DownStream CAM350 14.1 Release Notes

DownStream CAM350 14.1 Release Notes 9/23/2020

DownStream Technologies, LLC, Copyright © 2006-2020 1 of 27

DownStream CAM350 14.1 Release Notes

Build: 1590

Date: 9/23/2020

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What’s New?

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This document describes the new features, enhancements and defect fixes in this

Release:

Release Summary on page 2

Installation and Licensing on page 2

System Requirements on page 2

CAM350 14.1 New Functionality Summary on page 3

CAM350 14.1 New Functionality Details on page 3

Retired Features on page 17

CAM350 14.1/14.0 Issues Resolved on page 18

How to contact us on page 26

Patents, Trademarks and Copyrights on page 26

DownStream CAM350 14.1 and BluePrint 6.1 Release Notes 9/23/2020

DownStream Technologies, LLC, Copyright © 2006-2020

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Release Summary CAM350 14.1 is a minor update to CAM350 14.0. CAM350 14.0 has been converted to 64 bit and now uses a new common database which it can share with BluePrint 6.0. Both products now render design data in 3D. CAM350 14.0 has significant updates to its user interface using Microsoft Windows latest ribbon protocols and many of the CAM350 Editors have been updated and improved. There is a new Stack Up Visualizer, 3D PDF export, and many other new features. CAM350 14.1 adds Chinese and Japanese language support, improved 3D hole rendering for drills, the first release of CAMvu (CAM350’s free viewer) on the new CAM350 14 baseline and defect fixes.

Installation and Licensing There is a new 64-bit License Manager and License required to run the CAM350 14.0 and BluePrint 6.0 license. The installer for the client software (CAM350 14.0 and BluePrint 6.0) will create new folders and you can run both your previous release (CAM350 12.2 and BluePrint 5.2) and your new Release software side by side on the same PC if you wish. For many users your installation should be as simple as this:

1. Run the installation executable

2. Choose “Install License File” to install the new License Manager. a. If you are an existing customer on maintenance, choose “Install license

from media” to install your new license file. b. If you are a new user or your license is not found on media, get your new

license from DownStream, copy it to your PC and then choose “browse to select” you license file.

3. Choose “Install DownStream Products” to install the new CAM350 14.1 and BluePrint 6.1 on your PC.

If you are installing to a Virtual Machine or have any questions, reference our DownStream Installation Guide or contact us at [email protected].

System Requirements Your PC should meet or exceed the following requirements:

OS: Windows 8, 8.1, 10 (64 bit only)

Processor: 2GHz or faster

Memory: 8GB+

Disk Space: 1GB available

Graphics: Discrete graphics card with on-board memory preferred (for best 3D performance)

MSOffice 64 bit

Note: Please be aware that CAM350 14.0 and BluePrint 6.0 are 64 bit applications and will ONLY run on 64 bit Windows 8 and 10. DownStream has discontinued support of Windows 7.

mailto:[email protected]



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CAM350 14.1 New Functionality Japanese Language Support

Chinese Language Support

Improved 3D hole rendering

CAMvu

CAM350 14.1 New Functionality Details

New language support

We now provide special builds of CAM350 14.x with dialog, ribbons and menus translated to Japanese and Chinese text.

Improved 3D hole rendering

We now show drill holes properly as holes through pads and any other PCB material through the board. Through holes, blind vias, buried holes, plated, unplated holes and backdrills are displayed with a more realistic representation.



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CAMvu 14.1

CAMvu is a free standalone viewer for CAM350 design files (*.cam and *.dpd). CAMvu 14.1 has all the functionality of CAM350 12.2 and the following new features:

CAM350 14.x look and feel (ribbons interface)

3D View and rendering of PCB CAD data

Stackup Visualizer

DFM Exploring

New Help system



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CAM350 14.0 New Functionality 64 bit database support 4K resolution support 2D Graphics - New net name and pin number visibility when zoomed in 2D Graphics engine - New Infotips Screentips for Menu ribbons New 3D Graphics engine and Features New 3D PDF Export New GUI, ribbons and dialogs (over 100 dialogs redesigned) Updated 2013/2016 UI backstage Improved Streams/Analysis Auto-Import Stack Up Visualizer Online Help rewrite and RoboHelp HTML (like BluePrint)

CAM350 14.0 New Functionality Details

64 bit Shared Database

CAM350 and BluePrint now share a 64 bit database. Our products can now import and work with very large CAD databases with the only restrictions being the processor and physical memory in your PC. You can also create a database with CAM350 that can be opened by BluePrint and vise a versa. If you import CAD data in CAM350 and save to our common database format (DPD), then you can open that file in BluePrint and work with the imported CAD data without having to re-import the data.

Note: CAM350 14.1 and BluePrint 6.1 are 64 bit ONLY. We have discontinued support for 32 bit. Microsoft’s 64 bit OS was introduced on Vista in 2006. All new PC’s and laptops are installed with 64 bit processors and Windows OS. CAM350 14.1 and BluePrint 6.1 take full advantage of today’s PC power and performance.

4K Resolution Support

CAM350 and BluePrint now support 4K resolution screens. “4K” refers to a horizontal screen display resolution in the order of 4,000 pixels (for instance, 4096x2160). 4K is used by many of today’s most popular laptops. 4K support in a software program requires smaller, high resolution icons and modifications to dialogs and panes that are too large for a smaller screen.



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2D Graphics - New net name and pin number visibility when zoomed in

CAM350 display of CAD data now displays net name and pin numbers when you are zoomed in to the design.

New Infotips

As you move your cursor over design data in your CAM view a Infotip will appear with information about the object under your cursor.

New Ribbon Screentips

As you move your cursor over the Ribbons a Screentip will appear with information about the command under your cursor.



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New 3D Graphics Engine and Features

CAM350's 3D Design View lets you visualize a 3D model of your imported design data. The 3D Design View is rendered automatically from your imported ODB++, IPC2581, or PADS ASCII design data. You can also render a 3D model using unintelligent Gerber and NC data after leveraging CAM350’s new automatic import processing. Components are rendered based on their silkscreen outline and height information. The board, components, pins, drills, vias, nets and copper are all rendered in 3D. Because the 3D visualization is rendered directly from your imported CAD data it is updated in real time when a design ECO occurs and new data is imported.

You can interact with your 3D Design visualization by changing the rotation, zoom,

camera angles and other features found on the 3D ribbon and by using your mouse.

Mouse

Commands

Rotate, Zoom, Move

Zoom large

increments Center Mouse Button Scroll

Zoom in and Zoom out. Uses large increments to zoom in/out.

Zoom small

increments

Ctrl-Center Mouse Button Scroll

Zoom in and Zoom out. Uses small increments to zoom in/out.

Move Moves 3D image.



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Select Right Mouse Button in 3D Design View, hold down and drag cursor

3D Ribbon -

Perspective

Home, View, Flip Board, Previous View, Next View

Home Brings 3D image back to Home position in 3D View. Typically centered on first layer.

View If you think of the 3D PCB image as a cube, you can use the View command to display

the Top, Bottom, Front, Back, Right, and Left sides of the cube.

Flip Board

Flips the Board

Previous View Shows the 3D image before your most recent change was made

Next View If you have selected Preview View, Next View will bring your display back to the state before your Previous View command.

3D Ribbon - Axis

Cut

The 3D image can be cut by X, Y and Z planes or any combination.

X Plane Select the X plane button on the Axis Cut group of the 3D ribbon. A rectangle representing the plane will display next to the 3D image. Select and drag the plane into the 3D image to cut the image.

Y Plane Select the Y plane button on the Axis Cut group of the 3D ribbon. A rectangle representing the plane will display next to the 3D image. Select and drag the plane into the 3D image to cut the image.

Y Plane Select the Z plane button on the Axis Cut group of the 3D ribbon. A rectangle representing the plane will display next to the 3D image. Select and drag the plane into the 3D image to cut the image.

3D Ribbon - Commands that reflect the view as if you were



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Camera looking through the lens of a camera.

Move The display of the 3D image changes based on the position of the camera. For instance, if you move the camera Forward towards the 3D image, the image will get larger as you would expect. If you move the camera Backward from the 3D image then the image will appear smaller.

Pitch Camera Pitch is the rotation of the camera around the 3D image up/down and right/left.

Field of View The field of view is the extent of the 3D image that can be viewed through a pre-defined camera lens angle, 90, 45 or 22.5 degrees.

Level Level brings the camera level (90 degrees) to the Home surface. Level removes pitch, but retains zoom and rotation.

3D Ribbon -

Display

Commands that change the display of the 3D rendering

Configure -

Wireframe

A 3D wireframe model is an edge or skeletal representation of the 3D image

Configure -

Hollow Planes

Displays "see through" planes

Configure -

Thickness

Displays planes with thickness from design data, no plane thickness or only the thickness of copper (pcb layer) planes.

Spread

The Spread command creates distance between the layers so that you can see between them. Selecting the Spread button on the 3D ribbon "spreads" one layer at a time. The Spread command is disabled once all layers have been spread.

Squeeze The Squeeze command "un-spreads" (squeezes) the distance between the layers, one layer at a time. The Squeeze command becomes available when any layer is Spread.

Peel The Peel command "peels" one layer at a time off the 3D PCB image and places it to the side.

Reapply The Reapply command "un-peels" one layer at a time and places it back onto the 3D PCB image.

Colors Preset You can define colors and transparency levels for



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different layer types.

Colors by Layer When this command is selected your Color Presets are displayed. When this command is not enabled, the colors defined in the PCB View Format pane are displayed.

3D Ribbon -

Components

Actions that can be performed on components.

Show This command toggles Components on/off in the 3D PCB view

3D Ribbon -

Utilities

Screen Shot The screen shot command will create a bitmap of the image in the 3D Design View window. You can define the name, location and file type to save the bitmap.



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New 3D PDF Export

You can now export your imported CAD design to 3D PDF. The command is found on the 3D ribbon. Your 3D Design image will be exported to 3D PDF with the same camera and visibility settings you have set in CAM350’s 3D Design view. Below is an example PDF. In Adobe Reader, you have access to tools like spin, rotate and view, as well as the CAD model tree where you can select a PCB object like a component and have it highlight in your 3D PCB View.



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New CAM350 GUI layout, Ribbons, Dialogs and Panes

CAM350 now meets GUI industry standards, leveraging Microsoft Windows ribbon technology, redesigned and resizable dialogs and dynamic data panes.

Redesigned dialogs

We redesigned and improved over 100 CAM350 dilogs. They are now more useful. Many can be resized and we’ve added graphical previews where appropriate. We’ve also consolidated and removed redundant dialogs to make the GUI more intuitive.



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Improved Streams/Analysis

CAM350 comparison and DRC functionality has been improved with all new dialogs, graphical previews of analysis data, a new streams batch process editor, and the ability to run a single check or write to a stream.



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Automatic Import

Use Automatic Import as a universal importer of design data in various formats. It expedites the file import process by batch processing a collection of files in a folder versus individual file election in other import operations. Using Automatic Import templates enables more expedient processing of files by matching file names or portions of file names to specific file types.

Automatic import can parse both CAM and non-CAM file types to complete definition of a CAM database. For example, aperature report files can be imported and applied to their respective Gerber files. An IPC-D-356 netlist can be imported to facilitate netlist comparison, bed of nails and flying probe outputs. Automatic import facilitates the definition of a layer stackup and drill layer pairs to arrive at a more robust design database post import. This eliminates the need to perform these steps individually after a file import. These individual definition steps are optional and can be skipped during the automatic import process.

Note: If importing entire designs in ODB++, PADS ASCII, IPC2581, or GenCAD

use other file import operations. Automatic Import is intended for batch import

of Gerber, NC Drill, NC Mill and other like CAM formats.

File – Import – Automatic Import.

Merged Editor functionality

The CAM, NC, Bed of Nails and Flying Probe Editors have been merged into a common CAM Editor.

New Centralized Option dialog

Options for ALL Editors have been merged into one Options dialog.



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New Stack Up Visualizer

Users can now visually orientate manufacturing files in a new Stack Up Visualizer (SUV). The SUV allows users to order imported manufacturing files in the form of layers in the order of which they are to be implemented in the finished PCB. The stack up layer order allows users to graphically see the PCB in several ways: Tablature, cross section, and 3D representation. Tablature view allows users to see a given manufacturing file as well as its associated attributes that support the manufacturing process including material thickness within a layer table. User may also add dielectric layers and their associated properties for thickness, dielectric constant, material type, etc. to gain a more accurate depiction of the finished PCB. Each layer whether imported or added as dielectric in the layer table is also represented in a graphical cross section that identifies the layers or materials position within the PCB cross section. Applicable changes to Layer table are automatically reflected in the cross section. The stack up can also be visualized as a 3D sample of the finished PCB with accurate rendering of each material layer in the stack up with its respective thicknesses. In all views, the SUV also supports the definition of various NC drill files and their associated layer spans. This combination of both imported layer data as well as via data provides a realistic depiction of the finished PCB based on materials used in the construction process. The SUV also supports the importation and exportation of IPC-2581 Stack Up data to share with your PCB manufacturer. This allows users to accurately model a PCB Stack Up based on materials that are available by a specific PCB manufacturer. The result is that the SUV serves as a “sandbox” that allows both the design and manufacturer to hone in which materials are to be used in the design.

Below is a pictorial of the CAM350 user interface.



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Stackup Table The Stackup Table presents the stackup as a table. Layers in the stackup are presented in top to bottom order and include Solder Mask, Silkscreen, PCB and Dielectric layers. Here you can:

Add Layers

Delete Layers

Move Layers

View Layer Properties

Show Layer Labels

Automatically Add Dielectric Layers

Assign Layer Material

Stackup Graphics The Stackup Graphics presents a cross section of the layer stackup. Layers are presented in top to bottom order with layer color coding and via drills.

Via Padstack Table The Via Padstack Table presents one row for each layer set in the design and one row for through drills. Each row is identified by a layer set name.

Design Statistics The Design Statistics area presents stackup relevant data from the design. Statistical data includes Number of Layers in the stackup, Number of Silkscreen and Soldermask layers, Number of Internal layers, Number of drill sizes, smallest drill size and the number of drilling ranges (or layer sets).

View 3D Stackup Select View in 3D to view the layer stackup in 3D.

Materials Table The Materials Table is for managing a library of materials used in the creation of layer stackups. The materials table is a library of PCB fabrication materials and other layer types like soldermask and silkscreen.

Import or Export Stackup Use Import and Export Stackup to share and collaborate on stackup design. Layer stackups can be exported, reviewed, modified and then imported to update design materials, stackup layers, layer properties and so on.



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Retired Features

Macro Recording. CAM350 14.0 will allow you to play existing macros, but you can no longer record. We will be moving to an Automation API with VB scripting capabilities in a future release.

Windows versions. CAM350 14.0 and BluePrint 6.0 will support Windows 8.1 and Windows 10. Windows 7 and earlier releases are no longer supported. CAM350 14.0 and BluePrint 6.0 will ONLY run on Windows 64 bit OS.

Interfaces. CAM350 14.0 does NOT include the following Direct CAD interfaces (Import and Export): PCAD, Accel EDA , TangoPRO, Zuken Visula, and Mentor BoardStation. These interfaces are being retired.

Note: The import and export interfaces for IPC-D-350 are also retired as of the CAM350 14.0 release.



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CAM350 14.1 Issues Resolved

Build 1590

Defect ID Description

65408 ODB++ import - Allow "=" sign in component part

names

65393 ODB++ import does not import last copper layer

width correctly.

65174 Crash on ODB++ import

65173 ODB++ import - Micro symbol (4.7µF) is not

recognized

64681 ODB++ import - Nets are dropped on some pads,

which results in copper spacing errors

64641 ODB++ import - Data are missing on ODB++ import;

Data was present in 12.2

64529 ODB++ import – Pad is missing

64392 ODB++ import - Pads on graphic layer are lost

63750 ODB++ Export - Negative polarity text is lost

65468 IPC-2581 import - Component pads are incorrectly

oriented

63976 IPC-2581 import - Drill properties are incorrect

65426 PADS ASCII import - File Import crashes

65194 Design Compare reports false errors

64667 Layer compare - Errors are missed.

64243 DFM Checker – Netlist Compare Open Error found

when Run as Entire Area but not within Board Outline

62602 Film box dialog – Behavior is incorrect for user

entered negative values

64181,

62739 Crash on adding mill arc

64859 Crash and corrupted file on File Save



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Build 1581


63964 Import IPC-2581 - Layer spans are incorrect for

some backdrills

64140 ODB++ data loads incorrectly

64215 Components with SMT pads on opposite mount side

are incorrectly displayed

64272 PADS ASCII import nonelectrical layers are incorrect

for Max Layer design

64281 Allegro ODB++ import - Allegro - component pads

are incorrect

64361,

64368

Gerber import – Custom aperture line widths are

incorrect

64413 IPC-2581 - Donut standard shape is incorrectly

imported

Build 1576


63658

ODB++ import does not rotate flashed pads in

component outlines

63160 Extra pads appear for ODB++ import of this design

63543

Tool not found message for ODB++ import should report

more information

63716

Data on assemt and assemb layers are not retained for

ODB++ import of Xpedition design

63629 IPC-2581 Rev A import offsets padstack copper

62131 Gerber and NC Data import should support 6:6 format

63260 Mill path of zero length is dropped on NC import



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63450

Remove Unused Pads does not retain top pad for through

hole padstack

63233

Combine Drills deletes selected drills and changes other

drills

63347 3D one-up image does not support mill paths and mill slots

63980 GenCAD import hangs for this design

63525

Paste mask data for panel symbol is lost after File Save

and File Open

62746 Remove Unused Pads aborts CAM350 for this design

63122 Draw To Flash aborts CAM350 for this design

63340

False shorts for named nets are reported by Cleanse Data

check for this design

63363

Add line break to text and text is lost after File Save and

File Load

63339

CAM350-160 license does not allow database to be

overwritten in Cleanse Data check

63371 CAM350 aborts during cross probe for PADS Layout

Build 1570


63269

Units wrong on DXF Export from CAM350 (R2004

format)

63172 PADS asci import truncates long layer names

63000 Tools – Reports does not work after importing this design

62924 Keyboard customization lost by use of CAP editor

62877 Performance degradation when validating errors

62843 Interactive Draw to Flash shifts pads

62842 Pads and Vias interpreted differently after import

62753 This IPC2581 missing layers, comps and pins after import

62718 This ODB++ design does not import into CAM350 14.1

60987 Add “classic” transparency option



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Build 1557


62465 Improved performance of ODB++ import backstage

62366 Panel information from older CAM350 files not displaying

62355 IPC2581 import creating redundant padstacks at comp pins

62344 Interactive Draw to Flash shifts pads

62279 Expedition IPC2581 import missing NC Data

62222 Netlist extract error on this design

62219 Enhancement to add polygon voids in Panel editor

62204 Removed ODB++ false warnings

62203 Part to Part spacing check missing erros on this design

62163 Measure Object issues

62136 Cannot see files in directories while using autoimport 14.x

62133 Rotate and Mirror icons are too similar

62105 File – Import – ODB++ Panel incorrect after import

62084 Over/undersize does not work on polygons

62054 CAM350 Japanese and Chinese report header issues

61974 Oblong shape with hole rotated incorrectly

61742 Mask Slivers Autofix not working

61627 Netlist extract shorting arc to pad

61346 Selection filter does not work on polygons

61319 Traces not clipped correctly in 3D

60907 Netlist extract error

60906 Some net information lost on import

60878 PADS cross-probing offset issue

60839 ODB++ import error on custom shapes

60838 ODB++ import error on staggered net info

60015 This ODB++ file with panel data does not import



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62084 Some pads lose net info after ODB++ import of this file

Build 1545


59612 Issues with Mill Tab data in Panel

61411 New CAMvu functionality

60739 BluePrint to document from CAM350 was not working

60749 Gerber Export issue with layer names

60764 ODB++ import - void lost

60690 ODB++ import – some mill data missing

60726 PADS ASCII import slot data incorrect

60749 Gerber export – change file names to layers names failure

60992 Autoimport crash when no gerber in folder to import

60786 Design Compare issues resolved

61147 Problem saving CAM350 file resolved

61240 Change text performance issue resolved

61023 Edit command issues resolved

61426 Add polygon issue resolved

61523 Oversize shows wrong units

61451 Improvement to 3D rendering for component which do not have closed outlines

61402 Printing drill data uses tool color instead of layer color

61346 Polygon issues resolved

61639 IPC import from external nets tab results in crash



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61593 Chinese and Japanese language builds

61541 Overall thickness units in SUV issues resolved

61639 Issue importing IPC from External Nets tab

61648 Un-plated drill to copper not found

61522 Mill origin incorrect move on Space Origin change

61434 Arc display issue

61486 Silent install issues resolved for default settings

62076 Default settings in Cleanse data removes trace junctions

62084 Over/Undersize does not work on polygons

CAM350 14.0 Issues Resolved

Build 1501


61217 Drill paths not set to plating status set in SUV

61239 Cannot add CR in change text control

60903 Cannot change drill type on NC table to backdrill

60902 Support for backdrill on ODB++ import

59234 Pre-process netlist extract errors – ODB++ import error

60731 Draw to flash – interactive to custom failure

61055 Gerber import crash on this file



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60749

Gerber export – change file names to layers names

failure

59612 Bad mill tab data added in this case

61133 Bed of Nails editor license missing common test features

60840 Layer re-order drops layer

61054 Comp outlines drawn with rotated regular apertures

incorrect

60625 Area rules set for 1 check end up in other checks

60631 False copper sliver errors

60624 Min width check failure

60857 Drill Export crash on this design

Build 1496


60691 Failure when selecting Tools Panel

60660 PART_NAME attribute is not used for DEVNAME

60644 Custom Aperture display is incorrect in 3D

60589 Draw to Flash does not convert polygon shapes

60601 Panel Editor incorrect stepped image rotation

60672 Assign NC Table dialog shows incorrect layer numbers

60584 Column headers disappear after dragging

60645

Macro playback failure $ variable incorrectly

changes

Build 1491



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60570 Coordinate Bar input does not work properly

60436 Seib & Meyer Drill imports incorrectly for Auto Import

60582 DXF Export licensing problem for 070 bundle

60578 Print black and white option not working

60561 Failure on Seib & Meyer 3000 drill export

60560 Design Compare does not retain mapping

60564 Product selection dialog appears twice

60568 Streams execution runs once only

60562 Gerber export incorrect overwrite warning

60581 Drill and Mill decimal input for non-US region doesn’t work

60005 Panel Editor Merge Panel command missing



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Build 1485


60365 DFM preprocess results in false errors on this design stream

60298 Error on ODB++ import for this file

60213 PADS ASCII Export improvements

60201 Expedition ODB++ import CAP errors

60199 DFM misses annular ring errors for this design

60198 New drill on track check

60180 Incorrect cap rotation on gerber import causes short

59786 Installation improvements for Virtual Machines

59778 Allow negative values for Mill Tabs

59774 Re-Export of Mill Data gets unexpected results

59708 Gerber to Mill compensation error at plunge point

59239 Missing mask checks do not distinguish via drills from through hole drill

58757 IPC2581 import improvements



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How to Contact Us

Please send any defects, feedback or questions to [email protected].

Defects: Please include a detailed description with steps on how to reproduce the defect and attach any media necessary to reproduce the issue.

Feedback: If you have feedback for us about what we could improve or add to the product, even if not a defect, we still want to hear from you. Please send description.

Questions: If you have any questions about the Release software, please contact us through [email protected].

Patents, Copyrights, and Trademarks

Patents

“AUTOMATED PCB MANUFACTURING DOCUMENTATION RELEASE PACKAGE SYSTEM AND METHOD”, United States Patent No. 7,409,666 B2

“ADAPTIVE TEMPLATE SYSTEM FOR AN AUTOMATED PCB MANUFACTURING RELEASE PACKAGE SYSTEM”, United States Patent No. 8,875,072 B2

Copyrights

Copyright© 2005-2020 by DownStream Technologies, LLC. All rights reserved.

This information is copyrighted; all rights are reserved by DownStream Technologies, LLC. This information may not, in whole or in part, be copied, photocopied, reproduced, translated or reduced to any electronic medium or machine-readable form without the express written permission of DownStream Technologies, LLC.

DownStream Technologies, LLC, 225 Cedar Hill Street, Marlborough, Massachusetts 01752

Trademarks

BluePrint , BluePrint-PCB , BluePrint for Printed Circuit Boards , and CAM350 are registered trademarks of DownStream Technologies, LLC. Adaptive Templates™ is a trademark of DownStream Technologies, LLC. Adobe, Adobe PDF Library, Adobe logo, Acrobat, PostScript, and Photoshop are either registered trademarks or trademarks of Adobe Systems Incorporated. The Postscript language is copyrighted by Adobe Systems Incorporated. DXF and Autodesk are registered trademarks of Autodesk, Inc. FLEXlm is a registered trademark of Macrovison Corporation. Omnify is a registered trademark of Omnify Software. Microsoft, Windows, Microsoft Paint, Microsoft Word, Microsoft PowerPoint, Microsoft Excel are either registered trademarks or trademarks of Microsoft Corporation. All rights reserved. HOOPS is a registered trademark of TechSoft3D.

All other trademarks or registered trademarks are the property of their respective owners.

We have done our best to ensure that the material found in this publication is both useful and accurate. However, please be aware that errors may exist in this publication, and that neither the authors nor DownStream Technologies, LLC make any guarantees concerning the accuracy of the information found here or in the use to which it may be put.***



DownStream CAM350 14.1 Release Notes

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