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Minimize TCO with ADLINK and Ampere

Discover how ADLINK and Ampere have transformed embedded edge computing, emphasizing next-level performance and scalability yet with lowered power consumption, and ultimately reducing your Total Cost of Ownership (TCO) from concept to deployment.

ADLINK’s Ampere Altra Developer Platform, based on Ampere® Altra® SoC, brings Arm SystemReady compliance to the edge and embedded markets. Being Arm SystemReady ensures seamless integration with Arm-based systems and software, translating to significant cost savings.

Experience the future of edge computing with our comprehensive offering, which includes the Ampere Altra-based COM-HPC module, a developer platform and/or dev kit. Dive in now to unleash superior performance, energy efficiency, and optimized TCO in applications including but not limited to industrial automation, autonomous vehicles, transportation, healthcare, video surveillance, and energy management.

As Edge markets diversify and the insatiable demand for more processing capacity drives greater footprints and power, the need for high-end sustainable Cloud Native processing technology from ADLINK and Ampere have grown in importance” said Jeff Wittich, chief product officer at Ampere Computing. “The collaboration between our two companies has driven new high performance solutions using the Ampere® Altra® family of products for constrained space, power and weight form factors delivering unprecedented power efficiency and performance for the ever growing Edge and Embedded Cloud Native software environments.

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COM-HPC Server Module
Arm Development Platform
Ampere Altra Dev Kit

Arm SystemReady Compliance

The SystemReady standards ensure that Arm-based servers, infrastructure edge, and embedded IoT systems are designed to specific requirements, enabling generic off-the-shelf operating systems, and subsequent software, to operate as expected out of the box. Another key advantage of the SystemReady initiative is instant compatibility with any other products that comply with the initiative. Hence, any products that comply can use unmodified mainstream OS distributions, usually in their off the-shelf state. This essentially solves the Linux porting issues that can occur, particularly with entry-level products designed for Arm. And it simplifies the task for developers, removing many of the configuration hurdles that have plagued system integration in the past. Such an advantage was exclusively available—for decades in some cases—to products based on the x86 architecture. An added benefit of the SystemReady program is that it will enable and grow the community of Arm native developers, so all sides will benefit.

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Arm SystemReady SR SOAFEE’s development platform based on 32-core COM-HPC Ampere Altra

ADLINK Harnesses the Arm SystemReady-Compliant Ampere® Altra® Module, Pushing COM-HPC to New Heights

COM-HPC is a relatively new computer-on-module (COM) standard for high-performance embedded computing, officially released in 2021. Until now, most of the COM-HPC products released have been based on x86 architecture, mainly due to familiarity with the Intel architecture for higher end applications, and have only supported the Windows OS. That’s about to change with the introduction of ADLINK’s AVA Developer Platform and COM-HPC Ampere Altra server module that are designed with the Ampere® Altra® 32/64/80-core SoC.

The AVA Developer Platform has been certified Arm SystemReady SR, ensuring the workstation is designed to specific requirements and allows generic operating systems like Windows PE, Ubuntu, Debian, FreeBDS or CentOS to work out of the box.

Download this solution brief to learn how the ADLINK's AVA Developer Platform workstation can empower edge developers with the combination of server-class computetional prowess and extreme scalability.

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How 5G drives the need for Hyper-Converged Infrastructure (HCI) at the edge

How Cloud Native Processors are Revolutionizing Edge Computing (North America)

Adopting COM-HPC as a critical building block for edge devices
IoT technology—backed by the 5G network—is accelerating digitization across industries, including industrial, automotive, government, and military markets. The increasing volume of data generated from devices and systems on the edge demand speed, efficiency, high compute performance, and a small CPU footprint.

To satisfy computational needs and to fit within operational limits, product manufacturers are looking to cloud native solutions for their embedded edge products.
ADLINK and Ampere have partnered to bring the highest performance and efficiency to the edge embedded market with the ADLINK Ampere COM-HPC module.

Join the experts from Ampere and ADLINK to find out more about this robust edge solution and to learn:

The advantages of cloud native in edge and embedded systems
Why COM-HPC as a valuable building block for high performance edge devices
How to achieve faster validation, higher performance, and increased efficiency
How to get started quickly with the existing rugged systems

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Ask an ADLINK Expert

TEL:(03) 216-5088 TEL:(03) 216-5088 FAX:(03) 328-5706 Email:tw@adlinktech.com Address:桃園市龜山區華亞一路66號

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