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Artesyn ATCA-F125 Manual

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ATCA-F125 (6873M Artwork)
Installation and Use
P/N: 6806800J94L
September 2015

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Summary of Contents for Artesyn ATCA-F125

  • Page 1 ATCA-F125 (6873M Artwork) Installation and Use P/N: 6806800J94L September 2015...
  • Page 2 Artesyn reserves the right to revise this document and to make changes from time to time in the content hereof without obligation of Artesyn to notify any person of such revision or changes.

  • Page 3: Table Of Contents

    2.8.2 Removing an SFP Module ........... . . 59 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 4 4.7.2 ShMC Cross-Connect ............95 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 5 Power-On Self Test ..............124 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 6 5.10 ATCA-F125-Specific U-Boot Environment Variables ........
  • Page 7 Reset Signals ..............110 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 8 Table 5-9 ATCA-F125 Specific U-Boot Environment Variables ....... .128 Table B-1 Artesyn Embedded Technologies - Embedded Computing Publications .
  • Page 9 ATCA-F125 Face Plate ........
  • Page 10 List of Figures ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 11: About This Manual

    Abbreviations This document uses the following abbreviations: Abbreviation Definition ATCA Advanced Telecom Computing Architecture Advanced Mezzanine Card IPMI Intelligent Platform Management Interface IPMC Intelligent Platform Management Controller JTAG Joint Test Action Group ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 12 Repeated item for example node 1, node 2, ..., node Omission of information from example/command that is not necessary at the time being Ranges, for example: 0..4 means one of the integers 0,1,2,3, and 4 (used in registers) ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 13 Figure "Declaration of Conformity" on page Edited Table "Faceplate LEDs" on page 6806800J94B March, 2012 Updated Chapter 4, Functional Description, on page Chapter P, EMC, on page 118, and Chapter P, Installation, on page 119. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 14 Replaced “Product Name Short” with ATCA- F125. 6806800J94H January, 2014 Updated Table 3-3 on page 6806800J94J April, 2014 Re- branded to Artesyn template. 6806800J94K August 2014 Removed instances of Stratum 3E and updated Declaration of Conformity. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 15: Safety Notes

    Artesyn Embedded Technologies and our suppliers take significant steps to make sure that there are no bent pins on the backplane or connector damage to the boards prior to leaving the factory.
  • Page 16 (EMI) shielding to maintain EMC compliance. Board products are tested in a representative system to show compliance with the above mentioned requirements. A proper installation in a compliant system maintains the required performance. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 17 Blade Damage Incorrect installation of the blade can cause damage of the blade, Only use handles when installing/removing the blade to avoid damage/deformation to the face plate and/or PCB. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 18 Overheating and Blade Damage Operating the blade without forced air cooling may lead to overheating and thus damage of the blade. When operating the blade, make sure that forced air cooling is available in the shelf. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 19 Setting/resetting the switches during operation can cause damage to the product. Check and change switch settings before you install the product. Product Damage Too much force may damage the reset switch. Use minimal force when pressing the reset switch. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 20 Installing AMC modules with small operating temperature ranges into the ATCA-F125 may further restrict the operating temperature range of the ATCA-F125. Make sure that the operating temperature of any installed AMC modules and the ATCA-F125 as a bundle are within allowed limits...
  • Page 21 Installing another battery type than the one that is mounted at product delivery may cause data loss since other battery types may be specified for other environments or may have a shorter lifetime. Only use the same type of lithium battery as is already installed. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 22 Do not use a screw driver to remove the battery from its holder. Environment Environmental Damage Improperly disposing of used products may harm the environment. Always dispose of used products according to your country’s legislation and manufacturer’s instructions. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 23: Sicherheitshinweise

    Installieren Sie keine Ersatzteile oder führen Sie keine unerlaubten Veränderungen am System durch, sonst verfällt die Garantie. Wenden Sie sich für Wartung oder Reparatur bitte an die für Sie zuständige Geschäftsstelle von Artesyn Embedded Technologies. So stellen Sie sicher, dass alle sicherheitsrelevanten Aspekte beachtet werden.
  • Page 24 Sie sicher, dass ausreichend Schutz vor Störstrahlung vorhanden ist. Die Blades müssen mit der Frontblende installiert und alle freien Steckplätze müssen mit Blindblenden abgedeckt sein. Änderungen, die nicht ausdrücklich von Artesyn Embedded Technologies erlaubt sind, können Ihr Recht das System zu betreiben zunichte machen. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 25 Beschädigung des Produktes und der Zusatzmodule Fehlerhafter Ein- oder Ausbau von Zusatzmodulen führt zu Beschädigung des Produktes oder der Zusatzmodule. Lesen Sie deshalb vor dem Ein- oder Ausbau von Zusatzmodulen die Dokumentation und benutzen Sie angemessenes Werkzeug. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 26 Absicherung, um die Gebäude-internen Schnittstellen mit Leitungen außerhalb des Gebäudes zu verbinden.Die intra-Gebäude Port (s) des Gerätes oder einer Unterbaugruppe müssen abgeschirmte innerGebäudeVerkabelung / Verdrahtung, die an beiden Enden geerdet ist zu verwenden. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 27 Verstellen Sie nur solche Schalter, die nicht mit 'Reserved' gekennzeichnet sind. Beschädigung des Produktes Das Verstellen von Schaltern während des laufenden Betriebes kann zur Beschädigung des Produktes führen. Prüfen und ändern Sie die Schaltereinstellungen, bevor Sie das Produkt installieren. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 28 Ein leerer AMC-Steckplatz kann zu verminderter Kühlung des Shelfs sowie starker elektromagnetischer Strahlung führen und somit eine Überschreitung von EMV-Grenzwerten zur Folge haben. Installieren Sie daher immer ein Filler-Panel in einen anderweitig nicht verwendeten AMCSteckplatz. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 29 Bestimmungen für Laserprodukte eingehalten werden. Verletzungsgefahr der Augen Optische SFP/SFP+-Module können Laserstrahlen aussenden, wenn kein Kabel angeschlossen ist. Blicken Sie daher nicht direkt in die Öffnung eines SFP/SFP+-Moduls, um Verletzungen der Augen zu vermeiden. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 30 Benutzen Sie keinesfalls einen Schraubendreher, um die Batterie aus der Halterung zu nehmen. Umweltschutz Umweltverschmutzung Falsche Entsorgung der Produkte schadet der Umwelt. Entsorgen Sie alte Produkte gemäß der in Ihrem Land gültigen Gesetzgebung und den Empfehlungen des Herstellers. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 31: Introduction

    Introduction Features The ATCA-F125 is a hub board as defined in PICMG 3.0 Revision 3.0 Advanced TCA Base Specification and PICMG 3.1 Revision 1.0 Specification Ethernet/Fiber Channel for AdvancedTCA Systems. It supports several Base and Fabric Channel Ethernet interfaces to the Zone 2 backplane.

  • Page 32: Standard Compliances

    ETSI storage requirements in system level (not temperature- controlled storage locations) ETSI Transportation: EN 300 019-2-2 ETSI public transportation requirement on system level Class 2.3 Telcordia GR-1089 Ports and Iitra-building lightning for telecommunication port ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 33 Ethernet ports. The product has been designed to meet the directive on the restriction of the use of certain hazardous substances in electrical and electronic equipment (RoHS) Directive 2011/65/EU. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 34: Figure 1-1 Declaration Of Conformity

    Guan Road West, Shiqi District, 528400 Zhongshan City Guangdong, PRC Declares that the following product, in accordance with the requirements of 2004/108/EC, 2006/95/EC, 2011/65/EU and their amending directives, Product: ATCA-F125 Series Switch Blade & RTM-ATCA-F125 Series Model Name/Number: ATCA-F125, ATCA-F125-14S, ATCA-F125-14S-C10, ATCA-F125-STD-01-L2, ATCA-F125-STD-02-L2, ATCA-F125-TCLK3, ATCA-F125-TCLK3-C01, RTM-ATCA-F125, RTM-ATCA-F125-C01,...

  • Page 35: Mechanical Data

    NOTE: This manual covers the ATCA-F125-14S product. It also covers ATCA-F125-TCLK3 product manufactured with 6873M PWB artwork. For 6859G PWB artwork documentation, refer to ATCA-F125 Installation & Use manual 6806800J94B. The PWB artwork may be identified by the assembly number, which is marked...

  • Page 36: Blade Accessories

    Table 1-4 Blade Accessories - Ordering Information Accessory Description RTM-ATCA-F125 RTM for the ATCA-F125 with SFP and SFPP receptacles SFP-MM-SX-LC 1G Single Form Factor (SFP) module - 850NM, SX, LC connector SFP-CO-RJ-45 1G copper Single Form Factor (SFP) module - RJ-45 connector...

  • Page 37: Product Identification

    Introduction Product Identification The following graphic shows the location of the serial number label. Figure 1-2 Serial Number Locater ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 38 Introduction ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 39: Hardware Preparation And Installation

    Chapter 2 Hardware Preparation and Installation Overview This chapter provides the information that you need to install the ATCA-F125 and its accessories into your AdvancedTCA system. Removal procedures are also included. To install the blade, follow these steps: 1. Unpack and inspect the blade.

  • Page 40: Requirements

    Improper disposal of used products may harm the environment.  Always dispose of used products according to your country’s legislation and  manufacturer’s instructions. Requirements This section shows the environmental and power requirements of the ATCA-F125 (6873M Artwork). ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 41: Environmental Requirements

    Operating temperatures refer to the temperature of the air circulating around the blade, and not to component temperatures. If you integrate the blade in your own non-Artesyn Embedded Technologies system, please contact your local sales representative for further safety information.

  • Page 42: Table 2-1 Environmental Requirements

    Half-sine, 11 ms at 30 m/s Blade level packaging Half-sine, 6 ms at 180 m/s Free Fall 1.2 m/ packaged (according to ETSI 300 019-2-2) 100 mm unpackaged (according to Tel- cordia GR-63-core) ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 43: Thermal Requirements

    Hardware Preparation and Installation 2.3.2 Thermal Requirements In order for the ATCA-F125 to cool properly when the operating temperature is at the maximum (55C), the chassis must meet or exceed CP-TA B.3 ATCA Chassis Specification. CP-TA B.4 compliance is preferred.

  • Page 44: Power Requirements

    The following table show typical examples of the power requirements, with and without accessories installed. For information on the accessories' power requirements, refer to the documentation delivered together with the respective accessory or consult your local Artesyn Embedded Technologies representative for further details.

  • Page 45: Rear Transition Modules

    Hardware Preparation and Installation Rear Transition Modules If applicable, install a rear transition module. For more information, refer the RTM-ATCA-F125 documents listed in Appendix B, Related Documentation. The RTMs are not hot-swappable. Before installation, make sure that no front blade is installed in its respective slot, or that the front blade is powered-down.

  • Page 46: Blade Configuration

    2.5.1 SATA Drive Installation An optional SATA drive may be installed on the ATCA-F125. An 80GB drive designed for extreme temperature and vibration environments has been test and approved for use on the ATCA-F125. Contact your Artesyn Embedded Technologies sales representative and order the HDD-80G-SATA kit which includes the hard drive, all the required mounting hardware, and the installation instructions.

  • Page 47: Installing Blade

    If there is a Rear Transition Module (RTM) to install, install and secure the RTM first as described in the RTM-ATCA-F125 Installation and Use Guide, then install the front blade. If an RTM is already installed, make sure that the RTM faceplate screws are fully tightened to secure the RTM to the shelf.
  • Page 48 Continue to gently push the blade until the blade connectors engage. 5. Squeeze the lever and the latch together and hook the lower and the upper handle into the shelf rail recesses. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 49 If an RTM is connected to the front blade, make sure that the handles of both the RTM and the front blade are closed in order to power up the blade’s payload. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 50: Removing Blade

    Damage of the blade Incorrect installation of the blade can cause damage of the blade.  Only use handles when installing/removing the blade to avoid damage/deformation to  the face plate and/or PCB. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 51 If the LED continues to blink, it is possible that the upper layer software rejects the blade extraction request. 3. Remove the face plate cables, if applicable. 4. Remove the blade from the shelf. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 52: Amc Module Installation And Removal

    Before touching the blade or electronic components, make sure that you are working in  an ESD-safe environment. AMC Module Damage The AMC bay supports only AMC modules that are officially supported by Artesyn  Embedded Technologies. Installing and operating other AMC modules may damage the AMC bay and the blade.
  • Page 53 LED. 1. Remove any cables that are connected to the AMC module face plate connectors. 2. Gently pull the module latch outwards, approximately 3 mm away from its locked position. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 54 4. Once the blue LED glows steadily, gently pull the AMC module handles outwards to disconnect the module from the AMC connectors. Continue to gently slide the module outwards along the guide rails. Install the filler panel. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 55: Installing And Removing Sfp Modules

    SFP modules can be installed/removed while the RTM is both powered and or powered off. The presence and also the type of SFP modules is automatically detected. The maximum power consumption of all installed SFP modules must not exceed 12 W. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 56: Installing An Sfp Module

    Hardware Preparation and Installation 2.8.1 Installing an SFP Module Procedure In order to install an SFP module, proceed as follows: 1. Slide the SFP module into the slot until it locks into position. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 57 SFP module inoperable. Only remove the optical plug when you are ready to connect a cable to the SFP module.  When no cable is connected, cover the port with an optical port plug. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 58 Hardware Preparation and Installation 3. Connect the network cable to the SFP module ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 59: Removing An Sfp Module

    In order to remove an SFP module, proceed as follows. 1. Remove any connected cable from the SFP module. 2. Open the SFP latch. Note that the latch mechanism of your SFP module may be ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 60 Hardware Preparation and Installation slightly different compared to the latch shown in the following figure. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 61 SFP module inoperable. Only remove the optical plug when you are ready to connect a cable to the SFP module.  When no cable is connected, cover the port with an optical port plug. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 62 Hardware Preparation and Installation ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 63: Controls, Leds, And Connectors

    Overview Blade Layout The following figure shows the front panel face plate design. Figure 3-1 ATCA-F125 Face Plate Faceplate LEDs This section describes the details of the ATCA-F125 faceplate LEDs. Table 3-1 Faceplate LEDs Label Color Function Out of Service This LED is enabled by the IPMC upon initially entering the M4 state.
  • Page 64 Yellow Slave Clock Generator Green On - Master Clock Generator Blinking - Stand alone Master Blinking - Initializing LOCK Telco Clock LED 3 Yellow On -Hold over Blinking - Free Run Green Locked ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 65: Reset Switch

    RJ45 Pin 10Base-T or 100Base-TX 1000Base-T ETH_TX+ ETH_DA+ ETH_TX- ETH_DA- ETH_RX+ ETH_DB+ ETH_DC+ ETH_DC- ETH_RX- ETH_DB- ETH_DD+ ETH_DD- Table 3-3 Service Processor Serial RS232 RJ45 Connector (J1) RJ45 Pin Function (RS232) Not used ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 66: Table 3-4 Service Processor Usb Connector (J10)

    Table 3-5 SFP+ Connectors Pin Assignment (J4-J7) Contact Contact Number Function Number Function TX_FAULT TX_DISABLE I2C_SDA 12C_SCL VCCr (+3.3 V) MOD_ABS VCCr (+3.3 V) RATE_SEL 1. Configured with a pull-up to allow high speed connection ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 67: Table 3-6 Master/Slave Sync Connector (J12-U1)

    Port 3 + Port 3 - Port 2 - Port 4 + Port 4 - Table 3-8 T1/E1 Port Connectors (J12-L4 and J12-U4) RJ45 Pin Function RX Ring RX Tip TX Ring TX Tip ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 68: Backplane Connectors

    IPMB Data Port A IPMC Port C bit 2 IPMB Clock Port B IPMC Port C bit 3 IPMB Data Port A 17 - 24 Not used Not used Shelf Ground Shelf Ground ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 69: Zone 2

    FIX_P15_TX0+ FIX_P15_TX0- FIX_P15_RX0+ FIX_P15_RX0- FIX_P15_TX1+ FIX_P15_TX1- FIX_P15_RX1+ FIX_P15_RX1- FIX_P14_TX2+ FIX_P14_TX2- FIX_P14_RX2+ FIX_P14_RX2- FIX_P14_TX3+ FIX_P14_TX3- FIX_P14_RX3+ FIX_P14_RX3- FIX_P14_TX0+ FIX_P14_TX0- FIX_P14_RX0+ FIX_P14_RX0- FIX_P14_TX1+ FIX_P14_TX1- FIX_P14_RX1+ FIX_P14_RX1- FIX_P13_TX2+ FIX_P13_TX2- FIX_P13_RX2+ FIX_P13_RX2- FIX_P13_TX3+ FIX_P13_TX3- FIX_P13_RX3+ FIX_P13_RX3- FIX_P13_TX0+ FIX_P13_TX0- FIX_P13_RX0+ FIX_P13_RX0- FIX_P13_TX1+ FIX_P13_TX1- FIX_P13_RX1+ FIX_P13_RX1- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 70: Table 3-11 Connector P21 Pin Assignment

    FIX_P5_RX1+ FIX_P5_RX1- FIX_P4_TX2+ FIX_P4_TX2- FIX_P4_RX2+ FIX_P4_RX2- FIX_P4_TX3+ FIX_P4_TX3- FIX_P4_RX3+ FIX_P4_RX3- FIX_P4_TX0+ FIX_P4_TX0- FIX_P4_RX0+ FIX_P4_RX0- FIX_P4_TX1+ FIX_P4_TX1- FIX_P4_RX1+ FIX_P4_RX1- FIX_P3_TX2+ FIX_P3_TX2- FIX_P3_RX2+ FIX_P3_RX2- FIX_P3_TX3+ FIX_P3_TX3- FIX_P3_RX3+ FIX_P3_RX3- FIX_P3_TX0+ FIX_P3_TX0- FIX_P3_RX0+ FIX_P3_RX0- FIX_P3_TX1+ FIX_P3_TX1- FIX_P3_RX1+ FIX_P3_RX1- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 71: Table 3-13 Connector P23 Pin Assignment

    BIX_P12_DA+ BIX_P12_DA- BIX_P12_DB+ BIX_P12_DB- BIX_P12_DC+ BIX_P12_DC- BIX_P12_DD+ BIX_P12_DD- BIX_P13_DA+ BIX_P13_DA- BIX_P13_DB+ BIX_P13_DB- BIX_P13_DC+ BIX_P13_DC- BIX_P13_DD+ BIX_P13_DD- BIX_P14_DA+ BIX_P14_DA- BIX_P14_DB+ BIX_P14_DB- BIX_P14_DC+ BIX_P14_DC- BIX_P14_DD+ BIX_P14_DD- BIX_P15_DA+ BIX_P15_DA- BIX_P15_DB+ BIX_P15_DB- BIX_P15_DC+ BIX_P15_DC- BIX_P15_DD+ BIX_P15_DD- BIX_P16_DA+ BIX_P16_DA- BIX_P16_DB+ BIX_P16_DB- BIX_P16_DC+ BIX_P16_DC- BIX_P16_DD+ BIX_P16_DD- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 72: Zone 3

    Column CD Column EF Column GH VP12_RTM RTM_INT# SynchE_CLK_ SynchE_CLK_ RTM_REF_CLK RTM_PS1# RBX_P20/RFX_ RBX_P20/RFX_ GE1_TX+ GE1_TX- BIX_MDC BIX_MDIO BIX_XG_MDC BIX_XG_MDIO FIX_XG_MDC FIX_XG_MDIO RBX_P20/RFX_ RBX_P20/RFX_ GE1_RX+ GE1_RX- FIX_P17_TX2+ FIX_P17_TX2- FIX_P17_RX2+ FIX_P17_RX2- FIX_P17_TX3+ FIX_P17_TX3- FIX_P17_RX3+ FIX_P17_RX3- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 73: Table 3-17 Connector P31 Pin Assignment

    AMC_TX6- AMC_RX6+ AMC_RX6- RBX_P23_TX+ RBX_P23_TX- RBX_P23_RX+ RBX_P23_RX- AMC_TX7+ AMC_TX7- AMC_RX7+ AMC_RX7- RBX_P24_TX+ RBX_P24_TX- RBX_P24_RX+ RBX_P24_RX- RBX_P13_TX+ RBX_P13_TX- RBX_P13_RX+ RBX_P13_RX- RBX_P14_TX+ RBX_P14_TX- RBX_P14_RX+ RBX_P14_RX- VP12_RTM VP3P3_MP_RT PCIE_REFCLK+ PCIE_REFCLK- SynchE_RC2 GPS_1PPS SynchE_RC1 RTM_EN# / TYPE# ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 74: Module Connectors

    Controls, LEDs, and Connectors Module Connectors Figure 3-2 Module Connectors Location ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 75: Amc Connector

    Unused AMC_TX4+ TCLKB- Unused BIX_P18_RX+ AMC_TX4- Unused BIX_P18_RX- PCIe_CLK+ Unused Unused AMC_RX4+ PCIe_CLK- Unused BIX_P18_TX+ AMC_RX4- Unused BIX_P18_TX- PS0# Unused Unused AMC_TX5+ +12V Unused AMC_TX5- Unused +12V Unused Unused AMC_RX5+ AMC_ Unused P8_MUX_TX- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 76 P9_MUX_TX- AMC_TX6- AMC_ Unused P9_MUX_TX+ +12V Unused Unused AMC_RX6+ AMC_ Unused P9_MUX_RX- SATA_AMC_RX AMC_RX6- AMC_ P9_MUX_RX+ SATA_AMC_RX Unused AMC_TX7+ AMC_ Unused TRST# P10_MUX_TX- SATA_AMC_TX AMC_TX7- AMC_ P10_MUX_TX+ SATA_AMC_TX TCLKC- AMC_RX7+ AMC_ TCLKC+ P10_MUX_RX- ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 77: Sas/Sata Connector

    DRIVE_TX- (output) DRIVE_TX+ (output) 3.7.3 Embedded USB Connector The ATCA-F125 contains a 10-pin 2mm header for an embedded USB module. The following table shows the pinout assignment for the eUSB header. Table 3-20 P8 eUSB Header Pin Assignment Contact Number...

  • Page 78: Processor Cop Header

    No Connect 3.7.4 Processor COP Header The ATCA-F125 contains a 16-pin 0.1" header for the P2020 JTAG COP header. The following table shows the pinout assignment for the processor COP header. Table 3-21 P50 COP Header Pin Assignment Contact Number...

  • Page 79: H8S Console And Programming Header

    3.7.5 H8S Console and Programming Header The ATCA-F125 contains an 8-pin 0.1" header to provide access to the H8S serial console and to enable the H8S boot loader for initial programming. The H8S boot loader is enabled when shunts are installed shorting pins 2 to pin 4 and pin 6 to pin 8. The following table shows the pinout assignment for this header.
  • Page 80 Controls, LEDs, and Connectors Table 3-23 Switch Settings (continued) Switch Options Default SW1.4 Disable IPMC Watchdog Timer OFF: Watchdog timer is enabled ON: Disable IPMC Watchdog Timer ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 81: Functional Description

    Chapter 4 Functional Description Block Diagram The following block diagram provides a high level functional view of the ATCA-F125 board and its interfaces to the front panel, backplane, and RTM. Figure 4-1 Block Diagram Logical Slot 3 4 5 6 7 8 9 10 11 12 13 14...

  • Page 82: Processor

    Functional Description Processor A Freescale P2020 QorIQ Integrated Processor is present on the ATCA-F125 as the onboard service processor. The processor is manufactured in 45nm process technology and contains two e500 Book E-compatible cores with system logic to support a variety of applications. The default speed grade used on ATCA-F125 is 1000 MHz.

  • Page 83: Memory

    400 MHz providing a total bandwidth of 6.4 Gbyte/s. 4.3.2 Memory Sockets Two 240-pin DDR3 DIMM sockets are provided on the ATCA-F125 to host up to 2 Gbyte of memory on each DIMM socket using single or dual rank DDR3 registered DIMM memory modules.

  • Page 84: Persistent Memory

    4.3.4 Persistent Memory On the ATCA-F125, the persistent memory is part of the DDR memory subsystem. A dedicated register is available in the FPGA to enable or disable persistent memory by software. If persistent memory is enabled, the memory contents of the main memory stays unchanged after any applied reset, except power-up reset.

  • Page 85: Ipmi

    Functional Description IPMI The IPMI function on ATCA-F125 is implemented using the Artesyn Embedded Technologies common ATCA base IPMI design. This building block is based on the Pigeon Point Systems IMPI implementation using the Renesas HD64F2166 microcontroller which is part of the H8S controller family.

  • Page 86: Figure 4-2 Ipmi Block Diagram

    Figure 4-2 IPMI Block Diagram The ATCA-F125 board design supports a KCS LPC-based interface between the H8S controller and the P2020 service processor. The H8S contains a native Low Pin Count (LPC) interface. The P2020 does not have a LPC interface so a P2020 Local Bus to LPC bus interface is implemented inside the FPGA.

  • Page 87: Temperature Sensors

    The FPGA functions include the following: Local Bus Interface  Local Bus Address Latch and Decoder  Low Pin Count Interface between Host and IPMC  ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 88: Serial Configuration Prom

    SPI device. The secondary SPI device, which is for fail-safe backup purposes only, is write protected and cannot be programmed in the field through the FPGA SPI interface. AUX_SS is deasserted by the SPI controller. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 89: Figure 4-3 Fpga Spi Rom Configuration

    BCM8747 microcode loading - The SPI port from the BCM8747 is routed to AUX_CS, CCLK,  MOSI and DIN pins in the FPGA to allow the microcode to be read from SPI Flash 3. Figure 4-3 FPGA SPI ROM Configuration ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 90: Boot And User Flashes

    Boot Flash device #2 after reset. The boot device from which the service processor has booted (active bank) is write protected and cannot be reprogrammed, whereas the redundant boot device can be erased and reprogrammed. Figure 4-4 Boot PROM Backup Recovery ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 91: Base Channel Interface

    The PCI Express 1x interface of the Broadcom BCM56334 is attached to one of the PCI Express ports of the P2020 QorIQ Integrated Processor to provide the service processor configuration and management capability to the switch as well as to provide full ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 92: Figure 4-5 Base Channel Block Diagram

    1. Through the P2020 local bus interface, the service processor can program registers in the FPGA 2. Through the IPMI controller private I2C bus, the IPMC controller can set the various mux select before enabling reset on the remainder to the payload. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 93: Table 4-3 Bcm56344 Base Channel Switch Connections

    BIX_MDIO/BIX_MDC BCM54680-2 BIX - BC 1B 10/100B-T BIX_MDIO/BIX_MDC BCM54616S-1 BIX-BC 2 1000B-T BIX-PrAMC/P0 SERDES BIX X-connect or RTM SGMII BCM54616S to Clock TopSync or RTM SGMII TopSync BIX-RTM ETH1 SGMII BIX-RTM ETH2 SGMII ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 94: Base Channel Phys

    4.7.1 Base Channel PHYs The ATCA-F125 uses two Broadcom BCM54680 octal PHYs, a BCM54616S PHY, and a BCM8747 PHY for the base channel. Each BCM54680 supports eight SGMII channels to the BCM56334 and provides the physical layer functions for the 10/100/1000Base-T connections or 10/100-T connections to the backplane.

  • Page 95: Shmc Cross-Connect

    1 Gbps SGMII ports of the BCM56820 can be routed to different destinations across the board using a series of 2 channel 2:1 muxes. The select pins for these mux/demux switches are controlled by the FGPA. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 96: Table 4-4 Fabric Channel Switch Connections

    Table 4-4 Fabric Channel Switch Connections Fabric BCM56820 Channel Management PHY ADDR/ Connect Connection Port Port Interface Front Board to PHY Between Link Type FIX- Backplane 10GBase-BX4 FIX - Backplane 10GBase-BX4 FIX - Backplane 10GBase-BX4 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 97: Table

    FC15 or RTM FIX-AMC Port 8- XAUI FIX_MDIO/FIX BCM8747 FIX-RTM ETH12 XAUI _MDC(2) -1-RTM FIX_MDIO/FIX BCM8747 FIX-RTM ETH11 XAUI _MDC(2) -1-RTM FIX_MDIO/FIX BCM8747 FIX-RTM ETH10 XAUI _MDC(2) -1-RTM FIX_MDIO/FIX BCM874- FIX-RTM ETH9 XAUI _MDC(2) 1-RTM ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 98: Table

    MAC/PHY Port 1 SFP+ Modules The ATCA-F125 provides four SFP+ module receptacles on the front panel, two for base uplinks and two for fabric uplinks. The SFP+ signals LOS, TX_FAULT and MOD_ABS are monitored for status by the BCM8747 PHY. Status changes will result in a service processor interrupt.

  • Page 99: Sfp+ Module Status And Control Interface

    The SFP+ module receptacles are designed to support standard SFP modules, SFP+ modules as well as direct attach copper SFP+ cables. The following table lists the SFP+ module types that have been tested and verified for use on the ATCA-F125. Table 4-5 Tested SFP+ Modules...
  • Page 100 AMC port 8-11 signals depending on the PrAMC installed. The ATCA-F125 also routes AMC ports 4-7 as a x4 PCIE port directly to a BCM5709s dual MAC/PHY controller. The ATCA-F125 provides current limiting power control to the AMC. A hot swap control device is used to control the 12 V payload power and 3.3 V management power to the AMC as well as...

  • Page 101: Figure 4-9 Amc Bay Connection Diagram

    PrAMC has access to the SATA hard disk drive. The SATA mux control from the IPMC is routed through the FPGA so that the SATA mux control can be controlled by the service processor through the FPGA. Figure 4-9 AMC Bay Connection Diagram ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 102: Table 4-6 Amc Bay Port Assignments

    1Gb SERDES or triple speed copper interfaces. This device will be configured to use the SERDES interfaces. Controller 0 is routed to the AMC-Base cross connect mux. Controller 1 is routed to the AMC-Fabric cross connect mux. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 103: Figure

    MAC addresses, etc. A 1 Mbit Atmel AT45DB011 device will be used for this purpose. 4.10.2 Channel Cross-Connect for BCM5709S The channel cross connect scheme for the BCM5709S is shown below in the following two figures. Figure 4-10 Base Channel Cross Connect ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 104: Figure 4-11 Fabric Channel Cross Connect

    Fabric Channel Cross Connect 4.10.3 Storage Hard Disk Drive The ATCA-F125 provides a SATA connector and mounting features to install a 2.5" SATA hard disk drive on the board. This HDD can be used to store system management data, configuration data, and boot images for the service processor or the PrAMC. An 80Gbyte extreme duty drive or equivalent may be installed to support "enterprise class"...
  • Page 105 Functional Description Generation of a traceable clock  Routing of telecom clocks to AMC site  ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 106: 4.11.1 Telecom Clocking Subsystem

    Functional Description 4.11.1 Telecom Clocking Subsystem This section shows an overall block diagram of the telecom clocking subsystem. Later sections elaborate on the functionality of each block. Figure 4-12 Telecom Clocking Subsystem ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 107 Functional Description 4.11.2 BITS/SSU Support Many facilities where the ATCA-F125 is likely to be deployed, such as central offices, will include a central Building Integrated Timing Supply (BITS) or Source Synchronization Unit (SSU). A BITS is typically an output-only device that provides a precision timing reference, known as the T[3] clock, to shelf-level products that use this for synchronizing the local telecom clocks.

  • Page 108: Figure 4-13 Bits/Ssu Clock Flow

    Functional Description The ATCA-F125 provides dual T1/E1 interfaces to support both BITS and SSU operation. Figure 4-13 BITS/SSU Clock Flow ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 109: Figure 4-14 Reset Structure Block Diagram

    Functional Description 4.12 Reset Structure The reset structure for the ATCA-F125 is controlled by the FPGA. The block diagram below shows the reset structure of the ATCA-F125. Figure 4-14 Reset Structure Block Diagram ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 110: Reset Signals

    HRST_L may be asserted at any time completely asynchronously. HRST_L needs to be asserted during power- on reset. During HRST_L assertion, the configuration input signals are sampled into registers inside the P2020 QorIQ Integrated Processor. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 111 A power-on or hard reset is initiated by an active low pulse on the FIX_RST_L signal of the Broadcom BCM56820 Fabric Channel Switch. The initialization process loads all the pin configured modes, clears all switching tables and places the switch in a disabled and idle state. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 112: Figure 4-15 Amc Enable Logic

    4.12.4 AMC Bay The IPMC on the ATCA-F125 is responsible for resetting the AMC bay. It initiates a reset cycle after an AMC module is plugged in or if the payload power of the carrier board is in a power cycle.

  • Page 113: Table 4-8 Interrupt Mapping

    Active Low 88SE6121 SATA INTA P2020 PCI2 INTA Internal RTM FPGA INT_L RTM_INT_L Direct Active Low LVTTL FPGA UART UART_INT SP_IRQ_6 FPGA Active Low LVTTL (ORed) IPMC LPC SERIRQ_IN TOUT Watchdog 1st stage Timer ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 114 BIX Octal PHY 2 IRQ_L BCM54680-2 BIX PHY 3 IRQ_L BCM54616S-1 TopSync PHY IRQ_L BCM54616S-2 Front Panel PHY IRQ_L BCM54616S-3 UC2 PHY IRQ_L BCM5482S SP-to-BIX PHY IRQ_L BCM5482S BCM56820 INTA P2020 PCIE 3 INTA internal ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 115 PLOSB2 LASI_3 PCMULK3 PCDRLK3 PLOSB3 LASI4_LPC MULK4 PCDRLK4 PLOSB4 BIX SFP+ 1 ABS_INT FLT_INT LOS_INT BIX SFP+ 2 ABS_INT FLT_INT LOS_INT FIX SFP+ 1 ABS_INT FLT_INT LOS_INT FIX SFP+ 2 ABS_INT FLT_INT LOS_INT ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 116 Type FPGA Clock Clock SP_IRQ10 FPGA Active Low LVTTL Monitor Monitor (GPIO3) Done INT FPGA Clock Clock Monitor Monitor Range INT ACS9510 TOPSYNC_I NT_S PERSISTENT FPGA SP_IRQ11 FPGA Active Low LVTTL MEMORY (GPIO4) ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 117  Update Linux kernel and U-boot images  This section describes U-Boot features and procedures that are specific to the ATCA-F125. For general information on U-Boot, see http://www.denx.de/wiki/U-Boot/WebHome. Accessing U-Boot The U-boot can be accessed using the serial interface connector at the face plate of the ATCA- F125.
  • Page 118 This procedure assumes that the ATCA-F125 is connected to a TFTP server and that the U-Boot command nfsboot has been defined. The external TFTP server must be connected using the ATCA-F125 face plate connector "ETH5", which is the Ethernet management interface.
  • Page 119 This procedure assumes that the U-Boot command ramboothas been defined and that the RAM disk image is stored on an external TFTP server that is connected to the ATCA-F125. During each boot process, the image is downloaded from the TFTP server into the main memory of the blade.
  • Page 120 This section describes how to configure U-boot to boot a Linux kernel stored in the boot flash and to mount the root file system in the user flash. The procedure uses the U-Boot script flashboot, which has been predefined by Artesyn Embedded Technologies. Configure U-boot to boot from flash: setenv bootcmd $flashboot 2.
  • Page 121 Analyzing Kernel Log Files after a Kernel Panic If the Linux OS running on the ATCA-F125 indicates a kernel panic and you wish to analyze the cause, then you can issue a reset (using the face plate button for example) and subsequently analyze kernel log files.

  • Page 122: Table 5-1 Physical Address Map

    This allows the reserved region to not be overwritten by U-Boot. U-Boot reports less memory to the Linux kernel (through the mem parameter) so that Linux will not use it either. Memory Map The following table shows the physical address map of the ATCA-F125. Table 5-1 Physical Address Map Device...

  • Page 123: Linux Devices

    Stand-by boot flash 0xE3EFFFFF /dev/mtd7 Kernel DTB 0xE3F00000 - Stand-by boot flash 0xE3F1FFFF /dev/mtd8 U-Boot boot 0xE3F40000 - Stand-by boot flash parameters 0xE3F5FFFF /dev/mtd9 U-Boot image 0xE3F80000 - Stand-by boot flash 0xE3FFFFFF /dev/mtd10 FPGA ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 124: Table 5-3 Post Result Format

    U-Boot Power-On Self Test When the ATCA-F125 is booted, U-boot executes a series of Power-On Self test (POST) routines. These routines check the functionality of different controllers and other on-board resources. The result is stored in memory and has the following format.

  • Page 125: Table 5-5 Sys Fw Progress Ipmi Sensor - Post Error Event Codes

    Table 5-4 Post Results in SYS FW PROGRESS IPMI Sensor Reading Data (continued) Value Description 0x0D Wrong CPU speed 0xfd Artesyn Embedded Technologies specific POST error code. For more information, see Table "SYS FW PROGRESS IPMI Sensor - POST Error Event Codes" on page 125. 0x00 One of the remaining POST errors was detected.
  • Page 126 Possible values of post_control and their meaning are described in the following table. Table 5-7 Environment Variable post_control Value Description Disables POST altogether POST is executed after all types of blade resets always ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 127: Table 5-7 Environment Variable Post_Control

    Description bparams_set Allows to configure IPMI system boot options hreset Issues a hard reset on the ATCA-F125. A hard reset resets the entire payload. bootsel 0|1|switch Selects the boot flash which the ATCA-F125 is to boot from after the next restart. 0 selects boot flash 0, 1 selects boot flash 1, and switch selects the currently not selected boot flash, i.e.

  • Page 128: Table 5-9 Atca-F125 Specific U-Boot Environment Variables

    U-Boot 5.10 ATCA-F125-Specific U-Boot Environment Variables Table 5-9 ATCA-F125 Specific U-Boot Environment Variables Environment Variable Description Table "Environment Variable post_control" on page 126 post_control Can be set to 10/100/1000 to configure a ETSEC port into PHY local phy_localloop loopback mode...
  • Page 129 1. Connect to U-boot. For more information, see Accessing U-Boot on page 117. 2. Specify the IP address of the ATCA-F125 and the TFTP server by entering the following commands: setenv ipaddr <IP address of ATCA-F125> setenv serverip <IP address of TFTP server>...
  • Page 130 2 will be active. Note that depending on the blade’s IPMI firmware version, the switch between the U-boot banks may be effective immediately. 7. Copy the image from the RAM to the currently stand-by U-boot bank: cp.b $loadaddr e3f80000 80000 ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 131 U-Boot Copy to Flash... done 8. Make stand-by U-boot active and vice versa, by entering the following command: bootsel switch 9. In order to boot the new U-Boot, reset the blade. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 132 U-Boot ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 133 The battery provides data retention of seven years summing up all periods of actual data use. Artesyn Embedded Technologies therefore assumes that there is usually no need to replace the battery except, for example, in case of long-term spare part handling.
  • Page 134 Removing the battery with a screw driver may damage the PCB or the battery holder. To  prevent this damage, do not use a screw driver to remove the battery from its holder. Install the new battery following the "positive" and "negative" signs. ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)

  • Page 135: Table B-1 Artesyn Embedded Technologies - Embedded Computing Publications

    The publications listed below are referenced in this manual. You can obtain electronic copies of Artesyn Embedded Technologies - Embedded Computing publications by contacting your local Artesyn sales office. For released products, you can also visit our Web site for the latest copies of our product documentation.
  • Page 136 Related Documentation ATCA-F125 (6873M Artwork) Installation and Use (6806800J94L)
  • Page 138 Artesyn Embedded Technologies, Artesyn and the Artesyn Embedded Technologies logo are trademarks and service marks of Artesyn Embedded Technologies, Inc. All other product or service names are the property of their respective owners. © 2015 Artesyn Embedded Technologies, Inc.

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