VMworld 2013: Cisco, VMware and Hyper-converged Solutions for the Enterprise....VMworld
VMworld 2013
Roger Barlow, Cisco
Kishan Ramaswamy, Cisco
Alex Jauch, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
CaSSanDra: An SSD Boosted Key-Value StoreTilmann Rabl
This presentation was held by Prashanth Menon at ICDE '14 on April 3, 2014 in Chicago, IL, USA.
The full paper and additional information is available at:
http://msrg.org/papers/Menon2013
Abstract:
With the ever growing size and complexity of enterprise systems there is a pressing need for more detailed application performance management. Due to the high data rates, traditional database technology cannot sustain the required performance. Alternatives are the more lightweight and, thus, more performant key-value stores. However, these systems tend to sacrifice read performance in order to obtain the desired write throughput by avoiding random disk access in favor of fast sequential accesses.
With the advent of SSDs, built upon the philosophy of no moving parts, the boundary between sequential vs. random access is now becoming blurred. This provides a unique opportunity to extend the storage memory hierarchy using SSDs in key-value stores. In this paper, we extensively evaluate the benefits of using SSDs in commercialized key-value stores. In particular, we
investigate the performance of hybrid SSD-HDD systems and demonstrate the benefits of our SSD caching and our novel dynamic schema model.
Global Azure Virtual 2020 What's new on Azure IaaS for SQL VMsMarco Obinu
Come dimensionare una VM per SQL Server in Azure IaaS, alla luce delle ultime novità della piattaforma.Sessione erogata il 24 Aprile 2020, nell'ambito del Global Azure Virtual 2020.
Video sessione: https://youtu.be/7o80CJUtnh4
Demo: https://github.com/OmegaMadLab/SqlIaasVmPlayground
ARM Template ottimizzato per SQL Server: https://github.com/OmegaMadLab/OptimizedSqlVm-v2
From http://wiki.directi.com/x/hQAa - This is a fairly detailed presentation I made at BarCamp Mumbai on building large storage networks and different SAN topologies. It covers fundamentals of selecting harddrives, RAID levels and performance of various storage architectures. This is Part I of a 3-part series.
Searching for a faster SSD for enterprise applications? With all the acronyms, the choice can be confusing. But when we step through all the technology options, they lead to one clear choice. Check out the infographic to learn more about M.2 SSDs.
VMworld 2013: Cisco, VMware and Hyper-converged Solutions for the Enterprise....VMworld
VMworld 2013
Roger Barlow, Cisco
Kishan Ramaswamy, Cisco
Alex Jauch, VMware
Learn more about VMworld and register at http://www.vmworld.com/index.jspa?src=socmed-vmworld-slideshare
CaSSanDra: An SSD Boosted Key-Value StoreTilmann Rabl
This presentation was held by Prashanth Menon at ICDE '14 on April 3, 2014 in Chicago, IL, USA.
The full paper and additional information is available at:
http://msrg.org/papers/Menon2013
Abstract:
With the ever growing size and complexity of enterprise systems there is a pressing need for more detailed application performance management. Due to the high data rates, traditional database technology cannot sustain the required performance. Alternatives are the more lightweight and, thus, more performant key-value stores. However, these systems tend to sacrifice read performance in order to obtain the desired write throughput by avoiding random disk access in favor of fast sequential accesses.
With the advent of SSDs, built upon the philosophy of no moving parts, the boundary between sequential vs. random access is now becoming blurred. This provides a unique opportunity to extend the storage memory hierarchy using SSDs in key-value stores. In this paper, we extensively evaluate the benefits of using SSDs in commercialized key-value stores. In particular, we
investigate the performance of hybrid SSD-HDD systems and demonstrate the benefits of our SSD caching and our novel dynamic schema model.
Global Azure Virtual 2020 What's new on Azure IaaS for SQL VMsMarco Obinu
Come dimensionare una VM per SQL Server in Azure IaaS, alla luce delle ultime novità della piattaforma.Sessione erogata il 24 Aprile 2020, nell'ambito del Global Azure Virtual 2020.
Video sessione: https://youtu.be/7o80CJUtnh4
Demo: https://github.com/OmegaMadLab/SqlIaasVmPlayground
ARM Template ottimizzato per SQL Server: https://github.com/OmegaMadLab/OptimizedSqlVm-v2
From http://wiki.directi.com/x/hQAa - This is a fairly detailed presentation I made at BarCamp Mumbai on building large storage networks and different SAN topologies. It covers fundamentals of selecting harddrives, RAID levels and performance of various storage architectures. This is Part I of a 3-part series.
Searching for a faster SSD for enterprise applications? With all the acronyms, the choice can be confusing. But when we step through all the technology options, they lead to one clear choice. Check out the infographic to learn more about M.2 SSDs.
Internet of Things (IoT) data frequently has a location and time component. Getting value out of this "geotemporal" data can be tricky. We'll explore when and how to leverage Cassandra, DSE Search and DSE Analytics to surface meaningful information from your geotemporal data.
Cassandra Summit 2014: Lesser Known Features of Cassandra 2.1DataStax Academy
Presenter: Aaron Morton, Apache Cassandra Committer & Co-Founder of The Last Pickle
Apache Cassandra 2.0 and 2.1 include a wealth of new and updated features. Some are well known, others are known to only a few. But any of them could help you reduce latency, improve throughput, or make operations easier. This talk will take a deep dive into features that improve: Compaction, Write Performance, Memory Management, CQL 3, TTL and Tombstones, & Repair. Existing and new users will benefit from this wide ranging view of the features Apache Cassandra offers.
Benchmarking Performance: Benefits of PCIe NVMe SSDs for Client WorkloadsSamsung Business USA
The transition from Serial ATA (SATA ) to Peripheral Component Interconnect Express (PCIe) interface and Non-Volatile Memory Express (NVMe) protocol is taking client storage to a new level. This white paper discusses the benefits that PCIe NVMe SSDs, such as Samsung’s 950 PRO, bring to client PC users. Client PC workloads are not always well understood in the industry, since common benchmarking utilities tend to focus on measuring maximum performance rather than performance under typical PC usage. This white paper looks at actual IO traces of PC workloads to better understand how client SSDs should be benchmarked, and also tests the 950 PRO against other Samsung SSDs to show how PCIe and NVMe improve IO performance in tests that represent real-world IO activity.
Affirmed Systems SSD Storage Area Network Appliance architecture for trading ...Joseph Brunner
The entry point for most trading firms for a Storage Area Network starts at $25,000.
Learn why our solution is extremely fast, affordable and provides increadible IOPS and throughput.
JetStor X Storage Products 2017! New HOT products!Gene Leyzarovich
JetStor Brand new 12, 16, 24 and 26bay AFA, Hybrid Storage!
JetStor FX series features a Dual-Active controller architecture, both controllers concurrently provide storage services in real time. Active-Active architecture doubles the available host bandwith and cache hit ratio, ensuring maximum utilization of system resources and maximized throughput. If one controller fails, the other controller can transparently take over all storage services. In addition to storage services, management service can transparently pass to the secondary controller.
The JetStor FX series is a highly-available SAN storage system. All of the critical components in the FX series are hot pluggable and designed with full redundancy. This design allows the FX series to withstand multiple component failures and achieve 99.999% availability.
Yesterday's thinking may still believe NVMe (NVM Express) is in transition to a production ready solution. In this session, we will discuss how the evolution of NVMe is ready for production, the history and evolution of NVMe and the Linux stack to address where NVMe has progressed today to become the low latency, highly reliable database key value store mechanism that will drive the future of cloud expansion. Examples of protocol efficiencies and types of storage engines that are optimizing for NVMe will be discussed. Please join us for an exciting session where in-memory computing and persistence have evolved.
Internet of Things (IoT) data frequently has a location and time component. Getting value out of this "geotemporal" data can be tricky. We'll explore when and how to leverage Cassandra, DSE Search and DSE Analytics to surface meaningful information from your geotemporal data.
Cassandra Summit 2014: Lesser Known Features of Cassandra 2.1DataStax Academy
Presenter: Aaron Morton, Apache Cassandra Committer & Co-Founder of The Last Pickle
Apache Cassandra 2.0 and 2.1 include a wealth of new and updated features. Some are well known, others are known to only a few. But any of them could help you reduce latency, improve throughput, or make operations easier. This talk will take a deep dive into features that improve: Compaction, Write Performance, Memory Management, CQL 3, TTL and Tombstones, & Repair. Existing and new users will benefit from this wide ranging view of the features Apache Cassandra offers.
Benchmarking Performance: Benefits of PCIe NVMe SSDs for Client WorkloadsSamsung Business USA
The transition from Serial ATA (SATA ) to Peripheral Component Interconnect Express (PCIe) interface and Non-Volatile Memory Express (NVMe) protocol is taking client storage to a new level. This white paper discusses the benefits that PCIe NVMe SSDs, such as Samsung’s 950 PRO, bring to client PC users. Client PC workloads are not always well understood in the industry, since common benchmarking utilities tend to focus on measuring maximum performance rather than performance under typical PC usage. This white paper looks at actual IO traces of PC workloads to better understand how client SSDs should be benchmarked, and also tests the 950 PRO against other Samsung SSDs to show how PCIe and NVMe improve IO performance in tests that represent real-world IO activity.
Affirmed Systems SSD Storage Area Network Appliance architecture for trading ...Joseph Brunner
The entry point for most trading firms for a Storage Area Network starts at $25,000.
Learn why our solution is extremely fast, affordable and provides increadible IOPS and throughput.
JetStor X Storage Products 2017! New HOT products!Gene Leyzarovich
JetStor Brand new 12, 16, 24 and 26bay AFA, Hybrid Storage!
JetStor FX series features a Dual-Active controller architecture, both controllers concurrently provide storage services in real time. Active-Active architecture doubles the available host bandwith and cache hit ratio, ensuring maximum utilization of system resources and maximized throughput. If one controller fails, the other controller can transparently take over all storage services. In addition to storage services, management service can transparently pass to the secondary controller.
The JetStor FX series is a highly-available SAN storage system. All of the critical components in the FX series are hot pluggable and designed with full redundancy. This design allows the FX series to withstand multiple component failures and achieve 99.999% availability.
Yesterday's thinking may still believe NVMe (NVM Express) is in transition to a production ready solution. In this session, we will discuss how the evolution of NVMe is ready for production, the history and evolution of NVMe and the Linux stack to address where NVMe has progressed today to become the low latency, highly reliable database key value store mechanism that will drive the future of cloud expansion. Examples of protocol efficiencies and types of storage engines that are optimizing for NVMe will be discussed. Please join us for an exciting session where in-memory computing and persistence have evolved.
CARE Leadership is a mentor/coaching based process for Selecting, Empowering, and Developing Next Generation Leaders.
This presentation is designed to provide insight on how to identify and prepare next generation leaders to assume senior roles in organizations in half the time previously needed.
CARE Leadership was developed to allow significant time compression in transforming front line talent into senior staff and/or executive leaders. Key to time compression is active participation of senior personnel in mentoring and coaching rising leadership candidates.
This results based process enhances engagement, productivity, and loyalty of the organizational workforce & executive talent. The time to start is today as yesterday's future tomorrow has already passed.
A 1-day course notes on practising functional programming in Java 8. Coding examples can be downloaded from https://sites.google.com/site/omarbashirsite/home/library/functional-programming-in-java-8.
Após notar dúvidas recorrentes referente a utilização do Grid do Bootstrap 3, resolvi criar essa apresentação tentando introduzir tais fundamentos de forma mais simplificada. Foram abordados os principais pontos de dúvidas coletados junto à um grupo de desenvolvedores não designers. Dúvidas???
Choosing hardware for big data analysis is difficult because of the many options and variables involved. The problem is more complicated when you need a full cluster for big data analytics. This session will cover the basic guidelines and architectural choices involved in choosing analytics hardware for Spark and Hadoop. I will cover processor core and memory ratios, disk subsystems, and network architecture. This is a practical advice oriented session, and will focus on performance and cost tradeoffs for many different options.
Mike Pittaro - High Performance Hardware for Data Analysis PyData
Choosing hardware for big data analysis is difficult because of the many options and variables involved. The problem is more complicated when you need a full cluster for big data analytics.
This session will cover the basic guidelines and architectural choices involved in choosing analytics hardware for Spark and Hadoop. I will cover processor core and memory ratios, disk subsystems, and network architecture. This is a practical advice oriented session, and will focus on performance and cost tradeoffs for many different options.
High-Density Top-Loading Storage for Cloud Scale Applications Rebekah Rodriguez
In this webinar, we will discuss how high-capacity Top-Loading Storage systems are being used for enterprise and cloud scale applications and will identify the key features of the modular architecture for use in today’s software defined storage (SDS) environments. - https://www.brighttalk.com/webcast/17278/527798
WETEC is een professionele onderneming gespecialiseerd in infrastructurele projecten op
het gebied van high-end systemen, storage en netwerken. http://www.wetec.nl/
See how Dell works efficiently with VMware to provide innovative architectures that are scalable and flexible. Learn about servers, networking, storage, and comprehensive systems management
Unveiling the Secrets How Does Generative AI Work.pdfSam H
At its core, generative artificial intelligence relies on the concept of generative models, which serve as engines that churn out entirely new data resembling their training data. It is like a sculptor who has studied so many forms found in nature and then uses this knowledge to create sculptures from his imagination that have never been seen before anywhere else. If taken to cyberspace, gans work almost the same way.
Accpac to QuickBooks Conversion Navigating the Transition with Online Account...PaulBryant58
This article provides a comprehensive guide on how to
effectively manage the convert Accpac to QuickBooks , with a particular focus on utilizing online accounting services to streamline the process.
Falcon stands out as a top-tier P2P Invoice Discounting platform in India, bridging esteemed blue-chip companies and eager investors. Our goal is to transform the investment landscape in India by establishing a comprehensive destination for borrowers and investors with diverse profiles and needs, all while minimizing risk. What sets Falcon apart is the elimination of intermediaries such as commercial banks and depository institutions, allowing investors to enjoy higher yields.
Business Valuation Principles for EntrepreneursBen Wann
This insightful presentation is designed to equip entrepreneurs with the essential knowledge and tools needed to accurately value their businesses. Understanding business valuation is crucial for making informed decisions, whether you're seeking investment, planning to sell, or simply want to gauge your company's worth.
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The world of search engine optimization (SEO) is buzzing with discussions after Google confirmed that around 2,500 leaked internal documents related to its Search feature are indeed authentic. The revelation has sparked significant concerns within the SEO community. The leaked documents were initially reported by SEO experts Rand Fishkin and Mike King, igniting widespread analysis and discourse. For More Info:- https://news.arihantwebtech.com/search-disrupted-googles-leaked-documents-rock-the-seo-world/
India Orthopedic Devices Market: Unlocking Growth Secrets, Trends and Develop...Kumar Satyam
According to TechSci Research report, “India Orthopedic Devices Market -Industry Size, Share, Trends, Competition Forecast & Opportunities, 2030”, the India Orthopedic Devices Market stood at USD 1,280.54 Million in 2024 and is anticipated to grow with a CAGR of 7.84% in the forecast period, 2026-2030F. The India Orthopedic Devices Market is being driven by several factors. The most prominent ones include an increase in the elderly population, who are more prone to orthopedic conditions such as osteoporosis and arthritis. Moreover, the rise in sports injuries and road accidents are also contributing to the demand for orthopedic devices. Advances in technology and the introduction of innovative implants and prosthetics have further propelled the market growth. Additionally, government initiatives aimed at improving healthcare infrastructure and the increasing prevalence of lifestyle diseases have led to an upward trend in orthopedic surgeries, thereby fueling the market demand for these devices.
"𝑩𝑬𝑮𝑼𝑵 𝑾𝑰𝑻𝑯 𝑻𝑱 𝑰𝑺 𝑯𝑨𝑳𝑭 𝑫𝑶𝑵𝑬"
𝐓𝐉 𝐂𝐨𝐦𝐬 (𝐓𝐉 𝐂𝐨𝐦𝐦𝐮𝐧𝐢𝐜𝐚𝐭𝐢𝐨𝐧𝐬) is a professional event agency that includes experts in the event-organizing market in Vietnam, Korea, and ASEAN countries. We provide unlimited types of events from Music concerts, Fan meetings, and Culture festivals to Corporate events, Internal company events, Golf tournaments, MICE events, and Exhibitions.
𝐓𝐉 𝐂𝐨𝐦𝐬 provides unlimited package services including such as Event organizing, Event planning, Event production, Manpower, PR marketing, Design 2D/3D, VIP protocols, Interpreter agency, etc.
Sports events - Golf competitions/billiards competitions/company sports events: dynamic and challenging
⭐ 𝐅𝐞𝐚𝐭𝐮𝐫𝐞𝐝 𝐩𝐫𝐨𝐣𝐞𝐜𝐭𝐬:
➢ 2024 BAEKHYUN [Lonsdaleite] IN HO CHI MINH
➢ SUPER JUNIOR-L.S.S. THE SHOW : Th3ee Guys in HO CHI MINH
➢FreenBecky 1st Fan Meeting in Vietnam
➢CHILDREN ART EXHIBITION 2024: BEYOND BARRIERS
➢ WOW K-Music Festival 2023
➢ Winner [CROSS] Tour in HCM
➢ Super Show 9 in HCM with Super Junior
➢ HCMC - Gyeongsangbuk-do Culture and Tourism Festival
➢ Korean Vietnam Partnership - Fair with LG
➢ Korean President visits Samsung Electronics R&D Center
➢ Vietnam Food Expo with Lotte Wellfood
"𝐄𝐯𝐞𝐫𝐲 𝐞𝐯𝐞𝐧𝐭 𝐢𝐬 𝐚 𝐬𝐭𝐨𝐫𝐲, 𝐚 𝐬𝐩𝐞𝐜𝐢𝐚𝐥 𝐣𝐨𝐮𝐫𝐧𝐞𝐲. 𝐖𝐞 𝐚𝐥𝐰𝐚𝐲𝐬 𝐛𝐞𝐥𝐢𝐞𝐯𝐞 𝐭𝐡𝐚𝐭 𝐬𝐡𝐨𝐫𝐭𝐥𝐲 𝐲𝐨𝐮 𝐰𝐢𝐥𝐥 𝐛𝐞 𝐚 𝐩𝐚𝐫𝐭 𝐨𝐟 𝐨𝐮𝐫 𝐬𝐭𝐨𝐫𝐢𝐞𝐬."
Affordable Stationery Printing Services in Jaipur | Navpack n PrintNavpack & Print
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What are the main advantages of using HR recruiter services.pdfHumanResourceDimensi1
HR recruiter services offer top talents to companies according to their specific needs. They handle all recruitment tasks from job posting to onboarding and help companies concentrate on their business growth. With their expertise and years of experience, they streamline the hiring process and save time and resources for the company.
What are the main advantages of using HR recruiter services.pdf
[3]dell storage spaces c 1
1. Storage Spaces enabling Software Defined Datacenters
Dell Hybrid Cloud Solutions
5 to 1,000’s of Virtual Machines
Mark Mulvany MCT, MCSE, MLSE, MCP Azure
Hybrid Cloud Lead Dell
Mark_mulvany@dell.com
2. “
”
“Dell is Microsoft’s largest OEM
partner to have implemented
support for Storage Spaces. Dell
provides the most complete
Storage Spaces
implementation – server,
controller, JBOD and disks form
an end-to-end solution, and this
support includes new features
such as JBOD monitoring.”
“Microsoft Server and Cloud Platform
Team February 11, 2014
TechNet Server & Cloud Blog”
“Dell Ranked Number 1 as
Microsoft's 'Most
Competent' Partners of the
Year - 2015”
Source:
https://rcpmag.com/articles/2015/07/01/
most-competent-partners.aspx
3. Dell - Internal Use - Confidential
Would you want
to buy a car or a
Datacenter this
way ?
4. Enterprise friendly frictionless cloud.
Multi-tenant IaaS based on Windows Azure.
Chargeback / Showback
Automation.
Maximized hardware utilization.
Multi -Tenancy
Provisioning Service
Portal integration
Common requirements
10. Cloud-optimized Dell
PowerEdge servers
Integrated, dense Dell storage
platforms
Dell network switches and fabric
automation
Microsoft Cloud Platform System (CPS) Premium
Microsoft Cloud platform System in a converged system
Windows Server 2012 R2
System Center 2012 R2
Windows Azure Pack
Microsoft-designed reference
architecture
11. CPS Premium – Hardware Overview
• Networking
• 5 x Force 10 – S4810P (64 port @ 10GbE - Data)
• 1 x Force 10 – S55 (48 port @ 1GbE – Management)
• Compute Scale Unit (32 x Hyper-V hosts)
• Dell PowerEdge C6220ii – 4 Compute Nodes per 2U
• Dual socket Intel IvyBridge (E5-2650v2 @ 2.6GHz)
• 256 GB memory
• 2 x 10 GbE Mellanox NIC’s (LBFO Team, NVGRE offload)
• 2 x 10 GbE Chelsio (iWARP/RDMA)
• 1 local SSD @ 200 GB (boot/paging)
• Storage Scale Unit (4 x File Servers, 4 x JBODS)
• Dell PowerEdge R630 Servers (4 Server for Scale Out File Server)
• Dual socket Intel IvyBridge (E5-2650v2 @ 2.6GHz)
• 2 x LSI 9207-8E SAS Controllers (shared storage)
• 2 x 10 GbE Chelsio T520 (iWARP/RDMA)
• PowerVault MD3060e JBODs (48 HDD, 12 SSD)
• 4 TB HDDs and 800 GB SSDs
12. Dell Hybrid Cloud Platform 100 to 400 Vm’s
• Networking
• 2 x Force 10 – S4048 (48 port @ 10GbE - Data)
• Compute Scale Unit (16 x Hyper-V hosts)
• Dell PowerEdge C6320 – 4 Compute Nodes per 2U
• Dual socket Intel Haswell (2 x E5-2630 v3
(2.4Ghz,8C/16T)
• 256 GB memory
• 2 x Intel 82599ES (Niantic), dual port, 10GbE, SFP+
• 2 x 600GB 10k SAS HDD (boot/paging)
• Storage Scale Unit (2 x File Servers, 2/3/4
x JBODS)
• Dell PowerEdge R730 Servers (2 Server for Scale Out
File Server)
• PowerVault MD14x0 JBODs (10 HDD, 2 SSD)
• 1.2/2/4 TB HDDs and 400/800 GB SSDs
14. 14 Dell - Restricted - Confidential
“Entry Storage” Dell Converged Solution
Storage Spaces NAS or Hyper-V 5-100 VM Solution with 2 Drive Failure Support
• Available capacity for each
drive size
• 2 Way Mirror
• For 4TB = 15TB
• For 6TB = 23TB
• 3 Way Mirror
• For 4TB = 10TB
• For 6TB = 15TB
• Supports CIFS and NFS
• No Enclosure Awareness
• Column count of 1
• Providing for 10k + IOPS
• Reserve 15% of Pool space
for disk rebuilds
• Reduce column count by 1
when creating spaces for
auto rebuild of SSD’s – or
leave for optimal
performance and replace
SSD on failure before rebuild
PowerEdge
(2 x R630 (8-18 Core) 96-256GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 RDMA
PowerVault
(1 x MD14XX) 3 x 200/400/800GB SSD’s and 9 x 2TB/4TB/6TB/8TB 7.2k drives
2 way mirroring (caters for 1 drive failure) 3 way Mirroring (caters for 2 drive failures) , supports dual PSU’s
Hot Data Cold Data
1 x Dual 12 GB SAS HBA External / R630 with 4 X SAS Cables for MPIO
Bulk
SAS
HDD’s
SSD
Hard
Drives
Enclosure Management Module (EMM) Firmware
Standard SFP+ DAC cable between two Mellanox –Connect-X3 adapters, no need for a switch. connect
server-1 port-1 with server-2 port-1 and server -1 port-2 with server -2 port-2
15. 15 Dell - Restricted - Confidential
“Small Storage” Dell Converged Solution
Storage Spaces NAS or Hyper-V 5-100 VM Solution with 2 Drive Failure Support
• Available capacity for each
drive size
• 2 Way Mirror
• For 4TB = 31TB
• For 6TB = 46TB
• 3 Way Mirror
• For 4TB = 20TB
• For 6TB = 30TB
• Supports CIFS and NFS
• No Enclosure Awareness
• Column count of 2 or 3
• Providing for 25k + IOPS
• Reserve 15% of Pool space
for disk rebuilds
• Reduce column count by 1
when creating spaces for
auto rebuild of SSD’s – or
leave for optimal
performance and replace
SSD on failure before rebuild
PowerEdge
(2 x R630 (8-18 Core) 96-256GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 RDMA
PowerVault
(1 x MD14XX) 3 x 200/400/800GB SSD’s and 9 x 2TB/4TB/6TB/8TB 7.2k drives
2 way mirroring (caters for 1 drive failure) 3 way Mirroring (caters for 2 drive failures) , supports dual PSU’s
Hot Data Cold Data
2 x Dual 12 GB SAS HBA External / R630 with 8 X SAS Cables for MPIO
Bulk
SAS
HDD’s
SSD
Hard
Drives
Enclosure Management Module (EMM) Firmware
Standard SFP+ DAC cable between two Mellanox –Connect-X3 adapters, no need for a switch. connect
server-1 port-1 with server-2 port-1 and server -1 port-2 with server -2 port-2
16. 16 Dell - Restricted - Confidential
“Medium Storage” Dell Converged Solution
Storage Spaces NAS or Hyper-V 5-100 VM Solution with 2 Drive Failure Support EA
• Available capacity for each
drive size
• 2 Way Mirror
• For 4TB = 46TB
• For 6TB = 69TB
• 3 Way Mirror
• For 4TB = 30TB
• For 6TB = 45TB
• Supports CIFS and NFS
• Enclosure Awareness
• Column count of 3 or 4
• Providing for 40k + IOPS
• Reserve 15% of Pool space
for disk rebuilds
• Reduce column count by 1
when creating spaces for
auto rebuild of SSD’s – or
leave for optimal
performance and replace
SSD on failure before rebuild
PowerEdge
(2 x R630 (8-18 Core) 96-256GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 RDMA
PowerVault
(1 x MD14XX) 3 x 200/400/800GB SSD’s and 9 x 2TB/4TB/6TB/8TB 7.2k drives
2 way mirroring (caters for 1 drive failure) 3 way Mirroring (caters for 2 drive failures) , supports dual PSU’s
Hot Data Cold Data
2 x Dual 12 GB SAS HBA External / R630 with 9 X SAS Cables for MPIO
Bulk
SAS
HDD’s
SSD
Hard
Drives
Enclosure Management Module (EMM) Firmware
Standard SFP+ DAC cable between two Mellanox –Connect-X3 adapters, no need for a switch. connect
server-1 port-1 with server-2 port-1 and server -1 port-2 with server -2 port-2
17. 17 Dell - Restricted - Confidential
“Medium Storage” Dell Converged Solution
Storage Spaces NAS or Hyper-V 5-150 VM Solution with 2 Drive Failure Support EA
• Available capacity for each
drive size
• 2 Way Mirror
• For 4TB = 46TB
• For 6TB = 69TB
• 3 Way Mirror
• For 4TB = 30TB
• For 6TB = 45TB
• Supports CIFS and NFS
• Enclosure Awareness
• Column count of 3 or 4
• Providing for 40k + IOPS
• Reserve 15% of Pool space
for disk rebuilds
• Reduce column count by 1
when creating spaces for
auto rebuild of SSD’s – or
leave for optimal
performance and replace
SSD on failure before rebuild
PowerEdge
(2 x R630 (8-18 Core) 96-384GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 RDMA
PowerVault
(1 x MD14XX) 3 x 200/400/800GB SSD’s and 9 x 2TB/4TB/6TB/8TB 7.2k drives
2 way mirroring (caters for 1 drive failure) 3 way Mirroring (caters for 2 drive failures) , supports dual PSU’s
Hot Data Cold Data
2 x Dual 12 GB SAS HBA External / R630 with 12 X SAS Cables for MPIO
Bulk
SAS
HDD’s
SSD
Hard
Drives
Enclosure Management Module (EMM) Firmware
4 x Standard SFP cable per R630 between two S4048 switches and Mellanox Connect-X3 Pro / dual
10Gb Intel adapters,
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
18. 18 Dell - Restricted - Confidential
“Large Storage” Dell Converged Solution
Storage Spaces NAS or Hyper-V 5-150 VM Solution with 2 Drive Failure Support and EA
• Available capacity for each
drive size
• 2 Way Mirror
• For 4TB = 61TB
• For 6TB = 92TB
• 3 Way Mirror
• For 4TB = 40TB
• For 6TB = 60TB
• Supports CIFS and NFS
• Enclosure Awareness
• Column count of 4 or 6
• Providing for 60k + IOPS
• Reserve 15% of Pool space
for disk rebuilds
• Reduce column count by 1
when creating spaces for
auto rebuild of SSD’s – or
leave for optimal
performance and replace
SSD on failure before rebuild
PowerEdge
(2 x R630 (8-18 Core) 96-384GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 RDMA
PowerVault
(4 x MD14XX) 3 x 200/400/800GB SSD’s and 9 x 2TB/4TB/6TB/8TB 7.2k drives
2 way mirroring (caters for 1 drive failure) 3 way Mirroring (caters for 2 drive failures) , supports dual PSU’s
Hot Data Cold Data
2 x Dual 12 GB SAS HBA External / R630 with 16 X SAS Cables for MPIO
Bulk
SAS
HDD’s
SSD
Hard
Drives
Enclosure Management Module (EMM) Firmware
4 x Standard SFP cable per R630 between two S4048 switches and Mellanox Connect-X3 Pro / dual
10Gb Intel adapters, .
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
20. Dell - Restricted - Confidential20
PowerEdge R730xd
Upto2IntelXeonE5-
2600v3(18core) CPUs
24DIMMslots
(DDR4,2133)
Up to 16x3.5“+2 x2.5“ Drive Slots
64 TB for Datawith 4TB disk
96 TBfor Data with 6TB disk
2U Height Up to 6PCIeslots NetworkSelectAdapter
(choice ofonboard NIC)
Internal Storage ( SAS ,
SATA, NVMe
Storage Spaces
CertifiedHBA
21. 21 Dell - Internal Use - Confidential
Windows 2016 “Medium ” 4 Node Dell Hyper-Converged Solution
Spaces Direct NAS or Hyper-V 5-200 VM Solution with 1 Node or 2 Drive Failure Support
• Available capacity for each drive size
• 3 Way Mirror/Rotating Tier
• 3-way=For 1TB = 8TB
• 3-way=For PCI-SSD 800GB = 4.2TB
• Rotate Dual Parity = 13TB
• Supports CIFS and NFS
• Node Awareness/Node Quorum
• Column count of 5
• Providing for 400k + IOPS
• Hyper-V/Fileserver/VDI/SQL
• Reserve 15% of Pool space for disk
rebuilds
• Reduce column count by 1 when
creating spaces for auto rebuild of
SSD’s – or leave for optimal
performance and replace SSD on
failure before rebuild
4 x PowerEdge R630 4 x 800GB SSD’s – 6 x 1TB HDD’s (Spaces Direct)
(4 x R630 (8-18 Core) 96-384GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 PRO RDMA/ For Converged requires 2 x Dual 10GB Mellanox Connect-X3 PRO RDMA
Mirror Dual Parity
Bulk
SAS
HDD’s
NVME/SS
D Hard
Drives
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
4 x Standard SFP cable per R730XD between two S4048 switches and Mellanox Connect-X3 Pro / dual 10Gb
Intel adapters,
1 x H330 HBA , 4 x 800GB SSD’s and 6 x 1TB 7.2k drives
3 way mirroring (caters for 2 node or 2 drive failure) Real time Tier (caters for 1 node or 2 drive failures) ,
Data Rotation
Writes
ReFS
22. 22 Dell - Internal Use - Confidential
Windows 2016 “Enterprise ” 16 Node Dell Hyper-Converged Solution
Spaces Direct NAS or Hyper-V 5-800 VM Solution with 3 Node or 2 Drive Failure Support
• Available capacity for each drive size
• 3 Way Mirror/Rotating Tier
• 3-way=For 4TB = 253TB/Rotate = 645TB
• 3-way=For 6TB = 380TB/Rotate = 967TB
• 3-way=For 8TB = 506TB/Rotate = 1.2PB
• Supports CIFS and NFS
• Node Awareness/Node Quorum
• Column count of > 8
• Providing for 800k + IOPS
• Hyper-V/VDI/SQL/Analytical
• Reserve 15% of Pool space for disk
rebuilds
• Reduce column count by 1 when
creating spaces for auto rebuild of
SSD’s – or leave for optimal
performance and replace SSD on
failure before rebuild
16 x PowerEdge R730XD x 800GB SSD’s – 12 x 4TB/6TB/8TB HDD’s (Spaces Direct)
(16 x R730XD (8-18 Core) 96-384GBRAM, 300GB RAID 1) 1 x dual 10 GB/1GB Intel and 1 x Dual 10GB Mellanox
Connect-X3 PRO RDMA/ For Converged requires 2 x Dual 10GB Mellanox Connect-X3 PRO RDMA
Mirror Dual Parity
Bulk
SAS
HDD’s
NVME/SS
D Hard
Drives
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
QSFP+
MASTE
R
SYS FAN PSU
RS-232
ETHERNET
LNK ACT
4644424038363432302826242220181614121086420 48 56
52 60
SFP+
Force10 S4810P
Force10 S4048
4 x Standard SFP cable per R730XD between two S4048 switches and Mellanox Connect-X3 Pro / dual 10Gb
Intel adapters,
1 x H330 HBA , 4 x 800GB SSD’s and 12 x 4TB/6TB/8TB 7.2k drives
3 way mirroring (caters for 2 node or 2 drive failure) Real time Tier (caters for 1 node or 2 drive failures) ,
Data Rotation
Writes
ReFS
23. Why Hyper-Converge with Microsoft 2016
1. Lower cost, lower complexity, easier to implement
software defined and cloud services
2. Cost effective Virtualisation
o Based on Nano Server (headless servers)
o Less reboots, less patching, less business interruption
o Supporting 1,000’s of VM’s (128M of Ram / VM)
o With Storage replica (Synchronous & Asynchrounous)
3. With Containers (Nano server/Server Core)
Supporting 1,000’s of containers
o With QOS (out of the box)
o With scale up & out (Rebalance of node and storage)
o Highly available Network controller
24. Why Hyper-Converge with Microsoft 2016
1. Can progress from connecting to Azure to running
Azure on premises
2. Part of a larger eco system, can migrate from 5-
100 (Advanced Virtualisation to 50- to 2000VM >
MS Private cloud solutions ) – these numbers will
get much larger with Windows 2016
o Same bill of materials
o Hyper-V Converged provides for a Lower price
start point for MS on Dell solutions (50% of Dell
customers)
25. • VM checkpoints have
parent-child VHDs
• After backup completes,
Hyper-V historically
moved all data from
child to parent (slow
VHD “merge”)
• Using ReFS, Hyper-V
now quickly reassigns
blocks from the child to
the parent
Efficient
VM checkpoint clean-
up after backup
• Available per-file
integrity streams
validate file contents
• Upon error detection,
ReFS retrieves a correct
copy from Storage
Spaces, if available
• ReFS uses the correct
copy to automatically
repair the corruption
Resilient
Optional automatic
error correction
• HDDs are optimized for
capacity
• SSDs are optimized for
performance
• ReFS keeps hot data in
SSDs and cold data in
HDDs, providing both
performance and
capacity
Affordable
Performance of SSDs,
capacity of HDDs
SSD
• Does not need to pre-
fill new files and
growing files with zeros
• Quickly creates large
fixed VHDs
• Quickly grows dynamic
VHDs
Accelerated
VHD creation and
growth
27. 27 Dell - Internal Use - Confidential
2 x 3 R630 2-3 x FC630 Node Private Cloud Cluster for 50 / 100 VM’s
1GE
1GE
1GE1GE10GE10GE
Intel Chassis FC630
2x Haswell CPU/ 18 Cores
256GB RAM
1 X 2P 10Gb Mellanox-X3 NVGRE
+ 1 x 2P 10GB INTEL
1 x 2P Chelsio T520 10Gbps RDMA
Hardware HCK CertificationBez.
Dell R630
12GB SAS
1 2
Dell R630
12GB SAS
2 1
12GB SAS
1 2
12GB SAS
1 2
INTEL 1G
Teamed
1 2
Chelsio
RDMA
1 2 1 2
INTEL 1G
Teamed
1 2
Intel
10GB
1 2
Chelsio
RDMA
1 2
Network
Switch – S4810 X 2
Hyper-V (1)
10GE
10GE
Management LAN switch
S55 X1
Intel 10G
(Teamed)
Chelsio
(RDMA)
1 21 2
iDRAC
1
iDRAC
1
Intel 1G
(Teamed)
1 2
iDRAC
1
2 or more X CSVs configured on cluster
2 xStorageSpaces with Tiering (SSD-Tier: 3 xSSD – HDD-Tier: 9 X Disks – 3 Columns – 3way Mirror)
SSD-Tier: 3 x SSDs – HDD-Tier: 9 x Disks – 3way-Mirror
2x Scaleout File-Servers configured, 1CSV assigned to each, RDMA enabled
Configuration
DELL R630
2x Haswell CPU / 10 Cores
128 GB RAM
2x 200GB SSD RAID1 for OS
1 x2P 10Gb INTEL + 1 x 2P 1GB INTEL
1 x 2P Chelsio T520 LLC 10GB RDMA
2 x Dual 12GB SAS HBA’s
Hardware
Dell FC630 x 4 Servers
Intel
10GB
21
12G-SAS-4 EMM
12G-SAS-4 EMM
1 2 3 4
1 2 3 4
12G-SAS-4 EMM
12G-SAS-4 EMM
1 2 3 4
1 2 3 4
12G-SAS-4 EMM
12G-SAS-4 EMM
1 2 3 4
1 2 3 4
MD1400
12GB SAS
MD1400
12GB SAS
MD1400
12GB SAS
3 x SSD’s 9 xHDD’s
2 Way Mirror 41TB
3 Way Mirror 27TB
12-Bay JBOD
Dual Path
1 Chassis enclosureper JBOD
3 x SAS SSD 400 GB
9 x SAS 6TB
DELL PowerVault MD1400
12 Gbps SAS
4 Ports
Hardware
28. 28 Dell - Internal Use - Confidential
2 x R730 4 x FC630 Node Private Cloud Cluster for 150 / 250 VM’s
1GE1GE10GE10GE
Intel Chassis
2x CPU
128GB RAM
Hardware HCK CertificationBez.
Storage Spaces
1
12x SSDs
48x NLSASStorage Spaces
2
12x SSDs
48x NLSAS
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
PowerVault MD3060e
PowerVault MD3060e
File Server 2
PowerVault MD3060e
SAS IN
SAS IN
1 2
SAS IN
1 2
SAS IN
1 2
1 x LSI 9207-8e
2 1
File Server 1
2 x LSI 9207-8e
1 2 1 2
1 x LSI 9207-8e
1 2
2 x LSI 9207-8e
1 2 3 4
INTEL 1G
Teamed
1 2
Chelsio
RDMA
1 2
Intel
10GB
1 2
INTEL 1G
Teamed
1 2
Intel
10GB
1 2
Chelsio
RDMA
1 2
1 2
SAS IN
1 2
SAS IN
1 2
Network
Switch – S4810
Hyper-V (n)
RDMA SMB 3.0 Storage
2x10GE
VLAN X / VLAN Y
Management LAN switch
S55
Chelsio
RDMA
Mellanox
NVGRE
1 21 2
iDRAC
1
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Management
VLAN
VM Traffic (NVGRE capable)
2x10GE
2xCSVs configured on cluster
2xStorageSpaces with Tiering (SSD-Tier:12xSSD – HDD-Tier: 48xDisks – 5 Columns – 3way Mirror)
SSD-Tier: 12x SSDs – HDD-Tier: 48x Disks – 3way-Mirror
2x Scaleout File-Servers configured, 1CSV assigned to each, RDMA enabled
Configuration R730 2x CPU
128 GB RAM
2x 200GB SSD RAID1 for OS
2x 1Gb INTEL
1 x Chelsio T520 LLC CCR 10Gbps
3 x SAS LSI 9207-8e HBA
Intel E5
Intel S3500
Hardware
60-Bay JBOD
Dual Path
1 Chassis enclosureper JBOD
12x SAS SSD 400 GB
48x SAS 4TB
DELL PowerVault MD3060e
6 Gbps SAS
4 Ports
Hardware
SAS OUT
1 2
SAS OUT
1 2
SAS OUT
1 2
29. 2 x R730 12 x FC630 Node Private Cloud Cluster for 500 / 750 VM’s
File Server 1
Intel Chassis
2x CPU
128GB RAM
Hardware HCK CertificationBez.
Storage Spaces
1
12x SSDs
48x NLSASStorage Spaces
2
12x SSDs
48x NLSAS
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2
NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13
SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
2xCSVs configured on cluster
2xStorageSpaces with Tiering (SSD-Tier:12xSSD – HDD-Tier: 48xDisks – 5 Columns – 3way Mirror)
SSD-Tier: 12x SSDs – HDD-Tier: 48x Disks – 3way-Mirror
2x Scaleout File-Servers configured, 1CSV assigned to each, RDMA enabled
Configuration R730 2x CPU
128 GB RAM
2x 200GB SSD RAID1 for OS
2x 1Gb/10Gb INTEL
1 x Chelsio T520 LLC CCR 10Gbps
3 x SAS LSI 9207-8e HBA
Intel E5
Intel S3500
Hardware
60-Bay JBOD
Dual Path
1 Chassis enclosureper JBOD
12x SAS SSD 400 GB
48x SAS 4TB
DELL PowerVault MD3060e
6 Gbps SAS
4 Ports
Hardware
1GE
10GE
1GE1GE10GE10GE
PowerVault MD3060e
PowerVault MD3060e
File Server 2
PowerVault MD3060e
SAS IN
SAS IN
1 2
SAS IN
1 2
SAS IN
1 2
1 x LSI 9207-8e
2 1
2 x LSI 9207-8e
4 3 2 1
1 x LSI 9207-8e
1 2
2 x LSI 9207-8e
1 2 3 4
INTEL 1G
Teamed
1 2
Chelsio
RDMA
1 2
Intel 10G
Teamed
1 2
INTEL 1G
Teamed
1 2
Intel 10G
Teamed
1 2
Chelsio
RDMA
1 2
1 2
SAS IN
1 2
SAS IN
1 2
Network
Switch – S4810
Hyper-V (1) Hyper-V (2) Hyper-V (n)
10GE
10GE
RDMA SMB 3.0 Storage
2x10GE
VLAN X / VLAN Y
Management LAN switch
S55
Chelsio
RDMA
Mellanox
NVGRE
1 21 2
Chelsio
(Teamed)
Mellanox
NVGRE
1 21 2
Chelsio
RDMA
Mellanox
NVGRE
1 21 2
iDRAC
1
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Management
VLAN
VM Traffic (NVGRE capable)
2x10GE
SAS OUT
1 2
SAS OUT
1 2
SAS OUT
1 2
30. 3 x R630/R730 16 x FC630 Node Private Cloud Cluster for 750 VM/s / 1000
VM’s
Intel Chassis
2x CPU
128GB RAM
Hardware HCK CertificationBez.
2xCSVs configured on cluster
2xStorageSpaces with Tiering (SSD-Tier:12xSSD – HDD-Tier: 48xDisks – 5 Columns – 3way Mirror)
SSD-Tier: 12x SSDs – HDD-Tier: 48x Disks – 3way-Mirror
2x Scaleout File-Servers configured, 1CSV assigned to each, RDMA enabled
Configuration R630/R730 2x CPU
128 GB RAM
2x 200GB SSD RAID1 for OS
2x 1Gb INTEL
1 x Chelsio T520 LLC CCR 10Gbps
3 x SAS LSI 9207-8e HBA
Intel E5
Intel S3500
Hardware
60-Bay JBOD
Dual Path
1 Chassis enclosureper JBOD
12x SAS SSD 400 GB
48x SAS 4TB
DELL PowerVault MD3060e
6 Gbps SAS
4 Ports
Hardware
PowerVault MD3060e
PowerVault MD3060e
R630/R730
PowerVault MD3060e
SAS IN
SAS IN
1 2
SAS IN
1 2
SAS IN
1 2
R630/R730
2 x LSI-9207-8e
1 2 3 4
2 x LSI-9207-8e
1 2 3 4
INTEL 1G
Teamed
1 2
Intel
10GB
1 2
INTEL 1G
Teamed
1 2
Chelsio
RDMA
1 2
Intel
10GB
1 2
1 2
SAS IN
1 2
SAS IN
1 2
iDRAC
1
iDRAC
1
SAS OUT
1 2
SAS OUT
1 2
SAS OUT
1 2
R630/R730
2 x LSI-9207-8e
4 3 2 1
INTEL 1G
Teamed
1 2
Chelsio
RDMA
1 2
Intel
10GB
1 2
iDRAC
1
Chelsio
RDMA
21
1GE
1GE
Network
Switch – S4810 X 2
Hyper-V (1) Hyper-V (2) Hyper-V (n)
10GE
10GE
Management LAN switch S55 X1
Chelsio 10G
(RDMA)
Mellanox
(NVGRE)
1 21 2
Chelsio 10G
(RDMA)
Mellanox
(NVGRE)
1 21 2
Chelsio 10G
(RDMA)
Mellanox
(NVGRE)
1 21 2
Intel 10
(Teamed)
1 2
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Intel 10G
(Teamed)
1 2
iDRAC
1
Dell FC630 x 4 Servers Dell FC630 x 4 Servers Dell FC630 x 4 Servers
Hyper-V (n)
Chelsio 10G
(RDMA)
Mellanox
(NVGRE)
1 21 2
Intel 10
(Teamed)
1 2
iDRAC
1
Dell FC630 x 4 Servers
VM Traffic (NVGRE capable)
2x10GE
RDMA SMB 3.0 Storage
2x10GE
Management
VLAN
Storage Spaces
1
12x SSDs
48x NLSAS
Storage Spaces
2
12x SSDs
48x NLSAS
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2 NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2 NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
SS
D
7
SS
D
5
SS
D
3
SS
D
1
SS
D
8
SS
D
6
SS
D
4
SS
D
2 NL
SA
S
27
NL
SA
S
14
NL
SA
S
1 NL
SA
S
28
NL
SA
S
15
NL
SA
S
2 NL
SA
S
29
NL
SA
S
16
NL
SA
S
3 NL
SA
S
30
NL
SA
S
17
NL
SA
S
4 NL
SA
S
31
NL
SA
S
18
NL
SA
S
5 NL
SA
S
32
NL
SA
S
19
NL
SA
S
6 NL
SA
S
33
NL
SA
S
20
NL
SA
S
7 NL
SA
S
34
NL
SA
S
21
NL
SA
S
8 NL
SA
S
35
NL
SA
S
22
NL
SA
S
9 NL
SA
S
36
NL
SA
S
23
NL
SA
S
10
NL
SA
S
24
NL
SA
S
11NL
SA
S
25
NL
SA
S
12NL
SA
S
26
NL
SA
S
13SS
D
12
SS
D
11
SS
D
10
SS
D
9
NL
SA
S
38
NL
SA
S
39
NL
SA
S
40
NL
SA
S
41
NL
SA
S
42
NL
SA
S
43
NL
SA
S
44
NL
SA
S
45
NL
SA
S
46
NL
SA
S
47
NL
SA
S
48
NL
SA
S
37
31. 4 x R630 16 x FC630 Node Private Cloud for 1000 / 1500
VM’s
Editor's Notes
MM / NC / AP
It turns out that service providers and enterprises have a lot of common requirements as a result of the disruptive force of the cloud. That’s why we created the Windows Azure Pack.
Here’s how: The Windows Azure Pack.
Windows Azure Pack for Windows Server is a collection of Windows Azure technologies, available to Microsoft customers at no additional cost for installation into your data center. It runs on top of Windows Server 2012 R2 and System Center 2012 R2 and, through the use of the Windows Azure technologies, enables you to offer a rich, self-service, multi-tenant cloud, consistent with the public Windows Azure experience.
That’s the long version. Here’s the short one. WAP is a free download that puts Azure in your datacenter.
Customer Portal
The first component we’ll talk about here is the customer or ‘management’ portal. In Windows Azure this is also known as the “Developer Portal” and it’s the familiar, self service interface that every subscriber uses to provision and manage services such as web sites and virtual machines.
Service Management API
Underlying the customer (and admin) portal is an Odata Rest API known as the Service Management API. This provides access to the underlying services and enables automation and replacement of the supplied management portal, opening up the possibility of integrating with existing portals or technology from partners such as Parallels. The API also enables integration of additional services modules and other solutions such as customer billing. The service management API is an extensible REST-based API that will enable enterprises and service providers to integrate their existing systems and tools (e.g. customer portals at service provider) with these new services. Key to enabling enterprise adoption is portal/ API integration with Active Directory..
Web Sites Service
The Web sites service provides a high-density multi-tenant web hosting service, one of the most fundamental services any service provider needs to provide and at the lowest cost possible. A broad range of programming languages and template web applications is also supported as well as integration with developer tools and popular source control repositories. Web Sites enables a high density, secure web hosting offerings for service providers and enterprise IT.
Virtual Machines Service
The Virtual Machines Service enables self-service provisioning of Infrastructure-as-a-Service (also known as IaaS) capabilities enabling a high quality self-service experience to provision and manage VMs. This is equivalent to renting a virtual server on which the tenant can install their own operating system and administer the server themselves. This includes a standardized VM gallery for consistent workload deployment and hosting – We will be delivering a consistent gallery of VM templates - single VM and multi-VM tiers - for Windows Server and Windows Azure environments. The goal here is to enable uniform IaaS services across these contexts, including consistent VM lifecycle management from a provisioning and operations standpoint.
Service Bus Service
The Service Bus service is a technology to enable messages to be passed between applications where a synchronous hand-off is not possible but the sender needs assurance that the message will reach the recipient eventually. Applications may be within the same cloud, across clouds, clouds and devices or many other supported scenarios. The service bus service supports a 1-to-1 queue and a publish-subscribe many to many topic based service.
Virtual Networks
Virtual networks enable the creation of tenant specific IP-address schemes independent of the actual IP infrastructure on which it depends. This means that tenant VMs can be migrated to the cloud without the need to reconfigure IP address schemes or the risk of colliding with other tenants’ IP addresses and security concerns therein.
Database
The Windows Azure Pack also supports SQL and MySQL servers in a Database-as-a-Service model for tenants. This capability is available to web applications in the Web Sites service or more generally to applications.
This is the Management Portal for Tenants and has a strong consistency with the Windows Azure Developer portal. Tenant users can list items, view their status and provision new items.
(Compare to Azure with image)
CPS offers the Microsoft Cloud OS platform in a converged system
And here’s how we can make this happen: the Cloud Platform System.
The Cloud Platform System is a revolutionary new product designed specifically to reduce the complexity and risk of implementing a hybrid cloud—and to get you up and running fast. This appliance includes both the hardware and the software you need to create the agile datacenter of the future—specifically, Windows Server 2012 R2, Microsoft System Center 2012 R2, and Windows Azure technologies. Preconfigured hardware and software working together speeds your ability to offer customers the infrastructure as a service (IaaS) and platform as a service (PaaS) resources they want, whether it’s self-provisioned virtual machines, web applications, or other resources. You simply choose the configuration you want.
Here is a very detailed look at the components inside a rack.
