Posts Tagged ‘communications’

SingTel Collaborates with Intel to Launch 5G MEC Incubator

Friday, September 9th, 2022

The Singtel x Intel multi-access edge compute (MEC) incubator will enable enterprises to develop 5G use cases, drive innovation and accelerate digital transformation.

The Singtel x Intel collaboration unlocks the immense potential of 5G connectivity and high-performance computing at the edge.

The Singtel x Intel collaboration unlocks the immense potential of 5G connectivity and high-performance computing at the edge.

Singtel today announced its collaboration with Intel to establish a 5G Multi-access Edge Compute (MEC) incubator.

“Singtel’s 5G network and Paragon MEC platform are transforming operations in sectors such as advanced manufacturing, smart logistics, healthcare, retail, transportation and urban planning. With Intel, we’re collectively bringing together our best of breed knowledge, expertise, assets and ecosystem to help address business needs, improve operational efficiencies, unlock new opportunities and advance in a 5G world,” said Bill Chang, Chief Executive Officer, Group Enterprise and Regional Data Centre Business, Singtel.

The MEC incubator will enable enterprises to adopt 5G seamlessly, deploy applications that need low latency processing at the edge, drive innovation and accelerate their digital transformation.

The incubator will be powered by Intel’s 4th Gen Xeon Scalable processors and Intel Data Center GPU, codenamed Ponte Vecchio and supported by Singtel’s Paragon, a one-stop orchestration platform for 5G edge computing and cloud services, which will simplify the adoption of these 5G services for enterprises.

The collaboration will focus on developing the application and ecosystems to deliver transformational enterprise and consumer use cases like high-definition content delivery, cloud gaming, video analytics, virtual-augmented-mixed reality and metaverse.

Enterprises can tap into Singtel and Intel’s ecosystem to deliver their 5G use cases, including ready-to-deploy applications for rapid trials and proof of concepts for research and development.

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New arrival: Motorola MOTOTRBO radios with Wi-Fi & Capacity Max

Thursday, May 5th, 2016

Motorola’s new digital radios now come with Wi-Fi to help reduce downtime, with Capacity Max system to expand networks and to increase the number of users.

The next-generation MOTOTRBO radios feature longer battery life, indoor location-tracking and integrated Wi-Fi allowing all radios in a system to be reprogrammed simultaneously without taking them out of users’ hands.

The next-generation MOTOTRBO radios feature longer battery life, indoor location-tracking and integrated Wi-Fi allowing all radios in a system to be reprogrammed simultaneously without taking them out of users’ hands.

In manufacturing, government services, transportation and other industries, downtime equates to increased costs and loss of productivity.

“The next-generation MOTOTRBO radios reflect the features and functionality our customers have been asking for and help them enhance productivity, efficiency and worker safety. The ability to update via Wi-Fi keeps workers on the job, and features such as better man-down alerts and indoor location tracking are crucial for working in hazardous areas,” said Claudia Rodriguez vice president, Devices Product Management, Motorola Solutions.

Motorola Solutions is introducing next-generation MOTOTRBO, a line of digital radios with features such as Wi-Fi connectivity that can help save workers hundreds of hours in lost time while delivering secure, reliable and cost-efficient professional two-way radio communications.

Whether they are plant workers or teachers, the process of updating user’s communications equipment can be time-intensive.

For a workforce of 350, for example, this can lead to more than 400 hours of lost time.

Next-generation MOTOTRBO radios feature an integrated Wi-Fi solution that helps reduce the update process to a matter of minutes by eliminating the need for employees in the field, classroom or warehouse floor to physically drop off equipment at the office to receive software upgrades.

Coupled with 29 hours of battery life, this means workers can spend more time focusing on the task at hand.

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Maximising unused TV frequencies for wireless broadband communications

Saturday, August 11th, 2012

Utilising unused TV frequencies to provide wireless broadband connectivity increases the range and and penetration of coverage through foliage and reflective water surfaces that traditional Wi-Fi simply cannot penetrate.

Squeezing more more channels from the electromagnetic spectrum.

Squeezing more more channels from the electromagnetic spectrum.

Currently, the radio spectrum in the TV broadcast bands have been reserved for use by licensed broadcasters and are out-of-bounds for wireless broadband networks.

“Broadband connectivity is the ‘oxygen’ to today’s digital economy, and is fundamental to the wide adoption of cloud computing services that are already part of our daily lives, whether at work, home or play,” observed Jessica Tan, General Manager, Enterprise & Partner Group, Microsoft Asia Pacific.

However, much of these reserved radio spectrum remain unused and are called TV White Spaces (TVWS).

For instance, Singapore, Malaysia and Indonesia shares out the TV broadcast bands in the region and there are certain bands allocated to Malaysia and Indonesia that Singapore cannot use for TV broadcast.

If these TV White Spaces can be harnessed effectively for wireless broadband connectivity without interfering with the quality of TV broadcast, it will translate to better coverage, lower power consumption and reduced network costs.

“TVWS radio technology will create a new generation of wireless connectivity by unlocking these large, unused chunks of spectrum that will enable more ubiquitous and affordable wireless broadband for all,” said Tan.

The physical characteristics of the 700 MHz band (as compared to the higher-frequency 2.4 GHz and 5 GHz bands used by traditional Wi-Fi), for example, means that it can reach further, penetrate thick foliage, and transmit across reflective water surfaces with less interference.

In terms of bandwidth, however, both TVWS and Wi-Fi are capable of roughly 2Mbps per MHz. It is the penetrative and low-power attributes of the former that makes it an attractive supplement to the latter.

The spectrum as a precious commodity

Globally, explosive growth of wireless data traffic is putting a severe strain on today’s mobile and Wi-Fi network infrastructure, signalling the need for more efficient management of the spectrum, through policy and technology innovations.

The exploitation of TVWS turns unused TV broadcast frequency bands into premium wireless broadband delivery channels.

Tata Communications wires up F1

Friday, February 24th, 2012

Singapore-headquartered Tata Communications is now designated a “Technology Supplier of Formula 1”, with category exclusive designations as “Official Connectivity Provider of Formula 1” and “Official Web Hosting and Content Delivery Network of Formula1.com”.

Vinod Kumar, MD and CEO of Tata Communications and Bernie Ecclestone, CEO of Formula One group announced the multi-year technology service and marketing agreement at a London press conference today. Photo from Tata.

Vinod Kumar, MD and CEO of Tata Communications and Bernie Ecclestone, CEO of Formula One group announced the multi-year technology service and marketing agreement at a London press conference today. Photo from Tata.

Tata Communications will deliver connectivity to all 20 Formula 1 race locations over its global network, the largest in the world.

“Formula 1 requires fast and secure connectivity, because even a split second of downtime can have huge repercussions for its business, brand and reputation,” says Vinod Kumar, Managing Director and CEO of Tata Communications.It will also provide hosting and content delivery services to Formula1.com, which is accessed by tens of millions of fans around the globe.

Formula One group businesses and race locations will now be connected to the Tata Global Network (TGN), supported by secure MPLS connectivity.

Formula One Management’s IT infrastructure and Formula1.com will be colocated and hosted in Tata Communications’ data centres.

Tata Communications’ capabilities in video and content delivery networks (CDN) will enable uninterrupted, high-quality connectivity to the multi-media portal on Formula1.com.

“Connectivity and content delivery are critical issues for Formula 1 and working with the best in the business is a priority for us,” says Bernie Ecclestone, CEO of Formula One group.The (TGN) has Trans-Atlantic and Trans-Pacific data transfer capacity of one terabit per second.

This capacity will ensure Tata Communications to fully support Formula1.com during race weekends, when the site gets on average four million unique visits per weekend, peaking at seven million over some events.

Tata Communications’ infrastructure will enable the sport’s official website to instantly scale up to cope with these significant and sometimes unpredictable traffic spikes.

Tata Communications is now the Official Connectivity Provider for Formula 1.Tata Communications will also provide Formula1.com with a new Managed Security Suite and will apply an additional layer of managed security monitoring to ensure an increased level of protection to Formula One Management’s IT infrastructure.

Looking ahead, Tata Communications and Formula One Management will also work in close collaboration on research and development around connectivity and the latest video technologies.