Be a data-driven organization
Address your growing need to manage and analyse large data sets, collected from a wide variety of sources, with an ultra-dense and secure architecture that is easily serviceable and data center-friendly. The HPE Apollo 4000 servers are designed to unlock the business value of data that can be realized through digital transformation and data infrastructure modernization, at any scale, with ideal economics.
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Deliver efficient, flexible rack-scale solutions built to accommodate both ends of the data-centric workload spectrum, from deeper data lakes and archives to high throughput and in-place analytics and AI/ML, data-heavy hyperconverged infrastructure (HCI), and cache-intensive workloads
Deliver efficient, flexible rack-scale solutions built to accommodate both ends of the data-centric workload spectrum, from deeper data lakes and archives to high throughput and in-place analytics and AI/ML, data-heavy hyperconverged infrastructure (HCI), and cache-intensive workloads
Accelerate insights from all your data-intensive AI/ML and analytics workloads. Enjoy new support for NVIDIA A2 GPUs — ideal for AI at the edge — with up to 6x better performance than CPU-based systems. Increase operational efficiencies, speed product development and quality, and securely manage workloads across the enterprise.
Deliver value to your organization while effectively addressing unstructured data storage needs with Apollo-based file and object storage solutions—from small to medium enterprise deployments to durable petabyte-scale storage.
Effortlessly manage and monitor your Apollo 4000 Systems through HPE InfoSight for servers, which combines machine learning and predictive analytics with the health and performance monitoring of Active Health System (AHS) and HPE Integrated Lights Out (iLO) to optimize performance and predict and prevent problems.
A 360-degree perspective on security includes Secure Encryption for your data and HPE iLO5 with silicon root of trust and secure boot capabilities that safeguard your system
Balanced, high-throughput architecture extending from data ingest into the system, through transfer of the data in flight within the system, to persistence of data at rest. Flexibility is another attribute—Apollo 4000 Systems can be configured with the mix of compute, network, and media configurations best for a particular organization’s use cases
Simplify deployment and maintenance for datacenter operations teams. Allows for full in-rack and online servicing for all drive bays, cooling fans, and power supplies.
Data and analytics leaders must design data lakes that support data acquisition, insight development, data optimization, governance, analytics consumption for high-value use cases, and a rational data flow across the entire design. Without these design parameters, a data lake can fail. HPE Apollo 4000 systems can play an integral role in laying the foundation for a successful data lake deployment.
A data lake environment plays a foundational role in helping extract value from data, and artificial intelligence initiatives are no exception. As the demand for faster access to data increases, massive scalability is no longer enough for modern data lake environments, so these environments increasingly leverage flash-level performance as well. The HPE Apollo 4000 systems provide the performance, scale and flexibility needed by the modern data lake.
Learn about data sprawl and its related problems, and how the HPE Apollo 4000 family addresses this to help you unlock the value of their data.
Leverage a rich ecosystem around Apollo 4000
Take advantage of our partner integrations to maximize the value of our powerful, versatile platform for unstructured data.
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HPE Apollo 4000 systems provide an ideal foundation for HPE Ezmeral Data Fabric environments, offering enterprise-wide global access to data. HPE Ezmeral Data Fabric ensures the success of your data-driven transformation initiatives — with a unified data fabric platform across your data centers, multiple clouds, and the edge.
Consolidate your non-latency sensitive data silos—backup and recovery, archive, file and object test/dev, and analytics—and associated management functions with a single scale-out, software-defined platform. The HPE Solutions for Cohesity DataPlatform, built on the HPE Apollo and ProLiant Gen10 system, helps protect, store, and manage fast-growing data stores simply and efficiently.
Quickly recover data and applications from data-loss events like ransomware or anything else that could threaten your operations, systems, users, or customers. Together with the HPE Apollo 4000 systems, you can achieve a fully protected solution for backup of massive amounts of unstructured data.
Get an enterprise-proven, highly-scalable file storage solution that runs in your data center or the public cloud. More economical than legacy storage, able to scale and manage billions of files with instant control, and delivering industry-leading performance, HPE Solutions for Qumulo effectively address your growing unstructured data needs.
Scality scalable object storage combined with HPE Apollo 4000 systems empower IT infrastructure, application, and DevOps teams to address established and emerging workloads alike, from the core datacenter out to the edge and across multiple clouds.
HPE and Veeam have worked together to help you safeguard your data, reduce risk, and ensure business resilience. Our end-to-end solutions including the HPE Apollo 4000 systems, maximize data and application availability from edge to multiple clouds – ensuring data is always available and always protected.
Meet the Apollo 4000 system portfolio
Choose an intelligent, density-optimized platform for your data storage-intensive workloads.
Technical Overview
Form factor
- 2U chassis (HPE Apollo 4200 Gen10 Plus System)
- 2U chassis (HPE Apollo 4200 Gen10 Server)
- 4U chassis (HPE Apollo 4510 Gen10 System)
Storage
- Support for SAS, SATA, NVMe; HDDs, and SSDs
- Up to 32 LFF and 60 SFF drives in 2U (HPE Apollo 4200 Gen10 Plus System)
- Up to 60 LFF drives in 4U (HPE Apollo 4510 Gen10 System)
CPU/GPU
- Up to 2 Intel Xeon Scalable Processors (2nd Generation for Gen10 and 3rd Generation for Gen10 Plus)
- Support for NVIDIA A2 16GB PCIe Accelerator GPU (Apollo 4200 Gen10 Plus only)
Memory
- Up to 3.072 TB GB DDR4 memory for Gen10 Plus (24 DIMMs)
- Up to 2.048 TB GB DDR4 memory for Gen10 (16 DIMMs)
Auckland Transport uses advanced analytics to promote public safety
Auckland Transport expanded its network of video cameras and updated its data platform to better monitor vehicles and serve people in the city. The insight from the edge-to-cloud AI-enhanced video feed is used to optimise transport routes and promote public transport, as well as shared with emergency services and local police.
Challenge
Keep the citizens of Auckland, New Zealand, safely moving on roads and in public spaces
Solution
HPE Apollo 4000 systems, HPE GreenLake for Storage and Qumulo File Data Platform
“Our CCTV network supports so many different use cases across the city, and the beauty of it is that they are all supported by a single back-end system.”
Result
Auckland Transport is able to support decision-making, emergency services and local police with an always-on video management system (VMS) that is enriched with analytics. They can now support 60% more cameras, improving visibility into the city, reduce data centre footprint by 41%, and alert users using AI when it’s time to make a decision.