Podcasts about pmem

Jakub Łazinski to Technical Product Manager, który pracował nad rozwojem produktów MongoDB (CLI), Atlassian (Jira) oraz SmartRecruiters. Z rozmowy dowiesz się m.in.:

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Hear Lois Houston and Nikita Abraham, along with Alex Bouchereau, talk about Exadata Cloud Service, and more specifically, Exadata Cloud Service X8M, which is the latest release of Oracle's premier Database Cloud Service.   They also take a look at how advanced cloud automation, dynamic resource scaling, and flexible subscription pricing enable customers to run database workloads faster and with lower costs.   Oracle MyLearn: https://mylearn.oracle.com/ Oracle University Learning Community: https://education.oracle.com/ou-community LinkedIn: https://www.linkedin.com/showcase/oracle-university/ Twitter: https://twitter.com/Oracle_Edu   Special thanks to Arijit Ghosh, David Wright, Ranbir Singh, and the OU Studio Team for helping us create this episode.

Intel Open Source Evangelist Chris Norman hosts this special bonus episode, a Q&A with Intel's Dan Williams. A chance encounter with open source software during an high-school internship put Dan Williams on a path to become Principal Engineer on the team responsible for Intel's persistent memory (PMEM) enabling in the Linux* kernel. Here he talks about the “janitorial” aspect of maintainers, what he's seen in 17 years of commits, his take on the discontinuation of the Intel Optane* as well as his new role as chair on the Technical Advisory Board (TAB) at the Linux Foundation*. Read the full Q&A: https://community.intel.com/t5/Blogs/Tech-Innovation/open-intel/Dan-Williams-Kernels-of-Wisdom/post/1446111   Guest:  Dan Williams      

EP294 - Exadata X9M com menos PMEM?   Entre no nosso canal do Telegram para receber conteúdos Exclusivos sobre Banco de dados Oracle:   https://t.me/joinchat/AAAAAEb7ufK-90djaVuR4Q

I always felt that PMEM was a solution in search of a problem, but @MemVerge has built a whole platform on the premise that I am wrong. At Cloud Field Day 12 (#CFD12) they will be presenting their solution and I have a TON of questions. Hybrid storage arrays were notoriously finnicky and I want to know how they are solving for those problems in memory. Cloud Field Day 12: https://techfieldday.com/event/cfd12/ ----------------------------------------------------------------------------------------------------- Website: https://nedinthecloud.com Pluralsight: https://app.pluralsight.com/profile/author/edward-bellavance GitHub: https://github.com/ned1313

Andy Rudoff, Senior Principal Engineer at Intel, talks with host Allyson Klein about Intel® Optane™ Persistent Memory (PMem) and the work done with software vendors to harness the power of the new technology, especially when it comes to database management and recovery. Rudoff goes into detail about how Optane PMem represents a new tier between memory and storage that allows giant databases to be hosted across fewer servers. He also discusses the Persistent Memory Development Kit (PMDK)—a growing collection of libraries and tools tuned and validated on both Linux and Windows, and the Persistent Memory Programming book—a complete guide for developers that delivers comprehensive information with detailed code examples. Both the development kit and the book can be found at: https://pmem.io/ Notices & Disclaimers Intel technologies may require enabled hardware, software or service activation. No product or component can be absolutely secure. Your costs and results may vary. © Intel Corporation. Intel, the Intel logo, and other Intel marks are trademarks of Intel Corporation or its subsidiaries. Other names and brands may be claimed as the property of others.

In this Intel Chip Chat audio podcast with Allyson Klein: Andy Rudoff, Senior Principal Engineer at Intel, talks with host Allyson Klein about Intel Optane Persistent Memory (PMem) and the work done with software vendors to harness the power of the new technology, especially when it comes to database management and recovery. Rudoff goes into […] The post New Tools for Developers with Intel Optane PMem - Intel Chip Chat - Episode 709 first appeared on Connected Social Media.

In this Intel Chip Chat audio podcast with Allyson Klein: Andy Rudoff, Senior Principal Engineer at Intel, talks with host Allyson Klein about Intel Optane Persistent Memory (PMem) and the work done with software vendors to harness the power of the new technology, especially when it comes to database management and recovery. Rudoff goes into […] The post New Tools for Developers with Intel Optane PMem - Intel Chip Chat - Episode 709 first appeared on Connected Social Media.

In this Intel Chip Chat audio podcast with Allyson Klein: Andy Rudoff, Senior Principal Engineer at Intel, talks with host Allyson Klein about Intel Optane Persistent Memory (PMem) and the work done with software vendors to harness the power of the new technology, especially when it comes to database management and recovery. Rudoff goes into […] The post New Tools for Developers with Intel Optane PMem - Intel Chip Chat - Episode 709 first appeared on Connected Social Media.

Persistent Log Buffers, sometimes referred to as tail of log caching, uses persistent memory to persist the database log buffer, eliminating bottlenecks that may occur on busy systems waiting for the log buffer to flush to disk. A process known as log hardening.learn more here: https://docs.microsoft.com/en-us/sql/relational-databases/databases/add-persisted-log-buffer?view=sql-server-ver15[00:00] Intro[00:45] Positioning persistent log buffer[01:13] Persistent memory (PMEM) devices[01:58] Usecase for and benefits of persistent log buffer[02:31] Best practices for SQL Server with PMEM in Windows[03:38] Best practices for SQL Server with PMEM in Linux[04:01] What is persistent log buffer?[04:43] What is forced delayed durability?[05:30] Difference between persistent log buffer and forced delayed durability[06:42] Demo: setting up persistent log buffer[07:54] Wrap-up

Persistent Log Buffers, sometimes referred to as tail of log caching, uses persistent memory to persist the database log buffer, eliminating bottlenecks that may occur on busy systems waiting for the log buffer to flush to disk. A process known as log hardening.learn more here: https://docs.microsoft.com/en-us/sql/relational-databases/databases/add-persisted-log-buffer?view=sql-server-ver15[00:00] Intro[00:45] Positioning persistent log buffer[01:13] Persistent memory (PMEM) devices[01:58] Usecase for and benefits of persistent log buffer[02:31] Best practices for SQL Server with PMEM in Windows[03:38] Best practices for SQL Server with PMEM in Linux[04:01] What is persistent log buffer?[04:43] What is forced delayed durability?[05:30] Difference between persistent log buffer and forced delayed durability[06:42] Demo: setting up persistent log buffer[07:54] Wrap-up

Mike’s away so Chris joins Wes to discuss running your workstation from RAM, the disappointing realities of self driving cars, and handling the ups and downs of critical feedback.

Hello and welcome to the latest episode of Linux in the Ham Shack. In this week's short topic show, the hosts discuss Virginia students building and launching satellites, amateur radio inspiring the EPA, BitCoin via radio, the Linux Kernel vs. PMEM, HL7 and Open Source and much, much more. Thank you for listening and [...]

In this special Intel sponsored episode of SMACTalk, Co-Host Daniel Newman goes solo on the hosting duties and leads a show focused on what to expect from Intel at VMworld 2018, starting August 26 in Las Vegas, Nevada. Joining Daniel for the discussion was Jake Smith, Director of Data Center Technology at Intel Data Center Group, where he focuses on Xeon Scalable Processors and Optane Persistent Memory product lines and how those products can be integrated with technology like VMware. During the show, Jake shared that Intel first began working with VMware in 2002 with efforts to reduce latency via new tools and scalable usage models like ESX, MSX, and VMware Cloud. In that time, they’ve developed technology that has sped up the process of launching virtual machines (from buying, provisioning, and developing) from months to minutes to seconds, which will drive digital transformation moving forward. In the past, for instance, companies could launch new apps just every 90 days, which put a cramp in their ability to digitally transform. Now using virtualization, they can deploy apps simultaneously, allowing users to make the most of the technology being created. At Daniel’s request, Jake discussed Intel Optane in-depth, explaining the importance of persistent state memory (PMEM), which allows a virtual machine to keep running even if the power goes out with no need to reset. It reduces boot times and increases performance with scalable memory up to 3 terabytes per socket. Jake emphasized that Optane would allow a company to move an entire database into memory, putting it within 18 microseconds of the user. The difference is like using a cached history of data, rather than opening a new site.  Daniel and Jake discussed that technology like Intel’s Optane is what will allow AI and machine learning to do the work they’re meant to do because ultimately AI and machine learning are only as good as the machines that can manage the data. Using Optane, data can be trained fast enough for companies to use it in real time—be it an autonomous vehicle or facial recognition software.  Jake shared the example of picture recognition working not in 11 seconds but 1 second. The technology would work quickly enough that you could be offered a coupon to The Gap as soon as you walked into the mall. Optane helps provide the architecture that can deliver this level of intelligence—a nexgen virtualized database. For the non-techy listeners, Daniel emphasized that Optane is about creating more storage and more access to virtual machines – making it easier, faster, and more affordable for companies to use AI and machine learning technology. Jake also emphasized that Intel’s goal is always to create a better TCO (total cost of ownership) and lower transaction cost for its business users. What Intel will preview at VMworld: Intel Select Solutions; optimized hardware solutions – CPUs, chip set technologies filled with virtual technologies; hyper threading; VSAN non-volatile memory architecture; Optane data centers with persistent memory technology; hybrid cloud environment solutions; workload optimization for hybrid cloud environments. The goal is to reduce as much latency as possible in CPU, networking silicon, SSD silicon, and memory silicon. What Intel is working on outside of VMworld:  Accelerated FGAs; custom chips that accelerate V motion; and the concept of “enterprise reassurance.” Enterprise reassurance means building compatibility generation over generation so that businesses know that investments in tech will carry over year to year. Update/Correction: (18:42) In the podcast, Jake Smith suggests that Raj Hazra would be in attendance at VMWorld 2018 to discuss Enterprise Reassurance Solutions. Raj Hazra will not in attendance, but the topic will be covered by Intel Staff at the event.