Siemens SIMATIC EB 200P-3 Equipment Manual
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Siemens SIMATIC EB 200P-3 Equipment Manual

Siemens SIMATIC EB 200P-3 Equipment Manual

Evaluation board for ertec 200p-3
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SIMATIC
EB 200P-3
Evaluation Board for ERTEC
200P-3
Equipment Manual
06/2023
A5E52825940-AA
Introduction
Security information
Repair
Product overview
Hardware structure
Connectors of the EB 200P‑3
Technical specifications
References
Abbreviations
1
2
3
4
5
6
7
A
B

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Summary of Contents for Siemens SIMATIC EB 200P-3

  • Page 1 Introduction Security information SIMATIC Repair EB 200P-3 Evaluation Board for ERTEC Product overview 200P-3 Hardware structure Equipment Manual Connectors of the EB 200P‑3 Technical specifications References Abbreviations 06/2023 A5E52825940-AA...
  • Page 2 Note the following: WARNING Siemens products may only be used for the applications described in the catalog and in the relevant technical documentation. If products and components from other manufacturers are used, these must be recommended or approved by Siemens. Proper transport, storage, installation, assembly, commissioning, operation and maintenance are required to ensure that the products operate safely and without any problems.

  • Page 3: Table Of Contents

    Table of contents Introduction............................Security information........................... Security information......................General safety instructions....................Repair..............................Repair Support........................Product overview..........................10 Procedure when using the ASIC ERTEC 200P-3 to develop your own PROFINET device..12 Structure of the EB 200P-3....................12 Features of the EB 200P-3....................13 Block diagram of the EB 200P-3..................
  • Page 4 Table of contents Connectors of the EB 200P‑3....................... 40 Overview.......................... 40 PCI Express x1 Interface....................43 Sync connector......................... 45 USB Device Port - UART Interface..................46 Trace connector for ETM of ARM926EJ-S................47 JTAG connector for ICE or debugger.................. 48 Optical connection......................

  • Page 5: Introduction

    The final step in field device development is certification. For PROFINET, Siemens also offers you independent, accredited test laboratories like "ComDeC" in Germany, "PIC" in the USA, and "ITEI" in China, and "an testlabs"...
  • Page 6 Johnson City, TN 37602-4991, USA Tel.: +1 (423) 262-2576 E-mail: (mailto:pic.industry@siemens.com) Web: (https://www.profiinterfacecenter.com) China Siemens Ltd., China Factory Automation Department 7, Wang Jing Zhong Huan Nan Lu, Chaoyang District, Beijing 100102, PR. China E-mail: (mailto:profinet.cn@siemens.com) See also JTAG connector for ICE or debugger (Page 48)

  • Page 7: Security Information

    Siemens' products and solutions undergo continuous development to make them more secure. Siemens strongly recommends that product updates are applied as soon as they are available and that the latest product versions are used. Use of product versions that are no longer supported, and failure to apply the latest updates may increase customers' exposure to cyber threats.
  • Page 8 Security information 2.2 General safety instructions • Always pull the mains connector and disconnect the battery before installing or removing modules which are sensitive to ESD. • Handle modules fitted with ESDs only by their edges. • Do not touch any connector pins or conductors on modules containing ESDs. Hot surface guidelines Safety Symbol 13, IEC 60417-5041 (2002-10) Warning of hot surface...

  • Page 9: Repair

    Repair Repair Support The Siemens Support Team provides technical information and support on development packages: Siemens Sanayi ve Ticaret A.S. Office Address: Yakacik Caddesi No. 111 34870, Istanbul, Turkey Email: (mailto:profinet.devkits.industry@siemens.com) Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 10: Product Overview

    Product overview This manual describes the procedure for using the ERTEC 200P‑3 for HW development of a PROFINET device and the properties of the EB 200P‑3 evaluation board. The intended use of the EB 200P‑3 is as follows: • It serves as a template for development of your own PROFINET device hardware. •...
  • Page 11 Product overview Figure 4-2  EB 200P-3 Front View Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 12: Procedure When Using The Asic Ertec 200P-3 To Develop Your Own Profinet Device

    Developing your own PROFINET device You will find general information, current product information, and downloads regarding PROFINET Device Development Kit for ERTEC 200P on the Internet (https://support.industry.siemens.com/cs/ww/en/view/109812804). There are also examples for the EB 200P-3 board available. Procedure You can use the ASIC ERTEC 200P‑3 to develop your own hardware in one of two ways: •...

  • Page 13: Features Of The Eb 200P-3

    Product overview 4.3 Features of the EB 200P-3 Features of the EB 200P-3 In addition to the ERTEC 200P‑3 with its integrated function groups, the following elements are available on the EB 200P‑3: • PC front panel element – 2 RJ45 PROFINET sockets with integrated magnetics, with a POF assembly option –...

  • Page 14: Block Diagram Of The Eb 200P-3

    Product overview 4.4 Block diagram of the EB 200P-3 Block diagram of the EB 200P-3 Block diagram Figure 4-3  Block Diagram of the EB 200P‑3 NOTE NOR-Flash memory chips are not populated on the EB 200P-3 board. Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 15: Function Overview

    Product overview 4.5 Function overview Function overview Refer to documents /1/ and /2/ (Page 54) for a detailed function description of the ERTEC 200P‑3. You can find descriptions of the hardware structure, operating modes, and connectors of the EB 200P-3, as well as a block diagram. Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 16: Hardware Structure

    Hardware structure ERTEC 200P-3 5.1.1 Boot modes of the EB 200P-3 You can set various boot modes on the EB 200P‑3 by means of the DIP switch S2602. See "Strapping Pins" (Page 35). GPIO configurations The GPIO interface of the ERTEC 200P‑3 consists of 96 I/O that can be configured for different functionalities.
  • Page 17 Hardware structure 5.1 ERTEC 200P-3 Signal Signal P3V3 P3V3 GPIO[32] GPIO[33] GPIO[34] GPIO[35] GPIO[36] GPIO[37] GPIO[38] GPIO[39] GPIO[40] GPIO[41] GPIO[42] GPIO[43] GPIO[44] GPIO[45] GPIO[46] GPIO[47] P1V8 P1V8 GPIO[48] GPIO[49] GPIO[50] GPIO[51] GPIO[52] GPIO[53] GPIO[54] GPIO[55] GPIO[56] GPIO[57] GPIO[58] GPIO[59] GPIO[60] GPIO[61] GPIO[62] GPIO[63]...
  • Page 18 Hardware structure 5.1 ERTEC 200P-3 Signal Signal GPIO[88] GPIO[89] GPIO[90] GPIO[91] GPIO[92] GPIO[93] GPIO[94] GPIO[95] X2402 Pin header for GPIOs [64-95] Overview of GPIO functions The following table lists all connections to the GPIO pins made to onboard devices. If more are connected on the board, you must ensure that at most one function is enabled.
  • Page 19 Hardware structure 5.1 ERTEC 200P-3 GPIO Connections, functions on the board in GPIO mode Section GPIO[27] SPI DQ1 (MISO) - SPI Flash GPIO[28] PCB PROFIenergy LED GPIO[29] Sync (Run) LED, FPGA GPIO[30] PCB FO-0 LED GPIO[31] SPI CS# - SPI Flash Overview of GPIO[32-96] functions GPIO Connections, func­...

  • Page 20: Memory On Eb 200P-3

    Hardware structure 5.2 Memory on EB 200P-3 GPIO Connections, func­ Section Connections, functions Section tions on the board on the board except except XHIF - GPIO XHIF - GPIOX modue mode XHIF_SEG_0 TRACEPKT14 (GPIO[52]) XHIF_SEG_1 TRACEPKT15 (GPIO[53]) XHIF_RDY TRACECLK (GPIO[54]) XHIF_D2 (GPIO[66]) Other (no special function...
  • Page 21 Figure 5-1  QuadSPI enable/disable NOTE FPGA XHIF functionality not supported for external Siemens customers. Internally, the FPGA XHIF can be used for ERTEC validation, but is not supported by the devkit. Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...
  • Page 22 Hardware structure 5.2 Memory on EB 200P-3 I2C EEPROM A bidirectional bus switch connects a 2kB I2C EEPROM to the ERTEC 200P-3 GPIOs. You can find the EEPROM, type 24C16, in the schematic diagram under reference D2103. You can connect or disconnect the memory by DIP switch. The following table describes connections between memory pins and the ERTEC GPIOs: EEPROM Pin # Signal function...

  • Page 23: Chip Select Assignment

    Hardware structure 5.2 Memory on EB 200P-3 Figure 5-3  SPI Flash - Enable circuit NOTE During a legacy SPI boot, in addition to the SPI_2 pins listed below, the ERTEC pin GPIO[25] is also driven as an output and toggling. The signal SPI_2_FRAME_N is not used by the SPI Flash memory device.

  • Page 24: Sdram

    Hardware structure 5.2 Memory on EB 200P-3 5.2.3 SDRAM Signal connection ERTEC Pin SDRAM Pin A[0:1] BA[0:1] A[2:15] A[0:13] A[16:23] None D[0:31] D[0:31] XBE0_DQM[0:3] DQM[0:3] XCS_SDRAM XRAS_SDRAM XCAS_SDRAM XWE_SDRAM CLK_0_SDRAM1 CLK, 10K pull-up None CKE, 1K pull-up SDRAM CLK assignment The ERTEC 200P-3 provides three clock sources for SDRAM and one input for clock feedback.

  • Page 25: Test And Debug Peripherals

    Hardware structure 5.3 Test and debug peripherals ERTEC Pin NOR Flash 1 Pin NOR Flash 2 Pin XCS_PER0 XRDY_PER RY/BY#, 1K pull-up RY/BY#, 1K pull-up None WP#, 1K pull-up WP#, 1K pull-up Using memory areas The four AHB masters of the ERTEC 200P-3 use the memory area differently. For the complete memory mapping, refer to document /1/ (Page 54).
  • Page 26 Hardware structure 5.3 Test and debug peripherals Integrated trace function In addition to debugging the ERTEC 200P-3, you can use the integrated trace function of the ERTEC 200P-3. X2701 38-pin Mictor connector type 5767096-8 (TE Connectivitiy) for debug and trace functions (not assembled by default) For a description of the ETM 9 Macro Cell, see /6/ (Page 54).

  • Page 27: Status Leds

    Hardware structure 5.3 Test and debug peripherals Pin JTAG Name Board Connection 4, 6, ERTEC_TDI, 10k pull-up to P3V3 ERTEC_TMS, 10k pull-up to P3V3 ERTEC_TCK, 4k7 pull-down to GND RTCK ERTEC_RTCK, 4k7 pull-down to GND ERTEC_TDO, 33Ω series resistor close to the ERTEC SRST- ERTEC_XSRST, 10k not mounted pull-up to P3V3 DBQRQ...
  • Page 28 Hardware structure 5.3 Test and debug peripherals Name Color Connected to Location Function PHY1 Act Yellow PHY1 Activity PHY2 Link Green PHY2 Link Up PHY2 Act Yellow PHY2 Activity ERROR (Bus GPIO[25] Bracket Bus Failure LED, no HW function, driven by Fail) LED MAINT LED Yellow...

  • Page 29: User Gpios With Leds And Switches

    Hardware structure 5.3 Test and debug peripherals The second group of LEDs is assembled on the EB 200P‑3's top edge to be seen if the card is plugged into the slot and the PC case is open.The following table describes connections to ERTEC 200P‑3 GPIOs.

  • Page 30: Configuration

    Hardware structure 5.4 Configuration User pin Connection Pull down Switch UserGPIO(8) GPIO(8) 47kohm S2501/SW1 UserGPIO(9) GPIO(9) 47kohm S2501/SW2 UserGPIO(10) GPIO(11) 47kohm S2501/SW3 UserGPIO(11) GPIO(16) 47kohm S2501/SW4 UserGPIO(12) GPIO(17) 47kohm S2501/SW5 UserGPIO(13) GPIO(18) 47kohm S2501/SW6 UserGPIO(14) GPIO(19) 47kohm S2501/SW7 UserGPIO(15) GPIO(23) 47kohm S2501/SW8 Configuration...
  • Page 31 9. Switch on your PC. Passive network components You can find important notes on the use of passive network components here: "Industrial Eth­ ernet / PROFINET Passive network components" (https://support.industry.siemens.com/cs/ww/en/view/84922825). System expansions NOTICE Damage through system expansions Device and system expansions might be faulty and can affect the entire machine or plant.

  • Page 32: Dip Switches

    Hardware structure 5.4 Configuration 5.4.2 DIP switches Onboard DIP switches can enable/disable board functions. ERTEC and FPGA configuration DIP switches activate/deactivate appropriate pull-up or pull- down resistors to the strapping pins. Figure 5-5  Low Profile DIP Switch Switch# ERTEC 200P Pin / Strapping Informa­...
  • Page 33 Hardware structure 5.4 Configuration Switch# ERTEC 200P Pin / Strapping Informa­ Strap value Switch Description FPGA Pin tion when switch default state is OFF A_19 Config(2) 0 = OSPI operates in Non-Oct-Mode (default) 1 = OSPI operates in Oct-Mode A_20 Config(3) A_21 Config(4)
  • Page 34 Hardware structure 5.4 Configuration Switch# FCE When Off When On Switch default state 8 ARM Trace Onboard ARM Trace disabled Onboard ARM Trace enabled 9 Status LEDs Onboard Status LEDs are disabled Onboard Status LEDs are enabled ON 10 Reserved S2603 The EB 200P-3 also contains two DIP switches used to set User GPIOs manually to log "1"...

  • Page 35: Strapping Pins

    Hardware structure 5.4 Configuration 5.4.3 Strapping pins Strapping pins are located on the EMC interface, mainly on the address bus. The ERTEC EB 200P-3's internal pulls are not active during reset release, so all strap inputs have external 47Kohm PU/PD. Input strap value can be changed by onboard DIP switches. When the switch is set to ON, an external pull to an opposite value is used.

  • Page 36: Reset System Of The Eb 200P-3

    Hardware structure 5.5 Reset system of the EB 200P-3 ERTEC 200P Pin Strapping Information Description A_16 BOOT(3) 01001 = Mode 1 - Reserved 11010 = Mode 2 - NOR Flash 32bit, No RSC XAV_BF BOOT(4) 01010 = Mode 2 - Reserved 11101 = Mode 5 - SPI Master, RD Cmd:0xE8, No RSC 11110 = Mode 6 - SPI Master, RD Cmd:0x03, No RSC 11111 = Mode 7 - Reserved...
  • Page 37 Hardware structure 5.5 Reset system of the EB 200P-3 The hardware reset remains active for at least 20 ms following power up. Power-On-Reset button TLC7733 Power Monitor + Monostable delay 3ms PowerGood ERTEC Power Supply Unit Other Logic / Flash Memory ERTEC RESET...
  • Page 38 Hardware structure 5.5 Reset system of the EB 200P-3 Ethernet ports (X1400A, X1400B) Two 100Mbit full duplex ports are available in the ERTEC 200P-3. RJ45 interfaces are integrated into the ERTEC 200P-3 package. Only external magnetics with an RJ45 connector are necessary for PROFINET functionality. Connector name: X1400 Connector type: RJ45 sockets with integrated LEDs...
  • Page 39 Hardware structure 5.5 Reset system of the EB 200P-3 Operating modes The EB 200P-3 evaluation board is a standard PCIe card for test and development to evaluate the PROFINET functionality of the ERTEC 200P-3 ASIC for a variety of applications. For operation, the EB 200P-3 card must be installed in a PC.

  • Page 40: Connectors Of The Eb 200P-3

    Connectors of the EB 200P‑3 Overview Interface connections The following figure is a schematic representation of the connectors and DIP switches and shows the required interfaces: Figure 6-1  EB 200P-3 interface connections Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...
  • Page 41 Connectors of the EB 200P‑3 6.1 Overview Connector description The following connectors are available on the EB 200P-3 for the interface connection to external components and systems: Designa­ Connector Description Standard Values for Out­ Values for Input tion DC power supply connector NEC Class 2 n.a.
  • Page 42 Connectors of the EB 200P‑3 6.1 Overview Designa­ Connector Description Standard Values for Out­ Values for Input tion X2400 - GPIO connector General Purpose Interface ERTEC 200P-3 Output voltage: Input current: X2402 (GPIO) (Page 16) Datasheet - Vo L < 0.4V - I in max L, no pull-up <...

  • Page 43: Pci Express X1 Interface

    Connectors of the EB 200P‑3 6.2 PCI Express x1 Interface See also PCI Express x1 Interface (Page 43) PCI Express x1 Interface PCIe X1 connection Connector name: X1300 Connector type: 36-pin PCB direct connector Pin assignment of PCIe interface Pin no. Side B Side A Name...
  • Page 44 Connectors of the EB 200P‑3 6.2 PCI Express x1 Interface External DC Power Supply To operate the hardware as approved, you must install the board in the industrial PC. The EB 200P-3 will power up only when the industrial PC is powered up. NOTE The external DC power connector X80 is only for test purposes, and no DC power supply is required on connector X80 when the card is installed in a PC.

  • Page 45: Sync Connector

    Connectors of the EB 200P‑3 6.3 Sync connector Sync connector BNC connection You can assemble the BNC connector for synchronization measurement. The following table describes the pinouts of sync connectors. The DIP switches S2603 #1 and #2 select between GPIO[9] and GPIO[0], respectively. Connector name: X1203 Connector type: Pin assignment of external synchronization connector...

  • Page 46: Usb Device Port - Uart Interface

    Connectors of the EB 200P‑3 6.4 USB Device Port - UART Interface USB Device Port - UART Interface USB connector pinout To achieve UART to USB conversion, you can assemble a convertor CP2105. This converter uses a USB 2.0 Type-C connector for USB connection. The following table describes the pinout of the USB connector: Connector name: X2300 Connector type:...

  • Page 47: Trace Connector For Etm Of Arm926Ej-S

    Connectors of the EB 200P‑3 6.5 Trace connector for ETM of ARM926EJ-S UART ERTEC GPIO# ERTEC Function CP2105 Pin Direction (ERTEC View) UART 2 RTS# CTS_SCI RXD_SCI TXD_SCI Assigned USB identification IDs: USB PID = EA70h USB VID = 10C4h In an MS Windows PC using the CP210x Universal Windows Driver mentioned above, the ERTEC UART 1 is named "Silicon Labs Dual CP2105 USB to UART Bridge: Enhanced COM Port (COMxx)", and the ERTEC UART 2 is named "Silicon Labs Dual CP2105 USB to UART Bridge:...

  • Page 48: Jtag Connector For Ice Or Debugger

    Connectors of the EB 200P‑3 6.6 JTAG connector for ICE or debugger Signal Signal RTCK JTAG-VTREF ETM-VTREF SRST- EXTRIG DBGRQ DBACK TRACECLK GND 1 GND 2 GND 3 GND 4 GND 5 JTAG connector for ICE or debugger JTAG pinout For debugging, a 20 pin JTAG connector is assembled.

  • Page 49: Optical Connection

    Connectors of the EB 200P‑3 6.7 Optical connection Optical connection Establishing a Profinet Optical transceiver ERTEC EB 200P-3 has dedicated signals for PROFINET Optical transceivers. However, optical transceivers are not assembled on the EB 200P-3 by default. Table 6-2  Dedicated signals for optical transceivers Signal Function FX_RX_P/N...

  • Page 50: Technical Specifications

    Technical specifications EB 200P-3 The following technical specifications apply to the EB 200P-3: Data transfer Transmission rate 100 Mbps Interfaces Connection to 10BaseT/100BaseTx 2 PROFINET ports (100BASE-TX) + TAP Connection to PC PCI-Express GEN1 X1 Revision 2.0 Voltage Power supply PCI-Express 3.3V 3.3 VDC Power supply PCI-Express 12V 12 VDC...

  • Page 51: General Certifications

    Digital Industries Factory Automation DF FA TI COS TT Postfach 1963 D-92209 Amberg They are also available for download from the Siemens Industry Online Support (https://support.industry.siemens.com/cs/us/en/) Web pages, keyword "Declaration of Conformity". Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...
  • Page 52 (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. Responsible part for Supplier's Declaration of Conformity Siemens Industry, Inc. Digital Factory - Factory Automation 5300 Triangle Parkway, Suite 100 Norcross, GA 30092 mailto: amps.automation@siemens.com...
  • Page 53 Technical specifications 7.1 General certifications Reference The certificates for the markings and approvals can be found on the Internet under Service&Support (https://support.industry.siemens.com/cs/us/en/ps). Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 54: References

    /6/ ETM9 Technical Reference Manual (Rev. 2a) (ARM DDI 0157E) /7/ ETM Specification (ARM IHI 0014 H) NOTE Contact the Siemens Support Team for more information about accessing the above documentation. Evaluation Board for ERTEC 200P-3 Equipment Manual, 06/2023, A5E52825940-AA...

  • Page 55: Abbreviations

    Abbreviations ASIC Application Specific Integrated Circuit Ball Grid Array Board Support Package ComDeC Communication, Development & Certification DevKit (DK) Development Kit Dynamic Frame Packing Development Kit Double Transfer Rate Evaluation Board EMC (EMIF) External Memory Controller (External Memory Interface) ERTEC Enhanced Real-Time Ethernet Controller FPGA Field Programmable Gate Array...

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