Projects

Columbus Crew kick off 2023 season with seamless home opener

The American professional soccer club, The Columbus Crew, hosted its home opener of the club’s second full season this March, with several enhancements to its high-tech stadium and fan experiences in professional sport. The technology integration throughout the stadium and on display during every home match is made possible through the ongoing support of Vertiv. Vertiv infrastructure equipment supports the network that enables fan entry into the stadium, point-of-sale systems for concessions and retail, a variety of in-game experiences - including the scoreboard and digital signage - and office and administrative IT systems for the club’s front office staff. During the home opener, the club reported nearly 16,000 unique users and more than 9,500 simultaneous devices on its in-stadium Wi-Fi network. Both numbers are the highest ever recorded at the stadium, which has an official capacity of 20,371. For the first time, crew supporters benefitted from a new virtual currency called Crew Cash Through the fan-focused program, individuals have the opportunity to redeem Crew Cash for concessions and retail purchases through the Crew mobile app. Fans responded positively to the advancement by placing a total number of mobile orders during the opener that represented 37% of those transactions in all of 2022. All Crew point-of-sale and retail point-of-sale systems were integrated with their loyalty and promotion platform, allowing fan flexibility in redeeming and spending Crew Cash on retail and concessions, which was implemented during the off-season. “We continue to add digital capabilities throughout the stadium to enhance the fan experience, and we’re comfortable pushing the limits the way we do because we have confidence in our digital infrastructure from Vertiv,” says Brandon Covert, Vice President of Information Technology for the crew and Haslam Sports Group. “In addition to not having any network failures during the first match, we haven’t even had to revert to our backup systems. From an operational uptime perspective, we are performing at an exceptional level. That’s due largely to equipment and services from Vertiv.” If fans’ phone batteries run low, they can also take advantage of four additional charging stations which allow fans to charge their mobile devices on the go. During the home opener, use of charging stations increased three times compared to last season. One of the most notable areas of innovation to improve the fan experience is one of the least noticeable - mobile and facial recognition ticketing. These technologies have continued to make entering the stadium fast and easy for fans by allowing them to use facial authentication to pass through the stadium gates without presenting a phone or ticket to scan. Other new digital elements at the stadium include a camera-based player tracking system, and a digital security system that accelerates physical security screening for a safer in-stadium experience. “The crew will celebrate the two-year anniversary of its first match in the new stadium in July, and Vertiv has been there from the beginning to help major league soccer’s best fans enjoy the league’s most sophisticated fan experience,” says Pete Klanian, Senior Vice President, North America Sales at Vertiv. “We value our partnership with the crew because our organisations share core values of teamwork, relentless effort, diversity and, of course, a love for our Columbus home.”

Arelion unveils new Prague PoP

Arelion has announced the provision of a new PoP (Point of Presence) at the DC Tower data centre in Prague, Czech Republic. As part of the company’s commitment to the region, this will be the second Arelion PoP in Prague. Supporting current and future growth in traffic, the new PoP provides direct access to the global Arelion AS1299 IP backbone, with high speed IP transit, cloud connect, and internet exchange (IX) connect services for content providers and enterprises. Arelion has long been committed to ensuring Prague has the connectivity needed by its businesses, content providers and consumers, having been the first provider to install a backbone point of presence in the city in 2000. The new PoP will provide additional capacity, resilience and choice to those requiring IP services in the metropolitan area, where traffic has grown as consumers take advantage of new services, such as streaming, and businesses require improved access to global cloud services.  Patrik Andreasson, Head of Sales Nordic, CEE and Balkans at Arelion, says, “Growing the number of PoPs that we have in Prague is an important step forward for businesses in the region, giving them greater choice over where to locate their services and join the internet backbone. Along with this installation at the DC Tower data centre, our latest IP services make it easier than ever before for companies to reach cloud services from companies such as Amazon Web Services, Google and Microsoft, and give the best possible experience to their own customers.” Petr Možiš, Chief Commercial Officer at the CRA DC Tower data centre, says, “Prague is a growing technology centre, and one that we are proud to be an important part of. This new PoP will give our customers great redundancy and capacity, with lower latency, whilst ensuring that we can support the continued growth in our technology sector and in consumer consumption of data services.”

Equinix uncovers rooftop urban farm atop Parisian data centre

Reid Brewin Architects (RBA) has announced the completion of a new project that uses waste energy from data centres to power a rooftop ‘urban farm’ on the outskirts of Paris. RBA’s design for the Equinix PA10 data centre, located in Saint Denis, is said to be the first of its kind in France. Central to the client’s sustainability commitment was the desire to reuse waste heat from the data centre, and to create a usable area that would promote health and wellbeing.  The project comprises a 430m2 greenhouse surrounded by a further 570m2 of green space, with the rooftop structures powered using a heat recovery system with heat exchangers linked to the data centre’s water cooling system. Each greenhouse is fitted with sensors to monitor humidity as well as internal and external temperatures - which can trigger heaters in cooler weather. Together with sunshades, automated irrigation, and ventilation systems, they deliver a controlled climate year-round within the greenhouses.  The development means seasonal fruit and vegetables can be cultivated using a hydroponic system, in a bid to maximise space efficiency and minimise water usage, while the gardens are planted with vegetation chosen specifically to maximise the amount of rainwater consumption, while supporting the local insects and wildlife, with the installation of insect hotels. All rooftop garden space is wheelchair accessible, and provides natural shade, cooling, and relaxation areas. Visitors and staff are invited to share the food grown on site, and to make the most of the dedicated seating and catering areas. “It is of increasing importance that we increase our actions and mitigate the environmental impact of an increasingly digital world,” explains John Hutchinson, Director at RBA. “We’re extremely proud to support our clients with this shared goal, and PA10 heralds the start of an exciting new era, enabling us to apply learnings from this project across other projects. Sustainability and safeguarding the environment are at the heart of everything we do, and this opportunity has already inspired further initiatives across our client base.” 

Secure I.T. Environments builds 1MW energy efficient data centre

Secure I.T. Environments has announced the handover of a 1MW, 200 cabinet, data centre design and build project for Proximity Data Centres. Designed, built and project managed by Secure I.T. Environments, the new facility was built into the ground floor of an existing building containing data centres, and is 441m2 in size. The perimeter of the data centre was based on a 60 minute fire-rated modular wall and roof construction, which included a separate UPS and switch room located in another area. The mechanical and electrical (M&E) specification was designed to comfortably handle a constant 1MW load, based on 200-cabinets at 5kW per cabinet. The modular design of the M&E infrastructure means that components can be added to support the needed load in incremental phases to match the IT load. Energy efficient N+1 air conditioning, was supplied and installed throughout the installation, as well as Novec fire suppression and VESDA detection, extraction systems, environmental controls and security systems, including CCTV, door access systems, intruder alarms and leak detection. The project included the management of planning permission applications for all plant equipment on site, and ensuring compliance with development, health and safety, and building control regulations at every stage for both construction and fire safety compliance. A full-time project team was allocated to the project, conducting regular inspections to ensure contract specifications and quality were maintained. John Hall, Managing Director, Colocation at Proximity Data Centres, says, “This was a significant expansion of the data centre services we offer at a key site, and we wanted to ensure the best possible outcomes. The data centre has been designed to achieve the best possible annualised PUE and Secure I.T. Environments has done an excellent job of delivering the project, handling every aspect of construction, installation and testing.” Chris Wellfair, Projects Director at Secure I.T. Environments, adds, “It is always great to work with clients that are truly committed to having the most energy efficient data centres. Having complete ownership of a data centre project means we can ensure the most efficient build programme, and for our clients means they have only one place to go to get things done and discuss progress. It is great to be handing over this data centre to Proximity on time, in budget, and to a world class specification.”

WIOCC lands world’s largest subsea cable system into OADC Durban

WIOCC has landed 2Africa - the world’s largest subsea cable system - into OADC Durban, owned and operated by Open Access Data Centres (OADC), in KZN, South Africa. This offers the province and country an increase in international capacity and the promise of more reliable internet and other connectivity services. WIOCC Group Chief Executive Officer, Chris Wood, comments, “This latest major international cable landing is another example of WIOCC Group playing a key role in building Africa’s digital infrastructure, and accelerating the continent’s digital transformation through the delivery of converged open digital infrastructure. “We are pleased to be working with our partners in the 2Africa project, bringing faster, more reliable internet to local businesses and consumers, and making an enduring contribution to communications in Africa. The subsea cable system is enabling more communities to access transformative online resources, from education and healthcare to jobs and financial services, and experience the economic and social benefits of seamless connectivity.” Economic benefits The 2Africa cable project was launched in May 2020 to significantly increase the capacity, quality and availability of internet connectivity between Africa and the rest of the world, and a recent study by RTI International predicts that within two to three years of becoming operational, 2Africa will spur economic impact worth $26.2 billion to $36.9 billion, equivalent to 0.42-0.58% of Africa’s GDP. The arrival of the 45,000km, 180Tbps 2Africa cable system in Amanzimtoti, 25km south of Durban, will bring much-needed additional international capacity for internet and other services, support high-speed internet delivery and provide greater diversity, which will benefit businesses and individuals throughout South Africa.  Benefits of Amanzimtoti landing This landing, into OADC’s 4MW-capable open access OADC Durban facility in Amanzimtoti, is 2Africa’s fourth on the coast of South Africa - two in the western cape (Yzerfontein and Duynefontein) and one in the eastern cape (Gqeberha). ● Service uptime can be maximised by utilising this new OADC Durban-2Africa route for international traffic because, apart from the METISS system, no other international cable lands in Amanzimtoti.   ● Organisations can quickly and easily access 2Africa’s international connectivity to extend their operations in KZN and elsewhere in South Africa, as OADC Durban is open access and carrier-neutral. ● The cable system’s landing in Amanzimtoti also offers the potential for increased regional job creation in sectors that rely on direct international connectivity, such as data centres, call centres and software development, which can help contribute to both local and national socio-economic development. OADC Durban went live in April 2022 and will ultimately deliver 4,200m²  of flexible space, supporting 2,000m² of IT white space, as well as A-Grade tech park office space. It delivers the location, scale and client focus required to maximise opportunities for carriers, content providers, fixed and mobile network operators, and Internet Service Providers (ISPs) to host their equipment and applications, and to increase the speed and reliability of the connectivity and services they provide to their customers. Landing 2Africa into carrier-neutral OADC Durban ensures that service providers are able to access international capacity and onward, domestic and intra-Africa connectivity on a fair and equitable basis, which will encourage and support the development of a healthy internet ecosystem. Once the system has been fully deployed, businesses and consumers will benefit from improved quality, reliability and lower latency for internet services, including telecommuting, high-definition video streaming and advanced multimedia and mobile video applications.  The 2Africa project underpins the further growth of 4G, the continued roll-out of 5G and fixed broadband access, by providing improved connectivity to underserved and rural areas, and network resilience between KZN and the rest of South Africa. As a gateway to international connectivity, the cable’s landing in Amanzimtoti will also help to drive the upgrade and expansion of telecommunications networks in KZN and surrounding provinces. Chris concludes, “As a fibre pair investor in the 2Africa systems, we are greatly expanding and diversifying WIOCC’s capacity inventory to ensure that we continue to serve the evolving needs of our content provider and cloud operator clients, as well as those of the wider wholesale community.”

Secure I.T. Environments completes data centre works for retailer

Secure I.T. Environments has announced the completion of a data centre floor plan redesign and build project, creating a new technology lab, and two UPS upgrades, for a UK retailer. The initial project involved reducing the size of an existing modular data centre, and creating a new technology lab that could be using for testing technology innovations the retailer has planned to deploy. Splitting the data centre meant redesigning lighting, structured cabling, fire suppression, air conditioning, new flooring, and environmental monitoring systems. A new fire-rated modular panel wall was installed to separate the existing data centre, forming the new lab room and storage facility. Some hardware was decommissioned, but wherever feasible, existing infrastructure was redeployed where it met the energy efficiency requirements of the project. All aspects of the new lab area were undertaken by Secure I.T. Environments, including the extension of structured cabling, lighting and AHU circuits, as well as fitting out with new bespoke lab workstations, new carpet tiled floor, fire protection and integrity testing. In addition to the data centre redesign, Secure I.T. Environments undertook two different UPS upgrades, aimed at helping the head office meet its commitments to carbon neutrality over the coming decade. The first UPS project, which took place in a live environment, involved replacing two 275kVA Eaton UPS systems with Riello 42kVA N+1 MPW CBC 130 MultiPower Combo Cabinet UPS and batteries modules. Old equipment was disposed of in accordance with ISO14001 Standards, and repairs were made to floor, given the new solution required a much smaller footprint. The second, smaller UPS upgrade, included the installation of new dual input power supplies and output cabling from an existing bypass panel to the new UPS. This also took place in a live environment. Chris Wellfair, Projects Director at Secure I.T. Environments, adds, “One of the best things about working with modular data centre solutions, is the ease with which they can be extended, or redesigned to meet the changing needs of an organisation. Our long-standing work with this UK retailer, meant that we knew the site well, our installation phase was very short, and we could move to making the upgrades possible in a live environment with a minimum of disruption.”

The Datum Group announces new data centre facilities

The Datum Group has announced plans to open two new data centre facilities in 2024. The move will see the company expand its colocation offering to meet the growing demand for data centre space. The two new facilities (FRN2 and MCR2) will be located on the sites of the Datum Group's existing data centres in Farnborough (FRN1) and Manchester (MCR1). They will provide Datum’s clients with even greater choice and flexibility when it comes to choosing a colocation provider. FRN2, link detached to Datum’s flagship Farnborough facility, will provide 600 footprints on the ground floor, with scope to double this capacity on the first floor. All data halls will provide an average power density of 3.5kW/footprint, capability to deliver high density compute of up to 30kW/footprint, and Tier 3+ resilience. MCR2 will be located at the Teledata site in Manchester and will offer up to 25,000ft2 of space, 4MVA of power and over 1,000 new server racks in both high and standard density. Datum Group's CEO, Dominic Phillips, says, "Our decision to open two new data centre facilities is a response to the strong demand we are seeing for our services and will allow us to support our clients’ growth by providing enterprise grade colocation through our network of high security data centres. By expanding our footprint across the UK, we will be able to offer an even wider range of services and solutions that can be tailored to individual client needs." Matt Edgley, Director at Teledata, comments, “This expansion will allow us to build on our excellent reputation in Manchester for providing premium colocation services. Our new facilities in Farnborough and Manchester will provide even more businesses with the high-quality data centre services they need to grow and succeed.”

Vertiv inaugurates new factory in Ras Al Khaimah

Vertiv inaugurated an expansion of its factory in Ras Al Khaimah, UAE, to support its integrated modular solutions (IMS), low voltage switchgear and busway businesses. The latest addition will help the company proactively address the increasing demand for Vertiv products and services. This new facility will be strategic in Vertiv’s manufacturing network for its global business operations and it is strategically located to cater to the needs of customers in the Middle East, Africa, Australia, and South Asia regions. The site is an extension of the existing E+I Powerbar Gulf factory, providing an additional 5,700m2 of indoor space serving as a production and office area. Giordano Albertazzi, CEO, Vertiv, says, “I couldn’t be prouder to see the Vertiv fundamentals of high-performance culture and innovation being brought to life in this new addition in UAE. This expansion allows us to better support our growing customer base in multiple countries, with solutions that are critical to ongoing digital transformation. We will continue to strengthen our capabilities to innovate with and for, our customers.” The new factory will manufacture a series of power distribution and continuity solutions, including: • Low-voltage (LV) switchgear, which ensures a continuous flow of the electricity required to support hybrid workforces, power business operations, and deliver digital products and services. All LV switchgear is custom-built using a modular design that can be configured to suit site requirements. • Vertiv Powerbar iMPB busway system that allows businesses to cost-effectively optimise and adapt power distribution infrastructure over time, maximising availability with continuous power delivery to critical loads. • Prefabricated modular solutions which offer a complete turnkey package for data centres. Fully assembled power modules are engineered, built, and tested in manufacturing facilities, ready to be installed on-site as a complete pre-integrated unit.

AirTrunk enters Malaysia with new 150MW hyperscale data centre

AirTrunk has announced its entry into Malaysia with plans to develop a 150MW data centre. Named AirTrunk JHB1 (JHB1), the facility will be the company’s first in Malaysia and ninth in APJ, taking its data centre platform to over 1.35GW of capacity. The JHB1 campus will span 10.3 hectares of land in Johor Bahru, a strategic location at the southern tip of the Malay Peninsula. Servicing a major cloud availability zone for AirTrunk’s customers, the facility will also offer strong domestic and international connection to regional technology hubs including Singapore, with an end-to-end cross border connection strategy. Driven by rapidly increasing cloud adoption in Southeast Asia, JHB1 will be anchored by one of the world’s largest technology companies. AirTrunk Founder and Chief Executive Officer, Robin Khuda says, “It is an exciting time for our business as we announce a new data centre in a new country with a large anchor tenant. AirTrunk continues to develop critical digital infrastructure to support accelerating digitalisation in the region.” JHB1 will be funded under AirTrunk’s sustainability linked loan framework and will include a number of sustainable innovations to ensure AirTrunk continues to deliver the most sustainable data centres in the region. Sustainable innovations include a landmark cooling solution that utilises a combination of indirect evaporative cooling (IEC), and direct-to-chip liquid cooling technology. The liquid cooling technology will enable AirTrunk customers to deploy high density racks, reducing energy consumption by up to 20%. In addition, the data centre will feature a solar-ready roof, equipped to add 5MW of solar panels. The facility is designed to AirTrunk’s industry-low power usage effectiveness of 1.15, and renewable energy supply options will be available to customers. AirTrunk Chief Technology Officer, Damien Spillane says, “With its flexible designs and innovations driving energy and water efficiencies in tropic climates, JHB1 will be the most sustainable data centre in Malaysia. In line with our net zero by 2030 target, we are working with our customers to source renewable energy to match electricity consumption at the data centre.” The initial phases of JHB1 will provide 50MW of capacity, with construction commencing shortly and due for completion in 2024. The data centre is ready to scale out to a total capacity of more than 150MW, with further expansion based on customer demand. 

University of Kent mitigates cyber attacks with Britannic

The University of Kent has deployed a cloud telephony and contact centre solution from Britannic to mitigate risks of growing cyber attacks. Traditionally, higher education institutions significantly underfunded cyber security efforts, even though the different academic and admin departments are siloed and often operating on different systems and servers, resulting in them being vulnerable. The pandemic accelerated cyber attacks, especially when staff and students were working at home and their systems and networks become prime targets for ransomware attacks. Many of which bought down lots of universities telephony, websites and IT systems, resulting in lessons cancelled and closure until they were back up and running. Around six in 10 (62%) higher education institutions reported experiencing breaches or attacks at least weekly (according to gov.uk, July 2022). Richard Charley, Telecoms Manager from the University of Kent comments, “We are aware of the growing number of cyber attacks that have taken place over the last couple of years, and we didn’t want to fall prey to one and suffer damage such as lost data or disruption from having our systems bought down. The staff and students have been through enough disruption over the last couple of years, we need to bring stability. "We are a long-term customer of Britannic and decided on a solution whereby we have added in a cloud telephony and contact centre solution from 8x8 to work alongside our on-premise Mitel solution. By combining local and cloud communications we will have ultimate resilience in security and flexibility to evolve our communications need.” The hybrid communications model will cater for 19,000 students and 3,000 staff across the two campuses in Kent and four additional sites in Europe. The university has a Mitel MiVoice communications platform that it has virtualised and resides in its two data centres and utilises Britannic’s netX2 SIP service to provide the university with the flexibility and control it requires. SIP gives the control to route call by location, day shift pattern and much more. “The addition of the 8x8 UC and contact centre provides the University of Kent with the perfect back up service - should the other system suffer an outage they will always this one to fall back on. It is also a modernisation of the contact centre that enables them to add on licences when required which is vital in the clearing period when it’s all hands are on deck and relies on a robust solution,” comments Jonathan Sharp, Director, Britannic. In 2025 BT will switch off all ISDN and PSTN networks and replace it with full fibre. Now is the time for universities to review their networking infrastructure and modernise it with cloud telephony to increase security and resilience, and add flexibility for staff, students and the contact centre, and in a different way than previously.