The Big Picture
Business operations are moving increasingly to the edge where data is generated and strategic actions take place. Data at the edge is key to understanding customers and processes. As data volumes increase and advanced technologies such as AI proliferate at the edge, businesses are challenged to find a new approach to edge computing that can support operational resilience and drive faster insights. To make this possible, businesses must place and secure data, compute, storage, and other critical technologies in their edge environments. Those that do are able to unlock better experiences and increase business value.
HPE and AMD understand the demands of edge environments. That’s why we develop solutions that ensure reliable performance and security across disparate locations, so you can save time and resources and achieve better results.
HPE ProLiant DL145 Gen11 servers are designed to modernize your edge by eliminating the wait for immense amounts of data to travel to and from the data center. Powered by a blend of AMD EPYC™ processors and AMD Instinct™ accelerators, HPE ProLiant DL145 Gen11 servers are optimized for the most complex workloads. Every machine is purpose-built for emerging applications, such as AI, so you can harness actionable insights at the edge in real time, where seconds count. These robust platforms make it simple to harness critical data in any location to transform your business and grow strategically. Plus, you can innovate with confidence knowing that your deployments are secure from silicon to software with HPE trusted security by design and AMD Infinity Guard Technology.
HPE and AMD believe that exceptional compute, connectivity, and analytics capabilities should be available from end to end. Whether you are developing an edge strategy, modernizing, or expanding existing deployments, solutions from HPE and AMD can help you work seamlessly in any edge environment.
Partnership Value
Modernize your edge: HPE and AMD offer edge computing solutions that are compact, quiet, and cost-effective for any type of environment. Our platforms are a powerful alternative to traditional servers that accommodate limited budgets, space constraints, and extreme environmental conditions without compromising performance for edge AI and other demanding workloads.
Harness impressive compute performance: HPE ProLiant DL145 Gen11 servers are a powerhouse solution for edge AI. The platform features low-wattage 4th Gen AMD EPYC processors (8 to 64 cores) in a 2U form factor with support for 3x GPUs for an optimal GPU/CPU ratio. This trusted solution boasts NEBS Level 3 compliance.
Discover energy-efficient processors: AMD EPYC processors are purpose-built, energy-efficiency CPUs for intelligent edge deployments. These processors are engineered for density and balanced performance at a lower core count. AMD-powered servers benefit from up to 1.9x performance per 1P system watt and 1.4x the performance per system and per rack over the previous generation of processors.7, 8
Simplify edge innovation: Edge computing solutions from HPE and AMD are easy to deploy and maintain, even in challenging conditions. HPE ProLiant DL145 Gen11 servers are available in compact configurations that can be mounted on a rack, wall, or desk and allow for efficient cooling, airflow, and quieter acoustics. Plus, our user-friendly interface and seamless integration process makes setup and management a breeze.
Accelerate critical use cases: HPE ProLiant DL145 Gen11 servers powered by 4th Gen AMD EPYC processors are optimized for diverse edge server deployments and form factors. Our solutions support workloads in numerous industries — including point of sale analytics, video analytics, AI, edge device aggregation, 5G virtualized RAN, industrial automation, and many more.
Market Opportunity
$155.9 billion market for edge computing projected by 2030
Customer Benefits
• Work seamlessly in any environment
• Accelerate better business outcomes
• Optimize power and space consumption
• Implement broad workload optimizations
• Secure data in multiple locations
Key Takeaways
• Consistent, high performance in harsh conditions
• System design flexibility
• Architecture designed for density and efficiency
• Thermal optimization
• Simplified IT setup and management
Source: Grandview Research 2024