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3 Oct 2019
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event20:53:44
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event20:53:57
@swedishhat:matrix.orgPatrick Lloydthe mold itself would be $1500 to $250020:54:51
@swedishhat:matrix.orgPatrick LloydZack says vaccuum casting could be a better option20:55:44
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event20:55:54
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event20:56:48
@swedishhat:matrix.orgPatrick LloydAccording to Zack: "you need tapered bits and ball end bits, which generally aren't available on standard Tormachs"20:57:29
@swedishhat:matrix.orgPatrick LloydHe says "To get the most bang for your buck (with $500), design a 2-part tool with a core and a cavity and then have it SLA 3D printed (ultra high definition). Then vaccuum cast with that 3D printed mold"20:59:25
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:01:07
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:01:20
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:01:34
@swedishhat:matrix.orgPatrick LloydSLA or FDM21:01:55
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:02:50
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:03:09
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:04:35
@swedishhat:matrix.orgPatrick LloydI dunno. You should probably talk to him directly before you blow $500 on molds. He has a lot of good suggestions on processes and DFM21:05:11
@swedishhat:matrix.orgPatrick LloydHe said I could give you his email if you wanted to throw some questions at him21:05:38
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event21:06:08
@bobsmith-dpi:matrix.orgbobsmith-dpiTo answer your question: I took the injection molding class at TechShop. So no.21:20:58
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event22:06:39
@swedishhat:matrix.orgPatrick Lloydhttps://www.xilinx.com/support/documentation/white_papers/wp505-versal-acap.pdf23:17:42
@swedishhat:matrix.orgPatrick Lloyd
Xilinx is introducing a revolutionary new heterogeneous compute architecture, the adaptive compute acceleration platform (ACAP), which delivers the best of all three worlds—world-class vector and scalar processing elements tightly coupled to next-generation programmable logic (PL), all tied together with a high-bandwidth network-on-chip (NoC), which provides memory-mapped access to all three processing element types. This tightly coupled hybrid architecture allows more dramatic customization and performance increase than any one implementation alone
23:17:59
@swedishhat:matrix.orgPatrick Lloydlooks like Xilinx gets it23:18:23
@swedishhat:matrix.orgPatrick Lloydimage.png
Download image.png
23:19:07
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event23:19:32
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event23:20:37
@danielle.wis:matrix.org@danielle.wis:matrix.orgRedacted or Malformed Event23:20:44
@swedishhat:matrix.orgPatrick Lloydthey do23:20:51
@swedishhat:matrix.orgPatrick Lloydhttps://www.xilinx.com/products/boards-and-kits/alveo.html23:21:15
@swedishhat:matrix.orgPatrick Lloydthose are for doing datacenter FPGA acceleration. It's what AWS uses in their F1 instances23:21:44

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