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Product Presentation - HPE ProLiant Gen11 servers with Intel Xeon Processors-a00130755enw.pptx
- 1. HPE ProLiant Gen11 servers with 4th Gen Intel® Xeon® Scalable processors Confidential | Authorized HPE Partner Use Only
- 2. HPE ProLiant Gen11 Rack Servers for everywhere your apps and data live 3 Confidential | Authorized HPE Partner Use Only Private and Hybrid Cloud Containers AI/ML and Data VDI VMware vSphere, Microsoft Azure Stack HCI HPE Ezmeral, Red Hat, SUSE Microsoft, Oracle, MongoDB, Cassandra, TigerGraph Citrix VAD, HP Anyware, VMware Horizon Broad workload ecosystem Edge optimized 1U, 1P HPE ProLiant DL320 Gen11 4th Gen Intel® Xeon® Scalable Processor Software Defined Compute and Data Management Right-sized edge performance Compact footprint Single socket density Density optimized 1U, 2P HPE ProLiant DL360 Gen11 4th Gen Intel® Xeon® Scalable Processor IT Infrastructure General purpose virtualization NVMe accelerated storage Smart Cooling Module Multi-workload optimized 2U, 2P HPE ProLiant DL380 Gen11 4th Gen Intel® Xeon® Scalable Processor Enterprise Business Configuration flexibility High storage capacity Scalable for diverse workloads Accelerator optimized 2U, 2P HPE ProLiant DL380a Gen11 4th Gen Intel Xeon Scalable processor Next Gen Enterprise Workloads Extended GPU scalability Up to 4 Double-wide or 8 single- wide accelerators
- 3. HPE ProLiant DL320 Gen11 Server 4 Feature Specs Front Drive or Front GPU • Up to 4 LFF HDD/SSD; SAS/SATA • Up to 12 LFF HDD/SSD; SAS/SATA • Up to 8+2 SFF HDD/SSD; SAS/SATA/NVMe • Up to 4 SFF NVMe/SAS/SATA or 8 E3.s 1T, with additional 4 singlewide GPU or 2 doublewide GPU Rear Drive Count No rear drive Boot Options Hot-pluggable / internal RAID1 M.2 NVMe 2x SATA/NVMe M.2 connector (onboard) Rear GPU Support Up to 2 singlewide GPU, x16 FHHL I/O Embedded 2x1Gb Up to 2 x16 PCIe Gen5 Up to 1 OCP slot Memory Up to 2TB, DDR5 up to 4800 MT/s Storage Controller Gen11 Controllers (PCIe, OROC) + VROC NVME/SATA Chassis Depth SFF: ~23.8”; 4LFF: ~26.2” 12LFF: ~39.2”, GPU front end: 30.4” Targeted Workloads Data Mgmt; Data Collection; Cold Storage; Virtualization, Edge AI, VDI TC & Density optimizes RoBo, Enterprise, GPU-dense 1U, 1P HPE ProLiant DL320 Gen11 New features from the prior generation Confidential | Authorized HPE Partner Use Only
- 4. HPE ProLiant DL320 Gen11 — 8+2 SFF Front System Detail 5 1. Quick removal access panel 8. Power On / Standby button and LED 2. Serial number/iLO information pull tab 9. Health LED 3. Display Port (optional via Universal Media Bay – shown) 10. NIC Status 4. Universal Media Bay or 2 SFF Drive Bay (shown with Display & USB port) 11. UID Button/LED 5 USB 3.2 Gen1 port (optional via Universal Media Bay – shown) 12. USB 3.2 Gen1 port 6 Optical disk drive (optional via Universal Media Bay– shown 13. 8SFF Drive Cage (shown with drives) 7 iLO Service Port 14. Drive support label Front drive options • 8 +2 SFF x1 SAS/SATA • 8 +2 SFF x1 U.3 NVMe PCIe Gen4 • 8+ 2 SFF x4 U.3 NVMe PCIe Gen4 Confidential | Authorized HPE Partner Use Only 1 14 2 3 9 8 7 13 10 11 12 4 5 6
- 5. HPE ProLiant DL320 Gen11 — Rear System Detail 6 1. Slot-1 & 2 PCIe5 x16 FHHL (Primary and Secondary Riser) 6. UID Indicator LED 2. NS204i-u Boot Device (optional – shown) 7. Two (2) USB 3.2 Gen1 ports 3. Hot-plug Power Supply 1 and 2 8. Dedicated iLO management port 4. OCP 3.0 Slot (shown covered) 9. Embedded 1x2 network port 5. Video (VGA) port 10. Serial port (optional) 3 2 1 Confidential | Authorized HPE Partner Use Only 4 5 6 7 9 8 10
- 6. HPE ProLiant DL320 Gen11 — Interior View 7 1. Up to 7 Hot Plug Fans 2. Two (2) M.2 module connectors (under the air baffle- not visible) 3. Hot-plug Power Supply 1 and 2 4. NS204i-u Boot Device (optional - shown) 5. Slot-1 PCIe5 x16 FHHL (Primary Riser) 6. Slot-2 PCIe5 x16 FHHL (Secondary Riser) 7. 16 DDR5 DIMM slots (shown populated) 8. Heat Sink 9. Drive Cage 1 2 3 4 5 6 7 8 Confidential | Authorized HPE Partner Use Only 9
- 7. HPE ProLiant DL360 Gen11 Server Rack-optimized General Purpose Dense Standard 1U, 2P HPE ProLiant DL360 Gen11 Feature Specs Front Drive Count • Up to 4 LFF HDD/SSD; SAS/SATA • Up to 10 SFF HDD/SSD; SAS/SATA/NVMe Rear Drive Count No rear drive support Boot Options Optional Hot-pluggable RAID1 M.2 NVMe OR Optional Internal (not Hot-pluggable) RAID1 M.2 NVME GPU Support Up to 2SW (rear-loaded) I/O Up to 3 x16 PCIe Gen5 slots Up to 2 x16 OCP slots Memory Up to 8TB, DDR5 up to 4800 MT/s Storage Controller Gen11 Controllers (PCIe and OROC) + VROC NVME/SATA Cooling Closed Loop Liquid Cooling Module support Chassis Depth SFF: 29.65”; LFF: 30.44” Targeted Workloads IT infrastructure: Physical, virtual, containerized 8 New features from the prior generation Confidential | Authorized HPE Partner Use Only
- 8. 9 HPE ProLiant DL360 Gen11 — 8+2 SFF Front System Detail 2 1 3 4 5 9 8 6 7 1. Drive support label 2. Quick removal access panel 3. Serial number/iLO information pull tab (optional – shown) 4. Universal Media Bay (optional): - Option: Optical drive bay + Display port & USB 2.0 port - Option: 2 SFF 24G x4 Tri-Mode SAS/SATA/U.3 NVMe cage Front drive options • 8 +2 SFF x1 SAS/SATA • 8 +2 SFF x1 U.3 NVMe PCIe Gen4 • 8+ 2 SFF x4 U.3 NVMe PCIe Gen4 5 Display Port (optional) 6 Optical drive (optional) 7 USB 2.0 port (optional ) 8. iLO Service port 9. Power On/Standby button and system power LED 10. Health LED 11. NIC status LED 12. Unit ID button/LED 13. USB 3.2 Gen1 port 14. Option: System Insight Display (SID) module 15. Drive bays: - Option: 8 SFF 24G x1 Tri-Mode SAS/SATA/U.3 NVMe - Option: 8 SFF 24G x4 Tri-Mode SAS/SATA/U.3 NVMe Confidential | Authorized HPE Partner Use Only 10 15 11 12 13 14
- 9. 10 1. Slot 1: x16 PCIe 5.0 – Full Height 5. Video (VGA) port 2. Slot 2: x16 PCIe 5.0 – Low Profile (Option: NS204i-u Hot Plug Boot Device) 6. OCP 3.0 Slot 2: x16 PCIe 5.0 1 ,2 (Requires 2nd processor) 3. Option: Slot 3 x16 PCIe 5.0 (Requires 2nd processor) 7. Serial port (optional - shown) - Low Profile and Full Height riser options 8. iLO Management Port 4. Redundant Power Supply ( 1 & 2 as shown) 9. USB 3.2 Gen1 Ports 10. OCP 3.0 Slot 1: x16 PCIe 5.01 Notes: 1 Supports various NICs, up to 200GbE. 2 Or supports each slot with x8 PCIe 5.0 under one processor, with the selection of “P51911-B21, CPU1 to the OCP2 x8 Enablement Kit”. HPE ProLiant DL360 Gen11 — Rear System Detail 4 6 2 3 5 7 8 9 10 1 Confidential | Authorized HPE Partner Use Only
- 10. HPE ProLiant DL380 Gen11 Server Rack-optimized General Purpose Standard 2U, 2P HPE ProLiant DL380 Gen11 Feature Specs Front Drive Count Up to 24SFF SAS/SATA/NVMe Up to 12LFF SAS/SATA + 4LFF SAS/SATA or 8SFF SAS/SATA/NVMe1 Rear Drive Count Up to 6SFF SAS/SATA/NVMe HDD/SSD Up to 4LFF SAS/SATA HDD/SSD Boot Options Optional Hot-pluggable RAID1 M.2 NVMe Internal / external access GPU Support Up to 3DW or 8SW I/O Up to 8, up to x16, PCIe Gen5 slots Up to 2 x16 OCP slots Memory Up to 8TB DDR5 up to 4800 MT/s Storage Controller Gen11 Controllers (PCIe and OCP) + VROC NVME/SATA Chassis Depth SFF: 28.2”; LFF: 30.4” Targeted Workloads Collaborative, CRM, Data Mgmt, Analytics & AI, VDI, SCM, ERM, and Content Mgmt, Containers 1 Gen4 11 New features from the prior generation Confidential | Authorized HPE Partner Use Only
- 11. HPE ProLiant DL380 Gen11 — 8 SFF Front System Detail 12 1. Optional Front Display Port (via Universal Media Bay) 2. Box 1 (shown with optional Universal Media Bay installed) 3. Box 2 (shown blank) 4. Quick removal access panel 5. UID button/LED 6. NIC Status 7. Health LED 8. Power On / Standby button and LED 9. iLO Service Port 10.USB 3.0 11.Box 3 (shown with 8SFF drives populated) 12.Optional USB 3.0 (via Universal Media Bay) 13.Drive Support Label 14.Serial Number Label Pull Tab Confidential | Authorized HPE Partner Use Only 1 2 3 4 5 6 7 8 9 1 0 11 1 2 1 3 1 4
- 12. HPE ProLiant DL380 Gen11 — 8 LFF Front System Detail 13 1. 4LFF bays for optional Side-by-Side 2SFF and optional optical drive 2. Quick removal access panel 3. UID Button / LED 4. NIC Status 5. Health LED 6. Power On / Standby button and LED 7. iLO Service Port 8. USB 3.0 9. 8 x LFF Media 10.Drive support label 11.Serial Number Label Pull Tab Confidential | Authorized HPE Partner Use Only 1 2 3 4 5 6 7 8 9 1 0 11
- 13. HPE ProLiant DL380 Gen11 — Rear System Detail 14 1. Primary Riser. PCIe 5.0 Slots (Slots 1-3) 2. OCP 3.0 Slots, shown covered 3. Secondary Riser. PCIe 5.0 Slots (Slots 4-6) 4. Tertiary Riser (Slots 7-8) shown with optional 2SFF drive cage installed 5. Optional NS204i-u Boot Device 6. Power Supply 1 and 2 7. VGA Connector 8. Optional Serial Port 9. Dedicated iLO Management Port 10.USB 3.0 Connectors (2) 11.UID Indicator LED Confidential | Authorized HPE Partner Use Only 1 2 3 4 5 6 7 8 9 10 11
- 14. HPE ProLiant DL380a Gen11 Server Accelerator optimized 2U, 2P HPE ProLiant DL380a Gen11 Feature Specs Front Drive Count Up to 8 SFF NVMe SSD Up to 8 EDSFF E3.S 1T or 4 EDSFF E3.S 2T NVMe (Gen5) SSD Rear Drive Count No rear drive support Boot Options Optional RAID1 M.2 NVMe Internal / external access GPU Support Up to 4 DW via front GPU cage. Up to 8 SW x16 with switchboard I/O Up to 4 x16 Gen5 PCIe slots (2 x16 are for NVMe) Up to 2 x16 OCP slots Memory Up to 3TB DDR5 up to 4800 MT/s Storage Controller Gen11 Controllers (PCIe and OCP) + VROC NVME Chassis Depth 32.13” depth (fits 1075 rack) Targeted Workloads AI Training & Inference, Content Analytics & Search, Mechanical CAD, Engineering Apps, and Network Infrastructure Software 15 Confidential | Authorized HPE Partner Use Only NEW!
- 15. HPE ProLiant DL380a Gen11 Server — Front System Detail 16 1. Quick removal access panel 2. Power On/Standby button and system power LED 3. Health LED 4. iLO front service port 5. USB 3.0 port 6. NIC status LED 7. UID button/LED 8. GPU cage 2 (2 DW GPUs) 9. Drive Box 1 (8 SFF drives) 10.GPU cage 1 (2 DW GPUs) 11. Serial number label pull tab Confidential | Authorized HPE Partner Use Only
- 16. HPE ProLiant DL380a Gen11 Server — Rear System Detail 17 1. Primary Riser. PCIe 5.0 slots (slots 2 & 3) 2. Secondary Riser. PCIe 5.0 slots (slots 5 & 6) 3. Power supply 3 and 4 (for GPU auxiliary power) 4. Power supply 1 and 2 (for the system board) 5. VGA connector 6. OCP 3.0 slot 2 (optional) 7. Optional serial port 8. Dedicated iLO management port 9. 2 USB 3.0 ports 10. OCP 3.0 slot 1 (PCIe 5.0 x8, upgradable to x16) Confidential | Authorized HPE Partner Use Only
- 17. HPE ProLiant DL380a Gen11 Server — Interior View 18 1. 8 SFF NVMe drive bay 2. GPU cages for 4 double-wide GPUs 3. 6 hot-plug fans with N+1 redundancy 4. Chassis intrusion detection (optional) 5. Up to 4 hot-plug, redundant power supplies a. Lower layer: 2 power supplies for the system board b. Upper layer: 2 power supplies for GPU auxiliary power 6. Secondary Riser – up to 2 x16 FHHL (x16 OCP3) 7. Primary Riser – up to 2 x16 FHHL (x16 OCP3) 8. Internal USB 3.0 port 9. 2 processors (heatsinks showing) 10. DDR5 DIMM slots (support up to 24 DIMMs) Confidential | Authorized HPE Partner Use Only
- 18. HPE CONFIDENTIAL, NDA REQUIRED | AUTHORIZED HPE PARTNER AND HPE NDA CUSTOMER USE ONLY | DO NOT LEAVE BEHIND | EX Information subject to substantial uncertainties, could change at any time without prior notification HPE ProLiant Gen11 Tower Servers with 4th Gen Intel® Xeon® Scalable processors Powerful Tower solution for wide range of workloads The most powerful and energy efficient 2P tower Virtualization, Productivity workhorse with the ability to scale and adapt to any environment 2P Tower HPE ProLiant ML350 Gen11 19 Confidential | Authorized HPE Partner Use Only
- 19. HPE ProLiant ML350 Gen11 Server Feature Specs Front Drive Count Up to 12LFF HDD/SSD; SAS/SATA Up to 24SFF HDD/SSD; SAS/SATA/x1NVMe Up to 12 EDSFF 3.S 1T or 6 EDSFF 3.S 2T Up to 8SFF x4 NVMe SSD Rear Drive Count No rear drive support Boot Options Optional Hot-pluggable RAID1 M.2 NVMe External access GPU Support Up to 8SW or 4DW I/O Up to 10 PCIe Gen5 slots Up to 2 x16 OCP slots Memory Up to 32 DIMMS, DDR5 up to 4800 MT/s Storage Controller Embedded Intel VROC NVMe/SATA Gen11 Controllers (PCIe and OROC) Management engine iLO 6 Chassis Depth 28” Targeted Workloads IT infrastructure, Data Management, VDI, ERP/CRM Powerful Tower solution for wide range of workloads 2P Tower HPE ProLiant ML350 Gen11 20 New features from the prior generation Confidential | Authorized HPE Partner Use Only
- 20. 21 Confidential | Authorized HPE Partner Use Only Front view – Bezel off 1. DisplayPort 1.1a 2. USB 3.2 Gen1 port 3. iLO service port 4. UID button/LED 5. NIC status LED 6. Health LED 7. Power on/Standby button and system power LED 8. Optical drive bay 9. Box1: Optional drive cage for 8SFF/4LFF, or USB RDX docking station. 10. Media bay filler panel 11. Box2: Optional drive cage for 8SFF/4LFF 12. Serial number/iLO information pull tab 13. Box 3: Default drive cage for 8SFF/4LFF or x4 NVMe, EDSFF. 10 8 7 5 4 3 2 1 6 9 11 13 12 HPE ProLiant ML350 Gen11—Front System Detail
- 21. 22 Confidential | Authorized HPE Partner Use Only HPE ProLiant ML350 Gen11—Rear System Detail Rear view 1. Kensington security slot 2. HPE NS204i-u Gen11 NVMe Hot Plug Boot Device (Optional) 3. PCIe Slots 9-10 (Optional tertiary riser, 2nd processor required) 4. Flexible Slot power supply 1 5. Flexible Slot power supply 2 (Optional) 6. VGA Port 7. Slot 15 OCP 2 (Optional for NIC) 8. Serial port (Optional) 9. iLO management port 10. USB 3.2 Gen 1 ports x2 11. Slot 14 OCP 1 (Optional for OROC/NIC) 12. PCIe Slots 1-4 (Primary riser) 13. Padlock eye 14. PCIe Slots 5-8 (Optional secondary riser, 2nd processor required) 9 8 7 5 4 3 2 1 6 14 10 11 12 13
- 22. 23 Confidential | Authorized HPE Partner Use Only HPE ProLiant ML350 Gen11—Interior System Detail Internal view 1. CPU Socket 1 with standard heatsink and 16 DDR5 DIMM slots 2. CPU Socket 2 with standard heatsink and 16 DDR5 DIMM slots 3. Dual USB port (Stacked, Top: USB 3.2 Gen1 port, Bottom: USB 2.0 port) 4. Megacell battery holder (Under) 5. Secondary riser connector (Optional) 6. HPE NS204i-u NVMe Hot Plug Boot Device (Optional) 7. HPE NS204i-u power connector 8. Tertiary riser sideband connector 9. Serial port cable connector 10. Slot 15 OCP 2 (Optional for NIC) 11. Primary riser connector 12. Slot 14 OCP 1 (Optional for OROC/NIC) 7 5 4 3 2 6 8 9 10 11 12 1
- 23. 24 HPE Synergy 480 Gen11 New Memory • Up to 16 per socket, with 8 channels @ 4800 MT/S increased speeds • 50% more data bandwidth and performance • Up to 4TB per socket capacity PCIe 5.0 - Remove Compute to Fabric throughput bottlenecks 4th Gen Intel® Xeon® Scalable processors • Scalable performance across the portfolio • Up to 56 cores for a new level of workload performance Run your OS from an optional 2x M.2 Boot Device or from anywhere with stateless server options Storage • Designed for flexibility and upgradability to meet changing needs • Five (5) drive cage options • SSD (SAS/SATA) and NVMe drives Confidential | Authorized HPE Partner Use Only
- 24. 25 HPE Synergy 480 Gen11 – Target Workloads Data Management Data Analytics/Big Data Client Virtualization Business Applications Private/Hybrid Cloud Containers DevOps Software-Defined Storage Virtualization Confidential | Authorized HPE Partner Use Only
- 25. Q&A
- 26. © 2024 Hewlett Packard Enterprise Development LP Thank you Confidential | Authorized HPE Partner Use Only
- 27. Backup Slides
- 28. Uncompromising, fundamental, and protected Trusted security by design 29 Extending protection to partner ecosystem Added protection leveraging SPDM for component authentication, trust established through HPE iLO 6 verification Expanding trusted supply chain security Now available worldwide 3x more servers supported Industry-leading security innovation HPE Silicon Root of Trust protects 4 million lines of firmware secures over 2 million HPE servers around the world Confidential | Authorized HPE Partner Use Only
- 29. Intuitive server management solutions to address a variety of customer requirements HPE Compute Management portfolio 30 HPE OneView On premises Infrastructure management software that provides composable solutions across compute, storage, and networking HPE iLO Embedded Embedded server management that enables customers to securely configure, monitor and update HPE servers HPE GreenLake for Compute Ops Management SaaS Lifecycle management for all servers, from edge to cloud, delivered as a secure SaaS application continuously managed and improved by HPE Confidential | Authorized HPE Partner Use Only
- 30. Digital transformation for efficiency and performance Virtual desktop infrastructure workloads 31 Increase the value of dollars invested • Reduce—Reap the benefits of reduced IT resource with server consolidation • Increase Efficiency—New compute technologies enable more VMs per server and increased number of sessions • Performance—Utilize the full value of HPE ProLiant compute resources with more GPUs which are normally the limiting factor to the number of desktops available per server. HPE engineered solutions stacks • Automated and Integrated stacks to improve sustainability & lifecycle management via reduced resources and touchpoints • Trusted GPU accelerated and non-accelerated industry solutions focused on access control, data integrity, and monitoring. • HPE GreenLake as-a-Service and HPE Pointnext Services/support ready Cloud-like experience with HPE GreenLake for Compute Ops Management • Unify compute management operations with centralized real-time access to servers • Simplified server onboarding and updates using policy-based automation • Securely bring cloud agility to distributed compute infrastructure HPE ProLiant Gen11 enabling technologies • HPE ProLiant DL GPU density expanded to (8) single-wide/(4) double-wide • PCIe Gen 5 for increased bandwidth and power (16- pin) for high-end GPUs • HPE iLO6 for embedded server management & HPE GreenLake for Compute Ops Management integration • HPE OneView for large-scale on-prem infrastructure management • HPE GreenLake for Compute Ops Management for secure lifecycle management from edge to cloud Confidential | Authorized HPE Partner Use Only
- 31. Boundless innovation and vital insights to transform data Data management workloads 32 Increased application performance • New CPU architectures that deliver more cores and higher frequencies to enable more transactions and iterations per cycle resulting in faster decision making • Large/fast memory bandwidth for improved analytics and data processing with fewer corrections or loss • More flexible storage configurations and performance potential to meet increased application demands • Industry leading FPGA accelerator density/server to do more in less space Enhanced business intelligence • Tighter application integration and automation to create efficient, integrated data pipelines, decision trees, visual dashboards, and graph databases • Data ingestion at the edge, to datacenter, to cloud in a seamless and secure design to protect data and IP • Predictive maintenance, fraud analytics for FSI, records management for healthcare, gene sequencing for life sciences Cloud-like experience with HPE GreenLake for Compute Ops Management • Unify compute management operations with centralized real-time access to servers • Simplified server onboarding and updates using policy-based automation • Securely bring cloud agility to distributed compute infrastructure HPE ProLiant Gen11 enabling technologies • DDR5 SDRAM for more performance, less latency, and better error correction supporting in-memory solutions • EDSFF NVMe for higher density and maximum performance • More efficient SSD configs without consuming riser lanes • PCIe Gen5 for increased performance w/64GB/s and power (16-pin) for the newest FPGA accelerators • End-to-end HPE engineered solutions deployment, integration, and lifecycle management via HPE GreenLake for Compute Ops Management Confidential | Authorized HPE Partner Use Only
- 32. Boundless innovation and insight AI/ML workloads 33 Increased application performance • New CPU architectures that deliver more cores and higher frequencies to enable more transactions and iterations per cycle • Large/fast memory bandwidth for improved analytics and data processing with fewer corrections or loss • More flexible storage configurations and performance potential to meet increased application demands • Industry leading GPU density/server to do more in less space Enhanced business intelligence • Tighter application integration and automation to create efficient, integrated data pipelines • Data ingestion at the edge, to datacenter, to cloud in a seamless and secure design to protect data and IP while limiting the difficulty in realizing new insights • Intelligent Video applications; Safety & Regulatory intelligence & process control, Natural Language Processing, HPE Ezmeral ML OPs Cloud-like experience with HPE GreenLake for Compute Ops Management • Unify compute management operations with centralized real-time access to servers • Simplified server onboarding and updates using policy-based automation • Securely bring cloud agility to distributed compute infrastructure HPE ProLiant Gen11 enabling technologies • More efficient SSD configs without consuming riser lanes • EDSFF NVMe for higher density, lower latency, and better performance • PCIe Gen5 for increased performance and high-end GPUs • Higher clock speed CPU combos • End-to-end HPE engineered solutions deployment, integration, and lifecycle management via HPE GreenLake for Compute Ops Management Confidential | Authorized HPE Partner Use Only
Editor's Notes
- ProLiant DL360 Gen11 Boot Options: - A major change to this server is the introduction of a brand new boot controller – the NS204i-u. This boot controller can be located in PCIe slot2 (hot-plug) or internally (non hot-plug). The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). There are two versions of the NS204i-u and they are in different locations. One is a hot-pluggable, is located at PCIe Slot2 and has external access from the rear. (Stated differently, the NS204i-u is also available with external access with hot pluggable capability in the external mode, which means that controller can be pulled out and the drives can be replaced.) This would consume PCIe Slot 2 location, but does not use PCIe lanes. The other is non-hot-plug (secured) and is located internally. Stated differently, the NS204i-u can have the m.2 drives located internal to the system for device security (e.g., devices cannot mysteriously “walk away” … protection of the m.2 devices from intentional or non-intentional removal). I/O With the Gen11 version of the HPE ProLiant DL360, we have moved from PCIe 4.0 (which supports up to 64 lanes) to PCIe 5.0 (which supports up to 80 lanes) – an increase of 25% in number of lanes. In a nutshell, more lanes means more bandwidth and faster connectivity to surrounding infrastructure! This server now contains 2x OCP3.0 slots in the rear of the system, which allows for balanced networking capability and expansion of storage controllers or network cards without consuming a PCIe slot, which means those slots can now be available for more network or storage controllers, or for other adapters such as GPUs. In comparison, the HPE ProLiant DL360 Gen10 Plus had 1x OCP slot and 1x AROC (for storage controller). With Gen11, the AROC slot was removed and a second OCP3.0 slot was added. In addition, there is an increase in number of lanes from x8 to x16, which means the Primary Rise can have up to 2 x16 slots and the Secondary Riser can have up to 1 x16 slots in FHHL or HHHL (LP) variation. Memory You can never have enough memory bandwidth … the HPE ProLiant DL360 Gen11 supports DDR5, which helps feed this insatiable need for speed. While DDR4 DIMMs tops out at 3200 MT/s, DDR5 DIMMS deliver a 50% bandwidth increase to 4800 MT/s. (gigatransfers per second = GT/s, megatransfers per second = MT/s) Gen11 supports up to 4TB per CPU for a max total of 8TB per system when using 256GB DIMMS. Also Gen11 has 32 total DIMM slots or 16 DIMM slots per CPU. As an fyi, this has not changed from Gen10 Plus. Storage Controller Storage controllers in OCP3.0 form factor are being introduced, so now OCP storage controllers and NICs are now available. The two (2) OCP slots in the DL360 Gen11 are designed with the flexibility to support either CPU1 or CPU2 or both CPUs, in order to meet different customer workloads. The benefit to users of this server is that OCP is an open systems standard, whereas AROC was proprietary to HPE (but is now no longer available in Gen11). Intel’s VROC is available for creating RAID sets for NVMe and SATA devices. A license is required to use VROC for NVMe. When using VROC for direct attached SATA drive, this is included free in the CPU. Chassis While the chassis depth has slightly increased in LFF CTO servers, they still fit into standard racks that are commonly deployed today. In other words, no need for a new rack! Cooling For two processor configurations that exceed 271 watts, a new cooling system is available which offers better thermal conditions in a 1U form factor. This is a Closed-loop Liquid Cooling heatsink and Fan FIO kit. Last, but not least, the Gen11 version of the HPE ProLiant DL360 is based on the 4th Gen Intel® Xeon® Scalable Processor, which offers more cores when compared to 3rd Gen Intel Scalable Processor.
- ProLiant DL380 Gen11 Boot Options: - The next major change to this server is the introduction of a brand new boot controller – the NS204i-u. - This boot controller does not require or use up a PCIe slot or front drive slot, unlike previous solutions. The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). The NS204i-u mounts in the rear of the system above the PSUs, which means that it no longer consumes a PCIe slot. The device is located close to the tertiary riser location, but does not prevent a system being configured with a tertiary riser. The two can co-exist. In addition, the NS204i-u can have the m.2 drives located internal to the system for device security (e.g., devices cannot mysteriously “walk away” … protection of the m.2 devices from intentional or non-intentional removal). The NS204i-u is also available with external access with hot pluggable capability in the external mode, which means that controller can be pulled out and the drives can be replaced. I/O With the Gen11 version of the HPE ProLiant DL380, we have moved from PCIe 4.0 (which supports up to 64 lanes) to PCIe 5.0 (which supports up to 80 lanes) – and increase of 25% in number of lanes. In a nutshell, more lanes means more bandwidth and faster connectivity to surrounding infrastructure! This server now contains 2x OCP3 slots in the rear of the system, which allows for balanced networking capability and expansion of storage controllers or network cards without consuming a PCIe slot, which means those slots can now be available for more network or storage controllers, or for other adapters like GPUs. In comparison, the HPE ProLiant DL380 Gen10 Plus had 1x OCP slot and 1x AROC (for storage controller). With Gen11, the AROC slot was removed and a second OCP3 slot was added. In addition, there is an increase in number of lanes from x8 to x16, which means the Primary Rise can have up to 3 x16 slots, the Secondary Riser can have up to 3 x16 slots. The tertiary riser also has 2 x16 slots. We still carry the traditional x8/x16/x8 risers, now there are field installable x16/x16/x16 risers. Memory You can never have enough memory bandwidth … the HPE ProLiant DL380 Gen11 supports DDR5, which helps feed this insatiable need for speed. While DDR4 DIMMs tops out at 3200 MT/s, DDR5 DIMMS deliver a 50% bandwidth increase to 4800 MT/s. (gigatransfers per second = GT/s, megatransfers per second = MT/s) Gen11 supports up to 4TB per CPU for a max total of 8TB per system when using 256GB DIMMS. Also Gen11 has 32 total DIMM slots or 16 DIMM slots per CPU. As an fyi, this has not changed from Gen10 Plus. Storage Controller Storage controllers in OCP3 form factor are being introduced, so now OCP storage controllers and NICs are now available. The benefit to users of this server is that OCP is an open systems standard, whereas AROC was proprietary to HPE. Intel’s VROC is available for creating RAID sets for NVMe and SATA devices. A license is required to use VROC for NVMe. When using VROC for direct attached SATA drive, this is included free in the CPU. Chassis While the chassis depth has slightly increased in LFF CTO servers, they still fit into standard racks that commonly deployed today. In other words, no need for a new rack! Last, but not least, the Gen11 version of the HPE ProLiant DL380 is based on the 4th Gen Intel® Xeon® Scalable Processor, which offers more cores when compared to 3rd Gen Intel Scalable Processor.
- The HPE ProLiant DL380a Gen11 is based on dual 4th Gen Intel® Xeon® Scalable Processors. -The “a” in the HPE ProLiant DL380a stands for ‘accelerator-optimized’; in other words, it is optimized for GPU-intensive applications. This server offers a new front-end GPU cage that hosts up to four (4) double-wide (DW) GPUs in an industry-standard server. Some advantages and associated benefits of four DW GPUs … The use of 4 DW GPUs can provide many more teraflops of processing power - more than what a single GPU can provide. This increased power enables organizations to run larger, more complex models and tackle more challenging AI tasks with greater efficiency. In addition to raw processing power, AI applications also require high-bandwidth connectivity between the GPUs. Four double-wide GPUs provide ample interconnect bandwidth to ensure smooth data transfer between the GPUs. This is essential for multi-GPU training and parallel processing, which are critical for reducing the training time of AI models. The use of four double-wide GPUs in an industry-standard server allows organizations to easily scale their AI infrastructure as their needs change. This is because industry-standard servers are widely available and easy to upgrade, and the double-wide GPUs can be easily added or removed to meet the demands of the AI workload. The GPUs are located in the middle of the front of the server. With this design, it provides better thermal output – less heat is generated because the GPUs are not located near the other PCIe cards. For 4 DW GPU configurations, 2 neighboring PCIe cards are linked via an ‘NVLink High-Speed GPU Interconnect’, which is the same 900 GB/s in A100 and H100 The GPUs are powered by two dedicated power supplies. The main logic board has separate power supplies. Thus, the main logic board and the GPUs do not use the same power supplies. Memory You can never have enough memory bandwidth … the HPE ProLiant DL380a Gen11 supports DDR5, which helps feed this insatiable need for speed. While DDR4 DIMMs tops out at 3200 MT/s, DDR5 DIMMS deliver a 50% bandwidth increase to 4800 MT/s. (gigatransfers per second = GT/s, megatransfers per second = MT/s) Gen11 supports up to 3TB of memory at 4400 MT/s, and 2TB of memory at 4800 MT/s. There are a total of 24 DIMM slots or 12 DIMM slots per CPU. Storage Controller - Storage controllers are available in the OCP3 form factor. The benefit to users of this is that OCP is an open systems standard, whereas AROC was proprietary to HPE. - There are 2 storage support options – direct attach (DA) or connection via a tri-mode card When 8SFF are in DA mode, then 2 x16 OCP modules are free -Users can install the OCP modules they need or select 2 x16 FHHL PCIe Gen5 slots If using the tri-mode controller, 2 for factors are available - OCP or PCIe If using PCIe, 2 OCP cards and 2 FHHL PCIe Gen5 slots are available If using OCP is selected, 2 OCP slots (used by the tri-mode cards) or 4 FHHL PCIe slots are available DL380a also supports SR932i-p for balanced mode tri-mode card support -In this case up to 3 PCIe slots are free
- Front Drive Cage: - ML350 Gen11 offers 4 types of drive cages: new 12 EDSFF x4 NMVe; 8 SFF x4 NVMe; 8 SFF tri-mode drive cage; and the traditional 4 LFF SAS/SATA drive cage. Boot Options: - The next major change to this server is the introduction of a brand new boot controller – the NS204i-u. - This boot controller does not require or use up a PCIe slot or front drive slot, unlike previous solutions. The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). The location of NS204i-u with ML350 Gen11 is in rear of chassis and is hot-pluggable with external access, which means the controller can be pulled out and the drives can be replaced.) Furthermore, it is mounted in the rear of the system next to the PSUs, which means that it no longer consumes a PCIe slot. The device is located close to the tertiary riser location, but does not prevent a system being configured with a tertiary riser. The two can co-exist.
- Front Drive Cage: - ML350 Gen11 offers 4 types of drive cages: new 12 EDSFF x4 NMVe; 8 SFF x4 NVMe; 8 SFF tri-mode drive cage; and the traditional 4 LFF SAS/SATA drive cage. Boot Options: - The next major change to this server is the introduction of a brand new boot controller – the NS204i-u. - This boot controller does not require or use up a PCIe slot or front drive slot, unlike previous solutions. The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). The location of NS204i-u with ML350 Gen11 is in rear of chassis and is hot-pluggable with external access, which means the controller can be pulled out and the drives can be replaced.) Furthermore, it is mounted in the rear of the system next to the PSUs, which means that it no longer consumes a PCIe slot. The device is located close to the tertiary riser location, but does not prevent a system being configured with a tertiary riser. The two can co-exist.
- Front Drive Cage: - ML350 Gen11 offers 4 types of drive cages: new 12 EDSFF x4 NMVe; 8 SFF x4 NVMe; 8 SFF tri-mode drive cage; and the traditional 4 LFF SAS/SATA drive cage. Boot Options: - The next major change to this server is the introduction of a brand new boot controller – the NS204i-u. - This boot controller does not require or use up a PCIe slot or front drive slot, unlike previous solutions. The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). The location of NS204i-u with ML350 Gen11 is in rear of chassis and is hot-pluggable with external access, which means the controller can be pulled out and the drives can be replaced.) Furthermore, it is mounted in the rear of the system next to the PSUs, which means that it no longer consumes a PCIe slot. The device is located close to the tertiary riser location, but does not prevent a system being configured with a tertiary riser. The two can co-exist.
- Front Drive Cage: - ML350 Gen11 offers 4 types of drive cages: new 12 EDSFF x4 NMVe; 8 SFF x4 NVMe; 8 SFF tri-mode drive cage; and the traditional 4 LFF SAS/SATA drive cage. Boot Options: - The next major change to this server is the introduction of a brand new boot controller – the NS204i-u. - This boot controller does not require or use up a PCIe slot or front drive slot, unlike previous solutions. The NS204i-u contains 2x 480GB m.2 NVMe drives which are automatically configured for a RAID1 boot solution (i.e., does not require GUI or user intervention to configure) (NOTE: Previous generation was also auto configured). The location of NS204i-u with ML350 Gen11 is in rear of chassis and is hot-pluggable with external access, which means the controller can be pulled out and the drives can be replaced.) Furthermore, it is mounted in the rear of the system next to the PSUs, which means that it no longer consumes a PCIe slot. The device is located close to the tertiary riser location, but does not prevent a system being configured with a tertiary riser. The two can co-exist.
- HPE now brings you the next generation of Compute, the HPE Synergy 480 (SY480) Gen11. This compute module is based on dual 4th Gen Intel® Xeon® Scalable Processors, which offers more cores when compared to 3rd Gen Intel Scalable Processors. The new processors along with changes/improvements to the product line design (around the processors, memory, storage and boot options) affords a significant bump in performance over the HPE Synergy 480 Gen10Plus. From a memory perspective, the HPE SY480 supports DDR5 DIMMs with capacities up to 256GB and speeds up to 4800 MT/s. Each processor can fit up to 16 DIMMs (8 channels per processor, 2 DIMMs per channel). That’s a 50% increase in memory bandwidth when compared to the HPE SY480 Gen10 Plus. With the new design, we push once again to remove bottlenecks and increase data throughput or bandwidth from Compute to Fabric with PCIe 5.0 performance. This along with HPE Synergy Virtual Connect (VC) 100Gb network options increase the speed at which data is managed and provide opportunities to speed up the business transactions. The HPE Synergy 480 Gen11 Compute Module starts with a base chassis and then options get added. As with Gen10 Plus, the base chassis cannot sold by itself and requires a cage option, except if you plan on using the SY480 to Boot from SAN or boot from M.2. There are of five (5) storage cage options, which are now more flexible. If your needs change in the future, you can upgrade cages in the field along with memory and mezzanine options. SSD (SAS/SATA) and NVMe drives as well as an M.2 NVMe Hardware RAID1 Boot Option Kit are supported, all of which work with multiple drive cage solutions. (NOTE: The M.2 Boot Option Kit works with all drive cages (sits beneath drive cages, so drive cages can be used for additional local storage in the local server locations.) For more traditional implementations where boot and store capabilities need to be local to the server (e.g., typical VMware applications), 2- and 4-drive SFF premium models are available. For virtual storage applications like VMware vSAN, the 4-drive Direct Connect NVMe model is ideal. There are three (3) PCIe slots, which can be used as follows: Storage (in-Frame D3940 with SR416ie-m SAS Controller) 32Gb Fibre Channel (FC) for connection to HPE external storage solutions 10/25/50Gb Networking – Virtual Connect, Converged Network Adapters (CAN), or Ethernet
- Intent of slide: Deploy HPE Synergy for any workload Let’s talk about customers can gain efficiency and control, and deploy IT resources quickly for many workloads through a single interface with HPE Synergy. Remember, HPE Synergy was designed to enable a broad range of applications and operational models, including physical and virtual workloads and newer cloud-native, containerized, hybrid cloud, and DevOps applications. This makes it a single hybrid infrastructure that bridges today’s bimodal computing model, so you can run traditional applications like Client Virtualization, Data Management, Business Apps, and Data Analytics to support existing business processes, while driving revenue and customer experiences with new deployment models like Hybrid Cloud, Containers, DevOps, Software Defined Data Center. To make it easy, HPE has partner with leading industries ISV’s and publishes an extensive collection of reference architectures and certifications that reduce the complexities of planning, designing, and implementing infrastructure across many different workloads on the HPE Synergy platform. Based on decades of HPE technical experience, these validations provide a repeatable, best-practice approach with fully tested workload architectures for faster, easier, and lower-risk design and deployment. Virtualization The HPE Synergy 480 Gen11 uniquely supports high user density and delivers a high‑quality end‑user experience to help customers transform their digital workplaces through unprecedented levels of agility and lower costs. Data Management The HPE Synergy 480 Gen 11 is an ideal platform for data management requirements because it accelerates the deployment of environments, consolidates workloads, and simplifies management. The time savings and streamlined management allows IT teams to focus less time and energy on the set up of database environments and invest more time ensuring staff are sufficiently supported and internal IT needs are met quickly. Business Apps HPE Synergy is the ideal platform for customers who want to consolidate their applications to a single management architecture, to maximize the efficiency of their HANA test/dev environment, and to stand up a mission-critical production instance on HPE Synergy. In addition, HPE Synergy is a certified platform for SAP HANA, offering resource pools which can be customized at provisioning time for specific database needs. Hybrid Cloud For enterprise customers looking to accelerate their journey to Hybrid Cloud, HPE Synergy with VMware Cloud Foundation (VCF) is the solution of choice. Offering unique, integrated management, VCF running on HPE Synergy delivers an enterprise-ready private cloud solution that is flexible, automated, simple to operate, and cost efficient. In addition, its easy to deploy using HPE automation tools, which has been shown to be 20x faster from an application deployment perspective, thus reducing deployment times from weeks to mere days. There is also a higher degree of confidence with errors reduced and guesswork eliminated through an automated deployment data collection tool. All of this automation means that 100s of manual steps are eliminated making the process scalable and repeatable. This can only help to boost the productivity of a development team. Containers To enable container application delivery enterprise‑wide, IT organizations need a solution that can deliver containers at scale. Such a solution must include a production‑ready container system that supports high availability, scalability, and persistent storage as well as security lifecycle management, and monitoring. HPE Synergy meets these needs by offering a series of solutions that can accelerate adoption of containers from development through operations. Together with industry‑leading containers from Red Hat and Docker, HPE Synergy backed by HPE storage solutions - delivers fully integrated, enterprise‑grade container platforms. Software-Defined Storage The HPE Synergy 480 Gen11 is Composable Infrastructure certified for VMware vSAN, thus a perfect choice for Software-Defined Storage. A core value proposition of Software-Defined Storage is that it pools all local storage disks available on the hosts (compute servers) into a single data store shared by all compute servers. This is fundamentally well aligned with the fluid resource pools concept behind composability. Furthermore, with traditional rack servers, compute and storage do not generally scale independently, but with HPE Synergy, you can scale storage and compute separately. This makes it a perfect fit for Software-Defined storage solutions allowing for storage capacity growth without requiring additional server resources to host them.
- Slide intent: HPE Compute management portfolio overview HPE is enhancing the management experience... not taking anything away... Here is a quick overview of our compute management portfolio. -HPE iLO is embedded server management that enables you to securely configure, monitor, and update your HPE servers from anywhere, and is the foundation of our management capabilities -HPE GreenLake for Compute Ops Management delivers unified server operations as-a-service from edge to cloud from within the HPE GreenLake cloud platform -HPE OneView is integrated IT infrastructure management software, located on premises, that automated IT operations and simplifies infrastructure lifecycle management across compute, storage and networking
- Secure, sustainable, and trusted
- Secure, sustainable, and trusted
- Secure, sustainable, and trusted