![]() ![]() Generic, high-level overview of how a microserver chassis is composed of multiple SoC nodes, along with shared components (such as power supply, fans, and chassis). Microservers based on Intel Atom processor C3000 SoC nodes can meet different usage models, such as combining with lots of disk storage to provide a cold storage solution, or to provide a low power, high density network solution.įigure 1. The microserver comprises multiple Intel Atom® processor C3000 system-on-chip (SoC) nodes sharing a common chassis, fans, and power supplies, and is interconnected to achieve improved flexibility, higher efficiency, and optimization of rack density. The Intel Atom processor C3000 product family is optimized for parallel software that benefits mostly from more individual servers with sufficient I/O between nodes including static web servers, cold storage, network routing, entry level storage area network/network attached storage (SAN/NAS), entry level software-defined networking/network functions virtualization (SDN/NFV), entry level control plane within switches, line cards, WLAN controllers, distributed memory caching (memcached), simple content delivery node, and any of the aforementioned uses that have an additional need for acceleration of cryptographic communications such as entry level security appliances and switches. The Intel Atom processor C3000 product family extends Intel’s existing portfolio of products that service the cloud service providers. ![]() Each area has a unique requirement which provides an opportunity for targeted solutions to best cover these needs. The data center environment is diversifying, both in terms of infrastructure and market segments including storage, communications, cloud, HPC, and traditional enterprise. In addition, the Intel Atom processor C3000 product family includes an extension of the base product line focused on communications. The Intel Atom® processor C3000 product family, formerly code named Denverton, is Intel’s third-generation 64-bit server system-on-chip (SoC) and is manufactured using the Intel low-power SoC 14 nm process, with up to 16 cores and 8.5–32 watts of power consumption. ![]()
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