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resources:eval:user-guides:adin1100_userguide [07 Sep 2021 17:39] – [Hardware Configuration Setup] Shane Flanaganresources:eval:user-guides:adin1100_userguide [09 Sep 2021 16:47] (current) – [User Guide for EVAL-ADIN1100EBZ] Catherine Redmond
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-====== ADIN1100 10BASE-T1L Ethernet PHY Evaluation Kit Media Converter to 10BASE-T with ADIN1200 Ethernet PHY ======+====== User Guide for EVAL-ADIN1100EBZ  ====== 
 + 
 +=== ADIN1100 10BASE-T1L Ethernet PHY Evaluation Kit Media Converter to 10BASE-T with ADIN1200 Ethernet PHY === 
 + 
  
 ===== General Description ===== ===== General Description =====
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 The power supply source can be selected by link on J1 “BOARD PWR SELECTION”. Inserting link in position “USB” enables the board to receive power from USB connector. Inserting link in position “PWR+EXT+” enables the board to receive power from connectors P1 and P2. The power supply source can be selected by link on J1 “BOARD PWR SELECTION”. Inserting link in position “USB” enables the board to receive power from USB connector. Inserting link in position “PWR+EXT+” enables the board to receive power from connectors P1 and P2.
 If both J1 “BOARD PWR SELECTION” “USB and “PWR+EXT+” links are inserted, there is a “diode or” implemented on the input of J1, and the supply with a higher voltage will supply the board. If both J1 “BOARD PWR SELECTION” “USB and “PWR+EXT+” links are inserted, there is a “diode or” implemented on the input of J1, and the supply with a higher voltage will supply the board.
-The power from the source is converted by a step-down converter U501 LT8619EDD#PBF to 3.3V, and with link inserted in position J2 “PWR 3.3V”. the 3.3V rail supplies all circuits on the board. The presence of 3.3V power is indicated by green LED1 “PWRPOWER”.+The power from the source is converted by a step-down converter U501 LT8619EDD#PBF to 3.3V, and with link inserted in position J2 “PWR 3.3V”. the 3.3V rail supplies all circuits on the board. The presence of 3.3V power is indicated by green LED1 “POWER”.
 The board power consumption depends on the mode of operation, with the maximum of approximately 0.5W. The board power consumption depends on the mode of operation, with the maximum of approximately 0.5W.
  
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 ^(RJ45)  | <fc #F8F800>Yellow</fc>     | P5     |10BASE-T activity    | ^(RJ45)  | <fc #F8F800>Yellow</fc>     | P5     |10BASE-T activity    |
 ^POWER  | <fc #008000>Green</fc>     | LED1     |Board 3.3V power supply is present     | ^POWER  | <fc #008000>Green</fc>     | LED1     |Board 3.3V power supply is present     |
 +
 +==== µC Modes Of Operation ====
 +The EVAL-ADIN1100EBZ can be used in various modes of 
 +operations implemented in the uC firmware. Up to 16 modes of 
 +operations can be selected by setting the 4 positions of the slide 
 +switch S402. The status of the switch is accepted (latched) after 
 +the board is powered up or reset.
 +Therefore, to change the mode of operation, the board must be 
 +reset by pressing “RESET” button S400 or by applying power 
 +cycle after changing the position of the slide switch S501. The 
 +detailed description is in the relevant sections of this document.
 +
 +**Table 5. Firmware Modes of Operation, set by S403, uC CFG**
 +^ CFG3<sup>1</sup>     ^ CFG2     ^ CFG1     ^ CFG0     ^ Mode     ^ Description    ^
 +|ON  | ON     | ON     |ON     | 0    | Reserved    |
 +|ON  | ON     | ON     |OFF     | 1   | Reserved    |
 +|ON  | ON     | OFF    |ON     | 2   | Reserved    |
 +|ON  | ON     | OFF     |OFF     | 3   | Reserved    |
 +|ON  | OFF     | ON     |ON     | 4   | Reserved    |
 +|ON  | OFF     | ON     |OFF     | 5   | Reserved    |
 +|ON  | OFF     | OFF     |ON     | 6   | Reserved    |
 +|ON  | OFF     | OFF     |OFF     | 7   | Reserved    |
 +|OFF  | ON     | ON     |ON     | 8   | ADIN1100 PHY Test Mode 3 (Idle)   |
 +|OFF  | ON     | ON     |OFF     | 9  | ADIN1100 PHY Test Mode 2 (Droop)   |
 +|OFF  | ON     | OFF     |ON     | 10   | ADIN1100 PHY Test Mode 1 (Jitter)   |
 +|OFF  | ON     | OFF     |OFF     | 11   | ADIN1100 PHY Test TX disabled   |
 +|OFF  | OFF     | ON     |ON     | 12  | ADIN1100 Frame Generator/Checker   |
 +|OFF  | OFF     | ON     |OFF     | 13  | ADIN1100 MAC Remote Loopback   |
 +|OFF  | OFF     | OFF     |ON     | 14  | GUI / Interactive Mode   |
 +|OFF  | OFF     | OFF     |OFF     | 15  | Media Converter Mode (**Default Configuration**)    |
 +<sup>1</sup> //Switch in ON position = signal logic 0 for uC (shorted to ground). Switch in OFF position = signal logic 1 (pulled up by a resistor)// 
 +
 +===== Software=====
 +The EVAL-ADIN1100EBZ can be used as stand-alone board, with 
 +the firmware already programmed in the uC flash memory, the 
 +mode of operation set by mode switch, and status indicated by 
 +LEDs. There is no software needed for this stand-alone use case.\\
 +The demo can also be connected to a PC via USB port, the full set 
 +of ADIN1100 register settings and features such as link quality 
 +monitoring and diagnostics can be accessed with the ADIN1100 
 +Graphical User Interface software, available from Analog Devices.\\
 +Alternatively, the ADIN1100 and ADIN1200 registers, 
 +10BASE-T1L link status monitoring and some diagnostics can be 
 +accessed using a simple set of ASCII text commands and messages 
 +exchanged over the USB Com Port and a serial port terminal 
 +software.
 +==== Driver For USB COM Port ====
 +The EVAL-ADIN1100EBZ uses FTDI FT232 for the USB Com 
 +Port connectivity.\\ 
 +Please make sure that appropriate Virtual Com Port driver is 
 +included or installed on the host platform before connecting the 
 +EVAL-ADIN1100EBZ to that host via USB cable.\\
 +
 +The drivers are available from FTDI, at the time of writing this 
 +document at https://ftdichip.com/drivers/vcp-drivers/.
 +==== COM Port And Terminal Settings ====
 +When the EVAL-ADIN1100EBZ is connected to the host, it will 
 +become available in the host system as a USB Com Port, and will be 
 +assigned a com port number. The number will depend on the 
 +system settings, on com port devices previously connected and 
 +assigned in the system, and on the FTDI driver settings.\\ 
 +
 +The EVAL-ADIN1100EBZ uC firmware communicates over a 
 +standard UART interface, with settings:\\
 +
 +Speed 115200 Bd., 1 Start Bit – 8 Data Bits – No Parity – 1 Stop Bit.\\
 +
 +The protocol is based on ASCII text commands and messages. 
 +Each message and command are finished by <newline>. Each 
 +message sent from the firmware to the host is finished by both 
 +<CR> and <LF> characters. For the commands received from 
 +host the firmware expects the <newline> as character <CR> or 
 +<LF> or both <CR> and <LF>.\\
 +
 +(//To be sure and clear:\\ 
 +<CR> .. “carriage return”, ASCII code 0x0D, 13dec,\\ 
 +<LF> .. “line feed”, ASCII code 0x0A, 10dec.//)\\
 +==== Terminal Software ====
 +The EVAL-ADIN1100EBZ firmware works with the common 
 +serial terminals. It has been tested on Windows platform with 
 +PuTTY, RealTerm, Termite and the old Hyperterminal.
 +==== Terminal Commands And Messages ====
 +(//The examples here were captured using Compuphase Termite//).
 +==== Initial Welcome Message ====
 +When the EVAL-ADIN1100EBZ is correctly connected, from 
 +the uC firmware and UART, via the USB Com Port, to the 
 +terminal software, the firmware sends after power or after 
 +pressing the board RESET button S501 an initial welcome 
 +message:\\
 +
 +
 +<fc #008000>================================================\\
 +ANALOG DEVICES 10BASE-T1L PHY Demo\\ 
 +================================================\\
 +(c) 2021 Analog Devices Inc. All rights reserved\\
 +================================================\\
 +Firmware ver.: 12 . 1 . 4784b935\\
 +Hardware type: EVAL-ADIN1100EBZ\\ 
 +Hardware ver.: A\\ 
 +Hardware UID : AVAS142049\\ 
 +uCCFG3-2-1-0 : OFF-OFF-OFF-ON (Mode 14)\\
 +Firmware Mode: GUI / Interactive mode\\ 
 +================================================\\
 +Type '<?><new line>' for a list of commands\\
 +================================================</fc>
 +
 +==== Terminal Commands ====
 +The most important command is “<?><new line>.\\
 +On the host keyboard, press key “?” followed by key “Enter”, 
 +and the firmware will send a list of all commands implemented 
 +in this version:\\
 +<fc #0000FF>?</fc>           \\
 +<fc #008000>==============================================\\
 + List of Commands\\
 +* MDIO (Clause 22) write to Phy, all numbers in hex.\\
 +'mdiowrite <PhyAddr>,<RegAddr>,<Data>'<newLine>\\
 +* MDIO (Clause 22) read from Phy, all numbers in hex.\\
 +'mdioread <PhyAddr>,<RegAddr>'<newLine>\\
 +* MDIO (Clause 45) write to Phy, all numbers in hex.\\
 +'mdiowr_cl45 <PhyAddr>,<RegAddr>,<Data>'<newLine>\\
 +* MDIO (Clause 45) read from Phy, all numbers in hex.\\
 +'mdiord_cl45 <PhyAddr>,<RegAddr>'<newLine>\\
 +* Phy (hardware) reset\\      </fc>      
 +<fc #008000>'phyreset'<newLine>\\
 +* Phy status and link properties.\\
 +'phystatus'<newLine>\\
 +* Start reporting status.\\
 +'start'<newLine>\\
 +* Stop reporting status.\\
 +'stop'<newLine>\\
 +* Clear / reset status counters.\\
 +'clear'<newLine>\\
 +* uC Software Reset.\\
 +'reset'<newLine>\\
 +* Mode change, overrides uC CFG until next Reset.\\
 +'mode <number>' <newLine>\\
 +* List implemented modes.\\
 +'modes'<newLine>\\
 +* Comment – string of up to 98 characters\\
 +'%%//%%'<string ><newLine>\\
 +* Show list of commands.\\   
 +'?'<newLine>\\
 +==============================================</fc>         
 +==== Status And Diagnostics ==== 
 +To see the status of the demo, use command “phystatus”, which 
 +will read and show the latest status of the ADIN1200 10BASE-T
 +PHY and ADIN1100 10BASE-T1L PHY:\\
 +
 +<fc #0000FF>phystatus</fc>           \\
 +<fc #008000>ADIN1200 Link is Up,\\ 
 +ADIN1100 Link is Up, Master, 2.4 V\\
 +MSE -37.2 dB Rx 0, Err 0</fc> 
 +
 +To see a continuous update, use commands “start”:\\
 +<fc #0000FF>start</fc>           \\
 +<fc #008000>OK\\
 +MSE -38.4 dB Rx 255, Err 0\\ 
 +MSE -38.6 dB Rx 256, Err 0\\ 
 +MSE -38.7 dB Rx 257, Err 0\\ 
 +MSE -38.4 dB Rx 257, Err 0\\ 
 +MSE -38.7 dB Rx 257, Err 0</fc>          \\
 +<fc #0000FF>stop</fc>           \\
 +<fc #008000>OK</fc>           \\
 +
 +The firmware will periodically, with period of approx. 1 second, 
 +send an update. The update in the present firmware version 
 +includes:\\
 +  *“MSE” – 10BASE-T1L Mean Square Error, which indicates link quality.        
 +  * “Rx” – number of Ethernet frames received by PHY from 10BASE-T1L cable since the last board / firmware reset, or after use of command “clear”      
 +  * “Err” – number of frames with error received since the last board / firmware reset, or after use of command “clear”         
 +
 +To stop the continuous update, use command “stop”. 
 +(Or reset the board.)
 +
 +===== µC Firmware Update=====
 +The uC (U401 ADuCM4050) is programmed before shipping 
 +the demo board, and therefore there is no need to program it, 
 +unless a new version of firmware is available, and you want to 
 +update it on your board.\\
 +The present firmware version can be checked via USB Com Port
 +and terminal software, it is displayed in the welcome message 
 +after board reset or in response to “info” command.\\
 +Firmware update is distributed as a compiled binary (.hex) file. 
 +The easiest way to program it to the uC is using the USB Com 
 +Port and CrossCore Serial Flash Programmer, available for free 
 +download from analog.com, presently:\\
 +
 +https://www.analog.com/en/design-center/evaluation-hardware-and-software/software/crosscore-serial-flash-programmer.html#software-relatedsoftware
 +
 +{{ :resources:eval:user-guides:10base-t1l:02-063798-01-b_crosscore.png?nolink |}}
 +<WRAP centeralign>//Figure 4. CrossCore Serial Flash Programmer.//</WRAP>
 +
 +USB Com Port driver (same as for using the terminal software) 
 +needs to be installed on the PC before connecting the board and 
 +using the CrossCore Serial Flash Programmer - see chapter 
 +“Driver for USB Com Port”.\\
 +When you have the driver and programmer software installed, 
 +and firmware update hex file ready, use the following steps:\\
 +  -  Connect the board (P401) via micro-USB cable to your PC.
 +  -  Start the CrossCore serial flash programmer software.
 +  - Set the programmer (also see Figure 4): 
 +    *Target: ADuCM302x
 +    *Serial Port: COMx (USB Serial Port) – (the “x” port number is depending on your PC)
 +    *Baudrate: 115200
 +    *Action: Program
 +    *(Second stage kernel is not applicable)
 +  - File to download - browse for the firmware file on your PC
 +  - On the demo board, simultaneously press and hold buttons S501 “RESET” and S401 “BOOT”. Release the RESET button first, followed by releasing the BOOT button. The on board microcontroller is in the programming state now, and the yellow / orange heart beat LED402 will stop blinking.
 +  - Click Start and the code should start to download with messages provided in the Status window and progress bar across the bottom of the window.NOTE: If you have been using a terminal program for communicating with the board, either disconnect it / release the com port, or stop the terminal program, otherwise you will see a message “Failed to open serial device”. A message “No autobaud response” most likely indicates that the uC is not in the programming state and you need to go back to step 5.
 +  - After programing, press & release RESET button.
 +===== Notes=====
 +
 +
 +
 +
 +
 +**Legal Terms and Conditions**       \\
 +By using the evaluation board discussed herein (together with any tools, components documentation or support materials, the “Evaluation Board”), you are agreeing to be bound by the terms and 
 +conditions set forth below (“Agreement”) unless you have purchased the Evaluation Board, in which case the Analog Devices Standard Terms and Conditions of Sale shall govern. Do not use the Evaluation 
 +Board until you have read and agreed to the Agreement. Your use of the Evaluation Board shall signify your acceptance of the Agreement. This Agreement is made by and between you (“Customer”) and 
 +Analog Devices, Inc. (“ADI”), with its principal place of business at OneTechnology Way, Norwood, MA 02062, USA. Subject to the terms and conditions of the Agreement, ADI hereby grants to Customer a
 +free, limited, personal, temporary, non-exclusive, non-sublicensable, non-transferable license to use the Evaluation Board FOR EVALUATION PURPOSES ONLY. Customer understands and agrees that the 
 +Evaluation Board is provided for the sole and exclusive purpose referenced above, and agrees not to use the Evaluation Board for any other purpose. Furthermore, the license granted is expressly made 
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resources/eval/user-guides/adin1100_userguide.1631029168.txt.gz · Last modified: 07 Sep 2021 17:39 by Shane Flanagan

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