100% Real HP HP2-E35 Exam Questions & Answers, Accurate & Verified By IT Experts
Instant Download, Free Fast Updates, 99.6% Pass Rate
HP HP2-E35 Practice Test Questions in VCE Format
| File | Votes | Size | Date |
|---|---|---|---|
File HP.PassGuide.HP2-E35.v2011-08-05.by.CiscLabs.80q.vce |
Votes 1 |
Size 634.3 KB |
Date May 09, 2011 |
HP HP2-E35 Practice Test Questions, Exam Dumps
HP HP2-E35 (Administering HP Converged Infrastructure Solutions) exam dumps vce, practice test questions, study guide & video training course to study and pass quickly and easily. HP HP2-E35 Administering HP Converged Infrastructure Solutions exam dumps & practice test questions and answers. You need avanset vce exam simulator in order to study the HP HP2-E35 certification exam dumps & HP HP2-E35 practice test questions in vce format.
In the dynamic world of IT certifications, exams serve as benchmarks, validating the skills and knowledge of professionals against an ever-evolving technological landscape. The HP2-E35 exam, officially titled "Technical Introduction to the HP Enterprise Portfolio," was a significant credential within the HP ExpertONE certification program. It was designed not to create a specialist in a single domain, but to cultivate a well-rounded technologist with a broad understanding of HP's entire enterprise ecosystem, encompassing servers, storage, and networking. This exam was a foundational stepping stone for pre-sales professionals and solution architects.
Although the HP2-E35 exam is now retired, its philosophy and the breadth of its curriculum offer enduring lessons. In an industry that increasingly values professionals who can think across technological silos, understanding the principles of an integrated portfolio is more critical than ever. This five-part series will provide a comprehensive retrospective of the HP2-E35 exam. We will explore its objectives and the key technologies it covered, using it as a framework to understand the core components of a modern enterprise data center and the strategic vision of convergence that continues to shape the industry today.
The HP2-E35 exam occupied a crucial position in the HP ExpertONE learning and certification framework. It was designed primarily for individuals in technical pre-sales roles, including systems engineers, solution architects, and consultants, especially those working for HP or its channel partners. The exam served as an essential entry point, providing a comprehensive overview before a professional decided to specialize in a more advanced track, such as enterprise storage, advanced server solutions, or networking. It ensured that anyone representing HP in a technical capacity had a consistent and accurate understanding of the entire enterprise portfolio.
This exam was particularly relevant during a period when HP was heavily promoting its vision of a "Converged Infrastructure." This strategy was about breaking down the traditional silos of compute, storage, and networking to create more agile, efficient, and simplified IT environments. Passing the HP2-E35 exam demonstrated that a candidate could not only describe individual products but could also articulate the powerful business and technical benefits of combining them into a single, cohesive solution. Its retirement coincided with the evolution of HP into Hewlett Packard Enterprise (HPE) and the subsequent realignment of certification paths.
The primary objective of the HP2-E35 exam was to validate that a candidate could effectively identify customer needs and position the appropriate HP enterprise products to meet them. This went beyond simple product knowledge. The exam tested the ability to understand common business challenges, such as the need for improved application performance, simplified management, or lower operational costs. A certified professional was expected to translate these business needs into a technical conversation, introducing the relevant HP product families as potential solutions.
Another key objective was to ensure candidates understood the synergy between the different parts of the portfolio. For example, they needed to know how HP ProLiant servers integrated with HP 3PAR storage arrays, and how HP FlexFabric networking switches provided the connecting tissue for this infrastructure. The HP2-E35 exam focused on the value proposition of a single-vendor solution, highlighting benefits like simplified procurement, validated interoperability, and unified support. The goal was to create technical advocates who could present a holistic and compelling vision of HP's enterprise strategy to their customers.
The target audience for the HP2-E35 exam consisted of technical professionals who operated at the intersection of business and technology. The ideal candidate was a pre-sales consultant or solution architect who was new to the HP ecosystem or needed to formalize their broad knowledge. Their role required them to have intelligent, high-level conversations with customers about a wide range of technologies without necessarily being the deep expert in any single one. They were the generalists who could see the bigger picture and build a framework for a solution.
This profile also included technical account managers and partner representatives who needed to understand HP's offerings to effectively advise their clients. The HP2-E35 exam gave them the confidence and the vocabulary to discuss the entire data center stack. It was less about hands-on, command-line expertise and more about the "what" and the "why" of the technology. The certification signified that the holder could accurately represent the breadth of HP's enterprise capabilities and identify opportunities where HP could provide significant value.
Like most foundational exams from major IT vendors, the HP2-E35 exam was structured to cover a wide range of topics in a multiple-choice format. It typically consisted of a set number of questions to be answered within a 90-minute to two-hour timeframe. The questions were designed to test knowledge, comprehension, and the ability to apply concepts to simple scenarios. Rote memorization of product numbers was less important than understanding product families, their target use cases, and their key differentiating features.
The exam content was logically divided into several key domains, each representing a pillar of the HP enterprise portfolio. The largest domains were typically dedicated to HP Servers, covering the ProLiant and BladeSystem families, and HP Storage, covering the MSA, EVA, 3PAR, and StoreVirtual lines. Another significant domain was HP Networking, which focused on the FlexNetwork architecture. Finally, a crucial domain tied everything together, focusing on HP's Converged Infrastructure strategy and the management software, like HP OneView, that enabled it.
A central theme woven throughout the HP2-E35 exam was the concept of Converged Infrastructure. This was HP's strategic response to the increasing complexity and inefficiency of traditional IT environments, where servers, storage, and networking were purchased and managed in separate silos. A Converged Infrastructure brings these components together into a single, optimized, and pre-engineered system. This approach aims to simplify management, reduce deployment times, and lower the total cost of ownership (TCO).
Candidates for the HP2-E35 exam needed to be able to articulate the benefits of this approach. These benefits include streamlined procurement and support from a single vendor, reduced risk through pre-validated hardware and software configurations, and increased operational efficiency through unified management tools. The idea was to shift IT focus from maintaining infrastructure to innovating and delivering services to the business. Understanding this core strategic message was essential to grasping the "why" behind HP's entire enterprise portfolio and was therefore a critical component of the exam.
The retirement of the HP2-E35 exam was part of the broader evolution of HP's certification and partner programs, especially following the company's separation into HP Inc. and Hewlett Packard Enterprise (HPE). The HP ExpertONE program, under which the HP2-E35 exam resided, was a comprehensive framework for validating the skills of individuals. As the company transformed into HPE, with a laser focus on enterprise and hybrid IT, the partner and certification programs evolved into the modern HPE Partner Ready program.
The HPE Partner Ready program maintains the spirit of the old framework but is updated to reflect HPE's current strategic pillars, such as hybrid cloud, the intelligent edge, and data-driven solutions. While a direct one-to-one replacement for the HP2-E35 exam may not exist, its ethos is carried on in the foundational sales and technical certifications offered by HPE today. These modern certifications continue to emphasize the importance of understanding the full portfolio and how different products combine to create powerful customer solutions, albeit with updated product names and technologies.
In an age of hyper-specialization, the value of a broad, portfolio-level certification like the one represented by the HP2-E35 exam might seem diminished, but the opposite is true. Today's IT solutions are more integrated than ever. A virtualization project is not just about servers; it involves storage performance and network connectivity. A cloud strategy requires an understanding of on-premises infrastructure and how it connects to public cloud services. Professionals who can only see the world through the lens of a single technology are at a disadvantage.
The industry increasingly seeks "T-shaped" professionals—individuals who have a broad knowledge base across multiple domains (the horizontal bar of the T) and deep expertise in one or two areas (the vertical stem of the T). The HP2-E35 exam was designed to build the horizontal bar of that T. It provides a model for the kind of foundational knowledge that enables IT professionals to design more effective, holistic solutions. It fosters the ability to speak the language of different technical teams and to understand how a decision in one area impacts the others, a skill that is invaluable in any modern IT organization.
The heart of any data center is its compute capability, and for the HP enterprise portfolio, this was embodied by its world-renowned server families. The second part of our series on the HP2-E35 exam zooms in on this critical pillar. The "Technical Introduction to the HP Enterprise Portfolio" demanded a robust understanding of HP's server offerings, from the versatile ProLiant line to the mission-critical Integrity systems. This knowledge was essential for any pre-sales professional aiming to build credible solutions for their customers.
This installment will serve as a detailed exploration of the server technologies and product lines that were central to the HP2-E35 exam. We will unpack the different form factors of the ProLiant family, decode their naming conventions, and highlight the key management technologies that set them apart. We will also delve into the strategic importance of the HP BladeSystem for achieving density and efficiency, explore the role of Integrity servers for high-end workloads, and touch upon the innovations that were shaping the future of computing. This was the computational foundation upon which HP's Converged Infrastructure was built.
The HP ProLiant brand is one of the most recognized names in the x86 server market, and it formed the core of the server content for the HP2-E35 exam. Candidates were required to understand the different ProLiant series, which were categorized by their physical form factor to suit various deployment needs. The ProLiant ML (Modular Line) series consisted of tower servers, which are ideal for small businesses, remote offices, or environments without a dedicated server rack. They offer a great deal of internal expandability and are known for their quiet operation.
The ProLiant DL (Density Line) series comprised the rack-mountable servers, the workhorses of the modern data center. These servers are designed to be installed in standard 19-inch racks, providing a dense and scalable compute platform. They offered a versatile balance of performance, expandability, and manageability. Finally, the ProLiant BL (Blade Line) series consisted of blade servers, which are designed to fit into an HP BladeSystem chassis. This form factor provides the highest density and the greatest operational efficiency for large-scale deployments, a concept we will explore in more detail.
To navigate the ProLiant portfolio effectively, a candidate for the HP2-E35 exam needed to understand HP's naming conventions. HP organized its ProLiant servers into generations, denoted by "Gen," such as Gen8. Each generation introduced new technologies, including support for the latest processors from Intel and AMD, faster memory, and enhanced management features. Understanding the generational improvements was key to positioning the latest and most capable solutions.
The model numbers also provided valuable information. For example, in a DL380p Gen8 server, "DL" indicated a rack server, the first number ("3") often related to the number of processor sockets and features, the second number ("8") indicated the Intel processor family, and the final number ("0") signified an Intel processor. The letter "p" denoted a performance-oriented model. While memorizing every detail was not required, being able to decode these model numbers allowed a pre-sales professional to quickly identify a server's key characteristics and intended role in the data center.
What truly set the HP ProLiant servers apart were the integrated technologies that simplified management and improved reliability. The HP2-E35 exam placed a strong emphasis on these differentiators. The most prominent of these was the HP Integrated Lights-Out (iLO) management processor. iLO is a small, dedicated processor embedded on the server's motherboard that provides secure, out-of-band remote management. This means an administrator can power the server on or off, monitor its health, and even access its console remotely, regardless of the state of the main operating system.
Another key technology was the HP Smart Array family of storage controllers. These controllers provided robust RAID capabilities, protecting data from disk failures and often including features like a Flash-Backed Write Cache (FBWC) to improve performance and data integrity. Furthermore, HP's focus on thermal efficiency was demonstrated through its "Sea of Sensors" technology, which used dozens of sensors throughout the chassis to intelligently adjust fan speeds, reducing power consumption and noise while maintaining optimal cooling. These features were powerful selling points for the ProLiant platform.
The HP BladeSystem was more than just a server form factor; it was a cornerstone of HP's Converged Infrastructure strategy and a major topic in the HP2-E35 exam. A BladeSystem consists of a chassis (such as the c7000) that provides shared power, cooling, networking, and management for a number of blade servers and other devices that slot into it. This design dramatically reduces cabling complexity and improves power and cooling efficiency compared to traditional rack servers, leading to a significantly lower total cost of ownership in large environments.
The true power of the BladeSystem was its converged fabric. With technologies like Virtual Connect, the chassis could abstract and virtualize the network connections. This allowed administrators to wire the chassis once and then use software to manage the network profiles of the individual servers. This meant a server could be replaced or repurposed without any physical recabling, making the infrastructure incredibly agile. Understanding the business benefits of this converged approach—density, efficiency, and agility—was crucial for any candidate of the HP2-E35 exam.
While ProLiant servers running Windows or Linux on x86 processors addressed the majority of the market, the HP2-E35 exam also required knowledge of HP's offerings for the most demanding, mission-critical workloads. This was the domain of the HP Integrity servers. These systems were based on the Intel Itanium processor architecture and ran HP's own proprietary UNIX operating system, HP-UX. Integrity servers were designed for workloads that required the absolute highest levels of availability, scalability, and reliability.
The typical use cases for Integrity servers included large-scale enterprise databases, online transaction processing (OLTP) systems, and core banking applications where any amount of downtime could result in catastrophic financial losses. The HP-UX operating system itself included advanced features for high availability, such as the HP Serviceguard clustering solution. While a niche part of the portfolio, understanding where Integrity systems fit was essential for a pre-sales professional to demonstrate the full breadth of HP's enterprise capabilities.
Always an innovator, HP was also looking toward the future of computing, and the HP2-E35 exam would have touched upon its more forward-looking platforms. One such innovation was the HP Moonshot system. Moonshot was a response to the rise of hyperscale data centers, like those run by large social media and web service companies. These environments run massive, distributed workloads that do not require the power of a traditional enterprise server. Instead, they benefit from thousands of smaller, more power-efficient servers.
The Moonshot system was a unique chassis that could house a large number of small server cartridges. Each cartridge was a complete server with a low-power processor (from vendors like Intel, AMD, or ARM), memory, and storage, tailored for a specific workload like web hosting or data analytics. This software-defined server approach was revolutionary, offering unprecedented density and power efficiency. Its inclusion in the HP2-E35 exam syllabus demonstrated HP's commitment to addressing emerging market trends and providing tailored solutions for specialized computing needs.
Managing a handful of servers is simple, but managing hundreds or thousands requires powerful software tools. The HP2-E35 exam emphasized the importance of HP's management software portfolio. For many years, HP Insight Control was the primary suite for managing ProLiant servers, providing tools for discovery, monitoring, remote control, and patch management. It was a comprehensive solution that helped administrators manage the entire lifecycle of their server infrastructure.
As the industry shifted toward a software-defined model, HP introduced its next-generation management platform, HP OneView. OneView represented a paradigm shift, moving from a device-centric to a workload-centric management model. It used a template-based approach to automate the provisioning of servers and their network and storage connections. An administrator could define a "server profile" in software, and OneView would ensure that any physical server assigned that profile was configured identically. This automation was a key enabler of HP's Converged Infrastructure vision and a critical topic for the HP2-E35 exam.
Following our exploration of the server pillar, we now turn our attention to the second major domain of the HP enterprise portfolio: storage. Data is the lifeblood of any modern organization, and the ability to store, protect, and access that data efficiently is paramount. The HP2-E35 exam, "Technical Introduction to the HP Enterprise Portfolio," required candidates to possess a solid, high-level understanding of HP's diverse storage solutions. This knowledge was crucial for designing balanced and complete infrastructure solutions that went beyond just compute.
This third part of our series will navigate the landscape of HP StorageWorks and its successor brands, as they were presented in the context of the HP2-E35 exam. We will begin with a necessary review of foundational storage architectures. We will then survey the key product families, from the entry-level MSA to the powerful high-end 3PAR StoreServ arrays. We will also cover the innovative software-defined platform, StoreVirtual, and the critical data protection solutions like StoreOnce. The goal was to equip pre-sales professionals to position the right storage for the right workload.
Before delving into specific HP products, the HP2-E35 exam ensured that candidates had a firm grasp of the fundamental storage architectures. This foundational knowledge provided the context for all subsequent product discussions. The simplest architecture is Direct Attached Storage (DAS), where storage is connected directly to a single server. While offering high performance, DAS creates silos of storage that cannot be easily shared, leading to inefficiency. This limitation sets the stage for networked storage solutions.
Network Attached Storage (NAS) addresses this by providing a centralized, network-accessible location for file sharing. It operates at the file level, using protocols like NFS and CIFS/SMB. In contrast, a Storage Area Network (SAN) provides shared access to block-level storage over a dedicated network, typically using protocols like Fibre Channel or iSCSI. The storage appears to servers as local disks, making it ideal for performance-sensitive applications like databases. A clear understanding of the differences between block and file storage was a prerequisite for passing the HP2-E35 exam.
For customers taking their first steps into shared storage or seeking to address departmental needs, HP offered robust and cost-effective solutions that were key topics in the HP2-E35 exam. The HP Modular Smart Array (MSA) family was the flagship entry-level SAN product. It delivered enterprise-grade features like dual-controller high availability in a package that was simple to deploy and manage. The MSA was the ideal recommendation for small to medium-sized businesses looking for a reliable and affordable SAN.
For customers with larger, more dynamic environments, especially those with significant server virtualization, the HP Enterprise Virtual Array (EVA) was the appropriate mid-range solution. The EVA's key differentiator was its virtualized architecture, which pooled all the underlying disks into a single resource. This simplified provisioning and management, as administrators no longer had to deal with the complexities of traditional RAID groups. The HP2-E35 exam would have tested a candidate's ability to position the MSA for simplicity and affordability and the EVA for ease of management in virtualized environments.
The HP2-E35 exam also covered HP's forward-looking technologies, chief among them being HP StoreVirtual. Based on the acquisition of LeftHand Networks, StoreVirtual was a software-defined storage (SDS) platform built on a scale-out architecture. Instead of a traditional monolithic array with two controllers, StoreVirtual allowed customers to cluster multiple storage nodes together. Performance and capacity could be scaled linearly and non-disruptively by simply adding more nodes to the cluster. This provided incredible flexibility and investment protection.
A standout feature of this platform was its network RAID capability, which mirrored data across different nodes in the cluster. This meant the entire system could tolerate the failure of a complete storage node without any downtime. StoreVirtual was available as a physical appliance or as a Virtual Storage Appliance (VSA), which could be deployed on any hypervisor, turning server-internal disks into a shared storage array. This powerful concept was a key component of HP's hyper-converged solutions and a vital topic for the HP2-E35 exam.
At the high end of the storage portfolio was the HP 3PAR StoreServ family, a technology that came to HP through the landmark acquisition of 3PAR. This platform was designed from the ground up for the demands of the modern data center: massive scalability, multi-tenancy, and high performance. The HP2-E35 exam required pre-sales professionals to understand the key differentiators that made 3PAR a leader in the enterprise storage market. One of its most famous features was hardware-assisted thin provisioning, which allowed for dramatic improvements in storage utilization.
The 3PAR architecture was also designed for autonomic management. This meant the array could automatically and non-disruptively rebalance data across all the disks as new resources were added, ensuring consistent high performance without manual tuning. Its ASIC-based architecture provided extremely high performance for mixed workloads, making it ideal for service providers and large enterprises consolidating many different applications onto a single platform. Understanding the value proposition of 3PAR for large, dynamic, and unpredictable environments was essential.
A complete storage strategy must include a robust plan for data protection, and the HP2-E35 exam covered HP's portfolio in this area. For disk-based backup, the key product was the HP StoreOnce Backup system. The defining feature of StoreOnce was its advanced data deduplication technology. By identifying and eliminating redundant data segments, deduplication could reduce the amount of backup storage required by a factor of 20 to 1 or even more. This made disk-based backup economically viable and enabled faster, more reliable restores.
Complementing the disk-based solutions was the HP StoreEver portfolio of tape libraries. While disk was ideal for operational recovery, tape remained the most cost-effective medium for long-term data retention and archival. The StoreEver family, based on the industry-standard LTO tape format, provided highly scalable and reliable solutions for archiving data for years or decades to meet compliance requirements. A candidate for the HP2-E35 exam needed to understand how to position a combination of StoreOnce and StoreEver for a complete data protection solution.
The true goal of the HP2-E35 exam was not just to test knowledge of individual products, but to ensure that professionals could see how they fit together. The storage portfolio was a critical ingredient in HP's Converged Infrastructure strategy. For example, in an HP BladeSystem environment, storage could be provided by an HP 3PAR array connected via Fibre Channel, or by a cluster of StoreVirtual VSAs running on the blades themselves, creating a hyper-converged solution.
The management software played a crucial role in this integration. HP OneView could manage not only the servers and the network fabric but also the storage connections. From a single interface, an administrator could provision a server and its associated storage volume on a 3PAR array. This deep integration simplified workflows, reduced the chance for human error, and accelerated the delivery of IT services. Articulating this "better together" story was a key skill for anyone holding a certification based on the HP2-E35 exam.
Having thoroughly examined the server and storage pillars of the HP enterprise portfolio, we now arrive at the third critical component: networking. The network is the fabric that connects all other infrastructure, enabling communication between servers, storage systems, and end-users. In the context of the HP2-E35 exam, understanding HP's networking strategy and product line was essential for designing truly complete and integrated solutions. HP Networking was positioned as a modern, open, and cost-effective alternative to traditional networking vendors.
This fourth part of our series focuses on the HP Networking portfolio and, most importantly, on how it enabled the overarching strategy of Converged Infrastructure. We will explore the principles of the HP FlexNetwork architecture, discuss the key product families for both the data center and the campus, and highlight the unique software technologies that provided a competitive advantage. The culmination of this discussion will be HP's ConvergedSystems, the factory-integrated offerings that represented the ultimate expression of HP's enterprise vision and a key topic for the HP2-E35 exam.
The foundation of HP's networking strategy during the time of the HP2-E35 exam was the HP FlexNetwork architecture. This was not a single product but a blueprint for building open, scalable, and secure networks from the data center to the campus and branch office. A core tenet of this architecture was a commitment to open standards. This was a direct challenge to competitors who often relied on proprietary protocols to lock customers into their ecosystem. HP's approach promised customers greater choice, flexibility, and lower costs.
The FlexNetwork architecture was organized into several modules to address different parts of the network. These included FlexFabric for the data center, FlexCampus for wired and wireless campus networks, FlexBranch for branch office locations, and FlexManagement for unified network management. A candidate for the HP2-E35 exam was expected to understand this architectural approach and its business benefits, such as agility and reduced total cost of ownership, which were compelling messages for customers looking for an alternative to the status quo.
At the heart of the modern data center is the network fabric, and for HP, this was the domain of the FlexFabric family of switches. These were high-performance, low-latency switches designed to handle the demanding traffic patterns of server virtualization, cloud computing, and converged storage. A key feature of the FlexFabric portfolio was its support for converged protocols, particularly Fibre Channel over Ethernet (FCoE). FCoE allows both standard Ethernet traffic and SAN storage traffic to run over a single, unified 10 Gigabit Ethernet (or faster) network, reducing cabling complexity and adapter costs.
The HP2-E35 exam would have required candidates to understand the value of this converged network. By collapsing what was traditionally two separate networks (a LAN for IP traffic and a SAN for storage traffic) into one, FlexFabric solutions could dramatically simplify the data center infrastructure. This not only lowered capital expenses by requiring fewer switches and adapters but also reduced operational expenses by simplifying management. This was a powerful component of the overall HP Converged Infrastructure story.
Beyond the data center, the HP2-E35 exam also covered HP's solutions for the enterprise campus and branch offices. The FlexCampus module of the FlexNetwork architecture included a wide range of modular and stackable switches designed to provide secure and reliable connectivity for end-users and devices. HP was a strong proponent of a unified wired and wireless solution, allowing for consistent policy enforcement and a seamless user experience whether they were connected via an Ethernet cable or Wi-Fi.
For remote locations, the FlexBranch module provided solutions that integrated routing, security, and other network services into a single device. This simplified deployment and management for organizations with many distributed sites. The key takeaway for an HP2-E35 exam candidate was that HP offered a complete, end-to-end networking portfolio. This allowed a customer to build their entire network infrastructure, from the data center core to the campus edge, using a single vendor's technology, which simplified management and support.
To compete effectively, HP Networking had to offer compelling technical differentiators, and these were important topics for the HP2-E35 exam. Perhaps the most significant of these was the Intelligent Resilient Framework (IRF). IRF is a powerful virtualization technology that allows multiple physical switches to be connected and managed as a single logical device. This dramatically simplifies the network topology, eliminating the need for complex and inefficient protocols like Spanning Tree. An IRF domain provides a single management IP address and a resilient, active-active forwarding path.
Many of HP's enterprise-class switches ran on the Comware operating system, a mature and robust OS known for its rich feature set and reliability. While HP also had a line of switches running the ProVision OS (primarily in the campus portfolio), understanding the capabilities of Comware and the operational benefits of technologies like IRF was crucial for positioning HP Networking as a technically superior and more elegant solution compared to competitors' offerings.
While customers could purchase individual server, storage, and networking components, the ultimate expression of HP's strategy was in its ConvergedSystems offerings. These were pre-engineered, factory-integrated systems that combined HP servers, storage, networking, and management software into a single, turnkey solution. The HP2-E35 exam would have emphasized these systems as the fastest and lowest-risk path to deploying a modern infrastructure for workloads like virtualization, cloud, or big data.
Examples included the HP ConvergedSystem for Virtualization, which came optimized with a customer's choice of hypervisor, or the HP ConvergedSystem 200-HC StoreVirtual, a hyper-converged appliance that combined compute and software-defined storage in a simple, scalable building block. By delivering a fully tested and supported system under a single product number, HP removed the guesswork and integration challenges from the customer. A pre-sales professional needed to understand how to position these systems for customers who prioritized speed of deployment and simplified lifecycle management.
The magic that unified the Converged Infrastructure was the management software, and as we have seen throughout this series, HP OneView was the centerpiece. For the HP2-E35 exam, it was critical to understand that OneView was not just a server management tool. It was designed to manage the entire converged stack. Through its software-defined approach, OneView could provision a server's identity, its network connectivity through Virtual Connect or FlexFabric switches, and its storage volumes from a 3PAR or StoreVirtual array, all from a single, unified interface.
This comprehensive management capability was the key to unlocking the agility promised by a converged architecture. It enabled IT administrators to stand up new applications and services in minutes rather than weeks, by automating what were traditionally manual and error-prone configuration steps across multiple teams. Articulating the power of OneView to automate and simplify the management of the entire infrastructure was a crucial skill for anyone aiming to pass the HP2-E35 exam.
Ultimately, the HP2-E35 exam trained professionals to articulate a powerful business case. Why should a customer choose to build their infrastructure with HP's full enterprise portfolio? The answer revolved around the concept of synergy. While each individual product was competitive on its own, they were engineered to be "better together." This integration resulted in tangible business benefits that were a recurring theme in the exam's objectives.
These benefits included a lower total cost of ownership (TCO) through shared resources and simplified management. They also included reduced risk, as the solutions were tested and validated by HP to work together seamlessly. Finally, it offered a simplified ownership experience, with a single point of contact for procurement, support, and lifecycle management. The ability to communicate this holistic value proposition was the ultimate goal of the training and certification associated with the HP2-E35 exam.
Go to testing centre with ease on our mind when you use HP HP2-E35 vce exam dumps, practice test questions and answers. HP HP2-E35 Administering HP Converged Infrastructure Solutions certification practice test questions and answers, study guide, exam dumps and video training course in vce format to help you study with ease. Prepare with confidence and study using HP HP2-E35 exam dumps & practice test questions and answers vce from ExamCollection.
Top HP Certification Exams
Site Search:
SPECIAL OFFER: GET 10% OFF
Pass your Exam with ExamCollection's PREMIUM files!
SPECIAL OFFER: GET 10% OFF
Use Discount Code:
MIN10OFF
A confirmation link was sent to your e-mail.
Please check your mailbox for a message from support@examcollection.com and follow the directions.
Download Free Demo of VCE Exam Simulator
Experience Avanset VCE Exam Simulator for yourself.
Simply submit your e-mail address below to get started with our interactive software demo of your free trial.