1. Microgravity Science Glovebox Video Overview

2. Course: MSG05 Version: May 2014 For Training Purposes Only Course Description  Detailed presentation of the current MSG Video Drawer hardware, its capabilities and operational uses. Includes crew ops, ground commanding, and telemetry.  Overview of new Video Upgrade Equipment (VUE) that will be flown on SPX4 and operated starting in 2015. 2

3. Course: MSG05 Version: May 2014 For Training Purposes Only Course Objectives  Identify MSG Video Drawer and VUE components, their functions and capabilities  Understand MSG Video Drawer and VUE operations including ground and crew-related activities  Understand the differences between the current MSG Video Drawer and the new HD Video Drawer (VUE) 3

4. Course: MSG05 Version: May 2014 For Training Purposes Only Course Outline  The Transition Plan  General Info  Hardware Overview  Software Overview  Electrical Overview  Ground Ops/Commanding Overview  Operations  Procedure Summary & Ops Controls  Acronyms 4

5. Course: MSG05 Version: May 2014 For Training Purposes Only The Transition Plan  The current MSG Video Drawer will be used to support MSG payloads as it has since 2002.  However, with the launch of the VUE and the new HD Video Drawer on SPX4, the MSG Project will begin a new support window for MSG payloads that require HD video science.  Per the current manifest, the VUE’s first user will not be onboard until mid- year 2015. Just prior to their ops, the VUE will be installed and checked out. The old MSG Video Drawer will be stowed.  Dependent on timelined science activities, the old drawer may be re-installed to support a payload but more likely will be kept in stowage for one year before being brought home. 5

6. Course: MSG05 Version: May 2014 For Training Purposes Only General Info  Since 2002, the current MSG Video Drawer has proven to be a major resource for MSG payloads and in fact, was a gift from the Dutch government  The new HD Video Drawer and its associated hardware were developed by MSFC  Either MSG Video System will allow MSG science teams to display, record, and downlink real-time science video 6 MSG Video Drawer (top); HD Video Drawer (bottom)

7. Microgravity Science Glovebox Video Overview Video Hardware Overview

8. Course: MSG05 Version: May 2014 For Training Purposes Only Current MSG Video System 8 Hitachi HV-C20 Color Cameras Sony LMD-1041 Color Monitors MSG Video Drawer w/Digital and Hi8 Recorders

9. Course: MSG05 Version: May 2014 For Training Purposes Only VUE Hardware (Launching SPX4) 9 AVT Prosilica GX HD GigE Cameras Flare 2KSDI HD Cameras Viewpoint 12” HD Monitor HD Video Drawer

10. Course: MSG05 Version: May 2014 For Training Purposes Only VUE Enhancements  The MSG VUE has the following enhancements over the current, standard definition video system:  High speed (frame rate)/high resolution cameras (Prosilica GigE)  High definition video cameras (Flare HD)  High resolution video monitors (Viewpoint)  Digital storage (no tapes) w/increased storage capabilities (6.9 Tb)  Ability to receive compressed data from remote GigE camera on ISS LAN  Improved process. Crew will set-up, route, and power video equipment. All science recording, downlink, playback, camera control, etc. will be done by the ground to minimize crew time. Crew will be able to perform ground ops if required. Video tape exchanges no longer required.  Command and control efficiencies. VUE control software will be similar for crew and ground interfaces. 10

11. Microgravity Science Glovebox Video Overview Video Software Overview

12. Course: MSG05 Version: May 2014 For Training Purposes Only MSG Video Drawer Graphical User Interface (GUI)  The MSG Video Drawer Control Software and Graphical User Interface (GUI) was developed and based on the Microsoft™ Windows™ 3.1 Operating System and is powered by an Intel486™ disk-on-chip processor  Video Control Software GUI has a main display that has Recorder Control, Camera Control, System Time/Status, Video Source, and SPLC Communication selections. 12

13. Course: MSG05 Version: May 2014 For Training Purposes Only HD Video Drawer Graphical User Interface (GUI)  The HD Video Drawer Control Software and Graphical User Interface (GUI) was developed and based on the Microsoft™ Windows™ 7 Operating System and is powered by an Intel Xenon™ E3-1260L processor  The Crew will nominally use only the Video button option for powering hardware and routing video signal. All other options, File Downlink, Health & Status, Ground Ops, and Log will be handled by MSG OPS. 13

14. Microgravity Science Glovebox Video Overview Video Electrical Overview

15. Course: MSG05 Version: May 2014 For Training Purposes Only MSG Video Drawer Key Electrical Items  The MSG Video Drawer is powered by ESEM 4A Outlet 1 which is commanded ON by MSG OPS during MSG Activation.  Cable mating occurs at the rear of the drawer.  Inside the drawer the Crew has access to 1)Drawer Power switch (should remain ON after set-up) 2)Fuse Cartridge (contains all fuses) 15 1 2 FRONT PANEL

16. Course: MSG05 Version: May 2014 For Training Purposes Only MSG Video Drawer External Electrical & Data Connections 16 MSG Video Drawer powered by: *ESEM4A Out1 in rear of drawer MLC connected in a standalone mode: *For data - LAN1/MRDL (J46) *For power – LAP J01

17. Course: MSG05 Version: May 2014 For Training Purposes Only MSG Video Drawer Electrical Schematic 17 ESEM 4A Outlet 1 Video Drawer 1 2 3 4

18. Course: MSG05 Version: May 2014 For Training Purposes Only HD Video Drawer Key Electrical Items  The HD Video Drawer is also powered by ESEM4A Outlet 1 but because it could draw more power than available through ESEM4A Outlet 1 (280 W), it also uses ESEM4A Outlet 2 (formerly only used by MLC). This causes a change to the set- up of the HD Video Drawer and MLC.  The HD Video Drawer will now be connected to LAP J01 and the MLC will be connected/routed through the HD Video Drawer for input power.  The MLC will also use the Ethernet hub installed in the HD Video Drawer to route/dump MRDL files. The HD Video Drawer will now be connected directly to LAN1. 18

19. Course: MSG05 Version: May 2014 For Training Purposes Only HD Video Drawer Electrical & Data Connection Changes 19 HD Video Drawer powered by: *ESEM4A Out1 in rear of drawer *ESEM4A Out2 in at LAP J01 MLC routed through HD Video Drawer: *For data - LAN1/MRDL (J19) *For power – LAPTOP (J2)

20. Course: MSG05 Version: May 2014 For Training Purposes Only HD Video Drawer Electrical Schematic 20

21. Microgravity Science Glovebox Video Overview Ground Ops/Commanding Overview

22. Course: MSG05 Version: May 2014 For Training Purposes Only Video Ground Commanding Overview 22 POICWhite Sands MCC-H TDRSS International Space Station MFSR GENERIC PD-TO-STATION COMMAND FLOW MSG VIDEO FLOW Video Drawer SPLC AVI Board Downlinked Video Video Commands (RS422) Note, that even though the VUE will produce HD quality video, the output from the rack will still be SD. Only the recorded, digital files will be HD.

23. Course: MSG05 Version: May 2014 For Training Purposes Only MSG OPS Video Commanding 23  The MSG OPS console position is a key participant in effective Video Drawer operations  Using commanding software, MSG OPS can readily make changes to cameras, recording devices, and the routing of video signals on either video system – given an available command window during science activities  MSG OPS builds a specific video command subset for each investigation to maximize command efficiency  Ground commanding minimizes the need for actual Crew time which is a premium onboard Space Station. This approach was a major driver in the design and functionality of the VUE hardware.  With loss of ground commanding, crew can perform same tasks for VUE

24. Course: MSG05 Version: May 2014 For Training Purposes Only EPC Command Software MSG Video Drawer 24

25. Course: MSG05 Version: May 2014 For Training Purposes Only VUE Command Software HD Video Drawer 25

26. Microgravity Science Glovebox Video Overview Video Operations

27. Course: MSG05 Version: May 2014 For Training Purposes Only Typical Science Sequence w/Video 27 Investigation Ops Experiment Preparation/Set-up - mechanical - electrical New Samples Sample Change-out Multiple Runs Configure Video Hardware Load Tapes (Digital or Hi8) Tape Change-out Investigation Video Ops Experiment Stow/removal Stow Video Hardware (LGD) Experiment Performance Change camera views, downlink video, etc. t start t end w/VUE

28. Course: MSG05 Version: May 2014 For Training Purposes Only Video Hardware Legacy Hardware Connection Options 28 MONITORS CAMERAS HS TP FS Footswitch Touchpad Headset VIDEO FEEDTHROUGH Work Volume Monitor Camera Touchpad Monitor Touchpad Camera J214 J213 J202 J201 J211 J210 J220 J212 J221 VIDEO DRAWER FRONT PANEL

29. Course: MSG05 Version: May 2014 For Training Purposes Only Video Hardware VUE Hardware Connection Options 29 MONITORS HD CAMS VIDEO FEEDTHROUGH Work Volume GigE Camera J20/21 HD VIDEO DRAWER FRONT PANEL GIGE CAMS ENET USB J17/18/19 J15/16 J13/14 J11/12 J9/10 J8 J7 J6 J5 J4 J3 Flare HD Camera Viewpoint HD Monitor GigE Camera Flare HD Camera USB Device MLC The Flare HD camera requires a different video feedthrough than any of the other cameras. This “pig-through” is actually a feedthrough with an installed pig-tail cable running through it.

30. Course: MSG05 Version: May 2014 For Training Purposes Only Procedure Summary & Ops Controls  Previously, the MSG Video Drawer had two, generic facility procedures:  MSG Video Set-up (set-up SD Color Monitors to support payload science)  MSG Video Stow (stow the SD Color Monitors) 30  The VUE adds six, new procedures for the facility:  MSG HD Video Drawer Checkout (checkout the VUE hardware)  MSG Video Drawer Exchange (swap MSG Video Drawer for the HD Video Drawer) 1, 2  MSG HD Video Drawer Exchange (swap HD Video Drawer for MSG Video Drawer) 1, 2  MSG HD Video Set-up (set-up HD Monitors to support payload science)  MSG HD Video Stow (stow the HD Monitors)  MSG Video Host Board Battery Exchange (swap video host board battery every 5 yrs.) 1  1 Procedural controls assure that at least one upstream inhibit is in place prior to mating/demating of all powered connectors (see procedures above)  2 Procedural controls also warn the crew of sharp edges around the RF Block on the rear of both video drawers (see procedures above)

31. Course: MSG05 Version: May 2014 For Training Purposes Only Acronyms & Abbreviations  AVIAudio Video Interleaved  ESEMExchangeable Standard Electronic Module  GIGEGigabit Ethernet  GUIGraphical User Interface  HDHigh Definition  LEDLight Emitting Diode  LGDLogistics Drawer  MFSRMulti Facility Support Room  MLCMSG Laptop Computer  MRDLMedium Rate Downlink  MSGMicrogravity Science Glovebox  SDStandard Definition  SPLCStandard Payload Computer  USBUniversal Serial Bus  VUEVideo Upgrade Equipment  WVWork Volume 31