Asus AS-D798 User Manual

• 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.