db/2385.xml

   1 <?xml version="1.0" encoding="ISO-8859-1"?>
   2 <?xml-stylesheet type="text/xsl" href="helma.xsl"?>
   3 <xmlroot xmlns:hop="http://www.helma.org/docs/guide/features/database">
   4   <hopobject id="2385" name="winners" prototype="Page" created="1359647495170" lastModified="1359704076641">
   5   <hop:parent idref="2092" prototyperef="Page"/>
   6     <http_browser>Mozilla/5.0 (Windows NT 6.1; WOW64) AppleWebKit/537.17 (KHTML, like Gecko) Chrome/24.0.1312.56 Safari/537.17</http_browser>
   7     <lang>en-us</lang>
   8     <uri>winners</uri>
   9     <http_host>beagleboard.org</http_host>
  10     <time type="date">01.02.2013 01:34:36 CST</time>
  11     <pseudoparent idref="2092" prototyperef="Page"/>
  12     <http_remotehost>127.0.0.1</http_remotehost>
  13     <hopsession>127.0.0.66.25.15.18fghplzlbs98</hopsession>
  14     <user>pelochino.myopenid.com</user>
  15     <body>&lt;head&gt;\r
  16 &lt;style type=&quot;text/css&quot;&gt;\r
  17 .style1 {\r
  18                         border-style: solid;\r
  19                                 border-width: 3px;\r
  20 }\r
  21 .style2 {\r
  22                                 text-decoration: underline;\r
  23 }\r
  24 &lt;/style&gt;\r
  25 &lt;/head&gt;\r
  26 \r
  27 &lt;h2&gt;Winning BeagleBone Cape Plug-In Board Designs&lt;/h2&gt;\r
  28 &lt;br&gt;\r
  29 The judges tirelessly reviewed each and every innovative BeagleBone Cape Plug-in \r
  30 Board design entry and have chosen the three winning submissions.&lt;br&gt;\r
  31 &lt;br&gt;\r
  32 Drum roll, please...&lt;br&gt;\r
  33 &lt;br&gt;\r
  34 The winning entries are Replicape by &lt;strong&gt;Elias Bakken&lt;/strong&gt;, Interacto by \r
  35 &lt;strong&gt;Chris Clark &lt;/strong&gt;and \r
  36 the Geiger cape by &lt;strong&gt;Matt Ranostay&lt;/strong&gt;.&lt;br&gt;\r
  37 &lt;br&gt;\r
  38 Congratulations Elias, Chris and Matt! You each get $500 from Texas Instruments, $500 \r
  39 from Mouser and a tool from Total Phase. Plus, your amazing winning designs will be prototyped, manufactured and sold through Circuitco \r
  40 Electronics.&lt;br&gt;\r
  41 &lt;br&gt;\r
  42 In addition to the grand prize winners, our sponsors graciously agreed to give prizes to the social media favorite - the design \r
  43 that received the highest number of Likes, +1&apos;s and Tweets. The social media \r
  44 favorite is the FPGA LOGI-BONE by &lt;strong&gt;Michael Jones&lt;/strong&gt;. Michael, you \r
  45 get a tool from Total Phase, an AM335x StarterKit from Mouser and a Proto Cape \r
  46 Kit from Adafruit.&lt;br&gt;\r
  47 &lt;br&gt;\r
  48 \r
  49 Thank you to everyone that entered the first ever BeagleBone Cape Plug-in Board Design Contest. Your innovative and creative entries made this contest a success. You are inspiring and it is because of you the Beagle platform \r
  50 exists.&lt;br&gt;\r
  51 &lt;br&gt;\r
  52 Here are the winning cape designs...&lt;br&gt;\r
  53 &lt;br&gt;\r
  54 &lt;table style=&quot;width: 100%&quot; class=&quot;style1&quot; cellpadding=&quot;2&quot;&gt;\r
  55                                 &lt;tr&gt;\r
  56                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
  57                                                                 &lt;span class=&quot;style2&quot;&gt;&lt;strong&gt;Grand Prize&lt;/strong&gt;&lt;/span&gt;&lt;br&gt;\r
  58                                                                 &lt;br&gt;\r
  59                                                                 &lt;a href=&quot;http://beagleboard.org/CapeContest/entries/Replicape/&quot;&gt;Replicape&lt;/a&gt; by Elias Bakken&lt;/td&gt;\r
  60                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
  61                                                                 &lt;p&gt;Replicape is a 3D printer cape which includes&lt;/p&gt;\r
  62                                                                 &lt;ul&gt;\r
  63                                                                                                 &lt;li&gt;5 stepper motors (X, Y, Z, Ext1, Ext2)&lt;/li&gt;\r
  64                                                                                                 &lt;li&gt;3 high power MOSFETs (PWM controlled) for 2 extruders and 1 HPB&lt;/li&gt;\r
  65                                                                                                 &lt;li&gt;3 medium power MOSFETs (PWM controlled) for up to 3 fans&lt;/li&gt;\r
  66                                                                                                 &lt;li&gt;3 analog input ports for thermistors&lt;/li&gt;\r
  67                                                                                                 &lt;li&gt;3 inputs for end stops (X, Y, Z)&lt;/li&gt;\r
  68                                                                                                 &lt;li&gt;Programmable current limits \r
  69                                                                                                 on steppers motor drivers (SMD). \r
  70                                                                                                 No need to manually adjust a pot \r
  71                                                                                                 meter.&lt;li&gt;Microstepping individually programmable for each SMD from 1 to 32.&lt;li&gt;X, Y and Ext 1 SMDs wired to PRUICSS for hard real time operation.&lt;li&gt;\r
  72                                                                                                 Option for stackable LCD cape&lt;/ul&gt;\r
  73                                                                 &lt;/td&gt;\r
  74                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;&lt;iframe width=&quot;400&quot; height=&quot;225&quot; src=&quot;http://www.youtube.com/embed/7Sxl5geo10w&quot; frameborder=&quot;0&quot; allowfullscreen&gt;&lt;/iframe&gt;&lt;/td&gt;\r
  75                                 &lt;/tr&gt;\r
  76                                 &lt;tr&gt;\r
  77                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
  78                                                                 &lt;span class=&quot;style2&quot;&gt;&lt;strong&gt;Grand Prize&lt;br&gt;\r
  79                                                                 &lt;br&gt;\r
  80                                                                 &lt;/strong&gt;&lt;/span&gt;\r
  81                                                                 &lt;a href=&quot;http://beagleboard.org/CapeContest/entries/Interacto/&quot;&gt;Interacto&lt;/a&gt; by Chris Clark&lt;/td&gt;\r
  82                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
  83                                                                 &lt;p&gt;Get your BeagleBone interactive with&lt;/p&gt;\r
  84                                                                 &lt;ul&gt;\r
  85                                                                                                 &lt;li&gt;a triple axis accelerometer&lt;/li&gt;\r
  86                                                                                                 &lt;li&gt;gyroscope&lt;/li&gt;\r
  87                                                                                                 &lt;li&gt;magnetometer&lt;/li&gt;\r
  88                                                                                                 &lt;li&gt;plus, a 640x480 30fps camera&lt;/li&gt;\r
  89                                                                 &lt;/ul&gt;\r
  90                                                                 &lt;p&gt;All sensors are digital and communicate via I2C to the BeagleBone. The camera frames are captured using the PRU.&lt;/p&gt;\r
  91                                                                 &lt;/td&gt;\r
  92                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;&lt;iframe width=&quot;400&quot; height=&quot;225&quot; src=&quot;http://www.youtube.com/embed/t2w74zxGNqg&quot; frameborder=&quot;0&quot; allowfullscreen&gt;&lt;/iframe&gt;&lt;/td&gt;\r
  93                                 &lt;/tr&gt;\r
  94                                 &lt;tr&gt;\r
  95                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
  96                                                                 &lt;span class=&quot;style2&quot;&gt;&lt;strong&gt;Grand Prize&lt;br&gt;\r
  97                                                                 &lt;/strong&gt;&lt;/span&gt;&lt;br&gt;\r
  98                                                                 &lt;a href=&quot;http://beagleboard.org/CapeContest/entries/Geiger+Cape/&quot;&gt;Geiger cape&lt;/a&gt; by Matt Ranostay&lt;/td&gt;\r
  99                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;&lt;p&gt;Geiger cape is a working design that registers radiation counts from background sources and test sources. BOM cost for the Geiger Cape is well under $60 if you exclude any fancy geiger tubes or bring your own. Everyone in this project contributions:&lt;/p&gt;\r
 100                                                                 &lt;ul&gt;\r
 101                                                                                                 &lt;li&gt;Matt Ranostay - QA Tester/HW reworker, \r
 102                                                                                                 backup HW design, demo \r
 103                                                                                                 application design, Presentation \r
 104                                                                                                 Giver at ELCE 2012&lt;/li&gt;\r
 105                                                                                                 &lt;li&gt;Pantelis Antoniou (TI Consultant) - Capebus \r
 106                                                                                                 support added for Geiger Cape&lt;/li&gt;\r
 107                                                                                                 &lt;li&gt;Dimitris Sapountzakis - Primary hardware design&lt;/li&gt;\r
 108                                                                 &lt;/ul&gt;\r
 109                                                                 &lt;p&gt;There are few board erratas that exist. These mostly have to with protecting users from toasting the beaglebone, and some package sizing. But this is a completely working design with multiple geiger tubes.&lt;/p&gt;\r
 110                                                                 &lt;/td&gt;\r
 111                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;&lt;iframe width=&quot;400&quot; height=&quot;300&quot; src=&quot;http://www.youtube.com/embed/UmDwJCW0uzo&quot; frameborder=&quot;0&quot; allowfullscreen&gt;&lt;/iframe&gt;&lt;/iframe&gt;&lt;/td&gt;\r
 112                                 &lt;/tr&gt;\r
 113                                 &lt;tr&gt;\r
 114                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;\r
 115                                                                 &lt;span class=&quot;style2&quot;&gt;&lt;strong&gt;Social Media \r
 116                                                                 Favorite&lt;/strong&gt;&lt;/span&gt;&lt;br&gt;\r
 117                                                                 &lt;br&gt;\r
 118                                                                 &lt;a href=&quot;http://beagleboard.org/CapeContest/entries/FPGA+LOGI-BONE/&quot;&gt;FPGA LOGI-BONE&lt;/a&gt; by Michael Jones&lt;/td&gt;\r
 119                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;The FPGA LOGI-BONE is a high performance low cost FPGA expansion board specifically designed to interface with the BeagleBone as an FPGA cape. The LOGI-BONE meets the requirements of being low cost while maintaining maximum performance. The LOGI-BONE facilitates maximum expansion using standardized interfaces including PMOD modules, SATA devices and Arduino Shields to allow direct plug and play functionality with a diverse amount of available hardware. The PCB was designed using a 4 layer PCB with utmost care taken to length tune and impedance control critical high speed signals. The LOGI-BONE has versatile programming options making it easy to design and program custom FPGA applications.&lt;/td&gt;\r
 120                                                                 &lt;td style=&quot;border:1px solid black;&quot;&gt;&lt;iframe width=&quot;400&quot; height=&quot;225&quot; src=&quot;http://www.youtube.com/embed/uhL0Dyyd0zE&quot; frameborder=&quot;0&quot; allowfullscreen&gt;&lt;/iframe&gt;&lt;/td&gt;\r
 121                                 &lt;/tr&gt;\r
 122 &lt;/table&gt;\r
 123 </body>
 124     <http_language>en-US,en;q=0.8</http_language>
 125     <is_xhtml type="boolean">true</is_xhtml>
 126     <http_referer>http://beagleboard.org/CapeContest/winners/edit</http_referer>
 127   </hopobject>
 128 </xmlroot>