logo
Toshiba Opens HDD Innovation Lab in Düsseldorf

Toshiba Opens HDD Innovation Lab in Düsseldorf

TECHx25-03-2025

Toshiba Opens HDD Innovation Lab in Düsseldorf to Boost Storage Solutions
News Desk -
Share
Toshiba Electronics Europe GmbH (Toshiba) has opened a new HDD Innovation Laboratory (HDD Innovation Lab) at its site in Düsseldorf. This advanced facility enhances Toshiba's HDD evaluation capabilities for customers and partners across Europe and the Middle East.
The lab focuses on optimizing HDD setups for key applications, including storage area networks (SAN), network-attached storage (NAS), surveillance systems, and cloud storage.
Advancing HDD Technology and Customer Support
According to Rainer W. Kaese, Senior Manager, HDD Business Development at Toshiba Electronics Europe GmbH, the lab marks a major step forward.
'This new HDD Innovation Lab represents a significant leap forward in providing bespoke solutions and advancing HDD technology. It demonstrates Toshiba's commitment to driving the industry forward and supporting customers and partners with technical expertise and resources,' Kaese said.
Comprehensive Testing and Benchmarking
The HDD Innovation Lab offers extensive testing services to evaluate HDDs and customer-specific architectures.
Key features include:
Proof-of-Concept testing and custom architecture setups.
and custom architecture setups. Benchmarking across various storage architectures.
across various storage architectures. Power analysis tools for energy consumption testing.
The lab integrates all essential components, including servers, JBoDs (Just a Bunch of Disks), chassis, controllers, and software for operating systems and video management.
Tailored Insights and Knowledge Sharing
After evaluations, the lab provides customized reports and insights. Toshiba shares these findings through whitepapers and lab reports on the Toshiba Storage website.
Customers can also request loan samples for independent evaluation. This service is available for both small and large quantities, allowing thorough real-world testing.
Live Demonstrations and Future Plans
Toshiba will also use the HDD Innovation Lab for live demonstrations at upcoming trade shows. These sessions will showcase the latest advancements in enterprise, surveillance, and NAS/SAN storage solutions.
With this new lab, Toshiba reinforces its commitment to innovation, helping businesses find the best HDD solutions for their unique needs.

Orange background

Try Our AI Features

Explore what Daily8 AI can do for you:

Comments

No comments yet...

Related Articles

Quantum Breakthrough Sparks Hope for Secure Communications Revolution
Quantum Breakthrough Sparks Hope for Secure Communications Revolution

Arabian Post

time28-04-2025

  • Arabian Post

Quantum Breakthrough Sparks Hope for Secure Communications Revolution

A major scientific breakthrough in quantum research has sparked optimism that practical quantum encryption could be realised within the next decade, while a fully developed quantum internet may become achievable within the next half-century, according to leading physicists and technology experts. Researchers at Delft University of Technology in the Netherlands confirmed they had successfully demonstrated quantum entanglement between distant nodes in a network in a stable, reliable manner, a significant step towards real-world quantum communication systems. The team, led by Professor Ronald Hanson, managed to maintain entanglement between three nodes, using a protocol they developed to counter losses and errors that had long plagued quantum experiments. Speaking to journalists, Hanson described the achievement as 'a foundational building block for future quantum networks.' The Delft team's findings follow parallel advances in quantum memory, error correction, and photon transmission techniques reported by teams in China, the United States, and Europe. Together, these developments suggest that quantum encryption technologies, capable of providing theoretically unbreakable communication, could emerge commercially within the next ten years, industry analysts say. Quantum encryption leverages the fundamental principles of quantum mechanics, such as superposition and entanglement, to ensure that any attempt to intercept or tamper with transmitted data is instantly detectable. Unlike traditional encryption methods, which rely on complex mathematical algorithms that could eventually be cracked by increasingly powerful computers, quantum encryption promises security rooted in the laws of physics themselves. Scientists at the University of Science and Technology of China, under the leadership of Professor Jian-Wei Pan, had earlier demonstrated satellite-based quantum key distribution over thousands of kilometres, a proof-of-concept that attracted global attention. Meanwhile, private-sector companies such as Toshiba and IBM have announced investments in developing practical quantum-safe communication systems, with Toshiba unveiling a prototype network in the United Kingdom capable of supporting quantum-secured links between commercial clients. Despite these strides, experts caution that substantial technical barriers remain. Building a functional quantum internet will require the development of quantum repeaters — devices that can extend entangled signals over long distances without losing fidelity — as well as scalable quantum memory systems that can store entangled states for extended periods. At present, many of these components exist only in early-stage laboratory forms, requiring ultra-cold temperatures and extremely precise control systems. See also Autogo Initiates RoboTaxi Trials in Abu Dhabi Nevertheless, venture capital and government funding for quantum technologies have surged globally. The European Union's Quantum Flagship programme has committed over €1 billion towards research and development, while the United States launched its National Quantum Initiative Act, allocating substantial resources to both fundamental and applied quantum science. In Asia, China has aggressively pursued quantum supremacy as part of its national strategic priorities, with extensive investments in quantum communications infrastructure, including the world's first quantum satellite, Micius. Speaking at the World Economic Forum in Davos, Arvind Krishna, Chairman and Chief Executive Officer of IBM, highlighted the strategic significance of quantum technologies. 'Quantum communications will redefine cybersecurity for critical industries — finance, healthcare, defence — and countries that lead in quantum will shape the next era of the digital economy,' Krishna said. While quantum encryption might become commercially viable relatively soon, the prospect of a full quantum internet — where information not only travels via quantum signals but is processed by quantum computers at each node — remains a more distant goal. Estimates by experts range between 40 and 50 years for such a network to become operational, requiring revolutionary advances not just in quantum communication but in computing hardware, fault-tolerant systems, and new protocols. Dr Stephanie Wehner, a leading researcher at QuTech, the quantum technology institute based at Delft University, emphasised that building a quantum internet will likely occur in phases. 'We will see hybrid networks initially, where quantum links are used for specific tasks like ultra-secure communication or linking small quantum processors, alongside classical systems. Full-scale quantum internet where every operation is quantum-native is a longer-term vision,' Wehner noted during a panel discussion hosted by the International Telecommunication Union. See also Global Trade Faces Contraction Amid Escalating Tariff Disputes Industries that stand to benefit most from quantum-secured communications include finance, defence, and healthcare, where the protection of sensitive information is paramount. Lloyd's of London, in a report examining future risks, identified the advent of quantum computers as a 'high-impact, high-uncertainty' threat to traditional cryptographic methods and urged organisations to begin preparing now for a post-quantum world. At the same time, critics warn that the hype surrounding quantum technologies risks overshadowing the formidable scientific and engineering challenges that still must be overcome. Dr Scott Aaronson, a prominent computer scientist at the University of Texas at Austin, stressed that while progress in quantum communication is undeniable, significant obstacles could delay timelines. 'Building a network that can distribute entanglement robustly over the globe is a vastly harder problem than simply showing entanglement between nearby labs. It's a marathon, not a sprint,' Aaronson remarked during an academic symposium. The private sector's growing interest in quantum cybersecurity has also driven efforts to develop 'post-quantum' cryptography — classical algorithms designed to be resistant to quantum attacks — as an interim safeguard. The US National Institute of Standards and Technology is in the process of standardising a suite of post-quantum cryptographic algorithms, expected to be finalised by next year, to help organisations future-proof their digital security. Beyond communications, the principles being explored for quantum encryption and networks could have broader applications, including advancements in quantum sensing and distributed quantum computing. For instance, entangled sensor arrays could achieve measurements of unprecedented precision, with potential applications in fields ranging from geophysics to medical imaging.

World Backup Day: Toshiba Stresses Data Resilience
World Backup Day: Toshiba Stresses Data Resilience

TECHx

time27-03-2025

  • TECHx

World Backup Day: Toshiba Stresses Data Resilience

World Backup Day, celebrated annually on March 31, serves as an important reminder of the need for regular data backups. Toshiba Electronics Europe GmbH (Toshiba) is emphasizing this crucial practice to protect valuable digital data and ensure data resilience. Data has become one of our most valuable assets. Yet, many consumers still underestimate the importance of backing it up. A recent survey by Acronis, a global cyber protection company, revealed alarming statistics. Of 2,500 consumers surveyed, one-third do not back up their data regularly. Even more concerning, 4% of respondents, 100 people, didn't understand what 'backup' means. Eun-Kyung Hong, Senior Specialist in Product Marketing at Toshiba, urges consumers to take control of their digital lives. 'Our smartphones store photos, videos, passwords, and more,' she says. 'Many rely on cloud storage for backups, but it should not be the only solution. A multi-layered backup strategy is best. Combining cloud services with external storage, like the Toshiba Canvio Flex, is a smart approach.' The Toshiba Canvio Flex external hard drive allows users to back up data directly from smartphones, no laptop or PC needed. It is compatible with most major devices and operating systems. Whether you use a Mac, Windows PC, smartphone, or tablet, the Canvio Flex provides seamless data access and sharing across platforms. Preformatted for different devices, it offers convenience and flexibility for users. Why Choose Toshiba Canvio Flex? Back up directly from smartphones, no laptop or PC required. Works with most major platforms and operating systems. Preformatted for Mac, Windows PCs, smartphones, and tablets. Easy data access and sharing across devices. For the full list of Canvio Flex compatibility, visit: Canvio Flex Compatibility List To learn more about the Toshiba Canvio Flex, visit: Toshiba Canvio Flex Product Page As World Backup Day approaches, Toshiba reminds everyone that regular backups are key to protecting digital data. Using a mix of cloud services and reliable external storage, like the Canvio Flex, ensures your data stays safe and easily accessible. Don't wait, back up today!

World Backup Day: Toshiba highlights the importance of data resilience
World Backup Day: Toshiba highlights the importance of data resilience

Tahawul Tech

time26-03-2025

  • Tahawul Tech

World Backup Day: Toshiba highlights the importance of data resilience

Toshiba Electronics Europe GmbH (Toshiba) emphasises the importance of this year's World Backup Day. Observed annually on the 31st of March, it serves as a reminder of the critical importance of regular data backups to ensure data resilience. Data is increasingly recognised as one of our most valuable assets, the significance of data backup cannot be overstated – yet consumer awareness levels remain relatively low. A recent independent report by Acronis, a global cyber protection company, reveals that of the 2,500 consumers surveyed, about a third of the respondents said that they do not backup their data regularly. More concerning is that 4%, which equates to 100 people, do not even know what 'backup' means. 'Consumers need to take control of their digital lives', says Eun-Kyung Hong, Senior Specialist Product Marketing Management, Storage Products Division, Toshiba Electronics Europe GmbH. 'Our smartphones store photos, videos, contacts, passwords, and more. Most people use some form of cloud storage for backup, but relying on it as a sole solution is not recommended. It is best practice to perform regular backups using different methods. This could be a combination of cloud services or a mix of cloud and external storage, such as a USB-connected portable hard drive like a Toshiba Canvio Flex'. Toshiba's Canvio Flex external hard drive allows users to backup their data directly from their smartphone – without needing a laptop or PC. It also works interchangeably with most major device platforms and operating systems. Preformatted for Macs, Windows PCs, smartphones, and tablets*, this hard drive allows seamless access to data and sharing between devices. * Please check out the Canvio Flex compatibility list: For more information about the Toshiba Canvio Flex, please visit: Image Credit: Toshiba

DOWNLOAD THE APP

Get Started Now: Download the App

Ready to dive into the world of global news and events? Download our app today from your preferred app store and start exploring.
app-storeplay-store