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start [2021/04/28 18:05]
christian [KU060 Radiation Test at TAMU 19-22 April]
start [2023/07/06 10:21] (current)
christian
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 ---- ----
- 
-===== Zynq MPSoC/16nm Latch-Up Mitigation Test at LBL April 28th ===== 
- 
-  * **For the duration of the test campaign no webex meetings will take place** 
-  * **You can chat with Gary and Mike while they are streaming the test** 
- 
-  * You are invited to join the test via Jitsi Meet by taking your web browser to this URL: 
-    * https://meet.jit.si/LBLtest (try Chrome or Firefox) 
-    * Password: [[activities:lb2021|see (internal page)]] OR contact christian.fuchs (at) dependable.space 
-  * There will be an online beam-log here: https://todofor.gary/document_url_here (google docs) 
- 
-  * Zynq MPSoC/16nm Test Campaign (April 28-30th, May 1st and 2nd): 
-    * US Pacific Time: 
-      * 16:00 to 0:00/midnight on April 28-30th 
-      * 6:00 to 12:00/noon on May 1st and 2nd 
-    * CEST: 
-      * 1:00 to 9:00 April 29-30th and May 1st 
-      * 15:00 to 21:00 May 2nd and 3rd 
-    * China: 
-      * 7:00 to 15:00 April 29-30th and May 1st 
-      * 21:00 to 3:00 (next day) May 2nd and 3rd 
- 
-===== KU060 Radiation Test at TAMU 19-22 April ===== 
- 
-  * For the duration of the test campaign no webex meetings will take place 
-  * You can chat with Gary and Mike while they are streaming the test 
-  * There will be an online beam-log (google docs) 
- 
-  * You are invited to join the test via Jitsi Meet by taking your web browser to this URL: 
-    * https://meet.jit.si/TAMUtest (try Chrome or Firefox) 
-    * Password: [[activities:tamu2021|see (internal page)]] OR contact christian.fuchs (at) dependable.space 
- 
-  * KU060 Testing with Boeing (19th - 22nd): 
-  * here are the hours in world time: 
-    * 6:00 to 14:00 US Pacific Time 
-    * 8:00 to 16:00 US Central Time 
-    * 15:00 to 23:00 Central European Summer Time (CEST) 
-    * 21:00 to 5:00 China Time Zone 
-    * 22:00 to 6:00 Japan Time Zone 
  
 === Event Schedule === === Event Schedule ===
- 
-  * 2021 March 10th: **Jim Devereaux of Xilinx - A Technical Intro of the 7nm Versal Platform: Enhancements of the Platform Infrastructure, and new PL capabilities for Space-Users** (and the Roadmap) 
- 
-  * Planned Talks, Lectures & Presentations to be scheduled in the near future: 
-    * Gary Swift - Understanding the Limits of Laser Testing and Laser Fault Injection, based on keynote talk at RADHARD2020 
- 
-  * 2021 XRTC Annual Meeting is tentatively scheduled for August, in-person if circumstances allow 
  
 Video recordings and presentation slides of past XRTC events are available in the [[presentation_archive|Archive Section]]. Video recordings and presentation slides of past XRTC events are available in the [[presentation_archive|Archive Section]].
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   * Contributions from non-members are explicitly welcome and we very much appreciate input from beyond the current horizon.   * Contributions from non-members are explicitly welcome and we very much appreciate input from beyond the current horizon.
   * Yes? Then please submit a proposal including a brief abstract to Gary and Christian via email to Gary.M.Swift (at) ieee.org and christian.fuchs (at) dependable.space   * Yes? Then please submit a proposal including a brief abstract to Gary and Christian via email to Gary.M.Swift (at) ieee.org and christian.fuchs (at) dependable.space
 +
 +=== New XRTC Wednesday Meeting Webex ===
 +
 +We have moved from the Xilinx-hosted Webex Meeting to a new Boeing-hosted instance. Thank you Boeing! Check the [[meetings:access|Meeting-Access wiki-page]] for web-access and phone dial-in details.
  
 ==== Current XRTC Activities ==== ==== Current XRTC Activities ====
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 === DUT-Card - The Next Generation === === DUT-Card - The Next Generation ===
  
-What do we do next, Versal or Ultrascale+? How do we accelerate and improve the CTI and DUT design process, considering what we have learned from the V7, KU060, and US+Latch-Up experiences.+What do we do next? Versal! How do we accelerate and improve the CTI and DUT design process, considering what we have learned from the V7, KU060, and US+Latch-Up experiences.
  
-DUT Options: 
     * 7nm Versal ACAP     * 7nm Versal ACAP
-    * 16nm Ultrascale+ MPSoC (assuming our latch-up mitigation technique is successful) 
- 
-=== 20nm Kintex-Ultrascale  KU60 DUT === 
- 
-    * KU060 Rev. 1 cards have been manufactured, deliveries in July 2020 
-    * Next Step: 
-      * Get test IP ready testing is scheduled to start after Summer 2020 at LBNL. 
-    * Beam time resources needed! 
-    * Gen4 Backplane and FMC PCB-Fix Available 
- 
-=== 16nm US+ latchup suppression experiment === 
- 
-    * Next Step: Waiting to test functionally in September 
-    * Test boards - ZCU102 with ZU9EG DUT - (6=NGC, 2=Sandia, 2=Aerospace, 3=Xilinx) 
-    * Beam time resources needed: 
-      * <del>USMDA 48h in 2 groups at Berekely</del> 
-        * <del>3x8h during Aug. 5th-7th and 3x8h during Sep. 21st-23rd</del> 
-      * <del>The Berkeley Cyclotron failed, hence testing on Aug. 5th-7th was not possible.</del> 
-      * <del>New test date is scheduled for March 2021</del> 
-      * New test date is scheduled for April 2021 at TAMU 
  
 === Virtex-7 Campaign Result Publication === === Virtex-7 Campaign Result Publication ===
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