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Blog Group Posts
Application Performance Monitoring Blog Foglight APM 105
Blueprint for Big Data and Analytics - Blog Blueprint for Big Data and Analytics 0
Blueprint for Cloud - Blog Blueprint for Cloud 0
Blueprint for HPC - Blog Blueprint for High Performance Computing 0
Blueprint for VDI - Blog Blueprint for VDI 0
Latest Blog Posts
  • Dell TechCenter

    Dell Agent-free out-of-band Infrastructure Monitoring System using Docker container

    Docker is an open source, lightweight containerization platform for distributed applications with a principle of "Build once, Run Anywhere". It provides an ability to package software into standardised units on Docker for software development. It’s an OS virtualization layer that takes advantage of Linux kernel features like namespaces and control groups to provide complete application isolation and greatly simplifies the deployment and management of applications on any platform. Containers provide each application an independent runtime environment.

    Docker provides the tools necessary to build, run and manage applications packaged as Docker images. An application distributed as a Docker image incorporates all the dependencies and configuration necessary for it to run, hence eliminating the need for end-users to install necessary packages and troubleshoot dependencies.

    Running Dell OpenManage Plug-in for Nagios Core inside Docker Container

    Dell OpenManage Plug-in for Nagios Core provides a proactive approach to data center management that delivers features for monitoring 12th and later generations of Dell PowerEdge servers through an agent-free method using integrated Dell Remote Access Controller (iDRAC) with Lifecycle Controller technology, Dell chassis and Dell storage devices in the Nagios Core console. With this plug-in, customers have comprehensive hardware-level visibility of Dell PowerEdge servers, Dell chassis, and Dell storage including overall and component-level health monitoring for quicker fault detection and resolution. To learn more about this plugin, refer this link



    The idea is to leverage Docker's unique one-liner command to discover the server, storage and network devices and ready-to-be-managed by Nagios core. This surely protects customer's existing investments in Nagios Core and helps in simplifying the integration and management of Dell Infrastructure.

    Building the Docker Image:

    Assuming that you already have Docker Engine installed on your system, execute the below command to build the Docker image locally:

    $sudo git clone https://github.com/ajeetraina/dell-oob-monitoring
    $cd dell-oob-monitoring
    $sudo docker build -t ajeetraina/dell-oob-monitoring .

    In case you are not interested to build this Docker image, you can directly pull it from https://hub.docker.com/r/ajeetraina/dell-oob-monitoring/

    $sudo docker pull ajeetraina/dell-oob-monitoring


    Running the Docker Container:

    Follow the below steps to run the docker container:

    Step-1:

    There are two ways to discover the Dell Infrastructure -

    i. List out the iDRAC IPs(in case of servers, blades, FX2 and VRTX), Management IPs( Switch, Equallogic & Compellent) in a plain text file

    OR

    ii. Supply the subnet during the script execution to enable auto-discovery of Dell Infrastructure.

    For Example, I created a file called ips.txt under /IP directory on the Docker host system as shown below:

    File: /IP/ips

    192.168.10.2
    192.168.10.3
    192.168.10.4
    192.168.10.5
    ......
    ......

    Step:2:

    Run the below command to start the container:

    $sudo docker run -dit  --net=host -v /IP:/IP ajeetraina/dell-oob-monitoring


    This command mounts the host directory, /IP, into the container at /IP. The --net option binds the container port to the host port so that one can access Nagios UI with the host IP address.

    Step3:

    Execute the below command to start the script which initiates the necessary services to discover servers, storage and network devices and automatically ready-to-manage through Nagios UI.

    $sudo docker exec -it <container-id> sh discover

    This command takes sometimes(based on your inputs for list of iDRAC / Management IPs) to bring up Nagios and add the list of Dell Infrastructure onto Nagios Dashboard.

    • To access Nagios, go to https://<dockerhost-ip>:80/nagios; use credentials nagiosadmin / nagiosadmin

    If you have a firewall running in your host, be sure to open ports 80/tcp.

    When you login to the Nagios UI, in the left-hand column under the Hosts section, you can view the list of servers, storages and networking devices ready to be monitored.

    Support

    Please note these images are provided as-is and are not supported by Dell. If you find our container images useful, if you’d like to see new features added or would like to report a bug, please contact our mailing list Linux-PowerEdge or contact me directly at Ajeet_Raina{AT}Dell.com, we welcome your participation and feedback.

  • vWorkspace - Blog

    What's new for vWorkspace - November 2016

    Updated monthly, this publication provides you with new and recently revised information and is organized in the following categories; Documentation, Notifications, Patches, Product Life Cycle, Release, Knowledge Base Articles.

    Subscribe to the RSS (Use IE only)

     

    Patches

    None at this time

      

    Downloads

    Product Release Notification – vWorkspace 8.6.2

    Type: Patch Release Created: November 2016

     

    Knowledgebase Articles

    New 

    214733 - How to manually remove the Quest vWorkspace Catalyst

    How to manually remove the Quest vWorkspace Catalyst from Hyper-V server

    Created: November 2, 2016

     

    215010 - How to increase Metaprofile timeout for saving large profiles

    Created: November 10, 2016

     

    215022 - Password manager gives incorrect reason/error when password change fails

    Password manager gives the error that the domain controller cannot be contacted when a password is entered when the password strength / complexity...

    Created: November 10, 2016

     

     215010 - How to increase Metaprofile timeout for saving large profiles

    Created: November 10, 2016

     

    215061 - New servers are not shown in the Monitoring and Diagnostics console

    When a new server is added to the vWorkspace Farm it may not be seen in the Monitoring and Diagnostics environment. For example a new Remote...

    Created: November 11, 2016

     

     215269 - Black screen on login to 2012r2 session host

    When users try to connect to a Remote Desktop Session host they see a black screen and are eventually disconnected. The following two errors are...

    Created: November 16, 2016

     

    Revised

    63874 - The Remote Computer requires Network level authentication error.

    When trying to connect to a machine, an error occurs “The Remote Computer requires Network level authentication error.”

    Revised: November 3, 2016

     

    155112 - Cannot install connector from WA

    When connecting to the webaccess site for the first time, it detects that no client is installed. On clicking install the user sees error... 404...

    Revised: November 9, 2016

     

     213123 - Stop error or Blue Screen (BSOD) when vWorkspace Connector is redirecting scanners

    There is a Stop Error, commonly referred to as a Blue Screen of Death (BSOD), stating an error with 'pnusb.sys' when users are trying to use a...

    Revised: November 10, 2016

     

     213923 - Cannot access website using Chrome after upgrading to 8.6.2. Error: "ERR_TOO_MANY_REDIRECTS"

    Revised: November 10, 2016

     

    54133 - When connecting to a Terminal Server via Web Access with Secure-IT you may receive the error,

    After logging in to Secure-IT/Web Access you may receive the error, "Computer not Available" after clicking on a Managed Application linked to a...

    Revised: November 17, 2016

     

    213400 - Optional Hotfix 648071 for 8.6 MR2 vWorkspace Monitoring and Diagnostics Released

    This is an optional hotfix and can be installed on the following vWorkspace roles Monitoring and Diagnostics This release provides support for...

    Revised: November 18, 2016

     

    73446 - How To: Improve Performance to a Virtual Desktop VDI Session

    When connecting to a VDI over a slow connection users report that the performance on the VDI is degraded, or sessions are disconnected often.

    Revised: November 18, 2016

     

     53711 - Auto-configuration of vWorkspace Connectors

    Auto-configuration of vWorkspace Connectors

    Revised: November 21, 2016

     

     70481 - HOW TO: Secure Access Certificate Configuration

    Revised: November 24, 2016

     

    207445 - Is it possible to upgrade vWorkspace in stages?

    In many cases, upgrading a large vWorkspace environment cannot be done in a short time period. Is it possible to upgrade vWorkspace in stages?

    Revised: November 25, 2016

     

    Product Life Cycle - vWorkspace

    Revised: November, 2016

  • General HPC

    HPC Community Honors Dell EMC with Highly Coveted HPCwire 2016 Editor’s Choice Awards

    Ed Turkel, customer Karen Green (CRC) with Tom Tabor receiving HPCwire's Editors Choice Award for Best Use of High Performance Data Analytics
    Ed Turkel (HPC Sr. Strategist) with Tom Tabor (Tabor Communications CEO) receiving HPCwire's Editors Choice Award for Top Five Vendors to Watch

    Just before the kick-off of the opening gala for the SC16 international supercomputing conference, HPCwire unveiled the winners of the 2016 HPCwire Editors’ Choice Awards. Each year, this awards program recognizes the best and the brightest developments that have happened in high performance computing over the past 12 months. Selected by a panel of HPCwire editors and thought leaders in HPC, these awards are highly coveted as prestigious recognition of achievements by the HPC community.

    Traditionally revealed and presented each year to kick off the Supercomputing Conference (SC16), which showcases high performance computing, networking, storage, and data analysis, the awards are an annual feature of the publication and spotlight outstanding breakthroughs and achievements in HPC.

    Tom Tabor, CEO of Tabor Communications, the publisher of HPCwire, announced the list of winners in Salt Lake City, UT.

    “From thought leaders to end users, the HPCwire readership reaches and engages every corner of the high performance computing community,” said Tabor. “Receiving their recognition signifies community support across the entire HPC space, as well as the breadth of industries it serves.

    Dell EMC was honored to be presented with two 2016 HPCwire Editors’ Choice Awards:

    Best Use of High Performance Data Analytics:
    The Best Use of High Performance Data Analytics award was presented to UNC-Chapel Hill Institute of Marine Sciences (IMS) and Coastal Resilience Center of Excellence (CRC), Renaissance Computing Institute (RENCI), and Dell EMC. UNC-Chapel Hill IMS and CRC work with the Dell EMC-powered RENCI Hatteras Supercomputer to predict dangerous coastal storm surges, including Hurricane Matthew, a long-lived, powerful and deadly tropical cyclone which became the first Category 5 Atlantic hurricane since 2007.

    Top 5 Vendors to Watch
    Dell EMC was recognized by the 2016 HPCwire Editors’ Choice Awards panel, along with Fujitsu, HPE, IBM and NVIDIA, as one of the Top 5 Vendors to Watch in high performance computing. As the only true end-to-end solutions provider in the HPC market, Dell EMC is committed to serving customer needs. And with the combination of Dell, EMC and VMware, we are a leader in the technology of today, with the world’s greatest franchises in servers, storage, virtualization, cloud software and PCs. Looking forward, we will occupy a very strong position in the most strategic areas of technology of tomorrow: digital transformation, software defined data center, hybrid cloud, converged infrastructure, mobile and security.

    To learn more about HPC at Dell EMC, join the Dell EMC HPC Community at www.Dellhpc.org, or visit us online at www.Dell.com/hpc and www.HPCatDell.com.

  • General HPC

    With Blazing Speed: Some of the Fastest Systems on the Planet are Powered by Dell EMC

    MIT Lincoln Laboratory Supercomputing Center created a 1 petaflop system in less than a month to further research in autonomous systems, device physics and machine learning.

    Twice each year, the TOP500 list ranks the 500 most powerful general-purpose computer systems known. In the present list, released at the SC16 conference in Salt Lake City, UT, computers in common use for high-end applications are ranked by their performance on the LINPACK Benchmark. Sixteen of these world-class systems are powered by Dell EMC. Collectively, these customers are accomplishing amazing results, continually innovating and breaking new ground to solve the biggest, most important challenges of today and tomorrow while also making major contributions to the advancement of HPC.

    Here are just a few examples:

    • Texas Advanced Computing Center/University of Texas
      Stampede - PowerEdge C8220, Xeon E5-2680 8C 2.700GHz, Infiniband FDR, Intel Xeon Phi SE10P and
      Stampede-KNL - Intel S7200AP Cluster, Intel Xeon Phi 7250 68C 1.4GHz, Intel Omni-Path
      The Texas Advanced Computing Center (TACC), a Dell EMC HPC Innovation Center, designs and operates some of the world's most powerful computing resources. The Center's mission is to enable discoveries that advance science and society through the application of advanced computing technologies. TACC supports the University of Texas System and National Science Foundation researchers with the newest version of their Stampede high-performance computing cluster.

    • MIT Lincoln Laboratory
      TX-Green - S7200AP Cluster, Intel Xeon Phi 7210 64C 1.3GHz, Intel Omni-Path
      MIT Lincoln Laboratory Supercomputing Center (LLSC) supports research and development aimed at solutions to problems that are critical to the Nation. The research spans diverse fields such as space observations, robotic vehicles, communications, cyber security, machine learning, sensor processing, electronic devices, bioinformatics, and air traffic control. LLSC addresses the supercomputing needs of thousands of MIT scientists and engineers by providing interactive, on-demand supercomputing and big data capabilities with zero carbon footprint.

    • Centre for High Performance Computing, South Africa         
      Lengau - PowerEdge C6320, Xeon E5-2690v3 12C 2.6GHz, Infiniband FDR
      The Centre for High Performance Computing (CHPC), a Dell EMC HPC Innovation Center, is part of South Africa’s Council for Scientific and Industrial Research and hosts the fastest computer on the African continent. CHPC’s new Dell EMC-powered Lengau system will enable new opportunities and avenues in cutting-edge research, such as building the world's largest radio telescope, and will provide the computational capacity to build the private sector and non-academic user base of CHPC to help spur national economic growth.

    • University of Florida
      HiperGator 2.0 - PowerEdge C6320, Xeon E5-2698v3 16C 2.3GHz, Infiniband
      The University of Florida’s HiPerGator 2.0 system performs complex calculations and data analyses for researchers and scholars at UF and their collaborators worldwide. It is helping researchers find life-saving drugs and get them from the computer to the clinic more quickly, make more accurate, decades-long weather forecasts and improve body armor for troops.

    • Ohio Supercomputer Center
      Owens - Dell PowerEdge C6320/R730, Xeon E5-2680v4 14C 2.4GHz, Infiniband EDR
      The Ohio Supercomputer Center empowers a wide array of groundbreaking innovation and economic development activities in the fields of bioscience, advanced materials, data exploitation and other areas of state focus by providing a powerful high performance computing, research and educational cyberinfrastructure for a diverse statewide/regional constituency.

    • Dell EMC HPC Innovation Lab
      Zenith - Dell PowerEdge C6320 & Dell PowerEdge R630, Xeon E5-2697v4 18C 2.3GHz, Intel Omni-Path
      The Dell EMC HPC Innovation Lab is dedicated to HPC research, development and innovation. Its engineers are meeting real-life, workload-specific challenges through collaboration with the global HPC research community and are publishing whitepapers on their research findings. They are utilizing the lab’s world-class Infrastructure to characterize performance behavior and to test and validate upcoming technologies. The Dell EMC HPC Innovation Lab is also an OpenHPC R&D contributor.
  • General HPC

    Advancing HPC: A Closer Look at Cool New Tech

    Dell EMC has partnered with Scientific Computing, publisher of HPC Source, and NVIDIA to produce an exclusive high performance computing supplement that takes a look at some of today’s cool new HPC technologies, as well as some of the work being done to extend HPC capabilities and opportunities.

    This special publication, “New Technologies in HPC,” highlights topics such as innovative technologies in HPC and the impact they are having on the industry, HPC trends to watch, and advancing science with AI. It also looks at how organizations are extending supercomputing with cloud, machine learning technologies for the modern data center, and getting starting with deep learning.

    This digital supplement can be viewed on-screen or downloaded as a PDF.

    Taking our dive into new HPC technologies a bit deeper — we also brought together technology experts Paul Teich, Principal Analyst at TIRIAS Research, and Will Ramey, Senior Product Manager for GPU Computing at NVIDIA, for a live, interactive discussion with contributing editor Tim Studt: “Accelerate Your Big Data Strategy with Deep Learning.

    Paul and Will share their unique perspectives on where artificial intelligence is leading the next wave of industry transformation, helping companies go from data deluge to data-hungry. They provide insights on how organizations can accelerate their big data strategies with deep learning, the fastest growing field in AI, and discuss how, by using data-driven algorithms powered by GUP accelerators, companies can get faster insights, as well as how companies can see dynamic correlations, and achieve actionable knowledge about their business.

    For those who couldn't make the live broadcast, it is available for on-demand viewing.

    To learn more about HPC at Dell EMC, join the Dell EMC HPC Community at www.Dellhpc.org, or visit us online at www.Dell.com/hpc and www.HPCatDell.com.

  • General HPC

    Dell China Receives AI Innovation Award

    Innovation Award of Artificial Intelligence Technology and Practice presented to Dell China by CCF (China Computer Federation)

    Dell China has been honored with an “Innovation Award of Artificial Intelligence in Technology & Practice” in recognition of Dell’s collaboration with the Institute of Automation, Chinese Academy of Sciences (CASIA) in establishing the Artificial Intelligence and Advanced Computing Joint-Lab. The advanced computing platform was jointly unveiled by Dell China and CASIA in November 2015, and the AI award was presented by the Technical Committee of High Performance Computing (TCHPC), China Computer Federation (CCF), at the China HPC 2016 conference in Xi’an City, Shanxi Province China, on October 27, 2016. About a half dozen additional awards were presented at HPC China, an annual national conference on high performance computing organized by TCHPC. However, Dell China was the only vendor to receive an award in the emerging field of artificial intelligence in HPC.

    The Artificial Intelligence and Advanced Computing Joint-Lab’s focus is on research and applications of new computing architectures in brain information processing and artificial intelligence, including cognitive function simulation, deep learning, brain computer simulation, and related new computing systems. The lab also supports innovation and development of brain science and intellect technology research, promoting Chinese innovation and breakthroughs at the forefront of science, and working to produce and industrialize these core technologies in accordance with market and industry development needs.​

    CASIA, a leading AI research organization in China, has huge requirements for computing and storage, and the new advanced computing platform — designed and set up by engineers and professors from Dell and CASIA — is just the tip of the iceberg with respect to CASIA’s research requirements. It features leading Dell HPC systems components designed by the Dell USA team, including servers, storage, networking and software, as well as leading global HPC partner products, including Intel CPU, NVIDIA GPU, Mellanox IB Network and Bright Computing software. The Dell China Services team implemented installation and deployment of the system, which was completed in February 2016.

    The November 3, 2015, unveiling ceremony for the Artificial Intelligence and Advanced Computing Joint-Lab was held in Beijing. Marius Haas, Chief Commercial Officer and President, Enterprise Solutions of Dell; Dr. Chenhong Huang, President of Dell Greater China; and Xu Bo, Director of CASIA attended the ceremony and addressed the audience.

    “As a provider of end-to-end solutions and services, Dell has been focusing on and promoting the development of frontier science and technologies, and applying the latest technologies to its solutions and services to help customers achieve business transformation and meet their ever-changing demands,” Haas said at the unveiling. “We’re glad to cooperate with CASIA in artificial intelligence, which once again shows Dell’s commitment to China’s market and will drive innovation in China’s scientific research.”

    “Dell is well-positioned to provide innovative end-to-end solutions. Under the new 4.0 strategy of ‘In China, For China’, we will strengthen the cooperation with Chinese research institutes and advance the development of frontier technologies,” Huang explained. “Dell’s cooperation with CASIA represents a combination of computing and scientific research resources, which demonstrates a major trend in artificial intelligence and industrial development.”

    China is a role model for emerging market development and practice sharing for other emerging countries. Partnering with CASIA and other strategic partners is Dell’s way of embracing the “Internet+” national strategy, promoting Chinese innovation and breakthroughs at the forefront of science.

    “China’s strategy in innovation-driven development raises the bar for scientific research institutes. The fast development of information technologies in recent years also brings unprecedented challenges to CASIA,” added Bo. “CASIA always has intelligence technologies in mind as their main focus of strategic development. The cooperation with Dell China on the lab will further the computing advantages of the Institute of Automation, strengthen the integration between scientific research and industries, and advance artificial intelligence innovation.”

    Dell China is looking forward to continued cooperation with CASIA in driving artificial intelligence across many more fields, such as meteorology, biology and medical research, transportation, and manufacturing.

  • Dell TechCenter

    Windows Server 2016 ISO Downgrade from Dell

    This blog post is originally written by Smitha Honnayakanaha from Windows Engineering Team

    Customers who purchase the Microsoft Windows Server 2008 R2 2008 R2 SP1, 2012 and 2012 R2 operating systems have the right to downgrade their operating system and run an older version of Microsoft Windows Server. If you select this option, you will receive a set of OEM DVDs that will enable you to install and run prior versions of your primary operating system on this server.

    Server 2012 R2 factory-installed Standard and Datacenter operating systems (OS) also contain .iso files of eligible downgrade versions. The downgrade ISO images are copied into the Microsoft OS factory installed servers at “c:/Dell_Oem/Downgrade_ISO” folder and provides a tool which will help customers to decide on whether to keep those ISO images or delete it. This is supported with Standard and Datacenter editions of WS2012R2 only. The .iso file is not included with Windows Server 2016 as part of factory install. However, the downgrade image is included in media for customer to purchase.

    For more information regarding downgrade rights and Dell iso image downgrade, refer link below:

    https://www.microsoft.com/oem/en/licensing/sblicensing/pages/downgrade_rights.aspx#fbid=BCa8hE743-d

    http://en.community.dell.com/techcenter/b/techcenter/archive/2014/07/30/dell-ships-iso-files-of-previous-os-versions-along-with-factory-installed-microsoft-windows-server-174-operating-systems

    WS2016 Downgrade Media Offering:

    WS2016 Downgrade Offering from DELL

    Operating System

    Windows Server 2016, DataCTR Ed, Factory Install

    Windows Server 2016, Standard Ed, Factory Install

    Windows Server 2016, Essentials Ed, Factory Install

    Media Options for downgrade

    Windows Server 2012R2, Datacenter Edition

    Windows Server 2012R2, Standard Edition

     

     

     

    Downgrade Media not available

     

     

     

    Windows Server 2012R2, Standard Edition

    Windows Server 2012 Standard Edition

    Windows Server 2012, Datacenter Edition

     

    Windows Server 2012 Standard Edition

     

      WS2016 vs WS2012 R2 Factory Install options:

     

  • Hotfixes

    Optional Hotfix 648071 for 8.6 MR2 vWorkspace Monitoring and Diagnostics Released

    This is an optional hotfix and can be installed on the following vWorkspace roles -

    • vWorkspace Management Console 
    • Monitoring and Diagnostics

    This release provides support for the following :

    New features in vWorkspace Monitoring and Diagnostics 5.7.5 :

    • Management Server and Bundled Cartridge Update: The Foglight Management Server has been updated to the version 5.7.5 and Foglight agent manager has been updated to the version 5.8.5.3. The Hyper-V and VMware bundled cartridges have been updated to 5.6.16.1.
    • Performance and Stability Enhancements: Load balancing of Foglight agent managers has been optimized for improved performance and stability.
    • Federation Support: Federation is a Foglight feature that addresses the needs of customers who monitor large-scale environments that are naturally partitioned into logical units. Each of these partitions is traditionally served by one Foglight Management Server instance and its distributed clients/agents.
    • Task Viewer Improvements: The administrative interface has been optimized which includes displaying the load balancing tasks and discovery & configurations tasks. Task Cancel and Retry has been added.
    • Manage Credentials Wizard: Manage Credentials process has been improved by providing an intuitive wizard to manage both Windows and VMware server credentials.
    • Virtual Desktop Extensions (VDE) Improvements: New alarms added to alert the user when VDE is not installed or updated on the Virtual Desktops and Connection Brokers.
    • Hyper-V Server Improvement: Users can add Hyper-V Servers manually during the discovery process as well as having the option of supplying a port for the LDAP domain search.

    Resolved issues:

    • BP-2252 The monitored farm can be blocked for a long time if a Foglight Agent Manager fails to restart.
    • BP-2316 The Windows agent is not reverted back to embedded fglam when broker is reverted back to embedded fglam from external fglam.
    • BP-2323 The OS agent disappears when move some role to external FglAM in simple installs or where multiple roles are installed on the same server.
    • BP-2351 VDIVM session history breaks with unexpected logonStatusChange derived metric values.
    • BP-2412 HPV server agent is leaking WMI connections

    This hotfix is available for download at:

    https://support.software.dell.com/vworkspace/kb/213400

  • Dell TechCenter

    Dell Release of VMware vSphere 2016

    This blog is originally written by Vijay Kumar TS from Dell Hypervisor Engineering

    VMware vSphere 6.5 is the major release after the introduction of the point release vSphere 6.0 U2. The importance of vSphere 6.5 is the number of bug fixes contained in the software as well as a number of functionality updates. This version of ESXi is supported on Dell PowerEdge 13th and 12th generation platforms. Dell customized version of ESXi 6.5 is posted at Dell support page

    Key Features/Functionalities 

    • RDMA/RoCE support at the host level
    • RDMA/RoCE guest support
    • 512e drive support
    • UEFI Secure boot support
    • Virtual NVMe and NVMe enhancements
    • Enhanced Native device driver support for most of the peripherals
      • IPMI
      • USBNIC
      • Storage drivers
      • Network drivers

    • vSAN 6.5
    • Introduction of wbem to enable services such as sfcbd, wsman
    • Proactive HA
    • VMware Update Manager support for VCSA

    Dell 6.5 documents posted @ Dell support page

    The following are the documents published as part of Dell version of VMware ESXi 6.5 release.

    • VMware vSphere 6.5.x on Dell PowerEdge Servers Compatibility Matrix
    • VMware vMotion 6.5.x Support on Dell PowerEdge Servers Compatibility Matrix
    • VMware ESXi vSphere Important Information
    • VMware vSphere 6.5.x on Dell PowerEdge Servers Release Notes
    • VMware vSphere 6.5.x on Dell PowerEdge Servers Getting Started Guide
    • VMware vSphere ESXi 6.5.x on Dell PowerEdge Servers Installation Instructions and Important Information Guide

    You may refer to the following blogs for more information:-

  • Dell TechCenter

    Native Driver support in Dell Customized VMware ESXi 6.5

    Dell released their customized version of VMware ESXi 6.5 A00 and is available at Dell support site. There are few more native drivers introduced in VMware ESXi 6.5 compared to VMware ESXi 6.0.x branch and some of them that’s of Dell’s interest are as follows:-

    • ntg3 – This replaces the tg3 vmklinux driver which is part of 6.0.x branch.
    • i40en – This is a new 40Gbps native network driver for Intel 40Gbps Network Controllers replacing i40e vmklinux driver in 6.0.x branch.
    • igbn – This is a new native network driver for Intel 1Gbps network controllers replacing igb vmklinux drivers from 6.0.x branch.
    • ixgben – Though a new native driver is introduced for Intel 10Gbps network controllers, it’s not enabled by default.
      • Dell customized ESXi 6.5 A00 version contain the latest ixgbe vmklinux driver version for all Intel 10Gbps network controllers. Hence the vmklinux driver is going to be used for the Intel 10Gbps network controllers by default.
      • lsi_mr3 driver in ESXi 6.5 supports Dell PowerEdge RAID controllers for both 12th generation and 13th generation of PowerEdge Servers except H310 adapter. H310 would be supported by megaraid_sas vmklinux driver packaged in Dell customized version of ESXi 6.5 A00.
    • IPMI driver stack (‘ipmi’) in ESXi 6.5 becomes native. Dell supports their iDRAC/BMC controller using this driver.  This replaces the vmklinux version of IPMI drivers (ipmi_msghandler, ipmi_devintf and ipmi_si) used in 6.0.x branch.
    • USB storage stack in ESXi 6.5 is redesigned to native model. Dell’s iDRAC USB NIC is initialized in ESXi 6.5 using the new ‘cdce’ driver. The corresponding driver in 6.0.x branch is ‘cdc_ether’ and ‘usbnet’ which are vmklinux based gadget drivers. ‘vmkusb’ is the new driver introduced from ESXi 6.5 for the USB stack.
    • Dell HBA330 controller uses lsi_msgpt3 driver in 6.5 branch as well as 6.0.x. 
    • vmw_ahci native driver is for SATA AHCI based controllers introduced from 6.5 replacing ahci vmklinux driver in 6.0.x branch.
    • Qedentv driver continued to be in native model for Broadcom 25Gbps devices.
    • ‘nvme’ driver continued to be in native model for initializing Dell branded NVMe devices.

    Take a look at some of the excellent blogs written by VMware when they introduced the native driver model. This detail about the high level architecture and the benefits on moving towards native driver model.

    1. VMware Native Driver Architecture enables partners to deliver on Simplicity, Robustness, and Performance

    2. ESXi 5.5 introduces a new Native Device Driver Architecture Part 1

    3. ESXi 5.5 introduces a new Native Device Driver Architecture Part 2