IBM Mainframe training

IBM mainframe training

Introduction to IBM Mainframe Training:

IBM Mainframe Training is provided by Global Online Trainings. In Mainframe the performance of the computers are very high and these computers consists of large memory and it can handle many calculations and transactions. We offer the best IBM Mainframe Training at a reasonable price. You can get the right knowledge and skills in our IBM Mainframe course training. Global Online Trainings provides IBM Mainframe Corporate Training by experts. The classes are taken here in flexible-hours participants can take their classes at their spare time as per personal schedule.

Prerequisites of IBM Mainframe Training:

To learn IBM Mainframe Training at our Global Online Trainings, the candidate should  have a basic knowledge on

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IBM Mainframe Training Course Details:
  • Course Name: IBM Mainframe Corporate Training
  • Mode of Training: We provide online mode of training and also corporate, virtual web training.
  • Duration Of Program: 30 Hours (Can Be Customized As Per Requirement).
  • Materials: Yes, we are providing materials for IBM Mainframe Online Training.
  • Course Fee: Please Register in Website, So that one of our Agents will assist you.
  • Trainer Experience: 10+ years.

IBM Mainframe Training Course Content

IBM Mainframe Training Course content

Overview of IBM Mainframe Training:

Mainframe computers are massive machines that typically live inside of large cabinets.  With Mainframes focus is more on throughput and reliability which means it has a lot more inputs and outputs.

What are the features of IBM Mainframe Corporate Training?

The important features of IBM Mainframe are as follows.

  • Most of the organizations, to run their business they use IBM Mainframe.
  • The main feature of the Mainframe is, it can store huge quantity of data. Mainframe computers have very high processing speed.
  • It can execute four lakh million instructions per second.
  • There is no possibility of hacking and virus threats. The Mainframe can also be interfaced with other applications. Concurrently, it can also support lakhs of users.
  • In order to run any computer, you need to have an interface between the user and computer. We have different interfaces or operating systems like VMS, MVS/ESA, and ZOS available in mainframe computers.
  • In order to work or connect to the mainframe computer, you need to have internet as well as emulator installed on your system.
  • There are different emulators such as the hummingbird, VIEW NOW, vista, rumba and much more available in the market.
  • Every Mainframe has an individual IP address. In order to connect to a particular Mainframe system and just type an address into the emulator and click on connect. So that’s it you will get connected to a mainframe computer.

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  • There are some places where Mainframe is vastly used. They are banking applications, insurance application, reservation systems, and also highly used in the telecom communications. In that telecom, they have to keep track of each and every pulse.
  • Mainframes are also used in the manufacturing applications like automobile manufacturing, electrical product manufacturing, and motors manufacturing. They are also used in the retail applications. This is all about the introduction of the mainframes.
What are the characteristics of Mainframe OS in IBM Mainframe Training?

There are mainly six important characteristics of the mainframe OS.Mainframe-os-characteristics

They are essential storage, Defence, IBM Mainframe OS characteristics, multiprogramming, Group processing, Spooling, and Time sharing. Buffering is having a place where all the tasks that have to execute one after the other. Multiple programming resides in the primary memory at any point in time. Batch processing is one of the main characteristics of the mainframe operating system. Time-sharing is, the time is given for each user to access the mainframe. Spooling is also related to the concept of buffering. We provide IBM mainframe training with real time scenarios. For more information please do contact our help desk.

What is the Mainframe?

Mainframe is a high performance and high-speed computer system. It can be used for large-scale computing purposes that require great availability and security. It is mostly used in finance, insurance, retail and other critical areas where massive data is processed multiple times. Global Online trainings is best in providing IBM Mainframe training with live projects by industry experts at flexible timings.

Mainframe Attributes:
Multi programming
  • The computer executes more than one program at the same time. But at any given moment only one program can have control of CPU.
  • It is a facility provided to make efficient use of the CPU.
Batch Processing
  • It is a technique by which any task is accomplished in units known as jobs.
  • A job may cause one or more programs to execute in a sequence.
  • The Job scheduler makes a decision about the order in which the jobs should be executed. To maximize the average throughput, jobs are scheduled as per their priority and class.
  • The necessary information for batch processing is provided through JCL (JOB CONTROL LANGUAGE). JCL describes the batch job – programs, data and resources needed.
  • SPOOLing is an acronym for Simultaneous Peripheral Operations Online. It is a facility exploiting the advantage of buffering to make efficient use of the output devices.
 What are the uses of Mainframe?

The reasons for mainframe use are many, but most generally fall into one or more of the following categories:

  • Reliability, availability, and serviceability
  • Security
  • Scalability
  • Continuing compatibility
  • Evolving architecture
  • Extensibility
  • Lower total cost of ownership (TCO)
  • Environmental friendliness
Why Mainframe?

Mainframes are used extensively due to its unique features.

  • It is more reliable. Whenever mainframe experience in downtime then it automatically isolates the error and which is not possible in other systems.
  • It is more secure compared to the other systems.
  • Scalability is another important feature of the mainframe.
  • One software version is always compatible with the other versions.
  • These are the basic advantages of the mainframe. We can learn so many things in our IBM mainframe training.
Learn JCL in IBM Mainframe Training:                                                                                                               
  • JCL means Job Control Language. It is a scripting language. After creating a program, you need to ibm-mainframe-training-infographicscompile and execute the program. In order to compile your program, there should be an interpreter. With the help of JCL, we can compile and execute our programs.
  • The main thing about the JCL is, it can compile both online and batch programs. It is used for integrating the programs. We can also pass a large volume of data from one program to another program.
  • Job control language can create the datasets or remove the datasets. By using this, we can set the data in either ascending order or descending order. We are best in providing IBM mainframe training by professionals.
  • JCL can filter the records, change the report layout, and also can send a report to a printer. In the mainframe, we are calling a file as a dataset.
  • It can also be used to copy the records from one dataset to another dataset. Backup plays a vital role in the real-time. Any batch processing contains main task and each main task is divided into subtasks and also subtasks into data sets. Mainly, we use two parameters at the job level.
  • They are account information and program name. Accounting information should be coded immediately after operand and should 1-20 alphanumeric characters. We can identify the programmer name by using the program name parameter. This is all about the positional parameter.
  • You might be wondering , Keyword parameters can be coded in any order and these are not mandatory whereas positional parameters are followed by job operand. There are so many parameters at job level are like MSGCLASS, CLASS, NOTIFY, MSGLEVEL, PRIORITY. There are also some keywords available at the activity level.
  • CLASS is a keyword parameter and it is mainly used for categorizing the job on CPU time. And all these parameters are defined by operators, depends on the installation they use. MSGCLASS is used to send the diagnostic messages.
  • It is something like a log where we want to route the messages. We can store the logs in different destinations like a printer or auxiliary storage area. MSG LEVEL is used to control the volume of the messages. We are good in providing IBM Mainframe Certification training by real time experts.
  • JCL is a very important concept in IBM mainframe training. You will get the detailed knowledge on JCL Training at our IBM Mainframe Training.
 Learn CICS in IBM Mainframe Training:
  • CICS means Customer Information Control System. Ant type of mainframe application separated into online and batch.
  • Several online and batch environments can be created for huge size applications and different modules.
  • Generally, a mainframe is a combination of transactions and job.
  • A job is nothing but a batch processing and connections is online programs. In the IBM CICS training mostly we use the word transaction while in JCL we use the word job.
  • In most cases, the online system consists of transactions which are a logical unit of work.
  • There are mainly two types of transactions. One is system defined transaction and user-defined transaction.
  • Both system defined transaction and user-defined transaction form between one to four alphanumeric characters.

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  • User-defined transactions are defined based on the end users need. The system defined transactions are defined by online for a repeated task.
  • Online is nothing but a multi-tasking environment where various programs can be executed by multiple users. The online environment is also a multi-threading environment.
  • They manually do the tasks or they can also use automation tools. Whatever the data that is used in the batch system, it could be either from another batch system or online system.
  • Most of the CICS transactions are inquiries which are used to browse the data in the DB2 tables or VSAM file. There is so many difference between online and batch system.
  • For reducing the burden on online most of the task is done in the batch side whereas minimal validations are done in the online system.
  • Mostly every application will have both batch and online systems. We can do practically in our IBM mainframe training.
  • There are several ways of placing a cursor on the screen. They are static, dynamic and relative. It is always better to use dynamic pointer positioning while an error is noticed and a terminal user is notified with an error message.

We do provide IBM CICS Training. Global online trainings is rich in providing IBM Mainframe Corporate training at affordable price.

Learn DB2 basics in IBM Mainframe training:
  • DB2 training is nothing but Relational Database Management System (RDBMS) and is stored as a separate subsystem.
  • We can create multiple systems like testing environment, production environment, and development environment.
  • DB2 subsystem consists of DB objects such as storage group, table space, index space, tables, DB group and rows and columns. As an application programmer, we use tables, columns & rows and indexes. Columns are also called as attributes and another name for rows is tuples.
  • There are different types of data types available in mainframe DB2. They are SMALL INTEGER, INTEGER, CHAR, VARCHAR, DECIMAL, DATE, TIME, GRAPH, and VARGRAPH. There are some important tools to know. We provide IBM mainframe training with real time use cases.
  • They are QMF and SPUFI. QMF is used to execute one query at a time whereas SPUFI is to execute multiple queries a time.
  • In the SPUFI, the queries are stored in PDS member. A query is typed itself in the QMF. SPUFI can process the large volumes of the data.
  • QMF can process a low volume of data. The error code cannot be displayed in QMF whereas error code is displayed in SPUFI. The rows to be displayed cannot be restricted. In the SPUFI, the number of rows can be displayed and can also be restricted.
  • We have to know what sub-query is. Query within a query is called as a sub-query. Sub-query within a sub-query is known as nested sub-query.
  • We can have 15 sub-queries can be coded in one single query. This is the maximum number. There is another term called co-related sub-query. This is quite opposite to nested sub-query and sub-query. In every row of the outer query, an inner query must execute at least once.
  • SQL code is DB2 supplied variable which contains system defined numeric number generated by SQL commands. To use SQL code, we have a system defined member SQLCA that must be copied under working storage section. Our consultants are highly skilled at IBM Mainframe online training.

We should know all the basics of IBM mainframe DB2. This will be useful. We will discuss IBM mainframe DB2 in our IBM Mainframe Training. To know more about DB2, Please visit DB2 Training.


In the early days a framework had a solitary processor, which was otherwise called the focal preparing unit (CPU). The terms framework, processor, and CPU were utilized reciprocally. In any case, these terms became confounding when frameworks got accessible with more than one processor. We are best in providing IBM Mainframe training by experts from India at flexible timings.


Mainframe hardware:

Processor and CPU can allude to either the total framework box, or to one of the processors (CPUs) inside the framework box. In spite of the fact that the significance might be obvious from the setting of a dialog, even centralized server experts must explain which processor or CPU meaning they are utilizing in a talk.

IBM utilizes the term focal processor complex (CPC) to allude to the physical assortment of equipment that incorporates principle stockpiling, at least one focal processor, clocks, and channels. (Some framework software engineers utilize the term focal electronic complex (CEC) to allude to the centralized server ″box,″ however the favoured term is CPC.)

  • Quickly, all the S/390 or z/Architecture® processors inside a CPC are preparing units (PUs). When IBM conveys the CPC, the PUs is described as CPs (for ordinary work), Integrated Facility for Linux (IFL), Integrated Coupling Facility (ICF) for Parallel Sysplex setups, etc.
  • Centralized server experts regularly use framework to show the equipment box, a total equipment condition (with I/O gadgets), or a working domain (with programming), contingent upon the unique circumstance. They ordinarily use processor to mean a solitary processor (CP) inside the CPC.


System control and partitioning:

Among the framework control capacities is the ability to parcel the framework into a few legitimate allotments (LPARs). A LPAR is a subset of the processor equipment that is characterized to help a working framework. A LPAR contains assets (processors, memory, and info/yield gadgets) and works as a free framework. Different coherent segments can exist inside a centralized server equipment framework.

  • For a long time there was a cut-off of 15 LPARs in a centralized computer; later machines have 30 (and possibly more). Down to earth confinements of memory size, I/O accessibility, and accessible preparing power for the most part limit the quantity of LPARs to not exactly these maximums. The equipment and firmware that gives parcelling is known as PR/SM™ (Processor Resource/System Manager). It is the PR/SM works that are utilized to make and run LPARs.
  • This distinction between PR/SM and LPARs is frequently overlooked and the term LPAR is utilized all in all for the office and its outcomes. Framework directors allocate segments of memory to each LPAR; memory can’t be shared among LPARs. The overseers can dole out processors to explicit LPARs or they can enable the framework controllers to dispatch any or every one of the processors to all the LPARs utilizing an interior burden adjusting calculation.
  • Channels can be relegated to explicit LPARs or can be shared by different LPARs, contingent upon the idea of the gadgets on each channel. A framework with a solitary processor (CP processor) can have numerous LPARs. PR/SM has an inside dispatcher that can allot a segment of the processor to each LPAR, much as a working framework dispatcher assigns a bit of its processor time to each procedure, string, or undertaking.
  • Dividing control particulars are incompletely contained in the IOCDS and are somewhat contained in a framework profile. The IOCDS and profile both live in the Support Element (SE) which is just a scratch pad PC inside the framework. The SE can be associated with at least one Hardware Management Consoles.
  • Framework control and parcelling work area PCs used to screen and control equipment, for example, the centralized computer chip A HMC is more helpful to use than a SE and can control a few unique centralized servers.


Combination of IBM Mainframes:

There are less centralized computers being used today than there were 15 or 20 years back. Sometimes, every one of the applications was moved to different kinds of frameworks; be that as it may, much of the time the decreased number is because of solidification. That is, a few littler centralized computers have been supplanted with fewer bigger frameworks. There is a convincing explanation behind combination.

  • Mainframe programming can be costly and normally costs more than the centralized computer equipment. It is normally more affordable (and once in a while substantially less costly) to supplant different programming licenses with a couple of licenses.
  • Software permit costs are regularly connected to the intensity of the framework however the estimating bends support few huge machines. Programming permit costs for centralized computers have become a prevailing component in the development and heading of the centralized computer industry. A few nonlinear variables make programming valuing exceptionally troublesome.
  • We must recollect that centralized computer programming is certainly not a mass market circumstance like PC programming. The development of centralized computer handling power as of late has been nonlinear. The relative power expected to run a customary centralized computer application (for instance, a group work written in COBOL) doesn’t have a straight connection to the power required for another application.
  • The solidification impact has delivered amazing centralized computers. These centralized computers may require 1% of their capacity to run an application; however the application merchant regularly sets a value dependent on the complete intensity of the machine. This estimating arrangement brings about the odd circumstance where clients need the most recent centralized computer (to get new capacities or to diminish maintenance costs related with more seasoned machines) however they need the slowest centralized server that will run their applications (to lessen programming costs dependent on all out framework processor control).
Advantages with DB2 Training:
  • Understanding of the Data in the tables are very easy when compared to the other data management methods hence it has predefined attribute, This anyone can able to understand very easily by the relating the data.
  • Accessing is very faster than compared to the other data storage methods.
  • Concurrency is very high. So that many applications/users can able to access the data concurrently
  • Redundancy is very less when compared to the other systems.

Conclusion to IBM Mainframe Training:

IBM has been the dominant player in the industry for a very long time. Mainframes use special CPU’s many of which are much larger physically than even big desktop chips as well as additional processors. IBM Mainframe online training helps you to learn all the mainframe topics in an easy manner.

Global Online Trainings is specialized in delivering testing course to the students or the working professionals who wants to initiate their career or exaggerate the existing testing career in testing field. We are able to serve various mobile application testing courses both for manual and automation testing techniques for interested candidates as we have scheduled the online and corporate classes. The average salary of IBM mainframe professional is 5 to 6 Lakh per annum. It is the most sophisticated business technology in the world. We are providing the best IBM Mainframe Corporate Training with Materials. Our Trainers are subject matter experts with 10+ year’s experience. Candidates can go on weekdays or weekends sessions. For more information of IBM mainframe training, please contact us.


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