Kalray To Launch High Speed I/O Processors

SANTA CLARA, CA -- Kalray Inc. announces general availability of KONIC-80, a programmable smart NIC based on Bostan, its second generation many-core processor, by March, 2016. Kalray's solutions deliver features for today's network, security, and storage acceleration requirements.

Kalray's KONIC-80 will support the Open Data Plane (ODP) framework, which is an open source Linaro hosted initiative that is building momentum in the telecom, networking and security industry. ODP provides a full set of APIs that allows users to easily port and customize software protocol stacks. In parallel, Kalray is working with software partners to offer a complete turnkey solution by porting on top of ODP functions such as Open vSwitch (OVS), MPLS, NVGRE, VXLAN, SSL, IPsec, and TCP along with iSCSI, iSER or NVMEoF.

Data center storage is going through a profound revolution. SSDs are replacing HDDs in increasing numbers. A remote storage server has to implement Millions of I/O Operations Per Seconds (MIOPS), which consists of reading or writing variable size blocks of data into the SSD. Bostan is an effective solution to handle all those operations in parallel thanks to its high speed integrated interfaces (2X 40GbE and 2X-8-lanes Gen3 PCIe end point or root complex) connected to its 288 cores processing array.

Product Highlights

KONIC-80 is a single width, half-length PCIe programmable card that allows users to support new functionalities and protocols in a few weeks as opposed to almost one year with competition boards that are based on ASICs. It supports 2 x 40GbE ports and consumes maximum 35W.

At the heart of the smart NIC is Bostan, which is one of the few embedded processors capable of processing on the fly 2 x 40GbE full duplex line rate thanks to a fully deterministic and low latency architecture integrating 288 C/C++ programmable CPU cores and 128 crypto co-processors. Bostan can feed the internal processing array with 190 million packets per second (Mpps) and execute up to 3,300 instructions per packet at this rate. This is enough to perform extra functions such as compression or encryption in addition to basic L2-L7 routing.

For more information, visit http://www.kalrayinc.com

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