Qualcomm, Microsoft to Give Cloud Services a Speed Boost

Qualcomm on weekday proclaimed a collaboration with Microsoft to accelerate next-generation cloud services on the 10nm Qualcomm Centriq 2400 ARM-based platform.

The collaboration can span multiple future generations of hardware, software system and systems.

The companies are operating for many years on ARM-based server enablement. they need been optimizing a version of Windows Server for ARM running on the Centriq 2400, that Microsoft can use in its knowledge center.

Possible Synergies

Qualcomm created the announcement at the Open cypher Project Summit in Santa Clara, California, wherever it conducted the primary public demonstration of Windows Server on the Centriq 2400.

Qualcomm conjointly submitted a server verbal description -- the Qualcomm Centriq 2400 Open cypher Motherboard -- to the OCP.

The spec, supported the most recent version of Microsoft's Project mountain peak, pairs the Centriq 2400 with the foremost advanced interfaces for memory, network and peripherals, and lets devs style ARM-based servers for the foremost common cloud cypher workloads.

The motherboard fits into a regular 1U rack server system. It is paired with cypher accelerators, multihost network interface controllers, and leading-edge storage technologies to optimize it for specific workloads.

"Microsoft's searching for additional economical cypher design for Azure, and Qualcomm needs a slice of the [Infrastructure as a Service] business," aforementioned Holger Mueller, a principal analyst at Constellation analysis.

"When 2 vendors see synergies, kickshaws will happen, however it's too early to inform however well this verbal description can do," he told TechNewsWorld.

Why the ARM Move?

Microsoft has been running evaluations of ARM servers facet by facet with its Intel-based production workloads, noted Microsoft Distinguished Engineer Leendert van Doom.

ARM's "high Instruction Per Cycle counts, high core and thread counts, the property choices, and therefore the integration that we have a tendency to see across the ARM system [are] terribly exciting."

Intel has "about ninety eight percent" of the server market nowadays, and "this may be a choke hold on innovation," remarked Kevin Krewell, a principal analyst at Tirias analysis.

"The business wants competition, or Intel can use the business as its bank to fund alternative comes," he told TechNewsWorld.

Cavium, that collaborated with server provider Inventec, conjointly developed associate degree OCP-based motherboard compatible with Project mountain peak and conferred a demo with Windows Server for ARM on its server processor SoCs at OPC.

All regarding the Cloud

Microsoft is "looking for the most cost effective answer for the cloud," prompt Rob Enderle, principal analyst at the Enderle cluster, and "it's operating to form positive all its eggs are not in one basket."

The company's Azure cloud business goes gangbusters, supported its Q2 results.

Microsoft thought of wherever ARM servers would be applicable and supply the foremost price, van Doorn seen. Those areas embrace search and compartmentalization, storage, databases, massive knowledge and machine learning.

Cloud systems "have to be ready to scale from the terribly massive to terribly little nearly instantly, in order that they would like dense, high-core technology that is incredibly kind of like what AMD and ARM are performing on," Enderle told TechNewsWorld.

Microsoft "has been gazing improvement of servers, and this goes to its cloud initial strategy, as a result of it needs to possess the most effective cloud on the earth," he added.

In addition to Qualcomm, Microsoft is functioning with AMD, Intel, Cavium, Nvidia et al. on the mountain peak project.

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