from ocp hardware to ocp total solutions - inspur systems
TRANSCRIPT
OCP GLOBAL SUMMIT 2020
From OCP Hardware to OCP Total Solutions
Yinan LiuCustomer Program Manager, Inspur
OCP GLOBAL SUMMIT 2020
Open Platforms Data Centers AI/Deep Learning
Inspur is a leading data center and cloud
computing total solutions provider
As the world’s number 3 server provider, we deliver and deploy
robust, performance-optimized, purpose-built solutions to customers
around the globe to address emerging industries and applications.
From building blocks to full-stack solutionsInspur Server Retains Fastest Growth in 2019
Inspur Overview
OCP GLOBAL SUMMIT 2020
Energy Efficiency
Compute Sled
ON5263M5
San Jose
Inspur Overview
Inspur joined OCP community in 2016 andbecame Platinum Member since 2017
We contributed products/solutions from compute nodes, AI, storage to RMC and total solutions
High-Density NVlink
GPU Expansion
NF5388M5
Mission Bay
Flexible High-Density
2U 4-Socket Server
NF8260M5
Crane Mountain
4-Socket Server for
Hyperscale Cloud
Workloads
Olympus
High-Density
JBOD
ON5266M5
Goose Lake
OpenRMC Sub-
Project
OAI
Sub-Project
OCP GLOBAL SUMMIT 2020
Crane Mountain 4-Socket Server (NF8260M5)
Crane Mountain 4-Socket server was contributed in 2019, together with Intel
Jason WaxmanIntel CVP in 2019 OCP Global Summit
OCP GLOBAL SUMMIT 2020
Crane Mountain 4-Socket Server (NF8260M5)
Riser Module 2
Riser Module 1
Riser Module 0
CPU1
CPU0
CPU2
CPU3
Product Specifications
Model Number NF8260M5
Form Factor 2U, 4-Socket Rack Server
Processors 2 or 4 Intel® Xeon® Scalable Processors, up to 205W
PCH Intel® C620 Series Chipset (C622, C624, C627)
Memory 48 DDR4 DIMM slots, up to 2933 MT/s
Storage24*2.5” SAS/SATA/SSD/NVMe SSD, supports hot swappable
2*M.2 PCIe & SATA on Board
Network 1 GE Management Port, Supports IPMI2.0, KVM over IP
PCIe ExpansionMax. 8*PCIe3.0 Slots, and 1*OCP slot
Up to 4*GPU (Optional)
Power Supply Unit 2*PSU, supports 1+1 redundant
System Dimensions 87H*446W*780D (mm) / 3.43H*17.56W*30.7D (inch)
Operating TemperatureRange
5 - 35oC / 41 - 95oF
OCP GLOBAL SUMMIT 2020
Crane Mountain 4-Socket Server (NF8260M5)
Maximum performance per node with highest memory bandwidth and IO throughput
High density core count per system/rack
Reduce TCO compared to 2 dual-socket servers
High Performance High Density Cost efficiency
OCP GLOBAL SUMMIT 2020
VS80 CPUs480 DIMMs64 ports switch40 chassis, MB80 Boot Drives40/80 NICs80 Power Suppliers
80 CPUs480 DIMMs64 ports switch20 chassis, MB40 Boot Drives20/40 NICs40 Power Suppliers
System Power ConsumptionItem NF5280M5* NF8260M5**
CPU 150*2=300W 150*4=600W
Mem 16*4=64W 32*4=128W
OS Storage 2*8=16W 2*8=16W
Data Storage 3*8=24W 6*8=48W
Raid 15W*0.8=12W 15W*0.8=12W
Network 15W 15W
MB 42W 60W
FAN 30*4*0.5=60W 60*6*0.3=108W
Total 533W 987W
NF8260M5 VS 2*NF5280M5 Power Saving:~7%
* NF5280M5 Config 150W CPU*2/16G Mem*16/480G SSD*2 /SSD*3 /Raid*1/10G*1/2*800W
**NF8260M5 Config 150W CPU*4/16G Mem*32/480G SSD*2 /SSD*6 /Raid*1/10G*1/2*1300W Additional saving on network fabric & boot device will further lower the TCO
System Cost
L10 Cost Down L6 Barebone Cost Down
1*2U4S vs. 2*2U2S 5%~6% 21~27%
Crane Mountain 4-Socket Server (NF8260M5)
2U2S in TWO 42U Rack 2U4S in ONE 42U Rack
OCP GLOBAL SUMMIT 2020
4S Use Cases and OCP Total Solutions
OCP GLOBAL SUMMIT 2020
Use Case 1: Crane Mountain 4S for SAP HANA
Inspur NF8260M5 server is designed with 2nd Generation Intel® Xeon™ Scalable Processor, optimized with Intel® Optane™ persistent memory, and certified for SAP HANA®
OCP GLOBAL SUMMIT 2020
SAP HANA Value Prop
Better Solutions Lower TCOSimplify Landscape
With Intel® Optane™ Persistent Memory
OCP GLOBAL SUMMIT 2020
SaveMore
Deliver More for Less
SimplifyConsolidate
MoreCapacity 100%
SAP HANA Use Case
Lower Cost/System
With Intel® Optane™ Persistent Memory
Scale-out21 Node
Scale-up8 Node
40% + TCO Saving
OCP GLOBAL SUMMIT 2020
Use Case 2: Crane Mountain 4S for Redis workload
Crane Mountain 4S server achieved faster computing performance and lower latency in open source, in memory data structure store Redis application
4S Demo Systems for Redis Workload Evaluation
OCP GLOBAL SUMMIT 2020
Redis Benchmark Performance Comparison of 4S vs 2S
0.00
1000000.00
2000000.00
3000000.00
4000000.00
5000000.00
6000000.00
7000000.00
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9000000.00
1:9 2:8
TOTAL TPS
5280M5 8260M5
0.0000
0.1000
0.2000
0.3000
0.4000
0.5000
0.6000
0.7000
0.8000
1:9 2:8
P99 LATENCY(MS)
5280M5 8260M5
Benchmark test case
Redis Instance: 48 on 2S; 96 on 4SRedis memory: 15GData_size: 1KSet:get: A:1:9; B: 2:8
NF82600M5CPU: Intel ® Xeon ® Gold 6262*4RAM:: 32G DDR4 *48
Hardware configuration
NF5280M5CPU: Intel ® Xeon ® Gold 6262*2RAM:: 32G DDR4 *24
Crane Mountain 4S Optimized Solution for Redis workload
✓ Great performance scalability✓ One 4S achieves ~2.1 times Total TPS than one 2S✓ P99 Latency in 4S is 10%-30% reduced than
Latency in 2S
The higher is better
The Lower is better
OCP GLOBAL SUMMIT 2020
AOF file (log)AOF
Pointers (to log)
Write request
Store key/value
Append operation into AOF log file
Write request
Store key
Store value
Append pointer into AOF log file
PMEM
Crane Mountain 4S Optimized Solution for Redis workload
• Use Intel PMem to store values instead of DDR4
• Append only pointer into SSD instead of full operation to reduce the write time
* https://github.com/pmem/pmem-redis
PMem-Redis* for advanced performance in Crane Mountain
with Intel® Optane™ persistent memory
PMem-Redis is a version of Redis that supports Intel Optane persistent memory (“PMem”) based on open source Redis 4.0. It benefits Redis’ performance by taking advantage of the capacity and persistence of PMem.
OCP GLOBAL SUMMIT 2020
Crane Mountain 4S Optimized Solution for Redis workload
Mode: DRAM QPS: 1,806,168 Mode: AD QPS: 5,523,637
✓ Achieves ~3 times QPS improvement with AD mode✓ Tiered storage architecture. Resolve NVMe Bandwidth limitation during the writing to AOF log✓ System cost increases 40% by using PMem but achieves 3 times better performance in write intensive
applications; Significant improvement in performance/price.
OCP GLOBAL SUMMIT 2020
Active participation• Inspur Participation since Oct. 2018• Initiatively co-chair OpenRMC project & define the specification
Work progress• Define OpenRMC Northbound API specification.• Contributed Inspur OpenRMC source code to OCP(https://github.com/opencomputeproject/Rack-Manager/tree/master/Contrib-Inspur)• Contribute one management node as the vehicle for the OpenRMC Hardware management.
OpenRMC specification long-term plan• Implemented rack-level resource management(incl. server, rack, power etc.)
• Planning resource dynamic provision & stateless computing (based on composable resources infrastructure)
Inspur OpenRMC Contribution to OCP
OCP GLOBAL SUMMIT 2020
RMC Web ServerRack Manager Controller Service on top ofOpenBMCEvolved from limited nodes to whole rack
RMC Web UIRMC Client (To DC manager)Along with remote access toolResource collections and service profiles
displayed with Redfish schema in JSON format
South Bound Change from D-Bus to support Redfish RESTful API
North Bound Redfish RESTful API SupportEnriched service profiles
Redfish
Southbound Interface
SENSOR FAN
ADC
NODE
MEMORY
PSU
CPU ……
Redfish
RMC Service
RMC WEBUIRMC USER TOOL
Northbound Interface
PSUSENSORNODE INFO
FAN CTRL
REDFISH API FIREMARE UPDATE
FRU
INVENTORY
SYSLOG
THERMAL CTRL POWER CTRL …
Application
Redfish Redfish
OpenRMC Key Modules & Software Architecture
OCP GLOBAL SUMMIT 2020
OCP Rack Solution for SAP HANA Workloads
The Inspur OCP Cloud Optimized Rack Solution is fully integrated rack solution combining OCP recognized hardware and validated software, allowing customers to manage resources as software in an efficient, scalable manner. Easily manage physical and virtual infrastructure with its Open Source rack management toolset, ideal for cloud native, object storage and container enterprise workloads
Inspur actively launched the OpenRMCproject, which can help small and medium-sized
data center customers greatly reduce their IT operation and maintenance costs, simplify software-based rack management and improve efficiency.
Architecture Server Software
OCP GLOBAL SUMMIT 2020
Wrap Up
• 4 socket solutions are being adopted for large database and high-density applications
• Next step for OpenRMC development is to implement an unified rack manager
• Delivering total solutions to customers will accelerate adoption of open technologies
THANK YOU
For more information, please visit www.inspursystems.com