• CPU+GPU computing with Rmax/Rpeak efficiency average efficiency level is 47% • Rmax = 70TFlops as requirement of computational result: -Target70TF
Problem Size and Total Core Define Problem Size (N*N)= 80% x memory size/node (in bit) x No. of node = 0.8*88*1,024*1,0
ESC4000 Rmax 0.95 1.78 3.42 93.9% 90.09% 6.62 87% - Configuration:ESC4000(Xeon 5670*2, 8GB*12, M2050*3), InfiniBand Switch, - Tools: Redhat 5.5 , CUD
Infrastructure Computing Node (48G) X 48 Computing Node (96G) X 40 Storage Node X 6 Control Node X 4 InfiniBand Switch (126 ports) GigaBit Ethernet s/
HPL Performance 60 59 58 57 56 55 54 TeraFLOPS day3 5 7 9 11 13 15 17 Sept. 2011 TFLOPS 56.5 56.4 57.7 56.3 56.3 56.8 55.6 56.0 57.8 56.8 56.1
Cost-Performance Value 70 TFLOPS Super Computer 48 Computing Nodes (48G memory) 40 Computing Nodes (96G memory) 4 Control Nodes 6 Storage Nodes 1
GPU SC vs CPU SC -Top500 Formosa4-Rank234 Pure X5670 CPU Cluster Rmax 70.43TFlops 70.43TFlops Rpeak 148.336TFlops 88% efficiency (very high) Node
Formosa4-Rank234 CPU Cluster-Rank 237 Rmax 70.43TFlops 70TFlops Rpeak 148.336TFlops 74.5472TFlops Nodes 88 9.45X 832 Cost 1 million 4X 4 mi
Computational Fluid Dynamics OpenCurrent BAE Systems ANDSolver Euler Solvers Lattice Boltzman Navier Stokes Molecular Dynamics / Quantum Chemistry AM
ASUS GPU solution from Basic to Advance! ESC1000 G2 Single Socket + 2 x16 Gen3 ESC2000 G2 Dual Socket + 4 x16 Gen3 ESC4000 G2 Series Dual S
From DataCenters to Supercomputers A Deep Dive Into ASUS Solutions Christopher Liang / Server/WS Product manager
6 * PCI-E x16 slots ( 2* Gen3 x16 or 4* Gen3 x8 link; 2* Gen3 x4 (white)) 4 * Hot-swap 3.5” SATA HDDs Cage 3 * 5.25" media bays 80Plus Golden
PS2 KB/MS ports USB2.0 ports BISO Flashback Switch Optical SPDIF Out port USB2.0/1394a/LAN ports USB3.0/LAN ports 8-ch. Audio ports Expansion slots US
Flexible Configurations 6 PCIe Gen3 x16 slots for Flexible Expansions Professional-oriented: Full Compatible with Quadro GPUs Computing-oriented
Quiet Working Environment Quieter Environment; Better Performance Intelligently detect system loading and auto adjust fan speed and power consumpt
85s 27s Convert 3GB ISO File From (C:) to (D:) Transfer Time (sec) (Lower is better) - SSD: OCZ SOLID 3 60G - Serial ATA HD:WD WD1002FAEX 1TB - O.S:
ESC2000 G2 4 * PCI-E x16 (2* Gen3 x16 or 4* Gen3 x8 link) 4 * Hot-swap 3.5” SATA HDDs Cage 3 * 5.25" media bays 80Plus Golden 1350W Single P
ESC2000 G2 PS2/USB2.0 ports Optical SPDIF Out port USB2.0/LAN ports USB3.0/LAN ports 8-ch. Audio ports Expansion slots USB3.0/USB2.0 ports Microphone/
Flexible Configurations 7 PCIe Gen3 x16 slots for Flexible Expansions Professional-oriented: Full Compatible with Quadro GPUs Computing-oriented
Hybrid Computing Power HPL Linpack Score (Gflops) 1111 1329 837 3 GPU 2 GPU 4 GPU * Test Configuration: MB:Z9PE-D8 WS / CPU : Intel Xeon E5-2687W x 2/
CPU & Memory Overclocking CPU Overclocking on 2-Way Platform CPU BCLK Overclock-able from 100MHz to 105MHz* 4.47% EXTRA performance gain on
ASUS is a global technology leader in the digital era. We focus on the mastery of technological innovation and design perfection. We’re very critical
CPU & Memory Overclocking Read Speed (MB/s) 17638 19689 DDR3 1600 DDR3 2133 Test Configuration: MB:Z9PE-D8 WS / CPU : Intel Xeon E5-2687W x 2/DRAM
85s 27s Convert 3GB ISO File From (C:) to (D:) Transfer Time (sec) (Lower is better) - SSD: OCZ SOLID 3 60G - Serial ATA HD:WD WD1002FAEX 1TB - O.S:
•Easy to Manage • Centralized Management • Asset Management • A Variety of Notification Mechanism • (Event Log, Email, SNMP Trap) • Integrated BMC
Intel® C602 Chipset 8 * PCI-E x16 ( 4 * Gen3 x16 or 8 * Gen3 x8 link) 8 * Hot-swap 3.5” SAS/SATA HDDs Cage InfiniBand FDR* Dual Intel® Xeon® E5-26
High Density Computing Power in 2U Ultra-high density solution in 2U system 2 CPUs(up to 135W), 4 double-deck GPUs, 8 HDD Bays and 16 DIMMs Hybrid
8+1 Flexible Expansion Configuration Up to 8 PCI-E Gen3 x16 slots for expansion Compatible with versatile expansion cards Fully Unleash GPU’s Comp
Intelligent System FAN Control II Dynamic Adjustments of Independent Thermal Areas GPU Area CPU Area GPU Area Intelligent System FAN Independent sma
•Easy to Manage • Centralized Management • Asset Management • A Variety of Notification Mechanism • (Event Log, Email, SNMP Trap) • Integrated BMC
1+1 1620W 80+ Platinum Redundant PSU Hot-Swap Features for online service Non-80 PLUS PSU Power Efficiency 80+ Platinum PSU Power Efficiency *at 50% o
Mass Storage Capacity - 8 * Hot-Swap HDD Bays - High Availability and Easy Maintenance Outstanding Computing Power - Quad Processors Platfor
ASUS Worldwide ASUS has a strong presence in over 50 countries, with offices in Europe, Asia, Australia and New Zealand, the Americas, and South Afric
4 CPUs + 2 GPUs Hybrid Power – Quad PCI-E Gen3 x16 slots (2 at x16 or 4 at x8 link) – Support Full-length & Full-height cards for flexible expan
InfiniBand QDR (56Gb/s) with QFSP port High-speed Interconnection – InfiniBand FDR on board (RS926-E7/RS8) – 56Gbps inter-connective performance – Hi
ASUS Exclusive PIKE Solution – Flexible to upgrade SAS 6Gb interface – Full-compatible & cost-effective RAID solution – No expansion slot is occu
•Easy to Manage • Centralized Management • Asset Management • A Variety of Notification Mechanism • (Event Log, Email, SNMP Trap) • Integrated BMC
ASUS Solution Partner
Q & A ASUS GTC Booth number:83 Christopher Liang/ PM team [email protected] Sharon Lu/ PM team [email protected] Fumio Suzuki/ FAE Fumio_su
ASUS closed 2011 on a high, with revenues around US$11.8 billion. As of September 2010, the brand is estimated to be worth US$1.285 billion*. 10.1 7.6
Leader in Performance and Reliability #1 Motherboard Since 1989, ASUS has shipped over 420 million motherboards. Placed end to end, they can form a c
Why ASUS ? 1. Though design thinking to provide cutting edge SPEC 2. BIOS – superior performance through increased functionality and upgradeability 3.
2011 GPU Engagement KGMH-D16/QDR x1315 ESC4000 x88 P8P67 WS Revolution x225
• CPU Rpeak (HPL, High-Performance Linpack) Rpeak = CPU frequency x floating pt. per clock cycle x CPU core count x No.
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