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Type: Feature
Priority: Must have
Fix Version/s: PI15
Component/s: None
Labels:
- Team_CIPA

ARTs:

Obs Mgt & Controls
Benefit hypothesis:

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BITE/VCC integration on the 4-board system will enable hardware-in-the-loop testing of the first stage of the Mid CBF signal chain on the AA0.5 system.

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BITE/VCC integration on the 4-board system will enable hardware-in-the-loop testing of the first stage of the Mid CBF signal chain on the AA0.5 system.
Acceptance criteria:
- 4 Talon DX boards with the Monitoring and Control Software are demonstrated to be running on the Linux server and running the full BITE/VCC test on the 4-board (antenna) system.
Expect Dependencies:

Intra Program
Feature Points:
6
Initial Size:
6
Cost of Delay:
20
WSJF:
3.333
Delivered By:

REL-97 SIGNAL-CHAIN-MID v0.1.0-experimental
Epic Link:
CSP-Mid (TDC) Roadmap
Agile Teams:

Team_CIPA
Due Sprint:
Sprint 5
Story Point Burn-up:
Overdue:
Outcomes:
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HPS device servers (HPS Master, LSTV Replay, LSTV Band Pass, Wideband State Count, Talon Status, SPFRx Packetizer) updated and re-integrated to support the BITE/VCC workflow.

Updated the RDMA Rx Tango device and integrated it with Engineering Console to capture VCC data during test run.

Updated the Engineering Console to implement the BITE/VCC workflow on the 4-Talon-board system.

Demonstrated the BITE/VCC workflow on a 2-Talon-board system – OMC ART System Demo 15.6. Note: issues with Talon boards 3 and 4 prevented running on the system with all four boards.

Updated Engineering Console Read the Docs to reflect the current implementation.
Show
HPS device servers (HPS Master, LSTV Replay, LSTV Band Pass, Wideband State Count, Talon Status, SPFRx Packetizer) updated and re-integrated to support the BITE/VCC workflow. Updated the RDMA Rx Tango device and integrated it with Engineering Console to capture VCC data during test run. Updated the Engineering Console to implement the BITE/VCC workflow on the 4-Talon-board system. Demonstrated the BITE/VCC workflow on a 2-Talon-board system – OMC ART System Demo 15.6 . Note: issues with Talon boards 3 and 4 prevented running on the system with all four boards. Updated Engineering Console Read the Docs to reflect the current implementation.
Resolved PI.Sprint:
15.6

Feature Checklist:

Stories Completed, Solution Intent Updated, Outcomes Reviewed, Demonstrated, Satisfies Acceptance Criteria, Accepted by FO

Requirement Status:

PI24 - UNCOVERED
Labels_MIRO:
Team_CIPA

Description

Integrate 4 Talon DX boards with the Monitoring and Control Software running on the Linux server/cluster and run the full BITE/VCC test on the 4-board (antenna) system.

Includes:

Updates to the configuration to support 4 boards, each running the BITE/VCC firmware and outputting processed data packets.
Implementation of the CBF Controller Off() and/or Standby() command to power off the Talon DX hardware.
Incorporate automation updates being done under ~~SP-2540~~, along with Talon DX updates being done under ~~SP-2541~~.

Ref: BITE-VCC with 4 Boards (Antennas) section in MCS-Talon Integration.

Attachments

Issue Links

Is delivered by

REL-97 SIGNAL-CHAIN-MID v0.1.0-experimental

Discarded

mentioned in: Page Loading...; Page Loading...; Page Loading...

Structure

Activity

People

Assignee:: Vrcic, Sonja

Reporter:: Huxtable, Robert

Votes:: 0 Vote for this issue

Watchers:: 1 Start watching this issue

Feature Progress

Story Point Burn-up: (100.00%)

Feature Estimate: 6.0

	Issues	Story Points
To Do	0	0.0
In Progress	0	0.0
Complete	14	54.0
Total	14	54.0

Dates

Created:: 13/May/22 9:16 PM

Updated:: 16/Feb/24 12:08 PM

Resolved:: 30/Aug/22 9:11 AM

MCS-Talon Integrated BITE/VCC Workflow with 4 Boards (Antennas)