Supercomputing on a chip™
A new generation of high-performance, low-power, real-time processors
Kalray, the pioneer in many-core processing, aims to be the leader in the huge and growing markets of intensive and embedded high-performance computing with its innovative supercomputing on a chip™ technology, delivering an unmatched level of high-performance, low-power, real-time, and easily-programmable processors and solutions.
- Eric Baissus, CEO
power
computing efficiency
predictability
and low latency
software
environment
system
density
processing
scalability
Market
Kalray’s solutions address a surging need in two huge and important markets:
Cloud computing
Real-time, constrained applications in markets such as telecom, big data, video, and IoT are rapidly moving to the cloud. To support such a major shift, cloud infrastructures need to offload real-time processing to high performance, low power, and real-time dedicated processors.
Embedded HPC (eHPC)
Embedded markets such as aerospace or automotive are required to run more computation and more real-time functions on the same die without increasing battery consumption. This demands new generation of real-time, high-performance, and low-power processors.
Products
Kalray’s offering includes the innovative MPPA® processor family and the MPPA®- based Turbocard acceleration boards, both complete with software development tools. Kalray’s supercomputing on-a-chip technology is also available through licenses to power a new generation of system-on-chip solutions.
Solutions
In addition to its standard offering, Kalray provides a growing number of packaged solutions together with its partners. The Kalray Video Card is perfectly suited for video broadcasters who need highly-dense, low-power video encoding and transcoding solutions. Kalray’s SmartNIC-card provides a fully programmable solution for SmartNIC operations in data centers.
Technology
The foundation of Kalray’s supercomputing on a chip™ solutions lies in its breakthrough, patented MPPA® manycore processor technology. This revolutionary architecture uniquely addresses extreme computing, low-power and real-time applications with an unparalleled combination of technology benefits.