Fujitsu today announced the availability of the PRIMEHPC FX10 supercomputer, which is capable of scaling to a top theoretical processing performance of 23.2 petaflops (PFLOPS).
The company also announced the development of cooling technology that employs
waste heat generated by CPUs to produce chilled water that can be used to cool
All of the
PRIMEHPC FX10's components - from processors to middleware - have been developed by Fujitsu. The system can be scaled to meet various needs, up to a 1,024 rack
configuration achieving a speed of 23.2 PFLOPS.
The new system is also compatible with the "K computer" supercomputer, which is
being developed by RIKEN and Fujitsu as part of an initiative led by Japan's
Ministry of Education, Culture, Sports, Science and Technology (MEXT).
In its largest potential configuration consisting of 98,304 nodes, 1,024 racks,
the supercomputer delivers a high-speed, ultrascale computing environment with a
theoretical computing performance of 23.2 petaflops and 6 petabytes of memory.
PRIMEHPC FX10 runs on the newly-developed SPARC64 IXfx processors, which offer a
significant boost in performance over the SPARC64 VIIIfx processor on which they
are based and which power the K computer. Each processor has 16 cores and
achieves standalone performance levels of 236.5 gigaflops and performance per
watt of over 2 gigaflops.
PRIMEHPC FX10 also features a variety of enhancements for high-performance
computing, such as high memory bandwidth, scalable "Tofu" interconnects with 10
links, each delivering high performance levels of 5 GB/s x 2 (both directions),
and Fujitsu's original HPC middleware, Technical Computing Suite, which has a
compiler and library, resulting in high execution performance for massively
Fujitsu's original technology VISIMPACT makes it easy to automatically implement
a hybrid parallel programming model that combines threads with Message Passing
Interface enhancing scalability.
Due to its processors, which include the same built-in RAS functions found in
mainframes, and "Tofu" interconnects, which employ flexible 6-dimensional
mesh/torus architecture, PRIMEHPC FX10 delivers high reliability and
Moreover, thanks to the system management and job operations management
functions in Fujitsu's Technical Computing Suite HPC middleware, as well as its
distributed file system, FEFS, that enables sharing across 100,000 nodes,
PRIMEHPC FX10 delivers high operability for a large-scale system.
The new supercomputer will launch globally in January 2012. Fujitsu plans to
sell 50 systems over the next three years.
New Cooling Technology That Utilizes a CPU's Heat
In related news, Fujitsu Laboratories Limited today announced the development of
cooling technology that employs waste heat generated by CPUs to produce chilled
water that can be used to cool server rooms.
Producing water of a temperature low enough for use in cooling factory equipment
requires a substantial amount of energy. Currently, water is normally chilled
using electricity, boilers or other sources of thermal energy, but now there are
new attempts to employ heat, including that from high temperature waste water,
as an energy source. Fujitsu Laboratories has developed a technology that can
chill water from relatively low-temperature sources that have not been usable in
the past. At 55°C, water produced from water-cooled type CPUs is of a relatively
low temperature, which fluctuates depending on load. However, it is possible to
continuously produce chilled water even from this waste water.
Fujitsu Laboratories has developed a technology that will continuously chill
water to a temperature of 15°C -18°C using waste heat from CPUs.
Waste-heat water chillers are adsorption-type heat pumps that work by adsorbing
water that has been heated by waste heat into an adsorbing material and then
vaporizing it, taking advantage of the phenomenon in which heat is lost during
vaporization. Fujitsu Laboratories has developed a new material that has the
adsorbent properties of water at room temperature and that has the ability to
dry at 55°C. This is what makes operations possible at the low temperature of
CPU temperatures vary in response to the load. To produce a constant stream of
chilled water, it is necessary to maintain waste water at 40°C to 55°C, this
being a temperature range in which the adsorbent material is capable of
vaporizing water. The company's technology maintains the temperature of waste
water provided to the water chiller in the 40°C to 55°C range by controlling the
flow volume in tandem with CPU load.
This technology offers the ability to use a CPU's waste heat to cool a
datacenter, which had previously been impossible, and could save about 20% of
the power used to air condition datacenters, which accounts for approximately
40% of all power used by datacenters. For a single server rack, which consumes
up to 12,000 kWh per year, this is equivalent to the volume of CO2 cut by 360
Fujitsu Laboratories is working to increase the reliability of these
technologies, and expanding their scale and space efficiency, with the goal of
deploying them in datacenters around 2014.
Details of this technology were presented at the 2011 International Conference
on Power and Energy Engineering, opened from October 28, 2011, in Shanghai.
PRIMEHPC FX10 Specifications
||Theoretical computational performance
||SPARC64™ IXfx (1.848GHz, 16 cores) × 1
|Inter-node transfer rate
||5GB/s × 2 (bidirectional) / link
||4 ~ 1,024
||384 ~ 98,304
|Theoretical computational performance
||90.8 ~ 23,248TFLOPS
||12 ~ 6,291TB
||Direct water cooling + air cooling (Optional: Exhaust cooling unit)