Function |
Description & Benefit |
| Schematics |
Pin
labels
|
A new concept of pin labels has been introduced
into schematics that associates a label with a pin which
is then swapped during Back Annotation after a Gate and
Pin Swap, removing the limitation of using free standing
symbol text. The properties of a label are instantiated
from origins defined in the symbol, and values from the
parts library.
|
| Pin
name / numbers |
The properties of schematic pin name/numbers
are now instantiated from origins defined in the symbol, and
can have orientations and independent text codes. Along with
pin labels, this was the Worldwide number one enhancement demanded
by current CADSTAR customers and will provide major ease of
use functionality for engineers. |
Text
alignment
|
Allows
alignment of text applying to pin name/numbers, pin label
names, attributes, component and symbol names, along with
free text and multi-line text.
|
Support
of text readability
|
When
text items are rotated the readability of the text will
be preserved. The text can be constrained to maintain its
readability directions regardless of any rotation that
may take place. This applies to symbol/component names,
attributes, pin labels, pin names/numbers and free text.
|
Apply
readability
|
This allows the text readability
function detailed above to be applied to old designs. |
| Libraries |
Multiple
libraries and search
|
Users
can now use and search for components from multiple libraries
while maintaining the data integrity required for carrying
out design processes such as checks and post process procedures.
This is particularly important and beneficial for large
organizations with multiple libraries.
|
| Variants |
Support of text per variant
|
Listed as the number one enhancement
request for Variant Manager.
Text
(which may involve manual interaction modifications)
can now be added for variants in the Schematic or PCB
design, displaying different information per variant
and it can also incorporate Design Fields. This eliminates
the requirement for separate supporting documentation
needed for manufacture of the product; reducing the likelihood
of mistakes and providing general ease of use.
|
Support of hyperlink per variant
|
Supporting
documentation in the form of a Word document, PDF file
or as a hyperlink can be added to the variant text function
detailed above.
|
| Lead Free |
Lead free specific pad addition
|
The
introduction of lead free legislation has brought about
the requirement for modifying component composites and
is forcing designs to be compliant with lead free soldering
processes. In response to this, rounded rectangle pads
(increasingly being used in lead free soldering processes)
are supported.
|
| Jumpers |
Support of jumpers, available
with PCB Design Editor
|
This
function is of high importance to low cost, single sided
board manufacturers where jumpers are required. It allows
the addition of jumpers in PCB Design Editor which do not
exist in the Schematics – and which
will remain after the ECO update has been performed. Jumpers
can also be added and connected manually in the Design Editor.
|
Support of jumpers, available
with P.R.Editor XR 2000 L4
|
All
customers with a valid maintenance contract for a XR 2000
L4 or higher will receive support of Jumpers as part of
their maintenance. Jumpers can be added on the fly and
will be back-annotated to the PCB design.
|
| P.R.Editor |
Trunking
|
Introduction
of intelligent design objects in the form of a trunk for
P.R.Editor XR 2000 L4 upwards.
|
Trunking – Corners
|
Features
different corner styles. |
Trunking – Via
pattern objects
|
Trunk
via objects allow via patterns to change. |
Trunking – Signal
ordering
|
Easy
changing of signal ordering within a trunk. |
Trunking – Tools
|
All
manual routing tools are available to operate on the trunk
objects. |
Trunking – Guides
|
Guides
available. |
Interactive
Lengthening
|
Allows
sophisticated modification of the length of blocks. The
lengthened block of a signal is recognized as such and
has intelligence retained with it. It can be easily modified
and adjusted to meet its constraints.
|
Angled
pushing
|
Angled Pushing controls the
method by which route segments move when directly modified
or when pushed by other route segments. It controls moving,
pushing and sliding of 90, 45 and free angled route segments,
while in manual routing, modifying and auto routing modes.
(Push Aside must also be on). Route segments will remain
at their start angle and slide along adjacent segments when
moved or pushed in preference to creating additional route
segments. |
Design
variants
|
Supports
of Variants to compliment the existing variant support
in the Design Editor |
| Signal Integrity |
FEM
field solver
|
This highly accurate FEM based
field solver shows frequency dependent losses and illustrates
the proximity effects in strong couplings. Arbitrary shaped
conductor cross sections are possible and there is also a
new result database/cache. This is based on finite element
algorithm and is able to characterize the physical behaviour
of interconnects, providing a high level of accuracy at the
push of a button. |
RF
models for passive devices
|
|
Eye
diagrams
|
Eye
diagrams allow users to perform eye-mark verification and
provide analysis based on multibit-sequence stimuli including
random pattern generation, manual pattern generation, 8b/10b
coding scheme and automatic jitter generation. This analyzes
several thousands of signals simultaneously, rather than
signals high to low – addressing
complex simulation issues.
|
Waveforms
at die-level
|
Users
can perform accurate timing and waveform verification at
the die level.
|
Extended
waveform display
|
Voltages and current waveforms
can be displayed simultaneously. Stimulus can also be displayed
together with simulated waveforms. |
Batch
analysis improvements
|
Preferred
driver settings can be set. Improvements
with automatic simulation time adjustments provide better
performance and accuracy.
|