Nvidia launches new hardware and software for on-prem and cloud providers

Nvidia used its GPU Technology Conference in San Jose to introduce new blade servers for on-premises use and announce new cloud AI acceleration.The RTX Blade Server packs up to 40 Turing-generation GPUs into an 8U enclosure, and multiple enclosures can be combined into a "pod" with up to 1,280 GPUs working as a single system and using Mellanox technology as the storage and networking interconnect. Which likely explains why Nvidia is paying close to $7 billion for Mellanox.Instead of AI, where Nvidia has become a leader, the RTX Blade Server is positioned for 3D rendering, ray tracing and cloud gaming. The company said this setup will enable the rendering of realistic-looking 3D images in real time for VR and AR.To read this article in full, please click here

Nvidia launches new hardware and software for on-prem and cloud providers

Nvidia used its GPU Technology Conference in San Jose to introduce new blade servers for on-premises use and announce new cloud AI acceleration.The RTX Blade Server packs up to 40 Turing-generation GPUs into an 8U enclosure, and multiple enclosures can be combined into a "pod" with up to 1,280 GPUs working as a single system and using Mellanox technology as the storage and networking interconnect. Which likely explains why Nvidia is paying close to $7 billion for Mellanox.Instead of AI, where Nvidia has become a leader, the RTX Blade Server is positioned for 3D rendering, ray tracing and cloud gaming. The company said this setup will enable the rendering of realistic-looking 3D images in real time for VR and AR.To read this article in full, please click here

Creating Automation Source-of-Truth from Device Configurations

Remember the previous blog post in this sequence in which I explained the need for single source-of-truth used in your network automation solution? No? Please read it first ;)

Ready for the next step? Assuming your sole source-of-truth is the actual device configuration, is there a magic mechanism we can use to transform it into something we could use in network automation?

TL&DR: No.

Read more ...

Quantum computing will break your encryption in a few years

Modern public-key encryption is currently good enough to meet enterprise requirements, according to experts. Most cyberattacks target different parts of the security stack these days – unwary users in particular. Yet this stalwart building block of present-day computing is about to be eroded by the advent of quantum computing within the next decade, according to experts.“About 99% of online encryption is vulnerable to quantum computers,” said Mark Jackson, scientific lead for Cambridge Quantum Computing, at the Inside Quantum Technology conference in Boston on Wednesday.[ Now read: What is quantum computing (and why enterprises should care) ] Quantum computers – those that use the principles of quantum entanglement and superposition to represent information, instead of electrical bits – are capable of performing certain types of calculation orders of magnitude more quickly than classical, electronic computers. They’re more or less fringe technology in 2019, but their development has accelerated in recent years, and experts at the IQT conference say that a spike in deployment could occur as soon as 2024.To read this article in full, please click here

Quantum computing will break your encryption in a few years

Modern public-key encryption is currently good enough to meet enterprise requirements, according to experts. Most cyberattacks target different parts of the security stack these days – unwary users in particular. Yet this stalwart building block of present-day computing is about to be eroded by the advent of quantum computing within the next decade, according to experts.“About 99% of online encryption is vulnerable to quantum computers,” said Mark Jackson, scientific lead for Cambridge Quantum Computing, at the Inside Quantum Technology conference in Boston on Wednesday.[ Now read: What is quantum computing (and why enterprises should care) ] Quantum computers – those that use the principles of quantum entanglement and superposition to represent information, instead of electrical bits – are capable of performing certain types of calculation orders of magnitude more quickly than classical, electronic computers. They’re more or less fringe technology in 2019, but their development has accelerated in recent years, and experts at the IQT conference say that a spike in deployment could occur as soon as 2024.To read this article in full, please click here

Data center fiber to jump to 800 gigabits in 2019

The upper limits on fiber capacity haven't been reached just yet. Two announcements made around an optical-fiber conference and trade show in San Diego recently indicate continued progress in squeezing more data into fiber.In the first announcement, researchers say they’ve obtained 26.2 terabits per second over the roughly 4,000 mile-long trans-Atlantic MAREA cable, in an experiment; and in the second, networking company Ciena says it will start deliveries of an 800 gigabit-per-second, single wavelength light throughput system in Q3 2019.High-speed laser MAREA, translated as “tide” in Spanish, is the Telefónica-operated cable running between Virginia Beach, Va., and Bilbao in Spain. The fiber cable, initiated a year ago, is designed to handle 160 terabits of data per second through its eight 20-terabit pairs. Each one of those pairs is thus big enough to carry 4 million high-definition videos at the same time, network-provider Infinera explains in an Optical Fiber Conference and Exhibition published press release.To read this article in full, please click here

Data center fiber to jump to 800 gigabits in 2019

The upper limits on fiber capacity haven't been reached just yet. Two announcements made around an optical-fiber conference and trade show in San Diego recently indicate continued progress in squeezing more data into fiber.In the first announcement, researchers say they’ve obtained 26.2 terabits per second over the roughly 4,000 mile-long trans-Atlantic MAREA cable, in an experiment; and in the second, networking company Ciena says it will start deliveries of an 800 gigabit-per-second, single wavelength light throughput system in Q3 2019.High-speed laser MAREA, translated as “tide” in Spanish, is the Telefónica-operated cable running between Virginia Beach, Va., and Bilbao in Spain. The fiber cable, initiated a year ago, is designed to handle 160 terabits of data per second through its eight 20-terabit pairs. Each one of those pairs is thus big enough to carry 4 million high-definition videos at the same time, network-provider Infinera explains in an Optical Fiber Conference and Exhibition published press release.To read this article in full, please click here

Startups introduce new liquid cooling designs

With the increase in compute density making air cooling less and less feasible, liquid cooling is going mainstream. For data centers. Overclockers have been doing it for years.For the most part, liquid cooling involves piping in cooled water to a heat sink attached to the CPU. The water then cools the heat sink, and is pumped away to be circulated and cooled down.But there are some cases where immersion is used. That is where the entire motherboard is submerged in a nonvolatile liquid. Immersion is used in only the most extreme of cases, with the highest compute density and performance. For a variety of reasons, it isn’t widely used.One startup that hopes to change that showed its wares at the Open Compute Project Summit 2019, which ran last week in San Jose. The OCP has a special project called Advanced Cooling Solutions to promote liquid cooling and other advanced cooling approaches.To read this article in full, please click here

Startups introduce new liquid cooling designs

With the increase in compute density making air cooling less and less feasible, liquid cooling is going mainstream. For data centers. Overclockers have been doing it for years.For the most part, liquid cooling involves piping in cooled water to a heat sink attached to the CPU. The water then cools the heat sink, and is pumped away to be circulated and cooled down.But there are some cases where immersion is used. That is where the entire motherboard is submerged in a nonvolatile liquid. Immersion is used in only the most extreme of cases, with the highest compute density and performance. For a variety of reasons, it isn’t widely used.One startup that hopes to change that showed its wares at the Open Compute Project Summit 2019, which ran last week in San Jose. The OCP has a special project called Advanced Cooling Solutions to promote liquid cooling and other advanced cooling approaches.To read this article in full, please click here

How To Benefit From Facebook’s New Network Fabric

In the modern distributed computing world, which is getting ever more disaggregated and some might say discombobulated, as every day passes, the architecture of the network in the datacenter is arguably the most important factor in determining if applications will perform well or not. … “How To Benefit From Facebook’s New Network Fabric”

How To Benefit From Facebook’s New Network Fabric was written by Timothy Prickett Morgan at .

Coming Togther for an All-Inclusive and Accessible Internet in South Asia

Last year, at the Internet Society Asia-Pacific and Middle-East Chapters Meeting, I was introduced to the series of easily-digestible and thought-provoking issue papers published by the Internet Society. Particularly, the one on digital accessibility had me shaking in disbelief. It stated that one in six people in the Asia-Pacific region lives with disability – that is a total of about 650 million people.

The Internet Society Pakistan Islamabad Chapter had always been active in promoting digital accessibility, but I realized that we need to do more, especially at the transnational level. Thus, the idea of organizing a regional forum on digital accessibility was born, and with support from the Internet Society Asia-Pacific Bureau, it became a reality.

The Regional Forum on Digital Accessibility was successfully held on 7 February in Islamabad. It brought together 120 participants, including Internet Society Chapter leaders from Afghanistan and Nepal, fellows from Sri Lanka, and speakers from India.

A major achievement emerging from the forum was the vow from Pakistan’s high-level government officials to include representation of persons with disabilities in the recently-established Prime Minister’s Task Force on Information Technology (IT) and Telecom that is developing a roadmap for Pakistan’s digital transformation. There was Continue reading

Célébration du 1er anniversaire du chapitre Guinéen de l’Internet Society

Le Chapitre Guinéen de l’Internet Society (ISOC Guinée) a célébré son 1er anniversaire le 9 février 2019 dans la salle de conférence de l’université de Simbaya (UniSim) sous le thème «A la découverte de l’Internet, Histoire et perspectives de l’Internet et de son écosystème en Guinée». Cet important événement a réuni 150 personnes pour marquer la présence de l’Internet Society en Guinée à travers le chapitre et mutualiser les efforts pour la promotion et le développement d’un Internet ouvert, globalement connecté, sécurisé et digne de confiance pour tous en Guinée. L’opportunité a aussi été donnée aux participants et membres du chapitre ISOC Guinée de découvrir le plan d’action 2019 de l’Internet Society et voir comment cela peut se décliner en projets et activités concrètes au niveau local.

La célébration de ce 1er anniversaire du chapitre ISOC Guinée a été soutenue financièrement par le programme de financement Beyond the Net de l’Internet Society et autres partenaires locaux du chapitre dont l’université de Simbaya (UniSim).

Au cours de cette célébration, il a décidé de rendre la date du 30 décembre de chaque année comme une date historique pour le chapitre afin de renforcer les relations d’amitié et de fraternité entre Continue reading

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