Hosted Desktops Infrastructure

Transcription

1 Hosted Desktops Infrastructure May 2014

2 Aligning to PC User segmentation High Density Session / App Virtualization Virtual desktops (VDI) App / Desktop virtualization with graphics acceleration GAP Client Devices Performance Cost/Seat High Knowledge workers Productivity workers Power users Task workers Workstation-class workers 2 HP Confidential. For Training Purposes Only.

3 Remote Desktops Different solutions for different user types & use-cases Task Workers (Traditional VDI) Productivity Workers & Knowledge Workers Workload attributes and Solutions Data entry, very few apps, primarily text based Light VM (Virtual Machine) instances Shared servers for 10s to 1000s of users Often Non-Persistent Images requiring NO graphics and compute performance to deliver desktops Current Solutions Gap VDI-in-a-Box DL380p C7000 Blade Servers DL380 Rack Servers Mid Power Users High End Graphical Power Users Workload attributes and Solutions Full desktop w/ accelerated graphics, highperformance compute required Blade workstation or SL servers with graphics accelerators SL250s/270s w/ NVIDIA GPUs WS460c Gen8 w/ NVIDIA GPUs 3

4 Moonshot Server

5 HP Moonshot System Details 5 Copyright Hewlett-Packard Development Company, L.P. The The information contained herein herein is subject is subject to change to change without without notice. notice.

6 System on a Chip (SoC) for the enterprise emerging Server Motherboard SoC-based Server Motherboard ECC Memory ECC Memory ECC Memory SoC Processor Processor Processor SoC Features Mgmt Interface NIC(s) Storage Ctrlr Southbridge Storage Ctrlr Mgmt Production Network Storage Management Logic Video NIC(s) Less general purpose, more workload focused Dramatic reduction in power, cost, and space Mgmt Network VGA Console Production Network HDDs Multiple SoC partners bring unique solutions (e.g. GPU cores, DSP cores) 6

7 Workload-optimized servers for targeted solutions ProLiant Moonshot Server ProLiant m300 Server ProLiant m700 Server

8 HP Moonshot cartridges optimized for workloads ISV reference architectures Static Web Serving Hosting ProLiant Moonshot Server Dynamic Web Serving Hosting ProLiant m300 Hosted Desktop Infrastructure ProLiant m700 8

9 HP Moonshot 1500 Chassis front view The essential foundation for the new style of IT 45 hot-plug cartridges Single-server = 45 servers per chassis Quad-server =180 servers per chassis Dual low-latency switches HP Moonshot-45G Switch Module (45 x1gb downlinks) HP Moonshot -180G Switch Module (180x1Gb downlinks) Compute, Storage, or Combination x86, ARM, or Accelerator 9

10 HP Moonshot 1500 Chassis rear view Delivering on the promise of extreme low energy computing Dual Network Uplinks HP Moonshot-6SFP Uplink Module (6 x10gb Stackable Uplinks) HP Moonshot-4QSFP+ Uplink Module (4x40Gb Stackable Uplinks Rear View 5 serviceable, redundant, hot-plug fan modules HP Common-Slot Power Supplies HP Moonshot 1500 Single Federated Chassis Management module 10

11 Highly flexible fabrics Supporting a range of current and future capabilities Traffic isolation and stacking for resiliency with dual low-latency switches $ Economical and flexible storage with shared storage lanes Multiple servers managed as one platform with dedicated ilo network Integrated cluster fabric with point-to-point connectivity 8 Lanes 11

12 Fabric connectivity options Traffic isolation and stacking for resiliency with dual low-latency switches Single servers Quad servers 45 ports Uplink Module A 180 ports Uplink Module A Switch A Switch A Servers 1-45 Servers 1-45 Switch B Uplink module B Uplink module B Switch B 12

13 Moonshot Switch family 45x 1 GbE Downlinks 6x SFP+ Uplinks 180x 1 GbE Downlinks 4x QSFP+ Uplinks Shipping Now Moonshot-45G Switch Module Moonshot-6SFP Uplink Module Oversubscription: None Packet buffer: 9MB Layer 2, Layer 3, Routing, QoS, Stacking, Management (CLI, SNMP, sflow) 510ns latency* 50 Watts, max No license keys Shipping Now Moonshot-180G Switch Module Moonshot-4QSFP+ Uplink Module Oversubscription: 1.1 : 1 Packet buffer: 2*11MB Layer 2, Layer 3, Routing, QoS, Stacking, Management (CLI, SNMP, sflow) 317ns latency* 210 Watts, max No license keys Compatible with ProLiant Moonshot Server & ProLiant m300 Compatible with ProLiant m * Single port uplink latency with 64-byte packets

14 Switch and uplinks modules Two high-density, low-power switch modules Low-latency switching performance 810 x 1GbE ports per rack or 3240 x 1GbE ports per rack 108 x 10GbE uplink ports per rack or 72 x 40GbE uplink ports per rack Dual switches provide traffic isolation or can be stacked for resiliency Rack level stacking to simplify management domain Designed for automated configuration and management, chassis manager integration Layer 2, Layer 3 Routing & QoS, Management (CLI, SNMP, SFLOW). No license keys 14

15 Storage fabric Economical and flexible storage with shared storage lanes $ Various cartridge types for different combination Compute Storage Compute + Storage Creates multiple core to storage for different solutions Local Storage Low Cost Boot & Logging Distributed Storage or RAID Local HDD or flash storage 8-way drive slicing Storage expansion Drive slicing reduces the cost of a boot drive 87% 15

16 Management fabric Multiple servers managed as one platform with dedicated ilo network SC SC SC HP Moonshot 1500 Chassis Management module aggregates all to a common set of management interfaces Switching Fabric SC Mgmt. Hub HP Moonshot 1500 Chassis Management module SC Storage Backup or cartridge Single Ethernet port gateway IPMI and Serial Console for each server True out-of-band firmware update services Management Port SC Cooling Sub-system SC Power Sub-system SC: Satellite Controller SL-APM Rack Management spans rack or multiple racks 16

17 Cluster fabric Integrated cluster fabric with point-to-point connectivity High-speed communication lanes between servers Ring fabric allows minimum and direct card to card communication path Suitable for applications where efficient localized traffic is beneficial 16 x 10.3 GBaud Lanes 4 x 10 GBaud Lanes Cartridges Ring fabric is SoC vendor specific, homogeneous and stays inside the chassis 17

18 Moonshot M700

19 Product definition HP Converged System M700 HP CS M700 (Glenn-4) CPU MEMORY NETWORK STORAGE BOOT BIOS MGMT POWER OS (4) 15W soldered down AMD Kyoto / 4 core / 1.5GHz with Integrated GPU (Radeon 8000), SATA and SD controllers (4) 8GB DDR3 SO-DIMM ECC 1600MHZ (2) 1GbE NIC s per nodes (BCM5720 on the cartridge) GB issd (32GB/node) from drive directly, supports PXE boot for testing and deployment, issd Mezz Option HP BIOS shared image (1) Satellite Controller w/ Interface to CM ilo Cartridge: 90W Peak, <50W Typical Windows 7 / 64bit 19

20 Innovative approach for Hosted desktops PC for every user removes limits Each user gets an independent PC Bare-metal means no virtualization No I/O bottlenecks with 400 IOPS per user 20

21 HP Converged System 100 deployment 1260 Desktops in the rack Simple solution for knowledge worker Provisioning Servers (not included) HP Moonshot System Up to 7 Chassis with 45 m700 (180 nodes) Each node: Win7, apps, data streamed Delivered via PVS Protocol to end device Microsoft RDP Citrix HDX 3D Pro Dual 40Gb 4x10Gb 2x10Gb Two HPN 5900 TOR Switches (48XG-4QSFP (not included) (2) HP ProLiant DL385 Gen8 8x300GB SAS 1.2TB+ 2x10Gb HPN 5800 Leaf Switches Non-Persistent Desktops Storage (User data) HP StoreEasy 12TB 1PB+ SAS/SATASFF/LFF 21

22 CS 100 for Hosted Desktops Blueprint for Citrix non-persistent CS100 chassis Each node: Win7, apps, data streamed Delivered via PVS Protocol to end device Microsoft RDP Citrix HDX Switches 2 for Redundancy Optional if choose to connect directly to core switch Switche s Rack Provisioning Servers 2x10G b 2x40G b Storage (user data) Chassis (Stacked) Provisioning Servers 2 for redundancy MS Windows Server 2012 w/ Hyper-V Citrix components: Citrix Broker (DDC) Citrix PVS Storage (User data) User data store Roaming profile User Virt support 22

23 CS 100 CLIs HP Moonshot ilo Chassis Management firmware CLI Management for the cartridges and the chassis is performed through the HP Moonshot ilo CM firmware CLI. This interface is accessed by administrators in the following ways: Locally, using a serial cable Remotely, using SSH For easy access, this interface should be defined in DNS with a static IP address. PowerShell scripts can also be used when deploying cartridge configurations. For more information, see the HP Moonshot ilo Chassis Management CLI User Guide on the HP Moonshot System website ( HP Moonshot switch CLI 23 The HP Moonshot switch CLI can be accessed in the following ways: Locally using a serial console cable Remotely using SSH Remotely using the ilo CM firmware VSP feature For sample network configuration and maintenance scripts, see "HP Moonshot system HDI sample scripts (on page 57)." Moonshot switches support SNMP and sflow for management and configuration. For more information, see the switch documentation in the HP Moonshot Information Library (

24 Moonshot powers HP.com Browsing: (HP s web gateway) Downloads: ftp.hp.com (driver updates ) 6 Moonshot chassis < 6kW Power total < 1 Rack/data center 6 Cache 16 HTTP Apache 16 Download files 300M hits per day 100% 100% ftp.hp.com 89% Less space 94% (1) Less power 24

25 Extending the HP Discovery Lab Network New: Purdue and Singapore Investigate, test, and benchmark applications in a secure and confidential environment Houston, Texas Purdue University Indiana Grenoble, France Singapore Watch Discovery Lab video Discovery Lab (hpdiscovery.lab@hp.com) to find out more

26 Thank You

27 Bare Metal OS Workstation Server blade Optional Graphics Expansion Capture, compress and encrypt 3D graphics Client Decompress and Display Apply keyboard and mouse events LAN or WAN Remote Protocol Capture Keyboard and mouse events 27

28 Software (Shared) Virtualized GPU VMware (vsga) Microsoft 2012 for RemoteFX OpenGL 2.x OpenGL 2.x DirectX 9 DirectX 9, 10, 11 HP MultiGPU Carrier NVIDIA GRID K1 & K2 NVIDIA Quadro 6000 NVIDIA Quadro K5000 Limitations of OpenGL, DirectX and GPU memory you can assign to a VM 28

29 Pass-through GPU VMware (vdga) OpenGL 2.x, 3.x, 4.x DirectX 9, 10, 11 Citrix GPU Pass-Through OpenGL 2.x, 3.x, 4.x DirectX 9, 10, 11 HP MultiGPU Carrier NVIDIA GRID K1 & K2 NVIDIA Quadro K6000 NVIDIA Quadro K NVIDIA Quadro K4000

30 Hardware (Shared) Virtualized GPU True virtual GPU NVDIA GRID with Citrix XenServer HP MultiGPU Carrier True Virtual GPU OpenGL 2.x, 3.x, 4.x DirectX 9, 10, 11 NVIDIA GRID K1 & K2 NVIDIA Quadro K6000 NVIDIA Quadro K5000 No limitations of OpenGL and DirectX 30

31 Graphics accelerated desktop sessions virtualization XenApp / XenDesktop OpenGL DirectX NVIDIA Quadro K6000 NVIDIA Quadro K5000 HP MultiGPU Carrier NVIDIA GRID K1 & K2 NVIDIA Quadro K