years of Wi-Fi innovation. The 6 GHZ unlicensed spectrum band is the key to affordable, multi-gigabit broadband, and this decision is great for 5G offload economics,” said Chuck Lukaszewski, Vice President of Wireless Strategy and Standards, Aruba, a Hewlett Packard Enterprise company.
“Expanding Wi-Fi services into the 6 GHz band opens up new possibilities for wireless innovation. It’s a significant band of spectrum that can turbo-charge the applications of Wi-Fi technology and enable Boingo to maximize the benefits of its neutral host deployments at major airports, stadiums, military bases and apartment buildings,” said Dr. Derek Peterson, Chief Technology Officer, Boingo.
“The results of our trials of Wi-Fi 6E have been conclusive. Wi-Fi 6E raises the bar for wireless capabilities and will enable proliferation of 5G services. The FCC’s decision brings our trials from the lab and into offices and living rooms for business and consumers to enjoy,” said Christopher Szymanski, Director Product Marketing & Govt. Affairs, Broadcom.
“Wi-Fi is today a “must-have” for enterprise networking, supporting both onsite operations and remote workers. Opening the 6 GHz band for Wi-Fi 6E will be a tremendous opportunity for enterprises across the economy to continue to reinvent and iterate on how Wi-Fi generates value. Cisco is excited to work alongside the FCC, our customers and industry on the future of Wi-Fi,” said Matthew MacPherson, CTO Wireless, Cisco .
“Intel commends the FCC on the leadership demonstrated by expanding the Wi-Fi spectrum into 6GHz. This monumental decision represents the most significant contribution to Wi-Fi in nearly 20 years and will help Intel and its partners continue to drive innovation, enabling the best wireless experiences for businesses and consumers,” said Eric McLaughlin, VP Client Computing Group, GM Wireless Solutions Group, Intel Corporation.
“Wi-Fi 6E will be truly transformational. It will accelerate customer experience improvements for operators and enterprises through better connectivity in congested, hard to reach places, and through low-latency levels for consumer and industry applications, along with flexibility and cost-savings,” said Chris Bruce, Managing Director, GlobalReach Technology.
“With increased capacity and throughput, Wi-Fi 6E will bring wireless services to the next level. The FCC’s decision will help accelerate the introduction of innovative services based on Wi-Fi 6E. SK Telecom will continue to work closely with diverse players of the Wi-Fi ecosystem to develop new services that can enhance the experience of our individual and enterprise customers,” said Park Jong-kwan, Vice President and Head of 5GX Labs, SK Telecom.
2,927 court complexes across India connected via high-speed Wide Area Network
NEW DELHI: As many as 2927 Court complexes across India have been connected so far by a high-speed Wide Area Network (WAN) under e-Courts Project. It has led to completion of 97.86 % sites out of 2992 sites conceived to be connected with high speed WAN under the project. Department of Justice (DoJ) along with BSNL is working relentlessly on connecting the remaining sites.
Under e-Courts Project, one of the largest digital networks of the world was conceived by Department of Justice along with the e-Committee of the Supreme Court of India to connect the 2992 court complexes located all over India by a high-speed Wide Area Network (WAN) via different modes of connectivity such as Optical Fiber Cable (OFC), Radio Frequency (RF), Very Small Aperture Terminal (VSAT) etc.
In May 2018 the mandate of providing Managed MPLS VPN services to all these sites was entrusted to the BSNL, which has pan India presence with latest state-of-the-art technology and high-end telecom infrastructure and transmission equipment. The BSNL also has presence at all corners of India, including NE region, Jammu & Kashmir, Uttarakhand, Andaman and Nicobar Islands, etc.
Many courts under the e-Courts project are located in far flung areas where terrestrial cable cannot be used for providing connectivity. Such areas are termed as Technically Not Feasible (TNF) and in DoJ’sendeavor to bridge the digital divide; connectivity is being established at TNF sites using alternative means like RF, VSAT etc.
With persistent deliberations, meetings and coordination with different stakeholders including BSNL and the Courts, the Department has been able to reduce the total TNF sites from 58 in 2019 to 14 in 2020, thus leading to saving of public money as the cost of providing connectivity through alternative means like VSAT is much higher. Department of Justice has also decided to use the newly inaugurated submarine (under sea) cable for providing connectivity to 5 TNF sites in Andaman and Nicobar Islands.
In the COVID-19 pandemic scenario importance of connectivity becomes greater as suddenly courts are under huge pressure for on-line hearing of cases. The DoJ has therefore constituted a high powered committee with representatives from the BSNL, NIC, e-Committee etc to review the bandwidth requirement in the changed scenario.
The Department of Justice, along with the e-Committee of the Supreme Court of India has taken a major leap towards digital transformation and its success in leveraging digital technologies for transforming the Judiciary and providing access to justice to ordinary citizens is being appreciated at all levels.
As part of National e-Governance Plan, e-Courts Project is an Integrated Mission Mode Project under implementation since 2007 for the ICT development of the Indian Judiciary based on the ‘National Policy and Action Plan for Implementation of Information and Communication Technology in Indian Judiciary’.
The Government approved the computerization of 14,249 district & subordinate Courts under the e-Courts Phase I project ( 2007-2015). The objective of the e-Courts project is to provide designated services to litigants, lawyers and the judiciary by universal computerization of district and subordinate courts in the country by leveraging Information and Communication Technology (ICT) for improved justice delivery. Envisaging further ICT enhancement through universal computerization of all the courts, the Phase II of the project was approved by the Cabinet in July 2015 with a cost of Rs 1670 crore under which 16,845 courts have been computerized.
Tenda launches all new AC19 High speed Gigabit Wireless Router in India
NEW DELHI: Tenda, technology is a leading supplier of networking devices and equipment, has launched its all-new AC19 Smart Dual-Band Gigabit Wi-Fi Router in India.
The introduction of the new router is an extension to its existing portfolio; will be strengthening existing smart Wi-Fi router line-up of Tenda while providing secure, reliable, and blazing fast Wi-Fi speeds.
Tenda AC19 is a dual-band gigabit wireless router specially designed for households that require high-speed internet access. It supports 802.11ac wave2 Technology and provides Wi-Fi speeds up to 2033 Mbps (2.4 GHz: 300Mbps, 5GHz: 1733Mbps) to achieve the best performance. The new router is equipped with the latest 4X4 MU-MIMO technology of 5GHz band that yields wider Wi-Fi coverage and a faster Wi-Fi speed as compared to regular routers with older 3X3 MU-MIMO technology.
The newly launched Tenda AC19 is stocked with 28nm 1GHz CPU equipped with 500MHz co-processor, dual-core design that helps in faster processing speed and in optimized operation. Also, the router has an in-built signal amplifier used both on 2.4GHz and 5GHz bands of AC19 to enhance the penetration capability and expand the Wi-Fi coverage. It is also the first router from Tenda to use 6*6 dBi external antennas and four data streams of 5Ghz band to provide a better 5GHz Wi-Fi signal.
Tenda AC19, like Tenda’s other AC series wireless router, is equipped with MU-MIMO and Beamforming+ Technology features that help in an unrivalled coverage and stable performance. MU-MIMO Technology ensures a stable wireless connection and increases the quality of connected clients and data processing while Beamforming Technology boosts range for 802.11ac wave2 Wi-Fi devices.
Tenda AC19 comes equipped with full gigabit ports that provide Fiber Internet upto 1000 Mbps. AC19 also supports IPv6, it can reduce the data transmission time and minimizes the lag, provide a better gaming experience. Like other Tenda Wi-Fi routers, AC19 is also equipped with a “Smart Tenda Wi-Fi App” that helps in real-time management of your network.
One of the unique features that make Tenda AC19 stand apart from its competitors is it’s “Smart Traffic Prioritisation” feature which combines both 2.4GHz and 5GHz under one Wi-Fi name, automatically analyze the surrounding internet environment optimizing the Wi-Fi channel/bandwidth while avoiding interference to provide faster signal frequency.
Speaking on the launch, John Dong, Director, Tenda India commented “We at Tenda trust in creating and conveying best expectations of developments and innovation through our determined endeavours. With the dispatch of AC19 Dual-band Gigabit Wireless Router, we are carrying present day innovative headways to the Indian market. Tenda AC19 is intended to meet all fundamentals WiFi standards for small offices and high speed online gamers.”
Key Features and Benefits:
· 4×4 MU-MIMO for 5GHz band
· Built-in signal amplifier for main chip
· Supports fiber internet up to 1000Mbps
· USB port for media sharing
· Supports IPv6 protocol
4×4 MU-MIMO for 5GHz band
Powered by 4X4 MU-MIMO technology of 5GHz band, it provides wider Wi-Fi coverage and faster Wi-Fi speed than regular routers with 3X3 MU-MIMO technology.
Built-in signal amplifier for main chip
Built-in signal amplifier used both on 2.4GHz and 5GHz bands of AC19 to enhance the penetration capability and expand the Wi-Fi coverage.
Supports fiber internet up to 1000Mbps
Equipped with full Gigabit ports, it supports up to 1000Mbps bandwidth access.
USB port for media sharing
AC19 provides USB sharing, supporting memory sharing, printer remote access and other features. You can set up a local FTP server by connecting AC19 with a hard drive. HD movies and photos can be uploaded and shared with your family anytime, anywhere.
Supports IPv6 protocol
AC19 supports IPv6, it can reduce the data transmission time and minimize the lag, provide a better gaming experience.
Pricing and Availability:
Tenda AC19 Dual-band Gigabit Wireless Router is available through Amazon.in and IT reseller shop at an introductory price of MRP 12500/- across India.
Nokia delivers five-fold speed boost for NetCologne’s broadband network
NEW DELHI: Nokia has announced that it has deployed its G.fast solution to extend the Fiber to the Home (FTTH) network of NetCologne, the largest regional telecommunications provider in Germany with over 28,000 kilometers of laid fiber-optic cables.
Nokia’s G.fast technology allows NetCologne to extend fiber service into buildings to give end users the option of accessing up to five times faster access speeds, reaching up to 1Gbps. Powered by Nokia software-defined access networks, NetCologne innovates with flexible cloud operations and brings new digital services to market fast in the greater Cologne/Bonn/Aachen area.
As a provider of network infrastructure to NetCologne for the last 25 years, Nokia is now set to support extensive upgrades to 30,000 Fiber to the Building (FTTB) installations, upgrading the last drop from VDSL2 to G.fast technology.
Nokia G.fast 212 MHz technology will not only bring ultra-broadband speeds to NetCologne’s customers, the technology upgrade will also increase operational efficiency as zero touch provisioning cuts rollout costs and configuration time in half. Once NetCologne’s FTTB footprint is transitioned to G.fast, the Nokia Altiplano cloud platform will allow the operator to get better insights in increasing volumes of operational data and automate operations across the entire access network.
Horst Schmitz, Head of Technology at NetCologne, said: “We provide the city of Cologne and associated regions with leading-edge telecom services. Nokia delivered a highly customisable solution that is ideal for the next step in our network plans: bringing gigabit connectivity cost-effectively into buildings. On top, the cloud platform improves our automation capabilities today and for any future devices added to the network over time.”
Sandra Motley, President of Fixed Networks at Nokia, said: “We are proud to work with NetCologne as it embarks on the next phase of fiber expansion. NetCologne becomes a first-mover in the market with SDN-enabled G.fast, which will strenghten its competitiveness. Nokia’s software-defined portfolio enables NetCologne to advance into the cloud era with more agile, manageable and programmable broadband networks.”
Through the deployment, NetCologne will benefit from the following Nokia solutions:
Nokia Lightspan SX – industry-leading G.fast distribution point unit with advanced vectoring capability and highly efficient power circuitry, significantly reducing the power consumption per port.
Nokia Altiplano Access Controller – SDN controller with open programmable interfaces and intent-based networking enables simplified provisioning, reduced cost of operations, automation and portability for future network evolution.
Nokia GPON – (Gigabit Passive Optical Networks) OLTs (Optical Line Termination) – for greater speed and capacity for FTTH, enabling premium Gigabit services
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