Reduce Peak 4HRA and Software MLC Costs

ThruPut Manager manages workload demand to reduce capacity utilization, based on the 4HRA, when sub-capacity pricing is used with or without capping. More »

Automate z/OS Batch

ThruPut Manager balances workload arrival, importance, and resource availability. More »

Make the most of scarce resources

Because money doesn’t grow on trees, let us lower your MSU consumption and MLC costs. More »

Make Way for Mobile

As mobile applications take up more CPU at unpredictable times, let ThruPut Manager take low importance batch out of the equation and make room for your high priority workload. More »

Country Multiplex Pricing is here

Use ThruPut Manager automation to lower your MSU baseline today and find software license savings, with or without capping, when you move to CMP. More »

Automate production control

Manage z/OS execution according to your CA 7 schedule and due-out times, ensuring automated on-time completion with minimal intervention that frees you for other valuable tasks. More »

Our Customers

ThruPut Manager installations range from individual corporate datacenters to global outsourcing providers in the major industry sectors, including banking, insurance, and government. More »


Tag Archives: Computer Measurement Group

Smart networking that makes an imPACt!

networking at CMG imPACt

Are you planning to attend CMG imPACt 2016, the premiere event for capacity and performance professionals? Conference attendees know that their most important task is to fill their schedule with all the great content offered. But there’s an equally valuable service you can exploit at the conference, and it will have an even greater impact on your career and future. Yes, we’re talking networking.

When I’m not tuning systems and keeping the ‘sucker running, I’m…

John Baker

A guest post by Denise P. Kalm – You’ve probably met John Baker, mainframe guru at MVS Solutions. He speaks regularly at SHARE and CMG (and probably a few places I didn’t know about). His smiling face greets you at the MVS Solutions booth. But what you may not know is that he is passionate about volunteering for CMG – Computer Measurement Group.

With the General Chair overseeing the logistics, John is responsible for ensuring that CMG continues to provide quality mainframe content, in addition to the other tracks. Since mainframes are only a part of what CMG covers, John must work diligently to find the kinds of papers people really want to hear. Because of his wide network, he can draw on some of the ‘mainframe stars’ to help out.

CPU Busy: Are you looking at the right metrics?

CPU Busy metrics

Since the days when processor time was costly (and you input a job on punch cards), the CPU Busy metric has had intense focus. There are so many ways to look at the metric, all having vastly different meanings. Virtualization made it even more complicated. But for many in our field, this is still a very critical number. But is it the most important number?

Why did my job run so long? Speeding performance by understanding the cause (webinar)


Delays are part of our daily lives. We wait in line at the grocery store, at the drive-through, and on the road in our cars. While it may not seem like it, delays are a fact of life in your mainframe as well. As amazingly fast as these machines are, there are inevitably some measurable delays in application response times and throughput. The question is: should you care about these delays?

Performance Analysis is about identifying the distribution of response times and dealing with each component. For example, if a job runs for two hours but only uses ten minutes of CPU time, there is little to be gained by running the job on a faster CPU. The best “bang for the buck” is to look at where the other 110 minutes are being spent and try to reduce those delays.

A powerful partnership: MVS Solutions and CMG

At MVS Solutions, our goal is to ease the challenges faced by mainframe datacenter staff and management. While this mandate inevitably translates into innovative solutions—such as ThruPut Manager—in many ways, it extends beyond that. We’re not just here to develop better software. We’re here to move the industry forward.

While we strive to do that in a number of ways, we have been particularly recognized as innovators through our involvement in Canada’s Scientific Research and Experimental Development (SR&ED) program. In the early days—we’re talking 30 years ago—our company played a key role in helping SR&ED leadership integrate software development into the grant eligibility framework, and we continue to take part in the program—performing research and producing innovation that benefits the mainframe industry when applied to ThruPut Manager.

What’s in your nest? More than ever – less is more! (webinar)


In an RNI context, IBM says the number of concurrent tasks is the primary factor in workload performance, particularly with today’s high frequency processors. The z13 architecture has a vast capacity to serve multiple, concurrent applications. Regardless of the amount of work you throw at it, z/OS will do its best to provide some service to all workloads. As result, we generally throw all the work at the machine at once.

Are you running too much or too little? Let’s look at some measurements and techniques to control how much concurrent work you are running. Cycles per instruction, Initiators, LPARs, Logical Processors and Weights are a few of the topics we’ll explore. You will find techniques to improve performance, throughput, and efficiencies of your mainframe. Come and see just how much less you should be doing.