Introducing Cogent Distribution to UKWISPA

Using Light for gigabit wireless connections

UKWISPA Market Report Release - THE ROLE OF WIRELESS NETWORKS IN ENHANCING DIGITAL CONNECTIVITY IN THE UK

In a world of fast and stable internet, it is hard to stand out as an internet service provider. Even more given that the basic service margins are getting thinner. That’s why ISPs are continuously seeking innovative ways to increase revenue via value added services. Thankfully, content filtering is a popular service for both B2B and B2C customers, making it an attractive proposition even for smaller players in the market.

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A Guide for our Members

Curvalux, Gold Partner of the UK Wireless Internet Service Providers Association, introduced its revolutionary multi-beam phased array antenna RF system to members of UK WISPA on 5 November 2020. Initially using unlicensed frequencies in the 5GHz band, Curvalux Edge Node is a disruptive multi-beam phased array antenna RF system which dramatically out-performs omni or wide beam sector antennas that are commonly used in terrestrial wireless networks today. Curvalux uses a patented multibeam phased array beam forming technology to divide the wireless signal into many directed and tightly focused beams in two polarizations. The advantage of this technique allows for very high gain of both the transmit and receive signals resulting in much higher data rates, while requiring very low power consumption and providing much higher resistance to interference. Curvalux beamforming antennas create 7-degree beamwidth beams with side lobe suppression of more than 20 dB which allow operators to benefit from dramatically reduced interferences when using unlicensed spectrum and high order of frequency reuse that increases the overall Edge Node capacity. Richard Pak, Curvalux Group CEO, said “The Curvalux Edge Node is an open system which has been thoroughly tested and field proven with variety of legacy 5GHz access points, repeaters, and CPE´s in more than a dozen POC trials around the world, and is already being deployed by some of the largest global telecommunications operators to provide highspeed fixed wireless access and LTE offload. Introduction of the Curvalux antenna system into existing Wi-Fi 5 and Wi-Fi 6 networks currently operated by the UK WISPs will be a seamless integration which will not affect existing customers, but will dramatically increase the total capacity and performance (Mbps/Square Km) of their networks. By implementing the Curvalux Edge Node on top of existing FWA infrastructure, WISPs will considerably reduce their CAPEX and boost their customer base by being able to offer higher speed broadband access as well as extending the coverage and reach of the FWA networks in urban, suburban, and rural areas.” UK WISPA Chairman, David Burns, pointed out: “I have been watching Curvalux very closely over the past few months and I have to say I have been astounded by the innovation that they have incorporated into their antenna system. This is unlike anything I have seen in our space before and I strongly recommend that operators find out more. FWA technology is becoming quite mature and it is rare to see such a step change in performance. The Curvalux antenna system simply connects to existing access points and transforms their performance onto another level”. Nir Barkan, Curvalux UK CEO and Curvalux Group CTO, highlighted that “Curvalux has recently established a brand-new R&D centre in Sheffield which is equipped with a broadband access testing laboratory facility and has recruited a growing team of highly skilled engineers and experts from industry leading companies in RF and wireless technologies. Curvalux is very pleased to introduce itself and engage with UK WISPA members and would like to showcase its key differentiators to WISP´s who are looking at increasing their customer base with higher traffic capability, superior range and enlarged customer reach ability at the lowest possible cost”. About Curvalux Curvalux is an advanced wireless access and backbone technology with built-in backhaul relay architecture. The system provides frequency re-use, high directivity and high antenna gain dramatically increasing the throughput and range of wireless broadband connectivity to low power and low-cost user terminals, mobile phones and tablets. Curvalux sets new standards of low-cost, energy consumption, size and weight compared with other next generation mobile and fixed wireless access systems. For further details please contact: nir.barkan@curvalux.com www.curvalux.com

Intracom Telecom is one of the world leaders in Ultra-Fast Fixed Wireless Access (FWA) technology and amongst its many users has the largest mmWave (Millimeter Wave) FWA network in the world, which is located in Italy. The company has committed to bring its groundbreaking technology and know-how so as to help in the development of the UK Fixed Wireless Access market and has joined forces with UKWISPA to engage with UK stakeholders. The UK Government is committed to helping every property in the land receive gigabit- capable broadband in the coming years. High performance Fixed Wireless Access is now seen as an essential component of the UK's ability to meet this goal in a cost effective and timely manner. Connecting properties using underground ducts and overhead wires has many limitations in the time, disruption caused and aesthetic impact on the landscape; especially in more rural areas. A single mmWave Gigabit base station can provide immediate coverage to many properties at gigabit speeds. David Burns, Chairman of UKWISPA, stated: “Intracom Telecom’s technology is already exploited worldwide including the USA, Europe and the Far East and we are delighted that they have decided to bring this experience to the UK. There are over 100 Wireless Internet Service Providers (WISPs) across the UK and their role in delivering Gigabit Britain cannot be overstated. We hope that Intracom Telecom’s expertise and technology will help WISPs build ultra-fast networks faster and help UK businesses and homes receive the broadband they deserve quickly and inexpensively”. John Tenidis, Marketing Director of Wireless Network & Systems of Intracom Telecom, underlined: “Connectivity to internet is becoming a human right directly linked to freedom of expression and opinion as stated by UN. Therefore it is to the interest of governments to protect and incentivize local WISPs to continue connecting remote societies. Intracom Telecom’s technology (WiBAS™) allows WISPs to expand their offerings. We are joining UK WISPA and offer our solutions to its members as we believe that the designated spectrum (24.25 - 27.25 GHz) is the only path to go for a country that targets to achieve 100 Mbps per home”.

Terragraph technology was developed by Facebook Connectivity, a division of the social media corporation, whose mission is to bring more people online to a faster internet. Facebook Connectivity develops solutions and technologies, working closely with connectivity ecosystem partners such as service providers, equipment manufacturers and nonprofits to overcome the accessibility and affordability challenges facing global internet connectivity. Terragraph promises low cost broadband delivery at speeds of over one gigabit, with the potential for over 10 gigabits using license-exempt fixed wireless access (FWA) in the UK by the end of 2020. Members of the UK Wireless Internet Service Providers Association (UKWISPA), have met with Facebook executives and officials from equipment makers Siklu, Radwin and Cambium to discuss service launches. They want to use this for license-exempt fixed wireless access (FWA) in the UK later this year. Siklu, Radwin and Cambium Networks are all set to ship products this year, UKWISPA added. Facebook has been working on Terragraph for about five years and has conducted pilot trials with service providers in several countries using prototype equipment. Over the last couple of years, Facebook has worked closely with Qualcomm to develop this technology and has licensed it free of cost to a range of global equipment manufacturers. Facebook’s vision here is to create a robust, self-sustaining, standard (802.11AY) based ecosystem around Terragraph. This has enabled a range of UKWISPA members to release products in 2020, while others, such as MikroTik and IgniteNet, have been encouraged to commit to joining the community. David Burns, chairman of UKWISPA, told Networking+ that the general rule with networking performance is to introduce the fastest speeds possible, “so gigabit speed is a very reasonable goal today” subject to affordability. “Enterprises invest heavily in communications systems of many types and spend surprising amounts of capital and time investing in bandwidth management methods such as quality of service (QoS),” he said. “Investing in QoS is an admission that the enterprise has insufficient capacity at the right place at the right time. For example, ensuring vital voice services operate smoothly and cleanly at all times is an obvious imperative. But what if this is at the expense of other time and bandwidth sensitive applications that support remote workers?” Burns added that VPNs and remote desktop services “are also very sensitive to the jitter and latency” typified by over-contended networks “and most QoS techniques crudely reserve minimum data commitment rates”. He continued: “As more workers spend more time out of the office and as more internal and external meetings become online meetings, fast networks will become more important than having desks, chairs and an office to keep them. In the end, gigabit internet connectivity will be far more valuable and cost a lot less than the empty desks abandoned by home workers.” “Facebook recognised that new applications require high speed connectivity and, with data consumption growing at an ever-increasing rate, the demand for broadband cannot be currently met with existing last mile technologies,” added Neeraj Bhatia, product manager at Facebook Connectivity. “With Terragraph, Facebook is creating a robust ecosystem to address this gap and serve under-connected communities faster and at much lower cost to service providers and end consumers. We have helped assemble a technology stack with a range of OEM partners, assisted with the specification of IEEE 802.11ay standards, and built an open ecosystem to realise the potential for mm wave technology.” “Terragraph uses the wide spectrum available in 60 GHz frequency band to deliver multi-gigabit speeds and uses a unique mesh solution, based on OpenR, to overcome line-of-sight (LOS) challenges to achieve high network availability and reliability.” Burns said, “This method perfectly complements fibre build out,” where the Terragraph mesh fills gaps that would be expensive to install otherwise.