Running the data storage environment can be a costly proposition. In addition to escalating costs for storage resources, there are additional costs associated with managing, powering and cooling the systems.
In response to customers concerns about these storage-related costs, IBM Information Management has been delivering advanced capabilities within the DB2 for Linux, UNIX and Windows product family to reduce storage requirements and improve database performance by focusing on various forms of in-database and in-memory compression.
With an eye toward current industry capabilities, this Tech Talk delves into the benefits and advantages of the DB2 solution in the following areas:
• database compression
• backup and archival compression
• how and when to use file system and storage deduplication technology
Along with these features and capabilities native to DB2, we will also compare these to Oracle and the rest of the database industry to show you why DB2 has a clear advantage when it comes to storage optimization.
Our world creates data at an exponential rate leaving storage professionals with the challenge of managing this data in a secure, scalable and efficient way. Real-time compression allows organizations to save 50% of the physical storage space and reduce storage growth by 30%. Listen into this short clip on how real-time compression is changing the game by offering a robust, efficient and cost-efficient solution.Read more >
H.264 Advanced Video Coding is fundamental to a growing range of markets such as High Definition broadcasting, internet video sharing and mobile video. In this webcast, Iain Richardson will launch his new book, "The H.264 Advanced Video Compression Standard".
Sign up to this free webcast to learn what's in the book and to ask the author questions online.
Software-defined networks introduce the central controller that finds paths for connections, on demand. The controller runs routing protocols "virtually," based on knowledge of device status and link state throughout an administrative domain. The 'product' of the path finding is the same for SDNs as for routed or switched networks: entries in forwarding tables in each device that define a path for a connection. Routing protocols (IS-IS for example) rely on header information to find the path and use the full address to identify a packet as part of a stream/connection. An SDN needs only a much smaller channel identifier on each packet, potentially increasing connection capacity by 10X and reducing latency.Read more >
Combining the process of tableting with a multiple unit pellet system requires the protection of the drug release controlling coating as well as the limitation of segregation of the tableting mixture in order to provide mass and content uniformity. Limiting pellet size and fraction (ideally 50 – 60 % w/w), using concave tooling and of course applying flexible coatings at high layer thickness are best precaution to prevent damage of the drug release controlling coating.Read more >
Virtually, all solid dosage forms in the pharmaceutical industry have been manufactured in ‘batch’ despite cost and processing disadvantages associated with manufacturing a product in batch mode. Market forces coupled with a conducive regulatory environment have enabled researchers to consider manufacturing pharmaceuticals ‘continuously’. The presentation addresses the role of material properties in the design of a direct compaction continuous manufacturing system. The presenter believe that a substantial technical challenge to continuous processing is understanding ‘in-process’ material properties , their interaction with process equipment and subsequent effects on product quality.Read more >
The USP of Hadoop over traditional RDBMS is "Schema on Read".
While the flexibility of choices in data organization, storage, compression and formats in Hadoop makes it easy to process data, understanding the impact of these choices on search, performance and usability allows better design patterns.
Learning when and how to use schemas and data model evolution due to required changes is key to building data-driven applications.
This webinar will explore the various options available and their impact to allow better design choices for data processing and metadata management in Hadoop.
A brief introduction to the Intel® Intelligent Storage Acceleration Library (ISA-L), a freely licensed set of storage-domain algorithms implemented by a lean, mean team of bare-knuckle assembly coders. Leveraging in-depth knowledge of processor internals, the ISA-L team is able to see substantial improvements in performance of hashing, encryption, compression, CRC, RAID, and erasure coding efficiency over comparable open source alternatives.Read more >
Flash storage is pervasive and its benefits are well known in IT. Likewise, hyper-converged infrastructure (HCI) is demonstrating tremendous cost savings for many enterprises. But what about all-flash HCI? How can you build a business case for it?
Learn about the economics of Virtual SAN all-flash and how it compares to all-flash storage arrays and other hybrid HCI appliances. We’ll discuss factors to consider when going all-flash and how to calculate the TCO of an all-flash HCI solution.
•Sample all-flash Virtual SAN configurations that are 50% less than leading hybrid HCI solutions
•Metrics on increasing storage efficiency up to 10 times with deduplication, compression, and erasure coding
¥Free online tool that can calculate the TCO of an all-flash solution for your specific environment
•Benefits of server-side economics and a smaller footprint
Join us as we dive into the metrics that support a business case for Virtual SAN, and the opportunities it enables for businesses that move to HCI.
Learn about the powerful, new Arcserve Cloud which is a fully-integrated, cloud data protection solution for backup, disaster recovery and long-term retention. It’s offered as a service extension to Arcserve’s Unified Data Protection (UDP) appliance. Also discover technical details of Arcserve UDP, a next-generation data protection solution that leverages global deduplication, encryption, compression, and WAN-optimized replication.Read more >
The H.264 standard is popular because it can be used to compress video
more effectively than older video coding formats. However, getting the
best out of H.264 is not straightforward. There are many optional
modes within H.264 and choosing these options creates a problem.
Getting the best compression performance for a particular video
segment involves evaluating all the possible modes, but this can be
very computationally expensive.
In this talk I will explain the trade-off between processing
complexity and video compression performance in H.264 video codecs. I
will introduce techniques for choosing a compromise between three
inter-dependent factors: computational cost, compressed bitrate and
video quality. Understanding these concepts makes it possible to get
the best out of H.264 in practical situations.
Today, storage efficiency features like deduplication and compression are table stakes for delivering compelling economics for Enterprise customers. The next level of value comes from the data management capabilities, implemented correctly, and based on matching architectural platforms. This talk will highlight how Solid-State Storage Systems can go beyond Storage Efficiency to deliver better storage economics than possible with spinning disks.Read more >
The PKWARE Solution is the only complete solution for reducing, securing, moving and storing data across the extended enterprise, both internally and externally, from mainframes to servers to desktops and into the cloud. PKWARE offers software solutions to critical IT problems, namely the explosive growth of data, the need to secure data, and the emergence of data in the cloud. PKWARE offers the only total solution for reducing and securing data in motion or at rest, so data can be securely moved or stored anywhere. The PKWARE Solution is used billions of times each day to manage risks associated with data security breaches while avoiding increased storage costs with data reduction of up to 95% and improving service delivery.Read more >
Watch as we explore how to improve data footprint reduction (DFR).
Specifically, we’ll cover the ABCDs technologies, tools and techniques of DFR related to data protection. This includes archiving, backup modernization (more than swapping disk for tape or cloud for disk), compression, data management and dedupe, along with other storage-related themes.
Video compression or video coding is essential to a wide range of products such as broadcast digital TV, DVD and Blu-Ray disks, internet video and mobile video. H.264 Advanced Video Coding is an industry standard format for compressed video which is key to many of these products. Participants in this webinar will learn how H.264 makes it possible to compress video through a combination of prediction, transforms and coding and will gain an insight into how to get the best from this popular compression format.
About the presenter: Iain Richardson is the author of the two leading texts on H.264 Advanced Video Coding and is an internationally known expert in video compression. Director of Vcodex Ltd and OneCodec Ltd and Honorary Professor at RGU, Aberdeen, he is sought after as a speaker, consultant and expert witness on video compression technology.
In this webinar join experts from Storage Switzerland and Tegile to discover if the All-Flash Data Center can become reality. We will explore the return on investment that All-Flash systems can deliver, like increase user and virtual machine densities, lower drive counts and simpler storage architectures. We will also look at some of the methods that All-Flash systems employ to deliver an acceptable cost per GB like thin provisioning, clones, deduplication and compression. Finally we will take one last look at disk, does it have a role in the All-Flash Data Center and if it does what should that role be?Read more >