1. Concurrent Engineering Whitepaper:
5 compelling reasons to
upgrade to Mathcad Prime 2.0
5 compelling reasons to upgrade to Mathcad Prime 2.0
Concurrent Engineering White Paper, May 2012
Page 1 of 4

2. What is Mathcad Prime 2.0?
MathCAD is the essential tool for anyone relying on robust engineering
calculations in their design and product development work.
Mathcad Prime 2.0 is the latest release in the new generation Mathcad
product range. It is an impressive upgrade, which builds on the
capabilities of Mathcad Prime 1.0.
A richer set of tools enhance the existing Mathcad Prime features,
meaning larger problems than ever can be solved. Additionally, there are
5 key feature improvements - highlighted in this document – that provide
a compelling case for upgrading to Mathcad Prime 2.0.
Contact Concurrent Engineering - http://www.concurrent-
engineering.co.uk/mathcad-free-trial/ - to arrange a trial and
discover for yourself the 5 key features that make an upgrade to
Mathcad Prime 2.0 essential for anyone relying on engineering
calculation software in their product development.
1. Even better integration with Microsoft Excel
Enhancements made to the integration of Mathcad Prime 2.0 with
Microsoft Excel mean it is now easier for engineers to utilise their
datasets across both platforms. They are able to combine the power of
Mathcad’s calculation capabilities with the familiarity of Excel. It also
means that they are able to leverage existing spreadsheet data from
Excel in Mathcad.
This improves Mathcad’s assimilation with existing systems. It also
increases productivity and visibility by creating a clear record of data
sources. Plus, there is no need to spend time converting the data before
using it in Mathcad Prime 2.0.
2. 3D Plots for visualisation of complex data models
Engineers can now more easily access qualitative and quantitative
visualisation mechanisms, which are necessary to gain a fully
understanding of a dataset. This is particularly effective when working
with complex data models, which need to be viewed in 3D to be fully
comprehended.
The 3D plots feature in Mathcad Prime 2.0 allows for direct plot
manipulations, which enables a full and unobstructed investigation of the
model. This improves productivity by decreasing the time needed to
work on a plot.
3D plots also enhance reporting and communication between engineers
and across organisations by improving the worksheet quality.
5 compelling reasons to upgrade to Mathcad Prime 2.0
Concurrent Engineering White Paper, May 2012
Page 2 of 4

3. 3. Patented Symbolic Algebra technology improves
calculation accuracy and tracks changes
Symbolic algebra allows users to input preliminary stages, which are
often done on paper, straight into the worksheet. This means that the
final calculations are more complete, making reporting and collaborating
easier. It reduces the risk of mistakes and improves calculation
verification.
With symbolic algebra, engineers can more easily adapt formulas to
their specific purpose. This new function makes the process of modifying
formulas before applying them to a specific purpose automatic.
Engineers can therefore create the correct formula structure before they
have to start entering numbers specific to the calculation.
The patented symbolic algebra update technology means users can
keep a live record of any modifications. By being able to monitor
changes to mixed symbolic and numeric calculations, engineers can
have constant access to the changes made to the input parameters and
formulas.
4. Collapsible Areas make complex analyses more
manageable and sensitive information private
When engineers are required to work with large analyses, the
calculations behind them can easily extend across many pages.
To help focus on a specific section, with still being able to utilise all
previous calculations, engineers can use collapsible areas to make the
work more manageable. They simply need to collapse (hide from view)
the information that they do not currently need, making the worksheet
easier to handle.
As well as assisting during the computation stages, collapsible areas
also help organise content. They highlight the key information, which can
be particularly beneficial if the documents are intended for reporting. In
addition, when a worksheet is printed or exported in PDF or XPS
formats, any collapsed areas are hidden from view. This means that
worksheets can be shared between different parties, while keeping
unnecessary or potentially sensitive information out of view.
5. Enhanced computational power and 64-bit support
Engineers are now able to solve larger problems, while processing
greater data set sizes, as Mathcad Prime 2.0 includes support for 64-bit
systems. This increases performance speed, enabling users to perform
more calculations is less time.
In addition, the new multithreading capabilities of Mathcad Prime 2.0
make it easier for engineers to utilise the power of multiprocessor
hardware.
5 compelling reasons to upgrade to Mathcad Prime 2.0
Concurrent Engineering White Paper, May 2012
Page 3 of 4

4. These capabilities mean engineers are fully able to investigate problems
at an early-stage and it also reduces issues later in the product
development process. This means that an increased number of design
options can be considered which improves confidence in final outcomes.
To find out more about how Mathcad Prime 2.0 can help you to
optimise your engineering calculation capabilities, visit
http://www.concurrent-engineering.co.uk/contact-us/ or call us on
0121 506 9720 for further information.
5 compelling reasons to upgrade to Mathcad Prime 2.0
Concurrent Engineering White Paper, May 2012
Page 4 of 4