HP HPE2-B03 Real Exam Dumps [June 2026 Update]

Sizing an SAP HANA Environment on HPE Hardware Is the Skill This Exam Actually Tests

Most people approaching the HPE2-B03 exam come from one of two directions: they are SAP specialists who know HANA’s architecture, performance characteristics, and workload requirements thoroughly – but they have never designed the underlying HPE infrastructure. Or they are HPE infrastructure specialists who know ProLiant, Superdome Flex, and storage platforms well – but SAP HANA’s unique hardware requirements, certification framework, and sizing methodology are new territory.

The HPE Solution Certified – SAP HANA certification (HPE2-B03) is specifically designed to validate competency at the intersection of both. It tests whether you can take a client’s SAP HANA requirements, match them to the correct HPE hardware platform, size the solution correctly using SAP’s official sizing methodology, configure high availability appropriately for the described workload, and position the HPE GreenLake consumption model when the client’s procurement preferences point there.

That intersection knowledge – not deep SAP Basis expertise, not deep HPE hardware bench work, but the architectural design judgment that connects customer requirements to correctly specified HPE solutions – is what the 50-question, 90-minute exam validates.

What HPE2-B03 Certifies and Who It Is For

The HPE2-B03 earns the HPE Solution Certified – SAP HANA credential. HPE positions this as a specialist certification for solution architects who define business needs, propose solutions, and may deploy HPE infrastructure for SAP HANA environments. The exam covers four domains: SAP HANA Foundations and Architecture (approximately 20%), HPE Infrastructure for SAP HANA (approximately 35%), Deployment and Lifecycle Management (approximately 24%), and HPE GreenLake for SAP HANA (approximately 21%).

The exam contains 50 multiple-choice questions in 90 minutes with a 70% passing score. It is delivered through Pearson VUE online, no reference materials allowed.

What SAP HANA Is and Why It Places Unique Demands on Infrastructure

SAP HANA is SAP’s in-memory database platform – the foundation of SAP S/4HANA and many other SAP applications. Its defining characteristic is that it keeps the entire working dataset in RAM rather than reading from disk during query processing. This enables real-time analytics on live transactional data at speeds that traditional disk-based databases cannot match.

That in-memory architecture has direct and specific infrastructure implications that the exam tests. SAP HANA’s performance is fundamentally limited by available RAM. An SAP HANA system with insufficient memory is not a slower SAP HANA system – it is a non-functional SAP HANA system. The sizing methodology starts from the dataset that must fit in memory, derives the required RAM, then specifies CPU and storage from that foundation.

SAP HANA also converges what were previously two separate database tiers: the OLTP system that handles transactional updates and the OLAP system that handles analytical queries. Because SAP HANA handles both simultaneously from the same in-memory dataset, the infrastructure must support both the write-intensive transactional workload and the read-intensive analytical workload at the same time. This imposes requirements on CPU architecture, memory bandwidth, and storage I/O that generic database servers are not designed to meet.

This is why SAP certifies the hardware that runs SAP HANA rather than letting customers use any available server. Running SAP HANA on non-certified hardware is not supported. Understanding SAP’s hardware certification framework – particularly TDI – is foundational knowledge for the HPE2-B03 exam.

TDI: The Framework That Makes HPE Infrastructure SAP HANA Certified

TDI (Tailored Datacenter Integration) is SAP’s certification program for running SAP HANA on infrastructure that the customer builds from independently certified components – servers, storage, and networking – rather than purchasing a pre-configured SAP HANA appliance.

Before TDI, SAP HANA was only available as a pre-configured appliance sold by certified hardware partners including HPE. TDI changed this by allowing customers to design their own infrastructure using SAP-certified hardware components, providing flexibility to leverage existing infrastructure investments and align with preferred vendor relationships.

Under TDI, HPE certifies specific server models, configurations, and component combinations for SAP HANA use. The certification covers the specific SAP HANA node sizes (measured in RAM) that each HPE server model supports. A customer deploying SAP HANA on TDI-certified HPE hardware has SAP support for their environment – a customer deploying on non-certified hardware does not.

The exam tests TDI at an architectural decision-making level: when a customer describes their existing infrastructure, procurement preferences, and SAP HANA requirements, is a TDI approach appropriate? What are the key considerations in a TDI deployment versus an appliance approach? How does TDI certification determine which HPE hardware is valid for a described SAP HANA configuration?

The Two HPE Server Families for SAP HANA and When Each Is Correct

The most architecturally significant exam decision is the choice between HPE’s two primary server platforms for SAP HANA: HPE ProLiant and HPE Superdome Flex. Getting this wrong in a real engagement means proposing hardware that cannot support the customer’s SAP HANA requirements.

HPE ProLiant for SAP HANA (Scale-Out)

HPE ProLiant servers – primarily the DL380 Gen10 and Gen11 – support SAP HANA in scale-out configurations. Scale-out SAP HANA distributes the database across multiple nodes, with each ProLiant server contributing its RAM to the total working memory pool. The nodes communicate through a high-speed interconnect and coordinate to serve queries that span the distributed dataset.

Scale-out is appropriate when the total dataset fits within the combined RAM of multiple standard-form-factor servers, and when the workload can be effectively distributed across the node cluster. HPE ProLiant scale-out configurations are certified for specific SAP HANA node sizes and specific maximum cluster configurations.

The key ProLiant consideration for the exam: each individual ProLiant node in a scale-out cluster has a maximum RAM capacity determined by the server model and the memory DIMMs installed. The total scale-out cluster RAM is the sum of all node RAM capacities. Understanding how this scales – and where the practical ceiling for ProLiant scale-out is – is specifically tested.

HPE Superdome Flex for SAP HANA (Scale-Up)

HPE Superdome Flex is HPE’s mission-critical server platform for large-scale SAP HANA scale-up deployments. Unlike scale-out where multiple physical servers share a distributed dataset, scale-up runs the entire SAP HANA instance on a single physical server with very large memory capacity.

Superdome Flex achieves large memory capacity through a modular chassis architecture that allows configuration from 2 to 32 compute modules, with each module contributing CPU sockets and memory slots. The platform supports up to 48 TB of total memory in maximum configurations – the largest scale-up SAP HANA configurations that HPE supports.

For the exam, the scale-up versus scale-out decision comes down to several factors the exam tests through scenario questions: the size of the SAP HANA dataset relative to what a single scale-up system can hold, the customer’s high availability requirements (scale-up HA behaves differently from scale-out HA), the Total Cost of Ownership comparison between one large Superdome Flex versus multiple ProLiant nodes, and the specific SAP certification status of the proposed configuration.

A critical Superdome Flex exam topic is NUMA (Non-Uniform Memory Access). Superdome Flex’s large memory footprint means that memory is physically distributed across compute modules – some memory is local to each CPU socket (NUMA-local, lower latency) and some is remote (NUMA-remote, higher latency). SAP HANA is NUMA-aware and manages memory allocation to minimize remote access, but the architect must design the Superdome Flex configuration with NUMA topology in mind. The exam tests how NUMA awareness affects Superdome Flex configuration recommendations.

Persistent Memory: The Third Memory Tier

HPE Persistent Memory (PMem) is the exam’s third memory option and the one that most candidates underestimate. PMem devices (based on Intel Optane DC Persistent Memory technology) install in the same DIMM slots as DRAM but operate differently: they provide a larger, less expensive per-gigabyte memory tier that sits between DRAM and storage.

For SAP HANA deployments, HPE PMem extends the effective in-memory footprint beyond what DRAM alone supports at a given cost point. SAP HANA can use PMem in two modes: as additional DRAM-extension memory (the operating system sees it as normal memory, more cost-effective than all-DRAM configurations) or as persistent storage for specific SAP HANA column store data (providing faster recovery from restarts because the data survives power cycles on PMem).

The exam tests PMem positioning: when a customer’s dataset requires more memory than all-DRAM configurations provide at acceptable cost, PMem is the correct architectural recommendation. The sizing implications – PMem capacity relative to DRAM ratio recommendations for SAP HANA configurations – are testable details that distinguish candidates who have genuinely worked with HPE PMem from those who know it exists in name only.

HPE Storage for SAP HANA: A Decision With Performance Stakes

SAP HANA’s storage requirements are non-trivial even though the database is primarily in-memory. The storage tier serves several critical functions: the HANA data and log volumes for persistence (data must be written to storage at commit time), backup operations (a full HANA backup can transfer terabytes of data through the storage layer), and failover/recovery scenarios where data is restored from storage to memory.

Three HPE storage platforms are specifically testable in the HPE2-B03 context:

HPE Primera (now integrated into HPE Alletra 9000 branding) is HPE’s all-flash primary storage platform optimized for mission-critical workloads. Its tier-1 positioning makes it the natural recommendation for large, business-critical SAP HANA deployments where storage performance and availability requirements are stringent.

HPE Alletra provides an all-flash storage experience with cloud-like operations management. The Alletra 6000 (based on Nimble technology) and Alletra 9000 (based on Primera technology) serve different capacity and performance tiers.

HPE Nimble Storage with InfoSight brings predictive analytics to SAP HANA storage management. HPE InfoSight uses machine learning to predict potential storage performance issues before they impact the SAP HANA workload – a capability with specific value in environments where storage degradation could impact SAP business continuity. The exam tests when InfoSight’s predictive capability is a differentiating recommendation for a described client scenario.

The SAP HANA storage certification requirements are also testable: SAP specifies minimum I/O performance thresholds (latency, throughput) for SAP HANA data and log volumes. Recommending storage that cannot meet SAP’s certified thresholds means proposing an unsupported configuration. The exam tests whether candidates understand these requirements at the level needed to make valid storage recommendations.

High Availability and Disaster Recovery for SAP HANA

SAP HANA HA and DR are specifically tested because business-critical SAP workloads have demanding RTO and RPO requirements – and meeting them requires correctly combining HPE hardware capabilities with SAP HANA’s own HA features.

SAP HANA System Replication (HSR) is SAP HANA’s built-in synchronous or asynchronous database replication to a secondary system. HSR provides fast failover with near-zero data loss for synchronous replication configurations. The primary and secondary HANA systems are typically on separate HPE hardware.

SUSE Linux Enterprise Server High Availability Extension is the cluster framework most commonly used with SAP HANA on HPE infrastructure. SUSE HA uses the Pacemaker cluster manager and STONITH (Shoot The Other Node In The Head) fencing to automate failover – detecting primary system failure and promoting the secondary without manual intervention. The exam tests how SUSE HA clustering integrates with HPE hardware and HPE iLO (Integrated Lights Out) for the STONITH fencing mechanism.

HPE iLO (Integrated Lights Out) is HPE’s server management subsystem that enables remote hardware management – powering servers on and off, accessing console, monitoring hardware health. For SAP HANA HA, iLO serves as the fencing mechanism in STONITH configurations, allowing the cluster to forcibly power off a failed primary node and prevent split-brain scenarios.

Backup and recovery with HPE StoreOnce covers how SAP HANA backups are integrated with HPE’s deduplication-based backup appliance. SAP HANA uses the Backint interface for backup integration with certified backup solutions. HPE StoreOnce’s Catalyst interface integrates with the Backint interface to provide efficient, deduplicated SAP HANA backup with manageable backup windows.

HPE GreenLake for SAP HANA – the As-a-Service Positioning (21% of the Exam)

HPE GreenLake delivers HPE infrastructure on a consumption-based, pay-per-use model – hardware deployed on-premises or co-located, but managed and billed like a cloud service. For SAP HANA, GreenLake enables organizations to run SAP HANA on HPE’s infrastructure without capital expenditure, with usage-based billing aligned to actual consumption.

The exam tests GreenLake at a positioning and scenario alignment level: when a described client’s procurement requirements, budget model, or capacity planning constraints make GreenLake the appropriate recommendation, candidates must identify that and explain why. The key GreenLake-appropriate scenarios involve organizations that want on-premises data control and compliance without capital investment, organizations with variable or unpredictable SAP HANA capacity needs that benefit from elastic consumption, and organizations with financial reporting preferences that favor opex over capex.

GreenLake for SAP HANA includes managed services components – HPE manages the underlying infrastructure while the client manages SAP applications – and this service boundary is specifically testable. Understanding what HPE manages, what the client manages, and how the service level commitments are structured is part of correctly positioning GreenLake.

What Cert Empire’s HPE2-B03 Preparation Provides

Most preparation pages for HPE2-B03 offer question banks with no SAP HANA or HPE infrastructure context. Some describe the exam incorrectly as a generic cloud computing certification. None explain what TDI is, when Superdome Flex is required over ProLiant, what NUMA topology means for Superdome Flex design, or how HPE PMem extends SAP HANA memory capacity.

Cert Empire’s HPE2-B03 preparation is built around the infrastructure design knowledge and customer scenario reasoning the exam actually tests.

✔ Platform selection scenario questions at architectural depth 

The exam’s hardest questions present a customer’s SAP HANA dataset size, growth projection, and HA requirements – and ask which HPE platform serves the described scenario. ProLiant scale-out versus Superdome Flex scale-up requires understanding both platforms’ capabilities and the factors that make each correct for different scenarios. Our questions develop this judgment through realistic design scenarios.

✔ TDI certification framework explained and tested 

TDI is the framework that makes HPE hardware SAP HANA valid. Candidates who do not understand TDI specifically miss questions about hardware certification validity and deployment approach selection. Our practice questions cover TDI scenarios throughout the HPE Infrastructure domain.

✔ GreenLake positioning scenarios matching the 21% exam weight 

The GreenLake domain cannot be skipped at 21% of the exam. Our questions cover GreenLake positioning for the specific client scenarios where as-a-service procurement makes it the correct recommendation – and the scenarios where traditional capex procurement is more appropriate.

✔ Practice under real exam conditions with the Cert Empire Exam Simulator 

The Cert Empire exam simulator replicates the 90-minute, 50-question HPE2-B03 web-based format with scenario-based infrastructure design questions. After every session, it tracks your performance across all four domains – identifying whether gaps are in SAP HANA architecture fundamentals, HPE platform selection, deployment and lifecycle, or GreenLake positioning – so you direct remaining preparation time to the right areas.

✔ Instant access, 90-day free updates, and 24/7 support 

Materials are available immediately after purchase. 90-day updates included as HPE updates its SAP HANA solutions portfolio and the HPE2-B03 exam. Support available around the clock.

✔ Full money-back guarantee 

If the materials do not meet your expectations, you receive a full refund. Explore our complete certification catalog.

Candidates building adjacent data platform credentials can also explore our Snowflake DSA-C03 SnowPro Advanced Data Scientist exam dumps and Snowflake COF-C03 SnowPro Core exam dumps.

FAQS

What is the HPE2-B03 exam? 

HPE2-B03 is the HPE Solutions with SAP HANA exam, earning the HPE Solution Certified – SAP HANA credential. It validates your ability to architect and design HPE infrastructure solutions for SAP HANA deployments – selecting the correct HPE hardware platform, sizing solutions according to SAP certification guidelines, and aligning HPE service offerings including GreenLake with customer requirements. 50 questions, 90 minutes, 70% passing score, Pearson VUE delivery.

What is SAP HANA TDI? 

TDI (Tailored Datacenter Integration) is SAP’s certification program for running SAP HANA on customer-built infrastructure using independently certified hardware components. Under TDI, HPE certifies specific ProLiant and Superdome Flex configurations for SAP HANA use. A TDI deployment gives customers flexibility to use existing infrastructure investments and HPE’s portfolio while maintaining SAP support coverage – as long as the specific hardware configuration used is on SAP’s TDI certification list.

When should a solution architect recommend Superdome Flex instead of ProLiant for SAP HANA? 

Superdome Flex is the correct recommendation when the customer’s SAP HANA dataset requires more memory than ProLiant scale-out can reasonably deliver, when the customer requires a single-node scale-up architecture for performance or operational simplicity reasons, or when the total memory requirement approaches or exceeds the practical limits of ProLiant scale-out cluster sizing. For very large SAP HANA deployments – tens of terabytes of working memory – Superdome Flex’s modular scale-up architecture is the appropriate platform.

What is HPE Persistent Memory and when is it recommended for SAP HANA? 

HPE Persistent Memory (PMem) installs in server DIMM slots and extends the effective in-memory footprint beyond what DRAM alone provides at a given cost point. For SAP HANA, PMem is recommended when the dataset requires more memory than all-DRAM configurations deliver within the customer’s budget, or when faster restart recovery is required because PMem preserves data across power cycles. SAP HANA supports PMem in both DRAM-extension mode and persistent storage mode for column store data.

What is HPE GreenLake for SAP HANA? 

HPE GreenLake for SAP HANA delivers HPE SAP HANA infrastructure on a consumption-based, pay-per-use model. Hardware is deployed in the customer’s data center or HPE-managed co-location, but it is managed by HPE and billed based on actual usage rather than through capital purchase. GreenLake is appropriate for customers who want on-premises control without capital investment, or who have variable capacity needs that benefit from elastic consumption billing.

How long should I prepare for the HPE2-B03 exam? 

Solution architects with active HPE pre-sales or infrastructure architecture experience who have been involved in SAP HANA infrastructure proposals and deployments typically need 4 to 6 weeks of focused exam preparation. IT professionals with either HPE infrastructure expertise but limited SAP HANA background, or SAP HANA expertise but limited HPE infrastructure background, typically need 8 to 10 weeks – investing additional time specifically on the area where background knowledge is weaker: SAP HANA TDI and sizing methodology for HPE infrastructure specialists, or HPE platform selection and GreenLake positioning for SAP specialists.