Showing posts with label NTT. Show all posts
Showing posts with label NTT. Show all posts

Sunday, March 28, 2021

NTT builds Internet Exchange into its Bangkok2 data center

NTT Ltd., in partnership with Japan Network Access Point (JPNAP) and Bangkok Neutral Internet eXchange (BKNIX), is uplifting its the NTT Bangkok 2 Data Center to become an international network exchange. NTT has developed an “international link” with JPNAP’s data centers in Tokyo and with BKNIX Point of Presence (PoP), which was installed at NTT’s data center in Thailand.

NTT Thailand’s partnership with JPNAP, the leading Internet Exchange Point service provider in Asia, aims to create an Internet exchange linkage that will empower Internet Service Providers, Cloud Service Providers and educational institutions among others, with unlimited access to international-level content. NTT also collaborated with BKNIX, Thailand's first neutral IXP service provider, to install a new PoP at Bangkok 2 Data Center to serve as a hub for content and Internet traffic exchange.


Bangkok 2 Data Center can accommodate ultra-high-heat servers that consume 20kW or more power, such as Graphics Processing Unit servers. The center also adopted 2N Power System with Active-Active technology that guarantees a supply of electrical power, to enable a 100% service-level agreement. With these innovations, customers can easily access large-volume traffic exchange services on existing networks through Bangkok 2 Data Center.

Sutas Kongdumrongkiat, CEO for NTT Ltd. in Thailand, who is also responsible for its operations in Cambodia, Myanmar and Laos, said “We’re pleased to be a part of this initiative to help drive the efficiency of Internet connectivity on an international level. With connectivity being paramount to business success, we hope this will unlock greater value for partners and providers, as they capture emerging market demands in today’s digital economy.”

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Wednesday, March 10, 2021

NTT DOCOMO invests in Crosser for Edge Data Analytics

NTT DOCOMO Ventures has made an equity investment in Crosser Technologies AB, which provides edge data analytics and integration platform for manufacturers.

Crosser’s edge data analytics platform can handle, process, and utilize data obtained from factory equipment. It helps collect data from various devices and allows intuitive operations using visualized tools, making it possible to convert data into formats suitable for analysis and usage and automatically transform data without programming. The company’s software is deployed in edge devices inside factories, realizing real-time ultrahigh-speed data processing. Besides data processing and analysis, the platform can be used to automatically control manufacturing equipment based on the data; the platform is linked to various external tools such as ERP, MES System, and SAP, allowing users to utilize the platform for company-wide resource planning and management control and in factories. Crosser is based in Stockholm.


Sunday, February 28, 2021

NTT develops quantum random number generator

Researchers at NTT have developed a quantum random number generator (QRNG) that exploits the probabilistic nature of quantum measurements to generate genuine random numbers. 

The breakthrough could be implemented as a server that repeatedly produces fixed blocks of fresh, certifiable, public random bits. Applications might include communication networks with high security enhanced by quantum technologies.

NTT said previous high-performance QRNGs require fully characterized quantum devices, which could be subject to security loopholes. Although there are QRNGs that are secure with realistic devices, they need to run for a long time to accumulate sufficient randomness. This results in high latency from the initial request to the delivery of the requested random bits. It is desirable for real-world applications to realize QRNGs of low latency, high rate and high security. In this work, by developing an efficient method for certifying randomness (a collaborative work with the researchers at the National Institute of Standards and Technology) and by measuring the arrival time of an optical pulse with time-bin encoding, NTT was able toshow that every 0.1 seconds a block of 8192 quantum-safe random bits can be generated, enabling low-latency high-rate performance. 

https://www.ntt.co.jp/news2021/2102e/210224b.html

Wednesday, February 24, 2021

NTT opens data center campuses in Oregon and Illinois

NTT Ltd. inaugurated two new 36 megawatt (MW) data centers in Chicago, IL, and Hillsboro, OR. 

The 36MW Chicago data center sits on a 19-acre campus just 25 minutes from the O’Hare International Airport. When finished, the campus will feature two data centers providing 72MW of critical IT load. For national enterprises, hyperscale cloud, and IT services firms seeking to add centralized data center capacity to power recent, latency-sensitive workloads, Chicago is a prime location for their demanding requirements.

The 36 MW Hillsboro data center is situated on a 47-acre campus at the heart of the Pacific Northwest technology hub and offers organizations the ability to meet sustainability goals with optional carbon-neutral IT and 100% renewable energy options. When the entire campus build is completed, it will deliver 126MW of capacity with more than one million square feet of data center space. Check out the full build plan here.

The Hillsboro campus also earned a Level 3 certification from the Cleaner Air Oregon program, the highest level of certification for a data center in the area. The facility is built for superior reliability from N+1 electrical and mechanical redundancy. A variety of cables deliver low-latency connections between the U.S. and high-growth Asian markets, giving organizations the low latency they need to serve market expansion initiatives as well as the latest services that need next-level responsiveness.

NTT plans to open two more data centers in North America this year: a completely new Silicon Valley campus and a planned expansion in Ashburn, VA.

https://hello.global.ntt/ja-jp/newsroom/ntt-opens-two-new-data-centers-in-illinois-and-oregon


Saturday, February 6, 2021

Japanese researchers develop CMOS transceiver for 300 GHz

Researchers at the Tokyo Institute of Technology and NTT have developed a novel CMOS-based transceiver for wireless communications at the 300 GHz band -- the first wideband CMOS phased-array system to operate at such elevated frequencies.

NTT said the breakthrough opens possibilities "beyond 5G".

One of the key features of the proposed design is that it is bidirectional; a great portion of the circuit, including the mixer, antennas, and local oscillator, is shared between the receiver and the transmitter (Figure 2). This means the overall circuit complexity and the total circuit area required are much lower than in unidirectional implementations.

Another important aspect is the use of four antennas in a phased array configuration. Existing solutions for 300 GHz CMOS transmitters use a single radiating element, which limits the antenna gain and the system’s output power. An additional advantage is the beamforming capability of phased arrays, which allows the device to adjust the relative phases of the antenna signals to create a combined radiation pattern with custom directionality. The antennas used are stacked “Vivaldi antennas,” which can be etched directly onto PCBs, making them easy to fabricate.

The proposed transceiver uses a subharmonic mixer, which is compatible with a bidirectional operation and requires a local oscillator with a comparatively lower frequency. However, this type of mixing results in low output power, which led the team to resort to an old yet functional technique to boost it. Professor Kenichi Okada from Tokyo Tech, who led the study, explains: “Outphasing is a method generally used to improve the efficiency of power amplifiers by enabling their operation at output powers close to the point where they no longer behave linearly–that is, without distortion.

The design achieved maximum rates of 26 Gbaud for transmission and 18 Gbaud for reception.

https://www.ntt.co.jp/news2021/2102e/210205c.html

Thursday, February 4, 2021

NTT opens fifth data center in Malaysia

NTT Ltd. inaugurated its fifth data center in Malaysia. The new facility, known as Cyberjaya 5 (CBJ5), is located within NTT Cyberjaya Campus and measures 107,000 square feet. The data center is designed to meet the requirements of hyperscalers and high-end enterprises. It also aims to support the growing digital economy in Malaysia.

CBJ5 has 6.5MW of critical IT load and it boasts a Tier IV1 ready, compact and modular design, to provide clients with a flexible and scalable power, and cooling solution of up to 15kW/rack. In addition, CBJ5 has a cooling wall system that is the first of its kind, offering optimum power efficiency and cost-effective cooling system to support high density hyperscalers as well as heavy corporate users in Malaysia.

“NTT in Malaysia has been successfully operating the Cyberjaya campus data center for over 24 years. Its expansion and growth are testimonies to Malaysia’s success in becoming the regional data center hub in ASEAN. I believe the launch of CBJ5 is timely and it will certainly attract more international investors and enterprises to Malaysia as a business and economic hub due to its strong digitalization efforts and strategic location within Southeast Asia. This will be instrumental in making Malaysia the ‘Heart of Digital ASEAN’ by 2025 as outlined by the Malaysia Digital Economy Corporation (MDEC),” said Hiroshi Oka, Ambassador of Japan to Malaysia.

“NTT places Asia Pacific as a tactical key region, and Malaysia – a strategic hub for the submarine cables operated by NTT such as the new MIST3 cable system, as well as the existing Asia Submarine-cable Express (ASE) and Asia Pacific Gateway (APG). Furthermore, CBJ5 will drive business opportunities in Asia through the upcoming MIST cable system which will link all our large-scale data centers in the region. Our continued commitment to Malaysia will help position NTT as a technologically innovative leader to address the industries of the future,” said Ryuichi Matsuo, Executive Vice President for NTT Ltd.’s Global Data Centers division.

NTT Ltd. said its data center footprint expansion in Malaysia is part of an ongoing growth strategy by NTT’s Global Data Centers division, which operates the third-largest data center platform in the world across 20 countries and regions. Malaysia is one of the prime data center markets in the region due to the abundant availability of resources and favorable government policies concerning data center infrastructure.


Monday, January 25, 2021

NTT Research and Caltech to develop coherent ising machine


NTT Research has signed a collaboration agreement with Caltech to develop a high-speed Coherent Ising Machine (CIM). 

A CIM is a network of optical parametric oscillators (OPOs) programmed to solve problems that have been mapped to an Ising model, which is a mathematical abstraction of magnetic systems composed of competitively interacting spins, or angular momentums of fundamental particles. The CIM is particularly suited to combinatorial optimization problems that are beyond the capabilities of current computer processors to solve. NTT Research and Caltech will jointly develop a high-speed, miniature CIM, consisting of an on-chip 100 GHz pulsed pump laser source and on-chip parametric oscillator device.

The principal investigator at Caltech for this four-and-a-half-year joint project is Kerry Vahala, the Jenkins Professor of Information Science and Technology and Applied Physics and Executive Officer for the department of Applied Physics and Materials Science. Professor Vahala has pioneered the use of nonlinear optics in high-Q optical micro-resonators. Leading this effort at NTT Research is PHI Lab Research Scientist, Dr. Myoung-Gyun Suh, an expert in on-chip optical sources and their application to precision measurements.

“We are delighted at the prospect of working with Professor Vahala to develop an extremely small and high-speed CIM,” said NTT Research PHI Lab Director, Yoshihisa Yamamoto. “This work will advance our understanding of the CIM’s capabilities, map well with ongoing and related work with other institutions, provide new demonstrations of this awesomely powerful new information system and, we hope, set standards for the CIM’s speed and size.”

To date, the NTT Research PHI Lab has established ten joint research projects as part of its long-range goal to radically redesign artificial computers, both classical and quantum. To advance that goal, the PHI Lab has established joint research agreements with seven universities, one government agency and quantum computing software company. This is the second joint research agreement with Caltech. The other institutions of higher education are Cornell University, Massachusetts Institute of Technology (MIT), Stanford University, Swinburne University of Technology, the University of Michigan and the University of Notre Dame. 

NTT Tackles Artificial Spin for Photonic Computation

Researchers at NTT and and Osaka University announced an important step toward photonic computation by developing a large-scale artificial spin network based on photonics technologies. The development targets a fundamental component for the coherent Ising machine (CIM), which utilizes interacting artificial spins realized with optical parametric oscillators (OPO) for computation of combinatorial optimization problems.

The researchers generated more than 10,000 time-multiplexed OPOs using an optical fiber cavity as long as 1 km.

The OPOs can be used as artificial spins for a large-scale CIM to solve combinatorial optimization problems in the real world. The research was published in the UK science journal “Nature Photonics” on April 18, 2006.

http://www.ntt.co.jp/news2016/1604e/160418a.html

Sunday, December 20, 2020

NTT Ltd. opens London 1 Data Center

 NTT Ltd. opened its new London 1 Data Center, more than tripling its data center footprint in the UK and making the company the third largest data center company globally. NTT also expects 100 people with technical and operational skills will be employed at London 1 Data Center when it is fully operational with clients. The new data center is located in Dagenham, East London. The location was chosen due to its proximity to the Docklands, which is established as the UK’s internet hub and backbone for the global internet network that facilitates the majority of the London Internet Exchange's (LINX) infrastructure. 

London 1 Data Center opens as part of NTT’s ongoing £500 million data center investment plan and highlights its commitment to the UK ICT industry. Further sites will include the opening of Hemel Hempstead 4 Data Center, NTT’s seventh data center in the UK.

Minister for Investment, Gerry Grimstone said: “World-class digital infrastructure projects are fundamental to our wider digital and investment strategies. Businesses are increasingly demanding infrastructure like this to operate innovatively, securely and efficiently. NTT’s continued commitment to the UK will help us to build and solidify our reputation as a leader in technological innovation in the industries of the future that will help us build back better.”

London 1 Data Center, when fully operational, will have 25,600 sqm of IT space and a maximum IT load of 64 MW. It will provide businesses with the best possible physical and technical infrastructure supported by N+1 UPS systems, generator backup, as well as highly redundant cooling systems. 

NTT Ltd. expects the new facility to have  power usage effectiveness of 1.2, which is aligned with industry best practice.

Masaaki Moribayashi, Senior Executive Vice President, Services for NTT Ltd. comments, “The London 1 Data Center is the latest addition to our NTT global portfolio. Offering flexible, scalable and secure infrastructure along with customizable solutions, London 1 Data Center has been designed to accommodate a wide range of NTT clients and partners, from large scale cloud/SaaS providers to enterprise clients who require full-stack services such as managed hybrid cloud solutions with global network services delivered from an industry leading and carrier-neutral colocation facility. It is a great advantage that we can provide a variety of cloud infrastructure services such as private cloud, public cloud, and colocation within the same data center.”

https://datacenter.hello.global.ntt/location/london/london-1-data-center

NTT Ltd. names Abhijit Dubey as next CEO

Abhijit Dubey will succeed Jason Goodall as Global Chief Executive Officer for NTT Ltd. 


Abhijit takes the role following over 20 years with global advisory firm McKinsey & Company.  He will be based at NTT Ltd.’s headquarters in London. Following a three month handover period, Jason Goodall will retire from his executive role on 30 June 2021 and will remain as a Board Director for NTT Ltd, and Dimension Data, as well as act as a strategic advisor for the NTT Venture Capital business

Jason Goodall, current Global CEO for NTT Ltd. commented, “We are looking forward to welcoming Abhijit to the NTT family in 2021 to lead the next generation of our business. He shares our passion for the technology industry and the role that technology can play in helping make the world a better place. He brings many years’ experience of our industry and context, as well as a strong track record in delivering high performance and profitability in organizations having advised clients on a range of strategic, operational, and go-to-market challenges. I am confident that we have solid foundations in place following our successful integration last year and am delighted to work with Abhijit in the first half of next year to ensure a smooth handover.”

Commenting on his appointment, Abhijit said, “I’m excited about the opportunity to lead this next chapter for NTT Ltd. NTT is privileged to be a critical technology services partner for many of the world’s leading companies and public sector organizations, with employees in over 73 countries around the world. With many NTT clients accelerating their digital transformation because of the global pandemic, there has never been a more important time for the technology industry to deliver for the world. I am passionate about NTT’s purpose, strategy, and part it will play to help clients, employees and communities leverage technology for good. I am very much looking forward to working with the team.”


Thursday, December 3, 2020

NTT Ltd.'s Jason Goodall to retire in mid 2021

Jason Goodall, Global Chief Executive Officer of NTT Ltd., announced plans to retire at the end of June 2021 after 23 years in many senior leadership roles across the NTT family, including Global CEO of Dimension Data.

Following his retirement, Jason will remain as a Board Director for NTT Ltd. and Dimension Data, as well as act as a strategic advisor for our NTT Venture Capital business.

NTT said it will announce a successor in the coming weeks.



 

Monday, November 16, 2020

Infinera joins Innovative Optical and Wireless Network Forum

Infinera has joined the Innovative Optical and Wireless Network (IOWN) Global Forum, a consortium formed by Nippon Telegraph and Telephone Corporation (NTT), Intel Corporation, and Sony Corporation to collaborate on innovations to enable next-generation networks in key areas such as photonics, computation, and network infrastructure. 

Infinera’s XR optics, the industry’s first point-to-multipoint coherent optical subcarrier aggregation technology, will be the first of Infinera’s innovations to contribute to IOWN Global Forum’s development.

“Optical technologies are at the heart of cost-effective, low-power, scalable solutions for next-generation communication networks,” said Dave Welch, Founder and Chief Innovation Officer, at Infinera. “The ability to help transform optical networks is a tremendous opportunity. We look forward to introducing XR optics and other innovations to the IOWN community and collaborating on how next-generation technologies can pave the way to an advanced optical architecture for the 21st century.”

http://www.iowngf.org

Sunday, November 15, 2020

NTT researchers streamline quantum calculations with ZX-Calculus

Researchers at NTT are pursuing a novel method to reduce the resources associated with large-scale fault-tolerant quantum circuits by employing ZX-calculus.

Currently, a fault-tolerant quantum circuit for a given computation requires a huge amount of resources, both in terms of qubits and computational time. The researchers at NTT have found an efficient method to compress such circuits with the purpose of decreasing their hardware demands. They use ZX-Calculus as an intermediate language to reduce both the number of qubits and time required to perform such computation in many different circuits. 

A paper on the topic discusses an improvement of a 40% compression rate with respect to previous reductions, yielding compression rates higher than 70% compared to the initial circuit. The methodology proposed in this work promises to open new venues of research in large-scale quantum computing and bring quantum computation closer to reality by relaxing its hardware demands.

https://www.ntt.co.jp/news2020/2011e/201112a.html


NTT builds data center in Madrid


NTT Ltd. has commenced construction of its first data center in Spain.

The new Madrid 1 Data Center is being constructed on NTT’s 12,516 sqm site at Európolis Business and Technology Park, in the municipality of Las Rozas, one of the largest townships in Madrid, located 20 km northwest of the city of Madrid itself, on the A-6 freeway to A Coruña. Completion is expected in Q3 2021.

Madrid 1 Data Center will have 3,600 sqm and 6 MW of capacity for its clients. The new build will follow NTT’s successful business model and will offer colocation services for wholesale and retail clients, supporting hybrid IT solutions. The site will offer the best physical and technical data center infrastructure, supported by 2N UPS systems and highly redundant cooling systems to always meet our clients' requirements. This site will provide access to multiple carriers and cloud providers though NTT’s Multi Service Interconnection Platform, which provides market leading connectivity to our clients across EMEA and globally.

“Madrid is the largest data center hub in Spain and a European gateway to the world. Three new submarine cables connecting USA, Latin America and North Africa, make Spain a very important communications hub on global connectivity landscape. Connectivity, paired with local and global demand from clients mean Madrid is an important location for NTT to invest and launch a major interconnected data center in Madrid”, said Florian Winkler, CEO of the Global Data Centers EMEA division of NTT Ltd.  


Sunday, November 8, 2020

NTT's revenue dips, income increases on flat subscriber trends

NTT Group reported operating revenues ¥5,711.4 billion, down approximately 3% from the same period last year. Operating income increased ¥1,008.6 billion, up 2.6% year-on-year.

Overseas sales were $9.1 billion, down 7.3% year-on-year due in part to the pandemic.

In order to provide customers with appropriate services both during and after COVID-19, NTT has created a lineup of services under a new service brand called "Remote World".  This will include “OriHime”, a remote-controlled avatar robot; customer support screen sharing service; a new “elgana” business chat service; a new SwipeVideo service that allows different video by swiping the screen.“Smart Me™” digital employee ID that uses smartphones instead of traditional employee badges.

https://www.ntt.co.jp/news2020/2011efgz/pdf/rzkv201106a_all.pdf




Sunday, October 25, 2020

NTT develops world’s fastest directly modulated laser

 Researchers at NTT have developed the world's fastest directly modulated laser with a 3-dB bandwidth exceeding 100 GHz and capable of transmitting at 256 Gbps over a distance of 2 km.

The research was carried out in collaboration with Professor Fumio Koyama at the Laboratory for Future Interdisciplinary Research of Science and Technology, Tokyo Institute of Technology.


NTT researchers developed a membrane laser on a silicon (Si) substrate with a thermal oxide film (SiO2). The company says membrane lasers have a large optical confinement factor in the active region and are compact, making it possible to realize directly modulated lasers with low power consumption. On the other hand, since the device is fabricated on a low-thermal-conductivity SiO2 layer, the temperature increase in the active layer due to current injection is large, and even if the current is increased, the relaxation oscillation frequency saturates at about 20 GHz due to saturation of the differential gain.

To suppress the increase in the active region temperature, we fabricated an indium-phosphorus (InP) based membrane laser on a silicon carbide (SiC) substrate (Fig. 3), which has a thermal conductivity approximately 500 times higher than that of SiO2. Since SiC has a lower refractive index than InP, the optical confinement factor is almost the same as that of the device on SiO2. The device was fabricated by direct bonding with ultrathin (40 nanometers) SiO2 between the InP and SiC substrate. 

Assuming a 100-mW heat source, the temperature increase in the active region of a membrane laser with an active layer length of 50 micrometers was significantly reduced from 130.9 to 16.8℃ when the SiO2 thickness was reduced from 2 micrometers to 40 nanometers.

https://www.ntt.co.jp/news2020/2010e/201020a.html

Sunday, October 18, 2020

NTT reports quantum transport phenomena in thin film

 Researchers at NTT in Japan, in collaboration with the Tanaka Research Group at The University of Tokyo, reported the first observation of a quantum transport phenomena occuring in a thin film substance.

The material exhibited an an exotic state called “magnetic Wey semimetal".  The researchers also revealed the existence of the exotic state in SrRuO3 by theoretical calculation as well, which was carried out in collaboration with the Das Research Group at the Tokyo Institute of Technology .

NTT said the results provide robust evidence for the existence of the magnetic Weyl semimetal state in materials as well as insight into the quantum transport properties in such an exotic state and their emerging mechanisms. The research could lead to innovative oxide materials and novel quantum devices in the future.

This research was reported in Nature Communications on October 9, 2020.


https://www.ntt.co.jp/news2020/2010e/201009a.html




Monday, September 28, 2020

Nikkei: NTT to take over Docomo

NTT Group is preparing to buy back all shares of publically- traded DOCOMO, making it once again a wholly-owned subsidiary, according to Nikkei. The article cites pressure from the new Suga administration to lower mobile prices. The news also puts pressure on rivals Softbank and KDDI.

NTT Group currently retains about 66% equity in DOCOMO.

https://asia.nikkei.com/Business/Business-deals/NTT-to-take-over-wireless-unit-Docomo-for-38bn

Sunday, August 30, 2020

NTT Ltd. adds Megaport POP in Hong Kong

NTT Ltd. is now hosting a Megaport Point of Presence (PoP) at its Tai Po Data Center in Hong Kong.

The new Megaport PoP at NTT Ltd.’s Tai Po Data Center is an expansion from the existing PoP at the company’s Financial Data Center in Hong Kong. Through this expanded partnership, NTT Ltd.’s data center clients in the region can establish direct, scalable, and secure connections to multiple Cloud Service Providers (CSPs) including Alibaba Cloud, Amazon Web Service (AWS), Google Cloud Platform, IBM Cloud, Microsoft Azure, Oracle Cloud, Nutanix Xi Cloud, Salesforce and SAP, via a single port that supports multiple virtual connections, allowing businesses to rapidly and flexibly connect to their choice of cloud and can simplify the building of hybrid and multi-cloud infrastructure. Clients who use both Financial Data Center and Tai Po Data Center can also enjoy enhanced resiliency through a dual PoPs solution.

“Our deepened partnership with Megaport is a result of rising demand of more secure, reliable and agile hybrid cloud solutions within our data center networks in Hong Kong. With Megaport’s strong portfolio of Cloud Service Providers, the deployment of an additional PoP at our Tai Po Data Center is an important milestone for us to deliver unparalleled end-to-end solutions that help enterprises navigate digital transformation through unprecedented uncertainty,” said Steven So, EVP, Group ICTI, Data Center Services, APAC, NTT Ltd.

NTT Ltd.'s Global Data Centers division operates a data center platform spanning 20+ countries and regions with over 500,000 square metres of colocation space across more than 160 data centers.

https://datacenter.hello.global.ntt/location/hong-kong/tai-po-data-center


Sunday, August 23, 2020

NTT develops its edge computing machine learning

NTT is developing an asynchronous distributed deep learning technology based on machine learning at the network edge.

NTT's research is focused on a training algorithm to create a global model of IoT data that is processed and stored at the edge.

NTT says its proposed technology, which has both academic and practical interest, enables to obtain a global model (a trained model that uses all the data at a single place) even when (1) statistically nonhomogeneous data subsets are placed on multiple servers, and (2) the servers only asynchronously exchange variables related to the model.

Details will be presented this week at KDD 2020 (Knowledge Discovery and Data Mining), an international conference sponsored by the Association for Computing Machinery (ACM) (16.9% acceptance rate). We also published the code associated with our achievement on Github for verification of our method effectiveness.

https://www.ntt.co.jp/news2020/2008e/200824a.html

Wednesday, August 19, 2020

NTT Ltd. expands its global data center ambitions

NTT Ltd.’s Global Data Centers division is preparing to launch new data center capacity in India, the UK, Japan, USA, Germany, Malaysia and Indonesia.  When fully complete, these data centers will provide over 400 megawatts (MW) of IT load across these markets. Plans include:a

  • Mumbai, India – NTT Ltd. will go live with its new Mumbai 7 Data Center by Q3 2020 in its Chandivali campus. The Mumbai 7 Data Center will offer 25 MW of IT load. The Mumbai 7 Data Center will be the third data center in the Chandivali campus, totaling 61 MW of IT load and is well connected by fiber from all four sides. Also, this data center is a quick 15-minute drive from Chhatrapati Shivaji International Airport of Mumbai.
  • London, UK - NTT Ltd.’s new London 1 Data Center is scheduled to open during Q3 2020. The London 1 Data Center is capable of 64 MW at full buildout, with 8 MW available at the facility’s opening. This facility will interconnect with NTT Ltd.’s five existing data centers around London to deliver over 100MW of IT load when fully completed. The London 1 Data Center is in Dagenham, east London, close to London’s Docklands, which is the UK’s Internet hub and backbone for global connectivity, which facilitates the majority of the London Internet Exchanges (LINX’s).
  • Tokyo, Japan – For NTT Ltd.’s data center coverage in Japan, NTT Communications will complete  a new data center that will be operational in Q3 2020.
  • Hillsboro, Oregon, USA – NTT Ltd. is pre-leasing space now at its first data center campus in Hillsboro, Oregon. In Q3 2020, the first 6 MW at the Hillsboro 1 Data Center is coming online as part of an existing building that is being repurposed to the highest-level data center. NTT Ltd.’s 47-acre Hillsboro campus will eventually hold five data centers totaling 144 MW and will be directly connected to the ultra-high count fiber ring which serves as a cross connect for several transpacific submarine cables that reduce latency between the U.S. and high-growth Asian markets.
  • Ashburn, Virginia, USA – In Ashburn, Virginia, the largest and most sought-after data center market in the world, NTT Ltd. is constructing its fifth data center. The two-story Ashburn 5 Data Center will offer 32 MW, with 8 MW ready in Q3 2020. This will bring NTT Ltd.’s total Ashburn footprint to 108 MW over its five buildings. Three of those buildings are on NTT Ltd.’s fenced, secure, 78-acre Ashburn campus, which has room for four more buildings.
  • Munich, Germany – NTT Ltd. has completed the shell of its second building within the Munich 2 Data Center campus. The new building is scheduled to go online in Q4 2020 and once completed the campus will provide 14 MW of IT load for clients. The Munich area is the economical and digital hub of Southern Germany. The Munich 2 Data Center also hosts a Technology Experience Lab and is part of the scalable network and connectivity ecosystem of NTT.
  • Cyberjaya, Malaysia – NTT Ltd. is constructing its fifth data center at its Cyberjaya campus, which is 30 km away from the center of Kuala Lumpur. The new Cyberjaya 5 Data Center with 5.6 MW of critical IT load will come online in Q4 2020 and is designed to meet the requirements of hyperscalers and high-end enterprises.
  • Chicago, Illinois, USA – NTT Ltd. is pre-leasing now for the new Chicago data center campus located on a 19-acre site. A pair of two-story 36 MW buildings will total 72 MW of scalable critical IT load at full buildout. The first building, the Chicago 1 Data Center, will bring 6 MW online in Q1 2021.
  • Jakarta, Indonesia – NTT Ltd.’s new campus in Bekasi, Indonesia is capable of 45 MW of critical IT load once fully developed. The new campus, to be known as the Indonesia Jakarta 3 Data Center, will be the largest data center in Indonesia and is expected to open in the first half of 2021.

NTT Ltd. also has plans in place for next year to develop new data centers in Johannesburg, Silicon Valley, Madrid, and Phoenix, as well as building additional capacity in Mumbai, London, Vienna, Zurich, Berlin and Frankfurt.

“We are pleased to leverage our deep construction expertise and the strength of our capital resources to extend our line of data center facilities – with more to come,” said Ryuichi Matsuo, Executive Vice President for NTT Ltd.’s Global Data Centers division. “By increasing our global footprint during this pandemic, we can support our clients as their demand increases for reliable, robust cloud services, cloud communications, digital entertainment and new technology such as artificial intelligence.”