Subject: General Tech | October 8, 2013 - 10:59 PM | Tim Verry
Tagged: verizon, sm15000, seamicro, enterprise, cloud, amd
Verizon is launching its new public cloud later this year and offering both compute and storage to enterprise customers. The Verizon Cloud Compute and Cloud Storage products will be hosted on AMD SM15000 servers in a multi-rack cluster built by Verizon-owned Terremark.
The new cloud service is powered by AMD SM15000 servers with are 10U units with multiple microservers interconnected by SeaMicro's Freedom Fabric technology. Verizon is aiming the new cloud service at business users, from SMBs to fortune 500 companies. Specifically, Verizon is hoping to entice IT departments to offload internal company applications and services to the Verizon Cloud Compute and Cloud Storage offerings. Using the SeaMicro-built (now owned by AMD) servers, Verizon has a high density, efficient infrastructure that can allegedly provision and deploy virtual machines with fine tuned specifications and performance and reliability backed by enterprise-level SLAs while being compliant with PCI and DoD standards for data security.
Verizon will be launching Cloud Compute and Cloud Storage as a public beta in Q4 of this year. Further, the company will be taking on beta customers later this month.
The AMD SM15000 is a high performance, high density server, and is an interesting product for cloud services thanks to the networking interconnects and power efficient compute cards. Verizon and AMD have been working together for the better part of two years on the cloud platform using the servers which were first launched to the public a little more than a year ago.
The SM15000 is a 10U server that is actually made up of multiple compute cards. AMD and SeaMicro also pack the server with a low latency and high bandwidth networking fabric to connect the servers to each other, multiple power supplies, and the ability to connect to a shared pool of storage that each compute card can access. Each compute card uses a small, cut down motherboard, processor, ram, and networking IO. The processors can be AMD Opteron, Intel Xeon, or Intel Atom with the future possibility of an AMD APU-based server (which is the configuration option that I am most interested in). In this case, Verizon appears to be using AMD Opteron chips, which means each compute card has a single eight core AMD Opteron CPU clocked at up to 2.8GHz, 64GB of system memory, and a 10Gbps networking link.
In total, each SM15000 server is powered by 512 CPU cores, up to 4TB of RAM, ten 1,100W PSUs, and support for more than 5PB of shared storage. Considering Verizon is using multiple racks filled with SM15000 servers, there is a lot of hardware on offer to support a multitude of mission critical applications backed by SLAs (service level agreements, which are basically guarantees of uptime and/or performance).
I'm looking forward to seeing what sorts of things customers end up doing with the Verizon Cloud and how the SeaMicro-built servers hold up once the service is fully ramped up and utilized.
You can find more information on the SM15000 servers in my article on their initial debut. Also, the full press release on the Verizon Cloud is below.
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