Innovation, Part 1
NGD Systems will attend the OCTANe Technology Innovation Forum (TIF) that focuses on data evolution and technology for the future of work, retail, smart cities, sports, FinTech, national security, and health.
Edge Computing’s Need for NVMe Computational Storage, Part 2
Computational storage is built for the challenges faced by edge computing and the real-time analysis of petabyte-scale data sets.
Edge Computing’s Need for NVMe Computational Storage
The Newport U.2 SSD has 16TB data storage, a multi-core ARM processor, acceleration hardware for AI, encryption, other capabilities into a 2.5” SSD, and 10 watts power consumption, solving edge computing issues.
Big Data: Collect it All, Sort it Later?
The “Collect it all, sort it out later” approach to data is a competition of collection and storage of petabyte-scale data without no emphasis on the “and then what” question. Read on to understand this approach.
The Progress of AI and Big Data in Business
At least half of business processes will be automated in the coming years, said Dr. Marc Teerlink, Global VP of Intelligent Enterprise Solutions and Artificial Intelligence at SAP during the AI and Big Data Expo in London.
Big Data, Machine Learning, and Newport NVMe Computational Storage
Big data refers to the amount, type, and speed of data analytics. Machine learning involves interpreting data as it is processed to learn from the data, as a foundation to allow the machine to essentially teach itself over time
NAB Show 2019, NVMe Computational Storage and Video Analytics
The NAB Show 2019 attracted 100,000 industry professionals ranging from broadcasting gurus to film, gaming, mixed reality, VR, AI, AR, radio, sports, and television experts from 160 countries.
How NVMe Computational Storage Can Eliminate Latency in Content Delivery Networks
Computational storage removes the need to move data from storage devices to the server and back by performing the encryption of the data and key management inside the solid-state drive (SSD).
The Cost of Latency for Content Delivery Networks
Eliminate the need to move data from storage devices to the server and back! With computational storage, the encryption of protected data and key management can be performed inside the solid-state drive (SSD). Learn how it works here.
Securely Accelerating Content Delivery Networks
For most people, the concept of a Content Delivery Network (CDN) is kind of foreign. CDNs are the hidden infrastructure that underlies most of the world wide web today. When you visit a major website, it is very likely that you are in fact being served content from a CDN point of presence (PoP). CDN PoPs are distributed throughout the world, typically in large cities to minimize the latency that end-users see when the content is delivered. Examples of CDNs that are focused on delivering content for businesses include Akamai, Limelight, Amazon Web Services, and Cloudflare; these companies deliver content for companies
