Differences

This shows you the differences between two versions of the page.

--- ds:hardware:mtca:overview [2020/09/17 08:28]
tobiashoffmann [Setup MTCA.4 System]
+++ ds:hardware:mtca:overview [2024/09/04 15:18] (current)
tobiashoffmann [µTCA Crates]
@@ Line 5: / Line 5: @@
 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 =====
-  * ELMA MTCA.4 6-Slot
+  * ELMA MTCA.4 6-Slot (vertical)
-  * 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 R9 12-Slot MTCA.4 9HE
+  * Powerbridge RackPak/M5-1 MTCA.4 2HE (this is the FAIR standard crate: info on configuration [[ds:hardware:mtca:config|HERE!]])
@@ Line 22: / Line 23: @@
   * [[:ds:hardware:mtca:natphysrtm|NAT-PHYS-RTM Comex]]
   * [[:am902|Concurrent AM902/412-32]]
-  * [[:am_g64|Concurrent AMG64/471-51]]
+  * [[ds:hardware:mtca:am64|Concurrent AMG64/471-51]]
@@ Line 33: / Line 34: @@
 ===== µTCA Modules =====
-  * SIS8300 10 Ch. ADC with RT
+  * SIS8300 10 Ch. ADC with RTM
   * AM4301 4 Port NIC
   * TAMC260 1 Slot PMC-Carrier for AMC
@@ Line 42: / Line 43: @@
   * SIS8800 32 Ch. Scaler
   * SIS8980 16 Ch LE Discriminator RTM
-  * Vadatech AMC217 8-Ch Switch
+  * [[ds:hardware:mtca:AMC217|Vadatech AMC217 8-Ch Switch]]
   * [[:ds:hardware:mtca:sis8864|SIS8864 64bit I/O]]
-  * 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 =====
@@ Line 50: / Line 53: @@
 The main standard MTCA-4 system consists of:
   * [[ds:hardware:mtca:AM64|Concurrent Technologies AM G64/471-51 CPU]]
-  * [[ds:hardware:mtca:mch|NAT-MCH-PHYS80]]
+  * [[fair-bd:daq:usage:overview|NAT-MCH-PHYS80]]
   * NAT-PM-AC600D
   * RackPak/M5-1 Chassis
+===== µTCA IPMI Control =====
+Get M State via sensor:
+Example: Handle pulled out = M1 - board gets only management power
+     $ ipmitool -I lan -H <mch_ip_addr> -A none sensor get "HS 009 AMC5"
+Locating sensor record...\\
+Sensor ID              : HS 009 AMC5 (0x3c)\\
+Entity ID             : 193.101\\
+Sensor Type (Discrete): PICMG FRU Hotswap\\
+States Asserted       : FRU Hot Swap\\
+[Transition to M1]\\
+Example 2: Handle pushed in (M4) - board is on
+     $ ipmitool -I lan -H <mch_ip_addr> -A none sensor get "HS 009 AMC5"
+Locating sensor record...\\
+Sensor ID              : HS 009 AMC5 (0x3c)\\
+ Entity ID             : 193.101\\
+ Sensor Type (Discrete): PICMG FRU Hotswap\\
+ States Asserted       : FRU Hot Swap\\
+[Transition to M4]\\
+Switch of dedicated FRU:
+     $ ipmitool -I lan -H <mch_ip_addr> -A none picmg deactivate <fru_id>
+Switch it on:
+     $ ipmitool -I lan -H <mch_ip_addr> -A none picmg activate <fru_id>
+Cold reboot of complete system:
+     $ ipmitool -I lan -H <mch_ip_addr> -A none chassis power reset
+Warm-reboot:
+     $ ipmitool -I lan -H <mch_ip_addr> -A none chassis power cycle

GSI - BEA Wiki

User Tools

Site Tools

Differences

Page Tools