The size of the slots can be indicated in text together with tolerances ( if needed). Indicate only one border in your mechanical layer. If you want a round shaped PCB then we expect a round shaped contour, not a round shaped PCB inside a square box, as this will result in a square shaped PCB Examples. Acceptable contour file indicating slots. Drill slots are used when you want to drill straight slots in the board. This command is accessed from the CAMtastic Editor by choosing the Place » Drill » Drill Slot (G85) command from the main menus. First, ensure that the layer you wish to place a drill slot on, is the active layer.
May 1, 2016
Stockholm
Digital Media and Media
M&A
N/D
Quickspin: A fast-growing Swedish slots developer
Quickspin is a Swedish game studio developing high-quality video slots for the free-to-play, social and the online gambling market.
It was founded in 2011 by established industry veterans and has in a short time become one of the fastest growing game providers creating high-quality slots online.
The Company has a portfolio of over 20 games across several gaming markets. In 2015, Quickspin generated revenue of EUR 6m and adjusted EBITDA of EUR 2.1m.
Great strategic fit between Playtech and Quickspin cementing position in the market
The acquisition of Quickspin will strengthen Playtech’s position as the leading platform and content provider in the industry.
It will provide Playtech with a proven virtual slot machine games portfolio, with plans in place to distribute Quickspin’s content through its existing distribution channels across all verticals. It will also provide Playtech with a greater penetration in the Nordic region.
The purchase price, including potential earn-out considerations, amounts to a maximum of EUR 50m.
Founded in 1999, Playtech is a global leading online gaming software supplier traded on the London Stock Exchange. It is offering cutting-edge, value added solutions to the industry’s leading operators.
GCA Altium acted as sole advisor to the sellers.
• GCA Advisors, LLC, a Delaware limited liability company, registered broker-dealer and FINRA (www.finra.org) and SIPC member firm (www.sipc.org). GCA Advisors, LLC provides independent financial advice on matters related to Mergers & Acquisitions, Debt Capital Markets, Recapitalization & Restructuring, Cross Border and Strategic Alliances, Special Committees, Private Funds, Private Placements and Venture Support. Check the background of GCA Advisors, LLC on FINRA’s BrokerCheck (brokercheck.finra.org).
• GCA Altium Limited, a company providing financial advisory services in the UK, Switzerland, Germany, Italy and Israel and incorporated under English law, is authorized and regulated by the Financial Conduct Authority in the United Kingdom and provides independent financial advice on matters related to Mergers & Acquisitions, Debt Capital Markets, IPOs, Recapitalization & Restructuring, Cross Border and Private Placements.
• GCA Corporation, a company incorporated in Japan which provides financial advisory services on matters related to Mergers & Acquisitions, Cross Border, Private Placements & IPOs, Growth Strategy Services, and Post-Merger Integration.
• GCA China Company, Limited, a company incorporated in Shanghai which provides financial advisory services in China on matters related to Mergers & Acquisitions, Cross Border, Mezzanine Financing, Growth Strategy Services, Due Diligence and Post-Merger Integration.
• GCA India Company, Limited, a company incorporated in Mumbai which provides financial advisory services in India on matters related to Mergers & Acquisitions, Cross Border, Mezzanine Financing, Growth Strategy Services, Due Diligence and Post-Merger Integration.
• AMPLIA, a subsidiary of GCA Corporation in Japan, provides Venture Support services in Japan and the US.
• GCA FAS, a subsidiary of GCA Corporation in Japan, provides Due Diligence advisory services and M&A transaction services.
• MCo Corporation, a subsidiary of GCA Corporation in Japan, provides Mezzanine Financing in Japan.
Altium Designer is a professional PCB design tool.
Kind customers have provided loadable DRC rule and Stackup files for our 2 and 4 layer services.
Note, these files are not exhaustively validated or guaranteed by OSHPark, and may contain errors. Use your judgment and always verify your designs meet our service specs to prevent design defects that could affect your boards. If you have corrections or find errors, please email support.
known issues: Current minimum 2 layer specs are 10 mil drill hits, with 5 mil annular rings. The RUL file currently shows the older 13mil drill and 6mil ring
For accessing the various menus and output screens, see Altium’s Gerber Setup
Altium tools have the option Mechanical Layers to Add to All Gerber Plots
, which must have all layers unchecked. Many footprints contain mechanical “courtyard” or “pick and place” data on these layers. When these footprints are added to copper layers, it can create gerbers that will be fabricated with shorts. See Altium’s Gerber Setup for information on how to access this setting.
We recommend submitting planes with a Positive polarity. See our Positive vs Negative Gerbers page for additional information.
We need a watertight board outline on its own layer with no extra text or measurements. This tells us where the fab should mill the edges of the board. This layer can also contain board cutouts.
For best results, place the outline by itself on the Keep Out,
or on a Mechanical Layer
(normally 1 or 2). This will generate the outline on .GKO
or a .GM<number>
file.
Drill files should work without issues for most export options. If the drill files do not appear correct, check out our Drill File CAM configuration page for settings that we know will work correctly.
Altium’s native Slot callout is supported. See our [slots][slots] guide for limitations and DRC requirements of slots.
Altium keeps the drill data in the project-name.TXT
file. Make sure any uploaded zip files include this file.
Try exporting the drill file with the INCH
units. Some format issues in METRIC
are more difficult to reliably correct.
If you’re using a 4 layer stackup with both “power” and “signal” internal layers, Altium will generate the internal layers as GP1
and G1
. Unfortunately, this makes it impossible for us to determine the correct layer order, since multiple layers identify themselves as “Internal Layer 1”.
To correct this, simply rename the layers using the G2L
and G3L
extensions. The G2L
will be near the Top Copper Layer, and G3L
will be near the bottom layer.