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Design of an AdvancedTCA board Management Controller Solution

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Presentation on theme: "Design of an AdvancedTCA board Management Controller Solution"— Presentation transcript:

1 Design of an AdvancedTCA board Management Controller Solution
xTCA interest group meeting CERN EP-ESE-BE Vincent Bobillier, Stefan Haas, Markus Joos, Julian Mendez, Sylvain Mico and Francois Vasey 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

2 ATCA standard: Hardware Platform Management
Role of the Intelligent Controller for AdvancedTCA blades: Monitoring sensors Voltages, temperatures … Controlling the system Power management, port/clock activation … Ensuring proper operations Compatibility between the different boards, hot swap, redundancy … 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

3 xTCA IG meeting - TWEPP 16 - J. Mendez
Outline Pigeon Point IPMC CERN IPMC specifications Development Status and next steps 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

4 xTCA IG meeting - TWEPP 16 - J. Mendez
Pigeon Point IPMC Overview Part of the Pentair group Provide solutions for the Hardware Platform Management modules: Module Management Controller (MMC) Intelligent Platform Management Controller (IPMC) Shelf Manager (ShMM) Pigeon Point shelf manager is used by almost all of the shelf manufacturers A license for the IPMC solution was acquired by CERN EP-ESE-BE. It includes: Documentation Development tools Hardware, firmware and software reference designs 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

5 xTCA IG meeting - TWEPP 16 - J. Mendez
Pigeon Point IPMC IPMC solution is based on the Smart Fusion A2F200/500 FPGA ARM Cortex-M3 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

6 xTCA IG meeting - TWEPP 16 - J. Mendez
Pigeon Point IPMC IPMC solution is based on the Smart Fusion A2F200/500 FPGA ARM Cortex-M3 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

7 xTCA IG meeting - TWEPP 16 - J. Mendez
Pigeon Point IPMC Specifications Supports the following features: ATCA and AMC management (up to 10) Hot swap FRU/SDR info Sensor monitoring Event management IPMI over Ethernet (HPM.2 and HPM.3) RTM and intelligent-RTM Remote upgrade via the IPMB bus (HPM.1) UART interface for SOL and debug User I/Os and ADCs 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

8 xTCA IG meeting - TWEPP 16 - J. Mendez
Pigeon Point IPMC Evaluation Pigeon solution was evaluated in 2015 using: The starter kit IPMC mezzanine card An Adapter card (CERN) to use the mezzanine with existing ATCA blade Evaluation outcomes: Standard compliance (Polaris tester) Management of the AdvancedTCA blade Management of up to 4 AMCs E-Keying and Clock configuration OEM commands Non-intelligent RTM Ethernet interface Remote upgrade (HPM.1) Pigeon Point IPMC mezzanine 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

9 Functional bloc diagram
CERN IPMC specifications Functional bloc diagram 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

10 xTCA IG meeting - TWEPP 16 - J. Mendez
CERN IPMC specifications Form factor Vertical format to save place on ATCA blades Maximum component height (ATCA standard): 21.33mm Connector height: 3mm IPMC height: 18.3mm 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

11 xTCA IG meeting - TWEPP 16 - J. Mendez
Development FPGA selection A2F200 FPGA was selected CS288 package: Dimensions: 11x11mm Ball pitch: 0.5mm 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

12 Design of the first prototype
Development Design of the first prototype 0.200mm 0.127mm 0.177mm Manufacturing issues with buried and blind vias resulting in a low yield and high cost 0.670mm 0.177mm 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

13 Design of the second prototype
Development Design of the second prototype PCB layout modified to reduce cost and increase yield/reliability Buried and blind vias were replaced by thru-hole vias Trace/clearance sizes were reduced in accordance with manufacturer rules 0.150mm 0.998mm 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

14 xTCA IG meeting - TWEPP 16 - J. Mendez
Development FPGA Firmware 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

15 Software architecture
Development Software architecture 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

16 xTCA IG meeting - TWEPP 16 - J. Mendez
Development Tests results Standard compliance Polaris tester Management of the ATCA blade ATCA management (hotswap, power sequences …) IPMB buses (IPMB-A / IPMB-B) SDR/FRU information Sensor monitoring (implementation, events …) RTMs Management of up to 4 AMCs IPMB bus (IPMB-L) AMC management (hotswap, power sequences …) Sensor monitoring (detection, events …) Additional features Ethernet interface (RMCP) Remote upgrade using HPM.1 (IPMI commands) OEM commands (user specific) JTAG master 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

17 Development status and next steps
Summary Development status and next steps Status Hardware is ready for production We are interested in collaborating with early users (beta tests) Few IPMCs already available for evaluation Next steps Test the remaining features. RTM JTAG Master Launch production. Setup the development environment for the users. Develop a test bench for IPMC. Provid user guide. The CERN IPMC kit, including the Pigeon Point license, will be available for use early 2017 – Q1/Q2 (price estimation: 200 CHF). 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez

18 xTCA IG meeting - TWEPP 16 - J. Mendez
Thank you 29/09/2016 xTCA IG meeting - TWEPP 16 - J. Mendez


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