Supermicro Evolutionary Fat Twin Architecture

Transcription

1 Supermicro Evolutionary Fat Twin Architecture Peter Maas Application Engineer Manager Supermicro 2012

2 Data Center Challenges Space Constraints Limited Power and Cooling Initial Acquisition costs and Maintenance costs with FAT Twin in the Data Center: Flexible, higher performance & density system design Free-Air cooling, better power & cooling efficiency minimized TCO, ease of maintenance, lower acquisition costs

3 Application Optimized vs. Flexible GPU Application Hadoop/Storage Application HPC/Cloud Application? SMC Fat Twin Server Solution

4 Space Constraints Flexible, free-air cooling, TCO minimized Flexibility, Performance, Density Modular design with variety of choices 5.5 TFLOPS compute power per 8 node enclosure 8 hot-plug 3.5 HDD per 1U 128TB per 4 node enclosure Under 30 more vertical space for network switch & PDU need more? GPU, Hadoop solutions coming

5 Power and Cooling Flexible, free-air cooling, TCO minimized PUE optimized 130W/135W 47 o C High efficiency shared fan 95+% Platinum level digital power supply Unrestricted airflow without midplane or I/O connect

6 Maintenance Flexible, free-air cooling, TCO minimized Convenient Serviceability Lowest TCO Front accessible I/O Hot-swappable HDD, fan & power Individually serviceable server from cold aisle

7 Supermicro Fat Twin Overview Volume Production Volume Production Coming Soon Fat Twin Rear I/O Fat Twin Front I/O GPU, Storage Optimized Solutions 4U with 4-node/8-node PUE optimized 130W/135W More flexible, dense storage /3.5 SAS/SATA; 8 HDD/1U More add-on cards 4U with 4-node/8-node PUE optimized 130W/135W Front I/O cabling Redundant hot-plug fans Cost effective storage Densest GPU solution Lower cost storage for Big Data Much more features Standard 19 Racks, Front Access Server Nodes, Industry Standard IPMI 2.0 Highest Efficiency Redundant Power Supply (95%+)

8 SYS-F627R3-FT / SYS-F627R3-F73 Front I/O accessible SAS2 S/W RAID (2308) Intel Xeon Sandy Bridge E Series Socket R 8 Reg. ECC DIMM SATA Disk on Module 4 Hot-Swappable 3.5 HDD per U Long-lasting failure alarm LED 2X GbE ports Dedicated IPMI port 2 USB and 1 VGA ports Low Profile x16 PCIe Slot Front accessible hotswappable tray features better serviceability X9DRFF

9 SYS-F617R3-FT Front I/O accessible SAS2 S/W RAID (2308) Intel Xeon Sandy Bridge E Series Socket R 8 Reg. ECC DIMM SATA Disk on Module 2 fixed 3.5 HDD per node Long-lasting failure alarm LED 2X GbE ports Dedicated IPMI port 2 USB and 1 VGA ports Low Profile x16 PCIe Slot Front accessible hotswappable tray features better serviceability X9DRFF

10 Rear View of Front IO Fat Twin 1+1 redundant 1620W 94+% PSU Or 1280W 95+% PSU 80mm x 80mm hot-swappable shared heavy duty fan

11 SYS-F627R3-RTB+ / SYS-F627R3-R72B+ PUE Optimized SAS2 H/W RAID (2208) with BBU support Intel Xeon Sandy Bridge E Series Socket R 6+2 Hot-Swappable 3.5 HDD per U 16 Reg. ECC DIMM Individual power/led control SATA Disk on Module Front accessible hotswappable tray features better serviceability X9DRFR

12 Introducing to 8 hot swappable 3.5 HDDs per U W 95% PSU 2x 3.5 HDDs or 2 PCIE 3.0 x8 1x LP PCIE 3.0 x16 1x Micro LP 2x USB ports 1x VGA port 2X GbE ports 1x Dedicated IPMI port

13 SYS-F617R2-RT+/SYS-F617R2-R72+ SAS2 H/W RAID (2208) with BBU support Intel Xeon Sandy Bridge E Series Socket R 6 Hot-Swappable 2.5 HDD 16 Reg. ECC DIMM Individual power/led control SATA Disk on Module Front accessible hot-swappable tray features better serviceability X9DRFR

14 Rear view of SYS-F617R2-RT+ / SYS-F617R2-R redundant 1620W 94+% PSU 2x USB ports 1x VGA port 1x LP PCIE 3.0 x16 Micro LP: 2x G-LAN 1x FDR IB 1x 10G SFP+ 2X GbE ports 1x Dedicated IPMI port

15 K10/K20/K20X GPU Fat Twin Up to 12 Double Width GPU per 4U in 4 nodes Intel Xeon Sandy Bridge E Series Socket R Intel Xeon Phi Hot-swap node 2 additional Gen 3 x8 slots Best Cooling System Design GbE / 10GbE onboard option Front accessible I/O Hot-swap 2 x 3.5 /6 x 2.5 SAS/SATA/SSD Drive SYS-F627G3-FT+ Platinum level high efficient 1620W redundant power supply & hot-swappable cooling fans 2000W enabled

16 Fat Twin Product Spec GPU Optimized System FatTwin = Best Performance / Watt / $ / ft 2 SYS-F627G series 4x Hot-plug MB nodes Dual Sandy Bridge EP processor 16x DDR3 DIMM 3x GPU support Front I/O, 35 enclosure Confidential SYS-F647G series 2x Hot-plug MB nodes Dual Sandy Bridge EP processor 8x/16x DDR3 DIMM 4x/6x GPU support Front I/O, 35 enclosure Confidential

17 Fat Twin Product Spec Hadoop System FatTwin = Best Performance / Watt / $ / ft 2 Hadoop optimized series DP 4x Hot-plug MB nodes Dual Sandy Bridge EP processor 16x DDR3 DIMM 12x x 2.5 HDD 1x PCIe LP slot Front I/O, 35 enclosure Confidential Hadoop optimized series UP 4x Hot-plug MB nodes Single Sandy Bridge EP processor 8x DDR3 DIMM 12x x 2.5 HDD 1x PCIe LP slot Front I/O, 35 enclosure Confidential

18 Optimized design for different applications - Datacenter, Cloud, HPC applications - Science, Research, GPU applications - File server, Storage server - General server, Enterprise server Fat Twin, Definitely! Extreme Flexibility, leading performance, and high density - Flexible and configurable node structure TFLOPS compute power per 8 node enclosure - 8 hot-plug 3.5 HDD per 1U 128TB per 4 node enclosure Free-Air cooling - PUE optimized design (PUE ~1.1) - 135W CPU support up to 35 o C / 130W support up to 47 o C - High efficiency design for MB/system and sharing cooling with 3-10% less power usage Lowest TCO, ease of maintenance - Hot-plug server node accessible from cold aisles - Hot-plug HDD, power & cooling fans - Shared resource design reduces support complexity - Industry standard rack and AC power

19 Thanks

20 BACK UP

21 Extensive connectivity from micro LP cards AOC-CIBF-M1 FDR Infiniband single QSFP and dual USB 2.0 ports AOC-CTG-i1S 10 Gigabit Ethernet SFP+ and dual USB 2.0 ports AOC-CGP-i2 Dual Gigabit Ethernet ports

22 Why Front I/O? Today s datacenters arrange racks in a hot aisle/cold aisle layout intended to achieve maximum cooling efficiency

23 Thermal sensor view of Data Center Difficult to work in hot aisle in long period of time Front I/O servers provide ideal solution to data center environment.