Architecture platform for software-defined storage applications

6th July 2017
Alice Matthews

Technology innovator in the Industrial PC (IPC) and embedded computing markets, Portwell, has announced the first heterogeneous architecture platform, CMVL-1U12B, for software-defined storage applications. Developed as a software-defined distributed storage platform, the Portwell CMVL-1U12B, in a space-saving 1U rackmount enclosure, is the first innovative heterogeneous architecture platform equipped with 12 nodes of 64bit ARM processor based micro server.

The CMVL-1U12B is also configured with an optional integration of Portwell’s Intel Xeon Processor D (codenamed Broadwell-DE) based COM Express Type 6 Module. Moreover, its distributed scaled out architecture providing unlimited scale-out, flexible and sustainable solution for enterprise network and data centre usage. Specifically, its distributed scale-out architecture makes it a suitable hardware platform for software-defined storage applications, such as Ceph and cluster storage system. It aggregates computing node, network bandwidth and storage management without the limitation of its hyper scale.

In addition, designed with low-power consumption and no single-point-of-failure, Portwell’s CMVL-1U12B is enabled with a big advantage when compared and competing with traditional motherboard/mainboard based server platform deployed as a software-defined storage system solution. Furthermore, while developed as a ARM-based micro server platform, CMVL-1U12B is also offered to integrate Intel server grade CPU based COM Express Module as an option to embrace the design flexibility in today’s ever-evolving cloud and network computing applications.

Last but not least, the Portwell CMVL-1U12B offers out-of-band management ports for switch board and BMC (Baseboard Management Controller) module for easy local and remote configuration and manageability.

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