KALRAY TURBOCARD2 scalable accelerator An efficient architecture applied to HPC

1. KALRAY ISC’14
KALRAY TURBOCARD2 scalable accelerator
An efficient architecture applied to HPC

2. 2014 – Kalray SA All Rights Reserved Corporate Presentation 2
 Kalray has developed the disruptive MPPA® (Multi-Purpose Processing
Array) programmable architecture
 Fabless semiconductor company – 28nm - TSMC
 Deliver highly power-efficient applications to markets such as intensive
computing, video, imaging, telecommunication, defence, aerospace,
cryptography, ...
 Located in Paris (Fr) / Grenoble (Fr) / Los Altos (US) / Tokyo (Jpn)
KALRAY, a global solution

3. 2014 – Kalray SA All Rights Reserved Corporate Presentation 3
 High processing performance
 Very low power consumption
 High execution predictability &
Low Latency
 High-level flexible software
development environment
 Architecture and software scalability
First MPPA®-256 Chips with CMOS 28nm TSMC
Best Performance / Energy Ratio Worldwide
World Class Experts in Parallel and High-Throughput Programming

4. 2014 – Kalray SA All Rights Reserved Corporate Presentation 4
Native Massively Parallel Architecture
World Most Efficient Manycore Solution
for Intensive Computing Market
Manycore Processor Compute Cluster VLIW CoreTURBOCARD PCIe Board

5. 2014 – Kalray SA All Rights Reserved Corporate Presentation 5
 PCIe Gen3 16x
 20+ GFLOPS SP/W
 8x DDR3 SO-DIMM Channels
 1024+ cores, 128MB on-chip
memory
 Scalable
 Standard tools
 Full Flavor Debug Environment
KALRAY TURBOCARD2 scalable accelerator
World First Hyper Scalable 1000+ MIMD cores PCIe Board

6. 2014 – Kalray SA All Rights Reserved Corporate Presentation 6
Energy Efficiency
 VLIW highly optimized core processor
 Moderate Pipelining
 Flat memory hierarchy
 High computation power @ low frequency
High Density
 4 chips / 8 DDR @ 60W budget
 2.5 TFLOPS SP / 1.25 TFLOPS DP per board
(BOSTAN)
 3 TOPS per board (BOSTAN)
 Up to 64 GBytes per PCIe board
Scalability
 Hyper Scalable 1000+ MIMD cores
 Linear scaling vs. number of cores
 Multi Chip expendable network (NoCX)
Ease of Use
 Standard C/C++/Fortran
 Support GCC
 OpenMP/MPI support
 Full flavor debug environment
 Advanced Trace System
Architecture for Next Generation Super Computers

7. 2014 – Kalray SA All Rights Reserved Corporate Presentation 7
Level Cores
TFLOPS
SP / DP
TOPS Size
Processor 256 0.6 / 0.3 0.8 -
Board 1,024 2.5 / 1.2 3 -
Chassis 46,080 110 / 55 138 4U
Rack 460,800 1105 / 553 1382 42U
Towards Exascale
Up to 1 PetaFLOPS / Rack (about 30 TFLOPS / RU)
Estimation with MPPA®-256 BOSTAN version

8. 2014 – Kalray SA All Rights Reserved Corporate Presentation 8
Headquarters
(Paris area)
86 rue de Paris,
91 400 Orsay
France
Tel: +33 (0)1 69 29 08 16
email: info@kalray.eu
Grenoble office
445 rue Lavoisier,
38 330 Montbonnot
France
Tel: +33 (0)4 76 18 09 18
email: info@kalray.eu
Thank you
Japan office
CVML, 3-22-1, Toranomon,
Minato-ku, Tokyo 105-0001,
Japan
Tel: +81 80-4660-2122
email: japan@kalray.eu
MPPA, ACCESSCORE and the Kalray logo are trademarks or registered
trademarks of Kalray in various countries.
All trademarks, service marks, and trade names are the marks of the respective owner(s), and any unauthorized use thereof is strictly
prohibited. All terms and prices are indicatives and subject to any modification without notice.
USA office
4962 El Camino Real
Los Altos, CA
USA
Tel: +1 408-475-0550
email: usa@kalray.eu