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首页zEnterprise System:解决异构应用的智能基础设施
zEnterprise System:解决异构应用的智能基础设施
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更新于2024-08-01
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IBM zEnterprise System是IBM推出的一款智能基础设施解决方案,专为当今异构业务应用设计。随着业务需求日益复杂,传统的IT基础设施往往难以满足这些跨平台、设备多样化的应用需求。系统管理员常常在处理服务器、路由器和其他设备的管理上耗费大量精力,而这些努力可能并不能有效解决实际问题,甚至可能导致挑战加剧。 zEnterprise System技术革新之处在于它将可扩展的计算能力与创新的架构相结合,实现对异构工作负载的统一控制。这一架构允许用户从单一控制点管理各种不同类型的资源,包括服务器、网络设备等,从而简化IT管理,提升效率。其设计理念强调了多平台架构下的弹性计算、卓越的QoS(服务质量)、虚拟化、动态资源管理和安全网络的集成,旨在为复杂IT环境提供全面的解决方案。 该系统的价值体现在能够解决企业面临的紧迫IT挑战,如资源整合、性能优化、成本控制以及服务稳定性。通过展示实例化的应用架构,zEnterprise System能够帮助业务领导者更好地理解如何将这些特性转化为实际业务价值。它不仅能够提高IT部门的生产力,还能促进业务流程的顺畅运行,从而提升企业的竞争力。 为了帮助读者快速入门和利用zEnterprise System,IBM提供了详细的红皮书指南,这份文档涵盖了从理解价值主张、识别关键IT问题到实施策略的全方位指导。IBM zEnterprise System是一个革命性的解决方案,对于寻求提升IT基础设施效率,推动业务发展的企业来说,无疑是一个改变游戏规则的选择。
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5
The business drivers behind BI have elevated it to one of the highest priorities of CIOs and
CTOs. To maximize their return on investment, realize the full value of BI to the business, and
enhance their business competitiveness, IT executives need keen awareness of the
challenges related to BI projects.
With respect to the IT infrastructure, we now see three major challenges:
Provide sufficient resources to run complex queries, including predictive analytics
Provide an IT infrastructure capable of running intelligent extract, transform, and load
(ETL) processes across multiple locations, databases and servers in an increasingly
timely manner
Provide an IT environment that is highly available
It is all about speed
Business intelligence is about speed, time to market, and making decisions in real-time or
near real-time.
Analytics is a recent extension to the BI solution that enables you to perform
predictive analysis by applying statistical and trends models over collected data. It is a more
sophisticated and resource-intensive usage. Driven by business requirements, BI usage has
changed its deployment methodology and has become more in-line and real-time, using
operational data instead of historical data. This new behavior demands high processing
capacity and the ability to manage priorities according to business goals.
Raw data is meaningless
Business intelligence and analytics rely on the availability of the massive amounts of data that
organizations generate every day. The BI and analytics challenge involves coping with the
amount of data dispersed all over the different parts of the organization, bringing it together to
form meaningful knowledge, extracting meaningful information, and providing this information
to the business in the right format, at the right time, and to the right individuals.
Building a BI or analytics solution requires a sequence of steps to ETL the data into a data
warehouse. These steps are usually performed by sequences of long-running batch jobs that
run at certain intervals. These solutions become even more complex if the data sources are
scattered across multiple geographies, databases, and servers with different availability
windows and differing levels of data accuracy.
BI is becoming mission-critical
As the use of BI becomes more widespread, from the IT perspective it begins to resemble
traditional transactional processing (OLTP), which makes business intelligence applications
more critical in terms of infrastructure requirements. For example, executives often have a
dashboard panel where they track business performance in real time. Depending on the
performance indicators, they may take actions and receive rapid feedback on the dashboard.
Behind that dashboard sits a set of BI applications feeding the executive interface. Such
Challenge: The main challenge in the BI area is to be able to retrieve meaningful
information from massive amounts of data, in a timely manner, and make it available to the
right individuals.
Challenge: Business intelligence and business analytics increasingly require massive
computing power.
Challenge: Populating a data warehouse from timely and accurate data scattered across
databases and servers in different geographies is a major challenge.
6 IBM zEnterprise System: Smart Infrastructure for Today’s Heterogeneous Business Applications
dashboard applications require high availability, reliability, and consistent response time. This
typical scenario illustrates the mission-critical nature of BI solutions and shows that they
require the same quality of service as a transactional application.
According to a 2007 Gartner Group study, fewer than 15% of data warehousing environments
have been designed to provide high availability, failover, disaster recovery and the remaining
components of mission-critical systems.
Virtualization: No free lunch
Virtualization refers to the presentation of computing resources as an abstract layer,
independent of their underlying physical equivalents. Because the abstracted, or logical, view
is not tied to specific physical units, virtualization technologies allow you to share computing
resources among users and applications and thereby realize greater business value than
through a dedicated implementation of those resources (Figure 3).
For example, the Processor Resource/Systems Manager™ (PR/SM™) is a feature of IBM
System z that allows the physical System z® server to be partitioned logically into one or
more virtual servers called logical partitions (LPARs). Additionally, virtualization also refers to
the ability to aggregate physical entities into a uniform pool to simplify their use and
management.
Figure 3 Virtualization enables physical resource sharing and aggregation
Many CIOs have pursued virtualization-based strategies to reduce the number of physical
infrastructure resources required to deliver IT services and to more fully utilize the physical
resources that comprise the infrastructure. Some virtualization solutions, though, have
delivered limited business value, predominantly cost reduction or avoidance, because they
are specific to a single platform. As well, platform-specific deployments introduce new
challenges to successful virtualization. The more common challenges include virtual server
sprawl, virtual infrastructure management complexity, workload performance and service
level conflicts, virtual machine security breaches, and virtualization stall.
Controlling virtual sprawl is even more difficult
Although virtualization is often used to combat distributed server sprawl, meaning the
proliferation of physical servers as a result of locating application, email, file, and database
servers local to users, many organizations are learning that virtual server sprawl, which is the
exponential rise in number of virtual servers, creates a variety of management, security, and
compliance challenges. After the basic virtualization infrastructure has been purchased, it
Challenge: Business intelligence and business analytics solutions are increasingly
becoming mission-critical and require an IT infrastructure that provides high availability and
disaster recovery.
Sha r i n g
Virtual Resource Examples:
LPARs, vir t ua l machi nes, vi r t ual d isk s, VLANs
Virtual
Re sour ce s
Physi ca l
Resources
Aggregat ion
Virtual Resource Examples:
Virtual disks, IP routing to clones
Virtual
Re so ur ce s
Physical
Re sou r ce s
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