BOOST YOUR CODE
NVIDIA TESLA K80
FOR THE ACCELERATED
DATA CENTER
®
®
ENGINEERED TO MAXIMIZE APPLICATION PERFORMANCE
PCI-E
DUAL GPU
ACCELERATOR
24 GB GPU
MEMORY
2X
Dual GPU design allows for higher
overall application throughput.
GPU BOOST
Double memory enables the K80
to run bigger data applications.
2X SHARED
MEMORY
GPU
Dynamic GPU boost automatically
maximizes application performance
by taking advantage of any
available power head room.
Enables more concurrent threads to
deliver significant speedup without
changes to GPU-accelerated code.
240 GB/s
240 GB/s
12GB RAM
12GB RAM
A GIANT LEAP IN PERFORMANCE
PEAK DOUBLE PRECISION FLOPS
PEAK MEMORY BANDWIDTH
3000
500
K80
NVIDIA GPU
x86 CPU
2500
K80
NVIDIA GPU
x86 CPU
400
1500
K20
M2090
200
1000
K20
M1060
M2090
500
K40
300
K40
GB/S
GFLOPS
2000
100
M1060
0
0
2009
2010
2011
2012
2013
2014
2009
2010
2011
2012
2013
2014
PERFORMS 2-4X FASTER THAN ITS PREDECESSORS
AMBER
K80
K20
GROMACS
MOLECULAR
DYNAMICS
M2090
LAMMPS
CPU
NAMD
HOOMD-Blue
QMCPACK
QUANTUM
CHEMISTRY
Quantum
Espresso
TeraChem*
CHROMA
Cloverleaf
PHYSICS
LSMS
miniFE
DEEP LEARNING
Caffe
SPECFEM3D
GEOPHYSICS/
OIL & GAS
RTM*
FINANCE
STAC-A2*
X0
X5
X10
X15
X20
X25
RELATIVE PERFORMANCE
*CPU comparison not available.
CPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, GPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, Dual Tesla M2090/K20/K80; K80 GPU Boost enabled.
MOLECULAR DYNAMICS
AMBER:
DAYS TO SIMULATE 1 MICROSECOND
K80
CPU
M2090
K20
5.7 DAYS
40.7 DAYS
21.6 DAYS
9.0 DAYS
K80
Eight of these Tesla K80s in one system combine
16 GPUs in a node—that's almost 1.4 microseconds
aggregate of MD per day for a 25K atom system!
For the same workload, a dual-socket CPU
server would take over two and a half months to
complete.
K20
M2090
CPU
0
7
14
21
28
35
42
CPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, GPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, Single Tesla
M2090/K20/K80; K80 GPU Boost enabled, Dataset: 1 microsecond PME-JAC_NVE simulation on AMBER 14
Prof. Ross Walker, San Diego Supercomputer Center
QUANTUM CHEMISTRY
TERACHEM:
WEEKS TO SIMULATE 25ps OF TRPCAGE
AB INITIO PROTEIN DYNAMICS
K80
K20
2.8 WEEKS
M2090
4.9 WEEKS
7.8 WEEKS
K80
K20
TeraChem is used by researchers worldwide to
understand electronic structures for discoveries
ranging from efficient photovoltaic material
to drug development.
Tesla K80 delivers 2.8x performance over Fermi
GPUs, enabling researchers to accelerate their
computation from months to weeks.
Prof. Todd Martinez, Stanford University
M2090
0
2
4
6
8
CPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, GPU Server: Dual-socket E5-2697 v2 @ 2.7GHz, Dual Tesla
M2090/K20/K80; K80 GPU Boost enabled. Dataset: TeraChem TRPcage. Extrapolated from a single point
energy calculation
OIL AND GAS
ECHELON:
WEEKS TO COMPUTE RESERVOIR SIMULATION
K80
K20
2.3 WEEKS
Oil and gas companies can accelerate reservoir
simulations with Tesla K80 by 2-3x compared
to Tesla K10 and M2090 GPUs.
M2090
5.7 WEEKS
7 WEEKS
K80
K10
M2090
0
2
4
6
8
Dual 2x Xeon E5-2630v3 @ 2.4GHz and 1x K80 node; Dual Xeon E5-2640 @ 2.5GHz and 1x K10 node; Dual Xeon E5-2620
@ 2.0GHz and 1x M2090 node. Dataset: Dual-porosity simulation of a hydraulically fractured reservoir with 2M active
cells for over forty years of production.
In addition, Tesla K80 handles 3-4x larger
models, so engineers can run more detailed
simulations.
Ken Esler, Senior Physicist, Stoneridge Technology
FluiDyna TYPHOON K80
This pre-configured 19'' rackmount
server accelerates your computing
with eight NVIDIA® Tesla™ K80 GPUs
and two Intel Xeon Haswell E5-2650v3
Processors.
RAM
FluiDyna TYPHOON K80
Graphics
IPMI
Drivers
Powersupply
Chassis
OS
128GB GDDR4 PC2133 ECC
expandable
VGA on board
IPMI v2.0 compliant
2x 1TB 24/7 Raid SATA HDD
3x 1600W redundant
4U Rackmount Chassis
with high efficiency cooling
Windows, Linux
FluiDyna GmbH belongs to the experts within the demanding field of GPU-based
High Performance Computing for fluid mechanical problems. The company
develops integrated hard- and software solutions for faster, customized and
more efficient computing. Its core expertise lies particularly in the development
and application of numerical methods of flow simulation and thermodynamics.
www.fluidyna.com | +49 (0)89 5589-09614 | sales@fluidyna.com
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