Ataya Unveils Chorus: Redefining Simplicity in Private 5G

Santa Clara, Calif. – January 30, 2024 — Ataya, the leaders of unified connectivity for Industry 4.0 and beyond, today announced the launch of Chorus, a standalone 5G Access Point (AP) that brings unparalleled simplicity and low cost benefits to enterprises needing to rapidly deploy Private 5G networks. With a focus on true Zero-Touch deployment, Chorus eliminates the complexities, additional hardware, and high costs that have traditionally hindered the widespread adoption of 5G in private networks, particularly in small to medium deployments. MWC Barcelona takes place February 26-29 and attendees can see Chorus and Ataya products in action at Hall 5, 5A61 and Hall 2, 2A11MR. To schedule a meeting, please visit www.ataya.io/mwc-barcelona-2024/.

An Underserved Market Segment

The needs of customers requiring small to medium deployments are distinct from larger-scale deployments. Such scenarios have little space for additional server or hardware (ex: construction sites, parking garages), lack of IT expertise for configuration, and a smaller budget envelope. The complexity, additional hardware, and costs associated with 5G private networks have proven to be inhibitive factors, while attempts at simplified systems have limited functionality by permitting single node-only deployments or necessitating that all user traffic is routed through a public cloud.

Key Features of Chorus 

Targeted for small to medium sized operations, the launch of Chorus marks a significant development in the Private 5G market. The emphasis on simplicity, turnkey solutions, and lower costs opens up the market for many deployments, out of reach with traditional Private 5G solutions including gas stations, retail parking lots, smart agriculture, public-emergency infrastructure among others.

Simplicity and Scale: Chorus offers unparalleled ease of deployment, making 5G accessible to a wider range of users including small-scale and niche operations.
Multi-tenancy & Multi-Site: Manage all your deployments from a centralized dashboard
Lower Cost: By eliminating the need for additional hardware and expert IT technicians, Chorus significantly reduces the overall cost of Private 5G deployment.

Customer Benefits

Chorus users can deploy Private 5G without the need for extensive technical expertise or additional hardware. As a turnkey solution, Chorus ensures that the 5G network is operational immediately after plugging in the AP, all with significantly reduced overall cost of Private 5G deployment, making it accessible to a broader customer base.

“Existing solutions don’t go far enough in simplifying Private 5G deployments. They typically require additional hardware or high costs or expert IT technicians to deploy 5G,” said Puneet Sethi, SVP of Products at Ataya. “Chorus enables all the security and low latency functionality expected of 5G deployments without any of the traditionally associated overhead cost and complexity, allowing the Industry 4.0 revolution to extend to nearly all participants in the manufacturing sector.”

“We have been working with Ataya Harmony for global markets including Korea and Japan, and the customer feedback has been excellent. Now, we are expanding our relationship to Chorus. Simplification is much needed for certain segments of our customers who want to rapidly deploy small-scale 5G networks. While we have looked at other solutions, the innovation offered by Chorus uniquely meets the needs of the customers who prioritize simplicity, security, and fast service delivery.” Said Jeff Kim, Deputy CEO, Qucell

By eliminating the need for elaborate installations, Chorus is the simplest and most cost-effective solution in the market. Customers no longer have to buy servers, configure, maintain and upgrade software. The Chorus platform can support a range of deployments from a small network with a single AP to multiple APs deployed across multiple sites. The Chorus network grows, discovers and scales as the customer simply adds more Chorus AP and powers them on, allowing Managed Service Providers (MSPs) to rapidly meet customers needs by allowing them to direct-ship Chorus APs to new and existing customers, and remotely onboard and monitor networks, lowering MSP costs and enhancing customer experiences. 

“Chorus is a game-changer for Opticoms and our customers in the world of edge computing and private 5G networks. As an MSP catering to diverse sectors, we have always seen the potential of these advanced technologies but faced challenges in deploying them effectively. But with Chorus on the horizon, we are confident that those barriers will be shattered. It promises to provide us with the tools and capabilities to fully leverage the potential of Opticoms‘ edge computing and private 5G solutions, empowering our customers to do more, faster, more secure and more efficiently than ever before. Chorus represents a new era of possibility, and we are thrilled to be at the forefront of this exciting development,” said Johann S. Schmid, CEO of Opticoms.

IS-Wireless launches the first 5G Open RAN campus network at the Polish university

IS-Wireless has inaugurated the first 5G campus network at the Polish university, built in the Open RAN model and using the local frequencies. Experts emphasize that it is a milestone in the development of the telecommunications industry in Poland. The network, delivered at Bialystok University of Technology, will contribute to the education of the future 5G and 6G specialists. This is another groundbreaking implementation by IS Wireless, a regional 5G private networks leader.

Open RAN is the fastest-growing segment in the telecommunications area. Currently, it’s being implemented in 5G networks, but the industry leaders are convinced that it will be the preferred model in 6G networks. 

“That’s why the installation in Bialystok, the first of its kind at a Polish university, is so important,” explains Slawomir Pietrzyk, CEO and Founder of IS-Wireless. “Together with the University and partners involved in creating this network, we have delivered state-of-the-art solutions in a short time. Local frequencies have only been made accessible and we are already delivering a fully functional campus network.”

Pietrzyk adds that one of the main advantages of the Open RAN model is the use of solutions from multiple suppliers, as evident at Bialystok University of Technology. “The interfaces of the network components are open and specified, allowing the use of hardware and software from different companies. That is the essence of Open RAN,” he explains. He mentions that components provided by Emitel S.A. and Hewlett Packard Enterprise (HPE) were utilized during the network construction. Emitel S.A. provided the distributed antenna system (DAS) and HPE took care of the compute infrastructure.

Due to the growing role of efficient and fast communication between devices in the modern world, 5G networks operating at high frequencies require skillful design and implementation, as well as a reliable radio signal distribution system. The quality of services provided in office or industrial buildings depends on this,” emphasizes Piotr Guziewicz, Director of the Network Planning and Service Development Office at Emitel.

 

Cutting-edge telecommunications solutions are one of the driving forces of the economy, enabling smart factories and cities, as well as automation and the introduction of new services that require rapid data transfer. As a provider of end-to-end solutions from the edge to the cloud, including a full portfolio of services for wired and wireless connectivity, we are pleased to see Polish science and business collaborating in this field,” notes Krzysztof Kowalczyk, Sales Director at Hewlett Packard Enterprise Poland.

It isn’t the first such implementation by IS-Wireless – a few months ago, the company launched a similar network at Riga Technical University (RTU), Latvia. Additionally, the company was responsible for implementing Poland’s first industrial network in the Open RAN established at the Hub4Industry in Krakow.

Training network’s impact on Industry 4.0

The 5G network built at the Bialystok University of Technology will help students gain the knowledge necessary for building and maintaining mobile networks in an open model. In the coming years, the majority of telecommunications networks worldwide will be built using this approach. Therefore, Bialystok University of Technology aims to educate future professionals who can contribute to the dynamic development of this sector in the region.

“Students will have access to the latest technology,” emphasizes Professor Mirosław Świercz, Vice-Rector for Development at Bialystok University of Technology. “They will be able to test commercial devices and perform tests related to 5G radio transmission – for example, check what server computing resources this network uses,” says the scientist. 

Andrzej Zankiewicz, PhD from the Department of Photonics, Electronics, and Lightning Technology at the Faculty of Electrical Engineering at Bialystok University of Technology adds that in the newly established laboratory students will practically examine the impact of signal modulation and coding of the signal on communication. “They will be able to change parameters and observe how they affect the data transmission rate, transmission reliability and its resistance to interference from the surrounding environment,” he concludes.

fiberdays 24 returns to Wiesbaden

Press Release

Join Germany’s leading fibre event on 27 & 28 February 2024

Germany’s leading trade show for fibre roll-out and digitalization
Extensive congress program with high level panel discussions
New focus on sustainability, diversity & municipal roll-out
Media hall: Germany’s leading congress on FAST Channels & the TV of the future

Germany’s leading trade show for fibre deployment and digitalization will take place 27-28 February at the RheinMain CongressCenter (RMCC) in Wiesbaden, near Frankfurt. The exhibition in two halls with more than 200 national and international exhibitors includes an extensive conference program on all key topics for the fibre roll-out in Germany.

High profile conference program

In addition to panels on open access, investments, strategic topics, technical innovations and European regulation, there will also be a panel discussion on the intersection of the energy transition and fibre optics for the first time.

English language panel discussion

Another highlight on the first day of the fiberdays, especially for international visitors, will be the English language panel discussion on the future of telecoms market regulation in Germany. Representatives from FTTH Council Europe, the Danish Fiberalliancen, and the Infranum from France will provide insights from around Europe, which will help stakeholders prepare for potential regulatory changes in Germany during the coming years.

200+ exhibitors

The fiberdays show floor will span more than 10.000 square meters, covering both exhibition halls of the RMCC Wiesbaden, with more than 200 international exhibitors from the fibre and digital industries presenting their latest innovations and services.

Media hall: conference on the TV of the future

The TV congress media hall is already entering its third round this year. Broadcasters, network operators and media professionals will meet there to discuss the future of TV. Following last year’s great success, there will once again be a varied program of presentations and discussions on all current TV topics, including FAST Channels and AVOD, live sports, in-car entertainment, TV marketing and, of course, this year’s key date in the German TV market – the end of the possibility to include cable TV fees in ancillary rental costs on 1 July 2024.

New young talent network

In order to strengthen young employees in the telecommunications industry and make the sector more diverse and attractive for the young professionals of tomorrow, BREKO and carrierwerke will jointly launch the industry network “nextgen”. Following a related panel discussion, the new network will also hold its first gathering at fiberdays 24.

Exclusive free tickets for Total Telecom readers

As an official fiberdays 24 partner, we are able to offer our readers a limited number of free tickets. To book your free ticket, please click the link below, select “Kooperationspartner 1”, and enter 4344794743 as “membership or advantage number”.

Get your ticket now!

More info: fiberdays.de

Japanese government pledges $307m to NTT, Intel, and SK Hynix for chip project

News

The subsidies will be used to fund the joint research and production of cutting-edge optical technology semiconductors

Today, the Japanese government has announced it will provide roughly $307 million in subsidies for a semiconductor project backed by NTT, Intel, and SK Hynix.

The chip specialists from Japan, the US, and South Korea, respectively, are set to collaborate on the development of optical semiconductor technology, a field that potentially offers higher data processing speeds and lower energy consumption than its electrical counterparts.

Under the current plan, the companies plan to begin producing related products by 2027.

“We hope the (project), by enabling faster communications and realizing reduced power consumption, will be a game changer in the future,” Ken Saito, minister of economy, trade and industry.

The move comes as one of the West’s latest instances of government intervention aimed at increasing domestic chip competencies and lessening reliance on China.

Japan has quietly been bolstering its position in the international semiconductor industry over th past year, typically investing indirectly in domestic chip production and adjacent technologies in efforts to carve out a niche on the world stage.

Last summer, for example, the Japan Investment Corporation (JIC) – a government-backed fund overseen by the Ministry of Economy, Trade and Industry – announced the takeover of esoteric microelectronics specialist JSR for $6.4 billion.

JSR produces photoresists, chemicals crucial for the photolithographic process used when making microchips. The company is the global leader in the photoresist market – perhaps the only aspect of the global chipmaking economy in which Japan plays a vital role.

In addition to this acquisition, in October the government announced $1.3 billion in subsidies for US firm Micron to set up a semiconductor firm in Hiroshima. Then, in December, the JIC also moved to takeover Fujitsu’s semiconductor packaging arm Shinko Electric Industries for around $4.7 billion.

According to JIC CEO Keisuke Yokoo, the government fears that Japan’s medium-sized enterprises in the microelectronics sphere will not be able to compete in the long-term with giants from rival nations in the US and China, hence requiring government support to remain competitive on the international stage.

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AWS confirms $10bn Mississippi data centre development  

News 

According to AWS, the company has already invested over $108 billion in cloud computing infrastructure in the US  

Amazon Web Services (AWS) has confirmed that it is behind a $10 billion data centre development in Mississippi that was revealed by state legislature last week. The investment, which will see the construction of two data centres, is reportedly the largest investment in the state’s history. 

In a blog post published last week, Amazon outlined its plans for the project – dubbed Project Atlas –saying the two new data centre complexes would span 1,700 acres of land and  create around 1,000 new jobs.  

The data centres are expected to be operational by 2027. 

The project has financial backing from the Mississippi state government, which will invest $44 million in the project (primarily in workforce training), as well as $215.1 million in upgrading local public infrastructure to meet the new developments requirements. 

According to the post, AWS has invested over $108 billion in the US across varying industries to support their digital transformations. AWS’s investment in Mississippi began in 2010 and already totals over$2.3 billion, with related projects including in solar farms, wind farms, and fulfilment centres. 

“It’s the single largest capital investment that has ever been made in the state of Mississippi – by a lot,” said Mississippi Governor Tate Reeves in a statement. 

The investment will “tap into the burgeoning tech sector across the state to create new, well-paying jobs and boost the state’s Gross Domestic Product each year. We look forward to delivering new workforce development opportunities and educational programs that support the next generation of talent across the Magnolia State,” added Roger Wehner, AWS director of economic development. 

The announcement comes just days after AWS announced a $15 billion investment in Japan’s cloud computing infrastructure by 2027. This investment will go towards strengthening and expanding existing facilities in Tokyo and Osaka to meet growing consumer demand. This, AWS say, is vital for the support of future AI services such as generative AI. 

Last May, AWS also announced a major investment in India, pledging $12.7 billion in the country’s data centre market by 2030. 

Keep up to date with the latest international telecoms news by subscribing to the Total Telecom daily newsletter 

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EE dominates RootMetrics benchmarking study but loses 5G crown to Three
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342 People Oppose Brsk’s Full Fibre Broadband Poles in Burnley

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Openreach Bring FTTP Broadband to Half of All Premises in Wales

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Local London Set Strategy to Tackle Gigabit Broadband Notspots

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