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ds:hardware:mtca:overview [2020/09/16 08:27] tobiashoffmann [µTCA Modules] |
ds:hardware:mtca:overview [2024/09/04 15:18] (current) tobiashoffmann [µTCA Crates] |
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Envisaged are DAQ systems for fast sampling ADCS eg BPM systems, scaler systems for higher sampling rates and video imaging systems. | Envisaged are DAQ systems for fast sampling ADCS eg BPM systems, scaler systems for higher sampling rates and video imaging systems. | ||
- | So far BI has tested following µTCA parts: | + | |
===== µTCA Crates ===== | ===== µTCA Crates ===== | ||
- | * ELMA MTCA.4 6-Slot | + | * ELMA MTCA.4 6-Slot |
- | * Schroff MTCA.4 6 Slot | + | * Schroff MTCA.4 6 Slot (vertical) |
- | * Vadatech VT811 | + | * Vadatech VT811 12-slot |
* N.A.T. Native R2 6-Slot MTCA.4 2HE | * N.A.T. Native R2 6-Slot MTCA.4 2HE | ||
* N.A.T. Native R9 12-Slot MTCA.4 9HE | * N.A.T. Native R9 12-Slot MTCA.4 9HE | ||
+ | * Powerbridge RackPak/ | ||
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* [[: | * [[: | ||
* [[: | * [[: | ||
- | * [[:am_g64|Concurrent AMG64/ | + | * [[ds:hardware: |
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===== µTCA Modules ===== | ===== µTCA Modules ===== | ||
- | * SIS8300 10 Ch. ADC with RT | + | * SIS8300 10 Ch. ADC with RTM |
* AM4301 4 Port NIC | * AM4301 4 Port NIC | ||
* TAMC260 1 Slot PMC-Carrier for AMC | * TAMC260 1 Slot PMC-Carrier for AMC | ||
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* SIS8800 32 Ch. Scaler | * SIS8800 32 Ch. Scaler | ||
* SIS8980 16 Ch LE Discriminator RTM | * SIS8980 16 Ch LE Discriminator RTM | ||
- | * Vadatech AMC217 8-Ch Switch | + | * [[ds: |
* [[: | * [[: | ||
- | * TAMC532 - 32Ch ADC 14 BIt | + | * TAMC532 - 32Ch ADC 14 Bit with RTM |
+ | * FAIR Timing Receiver Node FTRN-AMC | ||
+ | * IOXOS IFC-1410 FMC Carrier & ADC-3117 FMC | ||
===== Setup MTCA.4 System ===== | ===== Setup MTCA.4 System ===== | ||
The main standard MTCA-4 system consists of: | The main standard MTCA-4 system consists of: | ||
- | * Concurrent Technologies AM G64/471-51 CPU | + | * [[ds: |
- | * NAT-MCH-PHYS80 | + | * [[fair-bd: |
* NAT-PM-AC600D | * NAT-PM-AC600D | ||
* RackPak/ | * RackPak/ | ||
+ | |||
+ | |||
+ | ===== µTCA IPMI Control ===== | ||
+ | |||
+ | Get M State via sensor: | ||
+ | Example: Handle pulled out = M1 - board gets only management power | ||
+ | $ ipmitool -I lan -H < | ||
+ | Locating sensor record...\\ | ||
+ | Sensor ID : HS 009 AMC5 (0x3c)\\ | ||
+ | Entity ID : 193.101\\ | ||
+ | Sensor Type (Discrete): PICMG FRU Hotswap\\ | ||
+ | States Asserted | ||
+ | [Transition to M1]\\ | ||
+ | |||
+ | Example 2: Handle pushed in (M4) - board is on | ||
+ | |||
+ | $ ipmitool -I lan -H < | ||
+ | Locating sensor record...\\ | ||
+ | Sensor ID : HS 009 AMC5 (0x3c)\\ | ||
+ | | ||
+ | | ||
+ | | ||
+ | [Transition to M4]\\ | ||
+ | |||
+ | Switch of dedicated FRU: | ||
+ | $ ipmitool -I lan -H < | ||
+ | |||
+ | Switch it on: | ||
+ | $ ipmitool -I lan -H < | ||
+ | |||
+ | Cold reboot of complete system: | ||
+ | $ ipmitool -I lan -H < | ||
+ | |||
+ | Warm-reboot: | ||
+ | $ ipmitool -I lan -H < | ||