RD4740_PAVO-QUICK-START 1.1_EN

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DJI Phantom 4 Pro V1.0 快速启动指南说明书

Using Phantom 4 Pro3. Check the Battery Levels●DJI GO 4 supports iOS 9 (or later) or Android 4.4 (or later).1. Download the DJI GO 4 AppSearch for ‘DJI GO 4’ on the App Store orGoogle Play, and install the app on your mobile device.2. Watch the Tutorial Videos4. Charge the BatteriesWatch the tutorial videos at or in the DJI GO 4 app.●When charging is complete, the battery level indicators will automatically turn off.DJI GO 4 App HighLow Battery Level Tutorial VideosPress once to check the battery level. Press once, then again and hold to turn on/off.Power Outlet 100 - 240VRemove the battery.Charge Time:~1 hr 20 min AAB HighLow Battery Level Charge Time:~3 hr 40 minB●Check that the propellers are secure before each flight.6. Prepare for Takeoff5. Prepare the Remote ControllerFirst-time activation requires your DJI account and internet connection.InternetDJI GO 4AppRemove the gimbal clamp from the camera.Power on the remote controller and the aircraft.Launch DJI GO 4, complete the first-time setup, and tap GO FLY.Black propeller rings go on motors with black dots.Silver propeller rings go on motors without black dots.Press the propeller down onto themounting plate and rotate in the lock direction until secure.UnfoldPress the button to release the clamp.Place your mobile device and adjust the clamp to secure.Connect your mobile device with a USB cable.WeakStrong 2137. FlightBefore taking off, make sure the Aircraft Status Bar in the DJI GO 4 app indicates ‘Ready to Go (GPS)’ or ‘Ready to Go (Vision)’ if flying indoors.Ready to Go (GPS)It’s important to understand basic flight guidelines, for the safety of both you and those around you. Don't forget to read the Disclaimer and Safety Guidelines.● Watch the tutorial in the DJI GO 4 app or on the official DJI website to learn more.●Always set an appropriate RTH altitude before takeoff. When the aircraft is returning to the Home Point, you should guide it with the control sticks. Refer to the Disclaimer and Safety Guidelines for more details.In the DJI GO 4 App:●Rotating propellers can be dangerous. Do not start the motors when there are people nearby.● Always keep your hands on the remote controller so long as the motor is still spinning.● Stop motor mid-flight: Pull the left stick to the bottom inside corner while simultaneously pressing the RTH button. Only stop motors mid-flight in emergency situations when doing so can reduce the risk of damage or injury. Refer to the user manual for details.Left stick up (slowly)to take offCombination Stick Command to start/stop the motorsManual LandingLeft stick down (slowly)until you touch the ground Hold a few seconds to stop the motorsManual TakeoffORAuto TakeoffThe aircraft will take off and hover at an altitude of 4 feet (1.2 meters).Auto LandingThe aircraft will land vertically and stop its motors.Return-to-Home (RTH)Bring the aircraft back to the Home Point. Tap again to stop the procedure.NormalYou are in control of the Phantom, with satellite and Return-to-Home support.ActiveTrackMark an object on your screen to track it as it moves.TapFlyTap on your screen to fly your Phantom in that direction, avoiding obstacles as it flies.Stop motor mid-flightSpecificationsDownload the user manual for more information: /phantom-4-pro※ This Quick Start Guide is subject to change without prior notice.Designed by DJI. Printed in China.PHANTOM TM and DJI TM are trademarks of DJI.Copyright © 2016 DJI All Rights Reserved.289.5 m m 289.5 m m 196 mm●AircraftWeight (Battery & Propellers Included) 1388 g Max Ascent Speed S-mode: 6 m/s; P-mode: 5 m/s Max Descent Speed S-mode: 4 m/s; P-mode: 3 m/s Max Speed 45 mph (72 kph) (S-mode); 36mph (58 kph) (A-mode); 31 mph (50 kph) (P-mode) Max Service Ceiling Above Sea Level 19685 ft (6000 m) Max Flight Time Approx. 30 minutesOperating Temperature 32° to 104° F ( 0° to 40° C) Satellite Positioning Systems GPS/GLONASS Hover Accuracy Range Vertical: ±0.1 m (With Vision Positioning); ±0.5 m (With GPS Positioning)Horizontal: ±0.3 m (With Vision Positioning); ±1.5 m (With GPS Positioning)● GimbalControllable Range Pitch: -90° to +30°● Vision System Velocity Range ≤31 mph (50 kph) at 6.6 ft (2 m) above ground Altitude Range 0 - 33 ft (0 - 10 m) Operating Range 0 - 33 ft (0 - 10 m) Obstacle Sensory Range 2 - 98 ft (0.7 - 30 m) Operating Environment Surfaces with clear patterns and adequate lighting (> 15 lux)● Infrared Sensing System Obstacle Sensory Range 0.6 - 23 ft (0.2 - 7 m) Operating Environment Surface with diffuse reflection material, and reflectivity > 8% (such as wall, trees, humans, etc.)● Camera Sensor 1’’ CMOS; Effective pixels: 20M Lens FOV (Field of View) 84°, 8.8 mm / 24 mm (35 mm format equivalent), f/2.8 - f/11, auto focus at 1 m - ∞ ISO Range Video: 100 - 3200 (Auto); 100 - 6400 (Manual); Photo: 100 - 3200 (Auto); 100 - 12800 (Manual) Mechanical Shutter 8 - 1/2000 s Electronic Shutter 8 - 1/8000 s Max Image Size 3:2 Aspect Ratio: 5472×3648; 4:3 Aspect Ratio: 4864×3648; 16:9 Aspect Ratio: 5472×3078 Still Photography Modes Single Shot Burst Shooting: 3/5/7/10/14 frames Auto Exposure Bracketing (AEB): 3/5 bracketed frames at 0.7EV Bias Interval: 2/3/5/7/10/15/30/60 s Video Recording Modes H.265 H.264 ・C4K: 4096×2160 24/25/30p ・C4K: 4096×2160 24/25/30/48/50/60p ・4K: 3840×2160 24/25/30p ・4K: 3840×2160 24/25/30/48/50/60p ・2.7K: 2720×1530 24/25/30/48/50/60p ・2.7K: 2720×1530 24/25/30/48/50/60p ・FHD: 1920×1080 24/25/30/48/50/60p ・FHD: 1920×1080 24/25/30/48/50/60/120p ・HD: 1280×720 24/25/30/48/50/60p ・HD: 1280×720 24/25/30/48/50/60/120p Video Storage Bitrate 100 Mbps Supported File Systems FAT32 (≤ 32 GB); exFAT (> 32 GB) Photo JPEG, DNG (RAW), JPEG + RAW Video MP4/MOV (AVC/H.264; HEVC/H.265) Supported SD Cards Micro SD, Max Capacity: 128 GB. Class 10 or UHS-1 rating required Operating Temperature 32° to 104° F (0° to 40° C)● Remote Controller Operating Frequency 2.400 - 2.483 GHz and 5.725 - 5.825 GHz Max Transmission Distance FCC: 4.3 mi (7 km); CE: 2.2 mi (3.5 km); SRRC: 2.5 mi (4 km) (Unobstructed, free of interference)Operating Temperature 32° - 104° F (0° - 40° C) Battery 6000 mAh LiPo 2S Transmitter Power (EIRP) 2.4 GHz: 26 dBm (FCC); 17 dBm (CE); 20 dBm (SRRC ） 5.8 GHz: 28 dBm (FCC); 14 dBm (CE); 20 dBm (SRRC ） Operating Voltage 1.2 A @ 7.4 V ● ChargerVoltage 17.4 VRated Power 100 W● Intelligent Flight Battery (PH4-5870mAh-15.2V) Capacity 5870 mAh Voltage 15.2 V Battery Type LiPo 4S Energy 89.2 Wh Net Weight 468 g Charging Temperature Range 14° to 104° F (-10° to 40° C) Max Charging Power 100 W182 m m 172 mm 136 mm 71 mm。

ETR-4000快速启动指南说明书

ETR-4000 Quick Start GuideEffective January 2010The purpose of this Quick Start Guide is to guide the User through the essential steps required to commission an ETR-4000. This Quick Start Guide is not a replacement for the complete manual that can be found on the CD shipped with the ETR-4000. For wiring instructions and complete descriptions of the protective functions, please consult the complete instruction manual.ETR-4000Quick Start GuideIB02602008ERev. AContentsDescriptionPageSection 1: Navigation..................................3 Section 2: Saving Parameters....................5 Section 3: Device Setup Using the FrontPanel Soft Keys (7)Section 4: Device Setup UsingPowerPort-E (13)2 ETR-4000Quick Start GuideCopyright © 2009 by Eaton Corporation. All rights reserved.Specifications and information contained herein are subject to change without notice.EATON CORPORATION - CONFIDENTIAL AND PROPRIETARY NOTICE TO PERSONS RECEIVING THIS DOCUMENTAND/OR TECHNICAL INFORMATIONTHIS DOCUMENT, INCLUDING THE DRAWING AND INFORMATION CONTAINED THEREON, IS CONFIDENTIAL AND IS THE EXCLUSIVE PROPERTY OF EATON CORPORATION, AND IS MERELY ON LOAN AND SUBJECT TO RECALL BY EATON AT ANY TIME. BY TAKING POSSESSION OF THIS DOCUMENT, THE RECIPIENT ACKNOWLEDGES AND AGREES THAT THIS DOCUMENT CANNOT BE USED IN ANY MANNER ADVERSE TO THE INTERESTS OF EATON, AND THAT NO PORTION OF THIS DOCUMENT MAY BE COPIED OR OTHERWISE REPRODUCED WITHOUT THE PRIOR WRITTEN CONSENT OF EATON. IN THE CASE OF CONFLICTING CONTRACTUAL PROVISIONS, THIS NOTICE SHALL GOVERN THE STATUS OF THIS DOCUMENT.DISCLAIMER OF WARRANTIES AND LIMITATION OF LIABILITYThe information, recommendations, descriptions, and safety notations in this document are based on Eaton Electrical Inc. and/or Eaton Corporation’s (“Eaton”) experience and judgment and may not cover all contingencies. If further information is required, an Eaton sales office should be consulted.Sale of the product shown in this literature is subject to the terms and conditions outlined in appropriate Eaton selling policies or other contractual agreement between Eaton and the purchaser.THERE ARE NO UNDERSTANDINGS, AGREEMENTS, WARRANTIES, EXPRESSED OR IMPLIED, INCLUDING WARRANTIES OF FITNESS FOR A PARTICULAR PURPOSE OR MERCHANTABILITY, OTHER THAN THOSE SPECIFICALLY SET OUT IN ANY EXISTING CONTRACT BETWEEN THE PARTIES. ANY SUCH CONTRACT STATES THE ENTIRE OBLIGATION OF EATON. THE CONTENTS OF THIS DOCUMENT SHALL NOT BECOME PART OF OR MODIFY ANY CONTRACT BETWEEN THE PARTIES. In no event will Eaton be responsible to the purchaser or User in contract, in tort (including negligence), strict liability, or otherwise for any special, indirect, incidental, or consequential damage or loss whatsoever, including but not limited to damage or loss of use of equipment, plant or power system, cost of capital, loss of power, additional expenses in the use of existing power facilities, or claims against the purchaser or User by its customers resulting from the use of the information, recommendations, and descriptions contained herein.ETR-4000 Quick Start GuideETR-4000 Quick Start Guide Effective January 20103Section 1: Navigation1.1 Basic NavigationNavigation through the ETR-4000 menus and settings is easily accomplished using the soft keys on the ETR-4000 control panel and their corresponding functions that appear near the bottom of the LED display (see Figure 1).Figure 1. ETR-4000 Basic Navigation.To select a function that appears in the function area, press the soft key that is directly under that function.Once the Menu soft key is pressed, the ETR-4000 utilizes arrows and tools that appear in the function area of the display and correspond to the soft keys directly below (see Figure 2). Table 1 gives a summary of the arrows and tools that may appear in the function area and a brief description of each.Figure 2. Arrows and Tools in the Function Area.ETR-4000 Quick Start Guide4Table 1. Arrows and Tools That Can Appear in the Function Area of the Display.Arrow/Tool DescriptionThe “Up” arrow scrolls up through the current menu.The “Down” scrolls down through the current menu.The ”Left” arrow takes the User one step back to the previous menu.The “Right” arrow takes the User to the next sub-menu.The “Top of List” arrow takes the User directly to the top of the current menu list.The “Bottom of List” arrow takes the User directly to the bottom of the current menu list.The “Increase” icon will increase the active digit by one.The “Decrease” icon will decrease the active digit by one.The “Left Movement” arrow will take the User one digit to the left in a value.The “Right Movement” arrow will take the User one digit to the right in a value.The “Wrench” icon will give the User access to the parameter setting mode for a function.The “Delete” icon allows the User to delete data or a value.1.2 Password EntryBefore any parameter of the ETR-4000 can be changed, the User must enter a valid password using the soft keys on the control panel. A password must be a user-defined, four digit combination of the numbers 1, 2, 3, and 4 (examples: 1224 or 2341).Note: A default password (1234) was set at the factory. If the password has been changed, contact your SystemAdministrator for the new password.To enter the password, simply press the soft keys corresponding with the numbers appearing in the function area near the bottom of the LED display. An asterisk (*) will appear in the display as each number is entered.Press the “OK” soft key after the password has been entered.ETR-4000 Quick Start GuideETR-4000 Quick Start GuideEffective January 20105Section 2: Saving ParametersWhen the User makes changes to the parameters, the ETR-4000 DOES NOT automatically save the changes. Changes MUST BE explicitly saved by the User. There are two ways changes can be saved: saving individual changes or saving multiple changes. 2.1 Making and Saving Parameter Changes1. Use the soft keys under the display to access the parameter to be changed.2. Press the soft key under the wrench icon then enter the password.Figure 4. The Wrench Icon.3. Use the soft keys to change the parameter then press the soft key under “OK”. An asterisk appears in thedisplay indicating a parameter has been changed.Figure 5. The “OK” Soft Key and the Asterisk Denoting a Parameter Change.6 ETR-4000Quick Start GuideNote:If the User wishes to change multiple parameters, please skip to Step 5. If the User wishes to save the individual parameter made at this time, complete Step 4 then end the process.4. Press the “Ok” key. Then press the soft key under “Yes” to save the new value.To Make and Save Multiple Parameter ChangesNote:The ETR-4000 utilizes a timeout function. If the timeout time has expired, the User may be asked to re-enter the password.5. Use the soft keys to access and change the other parameters to be changed then press the soft key under“OK” after each change. An asterisk appears in the display indicating a parameter has been changed but not saved. Likewise, an asterisk next to a higher-level parameter menu implies that one of its constituentparameters has been modified but not saved.6. Once all the parameters have been changed, press the “Ok” key. Then press the soft key under “Yes” tosave the new values.ETR-4000 Quick Start GuideETR-4000 Quick Start Guide Effective January 20107Section 3:Device Setup Using the Front Panel Soft KeysWhen the ETR-4000 is first powered up, the protective elements listed in Table 2 are enabled in each setting group.Table 2. Default Protective Elements Enabled at Startup.Protective ElementDescription Winding Assignment I-Prot 50P[1] DEFT Overcurrent Protection Wdg. 1 51P[1] INV Overcurrent Protection Wdg. 1 51P[3] INV Overcurrent Protection Wdg. 2 50X[2] DEFT Measured Ground Fault Protection Wdg. 2 51X[2] INV Measured Ground Fault Protection Wdg. 2 50R[2] DEFT Calculated Ground Fault Protection Wdg. 2 51R[2] INV Calculated Ground Fault Protection Wdg. 2 51Q[1] Negative Sequence Overcurrent Protection Wdg. 1 51Q[2] Negative Sequence Overcurrent Protection Wdg. 2Tdiff-Prot87 Differential Protection N.A. 87H Unrestrained High Set Differential Current Protection N.A. 87GD[2] Restricted Ground Fault Protection Wdg. 2 87GDH[2] High Set Restricted Ground Fault ProtectionWdg. 2Press the soft key under “Menu” to access the“Operation” screen.ETR-4000Quick Start Guide8From within the “Operation” screen, press the soft key under the down arrow to access the next parameter screen “System Para” (System Parameters).From the “System Para” screen, press the soft key under the right arrow to access the “System Para” menu.To edit any parameter, press the soft key under the wrench icon. To edit parameters, the User must enter a valid password (see Section 1: Password Entry).ETR-4000 Quick Start GuideETR-4000 Quick Start Guide Effective January 20109Enter the four-digit password as described in Section 1:Password Entry. After the password has been entered, press the “Ok” soft key.Note: The ETR-4000 utilizes atimeout function. If the timeout time has expired, the User may be asked to re-enter the password. Select the desired Phase Sequence parameter setting using the soft keys under the up and down arrows. Press the soft key under “Ok”. Save the selected parameter (see Section 2 – Saving Parameters). Note: If the time limit is exceeded, the User may need to re-enter the password.The User may change thefrequency or, if the frequency iscorrect, use the soft keys under the up or down arrows to access additional system parameters.ETR-4000 Quick Start Guide10Enter the desired CT setting using the soft keys. When the appropriate setting is displayed, follow the same procedure tochange the setting: wrench ->select/change value -> soft key under “Ok”.Press the “Ok” key. Save the selected parameter (see Section 2 – Saving Parameters). The CT pri (primary external CTsettings), CT sec (secondary external CT settings), and XCT (ground /neutral CT settings) should all be set using similar steps. When all the CT settings have been selected and saved, select the soft key under the left arrow to return to the “System Para” level.Select the soft key under the down arrow key to reach the “Protection Para” (Protection Parameter) screen.To set the protection parameters, use the soft key under the right arrow to enter the “Protection Para” menu.Use the soft key under the down arrow to select / highlight Set 1.Use the soft key under the right arrow to enter the Set 1 setting group. Set 1 is the only active setting group when the ETR-4000 is first powered up.To program currentprotection, pressthe soft key underthe right arrow while“Tdiff-Prot” ishighlighted. Thiswill display a list ofcurrent protectionsettings under“Tdiff-Prot.”Press the soft keyunder the rightarrow to enter thesettings area for 87. Congratulations! You have successfully setup the device using the front panel soft keys.Section 4:Device Setup Using PowerPort-EWhen programming the unit through PowerPort-E, start from an existing or default parameter file, or create a newparameter file. To create a new parameter file, select “Create New Parameter File” from the pull-down menu as shown on the left. This will lead to the dialog box shown below left.Select the device from the pull-down menu to load the default parameter file.A parameter file can also be loaded from a connected device by selecting “Receive Data from Device” from the “Device” pull-down menu.Note that to load parameters from the device the User may need to set up the connection to the device through the “Settings -> Connection Settings” pull-down menu.The upper left portion of the PowerPort-E screen should now display:• Operation;• System Para;• Protection Para;• Device Para;•Device Planning; and• Service.First, set up the System Parameters by double clicking on the “System Para” as highlighted to the left. This will result in the dialog box shown. When the User double clicks on a parameter within the dialog box, an interface appears that will allow the parameters to be modified.For example, to modify the Phase Sequence System Parameter, double click “Phase Sequence.” This will result in the dialog box displayed to the left. The pull-down menu will allow the User to change the Phase Sequence setting. Note that although the value has been changed, it has NOT yet been saved.The “Previous” and “Next” buttons can be used to display the Previous and Next parameters within the System Parameter list.When a value has been changed, an asterisk will appear next to the changed parameter and also next to the higher-level menu item.The asterisk next to “Phase Sequence”indicates this parameter has been changed. The asterisk next to “System Parameter” indicates a parameter contained within this set of parameters has been changed.The same procedure should be used tomodify the Differential Protection (Tdiff-Prot) Parameters, Binary Outputs Parameters, or Device Planning. The dialog box to the left is displayed, for example, by double clicking “87.” Note that four sets of Tdiff-Protsettings are available. Set 1 is usually used during normal operation. Other parameter sets can be used for abnormal operating conditions, such as to put the device into “Maintenance Mode.”From within the “87” dialog box, double click the parameter “t-Trans” to bring up the “Time of Temporary Restriction delay” dialog box. Set the value using the up and down arrows next to the time setting.As shown in the screen shot to the left, the time was changed from 2 to 3 seconds and, therefore, an asterisk appears next to both the “t-Trans” setting and the higher level “87” menu.To transfer parameters to the device, make the appropriate selection from the “Device” pull-down menu. The User has the option of downloading all settings or only those modified. Note that if settings were not originally uploaded from the device and the User downloads all parameters, then the defaults for the unmodified parameters will overwrite the parameters currently stored in the device. Transferring only modified parameters is the safer option.The pull-down allows for transfer of all parameters (including unmodifiedparameters) to the device. If the User is working with parameters that were notoriginally uploaded from the device, caution should be exercised when using this option.To download the parameters, the User must enter the password (default password is 1234). Note that until a local copy is saved to the User’s computer, the asterisksshowing modified parameters will continue to be displayed.Congratulations! You have successfully setup the device using PowerPort E.This Page Left Intentionally Blank.Contact InformationPQTSC: 1-800-809-2772Email:*******************Internet:Eaton CorporationElectrical Group1000 Cherrington ParkwayMoon Township, PA 15108United States877-ETN-CARE (877-386-2273)© 2009 Eaton CorporationAll Rights ReservedPrinted in USAPublication No. IB02602008E, Rev. New Style No. 66A2431H01 / TBG000276 January 2010 PowerChain Management is a registered trademark of Eaton Corporation.All Other trademarks are property of their respective owners.。

EN Quick Start Guide 1 - 设备开启指南说明书

Shortlist of brands
Brand............ 4-digit code
Akai.................................. 0074 Basic Line...................... 0325 Blue Sky......................... 0395 Carrefour...................... 0492 CyberHome................ 0672 Daewoo......................... 0692 Emerson........................ 0917 Firstline........................... 1008 Haier................................ 1175 Hisense........................... 1249 Hitachi............................ 1251 Humax............................ 1298 JVC.................................... 1464 LG..................................... 1628 Loewe............................. 1660 Magnum......................... 1709
.
Important
If you made a mistake: • Press the device selection button twice to exit setup.

VigorACS 2 Quick Start Guide

V i g o r A C S2U n i f i e d M a n a g e m e n t S y s t e mManual Version: 1.0Software Version: V2.3.1Date: August 17, 2018Table of Contents1. Platform for Windows 7 or 10 (5)1.1 Installation for Java (5)1.2 Installation for MariaDB (9)1.3 Installation for VigorACS 2 (14)1.4 StartMySQL/MariaDB Databse (23)1.5 Start VigorACS (23)2. Platform for Linux (25)2.1 Installation for MariaDB, Java and VigorACS (25)2.2 Start MySQL/MariaDB Databse (31)2.3 Start VigorACS (31)2.4 Edit VigorACS IP (31)3. Registering VigorACS 2 (32)3.1 Registration for VigorACS via Windows Platform (32)4. Configuration on CPE Device (37)4.1 Set ACS URL on CPE (37)4.2 Invoke Remote Management for CPE (39)4.3 Enable WAN Connection on CPE (40)5. Troubleshooting (42)1.P l a t f o r m f o r W i n d o w s7o r10Please follow the procedure listed below to install VigorACS 2 completely. The installation for different platforms might be different.T o start up the VigorACS, the normal procedure is listed as follows:(I)Installation for Java(II)Installation for MariaDB(III)Installation for VigorACS 2(IV)Start MySQL/MariaDB Database.(V)Edit VigorACS IP.(VI)Start VigorACS.Info VigorACS 2 can be operated only by a host with 64-bit operation system.1.1I n s t a l l a t i o n f o r J a v a1.Install Java by clicking “java-1.8.0-openjdk-1.8.1.151-1.b12…” to execute the installation.2.The first page will be shown as follows. Click Next to get into next page.3.Then, check “I accept the terms…” and click the Next button.4.In this page, optional features will be listed for you to specify the destination folder forJAVA driver installation. Choose the one you need and click Next.5.In the following page, just click Install.6.Wait for a while to install the required features.7.When the following page appears, the installation is completed. Click Finish to exit theinstalling program.1.2I n s t a l l a t i o n f o r M a r i a D B1.Install MariaDB by clicking “mariadb-10.2.10-winx64” (based on your PC condition) it toexecute the installation.2.When the welcome screen appears, please click Next for next step.3.On this dialog box, check the box of “I accept the terms….” and click Next.4.Select the way for the features to be installed. Then click Next.5.If you want to configure password for MariaDB server, please check Modify password… andtype the password. It depends on your request. Otherwise, simply click Next.6.Modify the default instance properties if required. Then click Next.7.On this dialog box, click Next.8.On this dialog box, click Install.9.The installation program starts to install required files for MariaDB to your computer. Waitfor several seconds.10.After finishing the configuration, please click Finish to exit the wizard.1.3I n s t a l l a t i o n f o r V i g o r A C S2It is time to install VigorACS main program. Follow the steps below.1.Click Setup to run VigorACS 2 setup wizard.2.When the following dialog appears, choose Local Database / Remote Database and clickNext.3.Select the directory that MariaDB being installed (done in 1.2) and click Next4.In this dialog box, choose Rebuild Database (for rebuilding the VigorACS database) orUpgrade Database (for upgrading the database). For the first time using, please choose Rebuild Database. Then click Next.5.Click Next. If you have configured MySQL/MariaDB previously and specified password for it,you have to type the password in this page and then click Next.6.Set the maximum memory and minimum memory. Click Next.7.Setup ACS HTTP and HTTPS port, we'll suggest using others port instead of default 80 and443 port to prevent conflict.Info The port number defined here will be used for opening VigorACS later.8.Determine the home path and click Next. The default directory used by this program isC:\Users. You can modify it if you want and please make sure the length of directory is not over 100 characters, otherwise you might encounter problem of VigorACS in installation.9.Determine the destination folder and click Next. The default directory used by thisprogram is C:\Program Files\VigorACS. You can modify it if you want and please make sure the length of directory is not over 100 characters, otherwise you might encounter problem of VigorACS in installation.10.Determine the start menu folder and click Next. The default directory used by thisprogram is VigorACS. You can modify it if you want and please make sure the length of directory is not over 100 characters, otherwise you might encounter problem of VigorACS in installation.11.In this dialog, check the box of “Create a desktop shortcut” for your necessity. Click Next.12.Now, the program is ready to install necessary features and files to your computer. Pleaseclick Install to start.13.Please wait for a while to complete the installation.14.While installing, the following screen will appear to show that MariaDB has been activated.Please wait for next dialog appearing.15.Now the program has completed the installation of VigorACS 2. Click Finish to exit it.1.4S t a r t M y S Q L/M a r i a D B D a t a b s eAfter installing VigorACS, install program will register MySQL/MariaDB to Windows Service.MySQL /MariaDB will startup automatically after installing VigorACS or rebooting system.Normally, you don't need to worry about this step on Windows. But if you find any problems on VigorACS, you should check mysql/mariadb first. Please go to Windows Service check theMySQL/MariaDB Service starts or not.1.5S t a r t V i g o r A C S1.Login VigorACS. Use a web browser and type “localhost:portnumber”. Note that the portnumber must be the one defined for HTTP and HTTPS port while installing VigorACS. Forexample, if HTTPS is defined as 8011, then the URL will be “localhost:8011”.2.The login page of VigorACS will be shown as the following. Please type “root” as user nameand “admin123” as password and type the authentication code. Then click Login.3.For the first time to access into the web user interface, a warning message appears first.Please click the Change password button to change the default password for networksecurity. If not, click Cancel to access into the web user interface of VigorACS and changethe password later.4.After clicking Login, main screen of VigorACS 2 will be shown as below.2.P l a t f o r m f o r L i n u xT o start up the VigorACS under Linux, please execute"/usr/local/vigoracs/VigorACS/bin/vigoracs.sh" instruction. A list of menu items will be shown as follows.1.Start mysql/mariadb2.Shutdown mysql/mariadb3.Start VigorACS4.Shutdown VigorACS5.Edit bind IP of VigorACS Server (please key in IP or server name)6.Set the Max. and Min. memory value of running java (it will be valid after restartingVigorACS)7.View the Max. and Min. memory value of running java8.exit2.1I n s t a l l a t i o n f o r M a r i a D B,J a v a a n d V i g o r A C SFollow the steps listed below to install VigorACS under Linux:1.Login Linux with root or the root privilege.2.Download the ACS installation tar.bz2 package and extract it via below command:#bzip2 -cd VigorACS_Unix_Like_xxxxxx_xxxxx.tar.bz2 | tar xvf -or#tar -jxv -f VigorACS_Unix_Like_xxxxxx_xxxxx.tar.bz23.Decompress the setup packagesbzip2 -cd VigorACS_Unix_Like_xxxxxx_xxxxx.tar.bz2 |tar xvf –4.Change the permissions mode of install.sh and uninstall.sh.chmod 755 install.shchmod 755 uninstall.sh5.Execute ./install.sh installation file.Please make sure you have /usr/bin/sh first. If you don't have /usr/bin/sh, please enter the command:#ln -s /bin/sh /usr/bin/sh6.The system will ask to create vigoracs, enter “y” to proceed.7.Next, the system will ask you to install xfonts-base and fontconfig, just enter “y” toproceed.8.Next, please select the item number which you want to execute. Note that VigorACSsupports Linux OS. The program will detect the system you have in your computer.(1) Install mysql/mariadb(2) Change root password and security configuration of mysql/mariadb(3) Install or Upgrade java(4) Install VigorACS(5) Upgrade VigorACS(6) Redirect the database path of VigorACS to remote host (7) Exitinput select num:InfoIf your computer has installed MariaDB and java previously, ignore theinstallation of them. Otherwise, install all the required items (MariaDB, Java and VigorACS) for your system. Item number 5 is used to upgrade VigorACS, so it is not necessary for you to execute for the first time of installation.9. Input 1 to install MariaDB first. Notice that it will setup blank as default password. You canchange the password by using the following command.#/usr/local/mysql/bin/mysqladmin--defaults-file=/usr/local/mysql/f -u root password 'newpassword'InfoThe password configured by the command above will be effective onlywhen there is no password set for database root before.Follow the instructions on the screen to finish the MariaDB installation.ter, input 2 to change root password and security configuration of mysql/mariadb.Info The password set in this step is used for VigorACS 2 to login database.11.Input 3 to install Java.Follow the instructions on the screen to finish the Java installation.12.Input 4 to install VigorACS. It is suggested to use ACS customized MariaDB database. Whenasked to enter MariaDB password, press “Enter” if you haven’t changed the password via the command. Then, confirm that TR-069 database has been installed successfully.Wait and follow the instructions on the screen to finish the installation.13. Now, input 6 to redirect the database path of VigorACS to remote host. For remotedatabase, please execute such step on remote host.14. Input 7 to finish and exit the installation.Info 1 Step 13 is required for establishing remote database only . You can ignore it while building local database.Info 2T o prevent port conflicts, we'll suggest that using other ports for HTTP and HTTPS instead of default 80 and 443.2.2S t a r t M y S Q L/M a r i a D B D a t a b s eAfter installing VigorACS, mysql/mariadb daemon has started. You can to see it using "ps-ef|grep mysql" instruction. Use the menu item 1 / 2 to start / shutdown mysql/mariadb.2.3S t a r t V i g o r A C SAfter installing VigorACS, access “/usr/local/vigoracs/VigorACS/bin”, execute “./vigoracs.sh”.Select item 3 to start VigorACS.If you ever reboot the machine after installing VigorACS, just select item 1 to startmysql/mariadb first. Then, select item 3 to start VigorACS.2.4E d i t V i g o r A C S I PWhen starting the VigorACS at first time on Linux, startup program will ask you input Server IP or input Enter key by using the IP address of the host. Once you input the IP address, VigorACS will keep it on startway.txt. Next time, if you want to change it, you can select item 5 to editstartway.txt using vi editor.3. R e g i s t e r i n g V i g o r A C S 2For the first time to activate VigorACS 2, the system will ask you to register VigorACS 2 onto DrayT ek MyVigor server . Refer to the following sections to register VigorACS 2 on differentplatforms.Info 1 While installing VigorACS, install program will register MySQL/MariaDB toWindows Service. MySQL/MariaDB will startup automatically after installingVigorACS or rebooting system. Normally , you don't need to worry about this step on Windows. But if you find any problems on VigorACS, you should checkmysql/mariadb first. Please go to Windows Service check the MySQL/MariaDB Service starts or not.Info 2After installing VigorACS, the software will startup automatically . Normally ,you don't need to worry about this step on Windows. But, if you find any problem on VigorACS, you could shut down VigorACS and start VigorACS again. 3.1 R e g i s t r a t i o n f o r V i g o r A C S v i a W i n d o w s P l a t f o r mBelow shows the steps to register VigorACS 2:1. Login VigorACS. Use a web browser and type “localhost:portnumber”. Note that the portnumber must be the one defined for HTTP and HTTPS port while installing VigorACS. For example, if HTTPS is defined as 8011, then the URL will be “localhost:8011”.2. The login page of VigorACS will be shown as the following. Please type “root” as user nameand “admin123” as password and type the authentication code. Then click Login.Info“root” and “admin123” are default settings.3. A License Error dialog appears as follows. Simply click Active.4. A login page for MyVigor web site will be popped up automatically . Type your account (username) and password in this page. Then, click Login.InfoIf you do not have any account, simply click Create an account now to create a new one for using the service provided by MyVigor web site.5.MyVigor will verify and authenticate if the user account you typed is allowed to access intothe web site. If yes, the following screen will appear.6.Type a nickname for VigorACS and click Add.7.After clicking Add, you can see the following screen. Click OK.8.You will get a device information page as shown below. If you are the new user of VigorACS,you can get a free charge of 30-day service of VigorACS. Simply click the Trial button.9.From the following screen, check the box of “I have read and accept the above….” andclick Next.10.In the page below, click Register.11.When the VigorACS License Information page appears, the service is ready for you to use.Click Login to ACS to use VigorACS service.12.The login page will appear as follows. Type the default settings of User Name (root) andPassword (admin123) and type the authentication code. Then, click Login.13.Now, the main screen of VigorACS will be shown as follows.4.C o n f i g u r a t i o n o n C P E D e v i c e4.1S e t A C S U R L o n C P ET o manage CPEs through VigorACS, you have to set ACS URL on CPE first and set username and password for VigorACS.1.Connect one CPE (e.g., Vigor2862 series).2.Open a web browser (for example, IE, Mozilla Firefox or Netscape) on your computer andtype http://192.168.1.1.3.Please type username and password on the window. If you don’t know the correctusername and password, please consult your dealer to get them. In this section, we takethe figures displayed on Windows as examples.4.Go to System Maintenance -> TR-069.•Please set URL as the following and type username and password for ACS server,for the connected CPE with authentication:http://{IP address of VigorACS}:80/ACSServer/services/ACSServlet•Please set URL as the following, for the connected CPE without authentication: http://{IP address of VigorACS}:80/ACSServer/services/UnAuthACSServlet•Please set URL as the following, for the connected CPE with authentication and the data transmission between CPE and VigorACS 2 with encryption (SSL).https://{IP address of VigorACS}:443/ACSServer/services/ACSServlet•Please set URL as the following, for the connected CPE without authentication but the data transmission between CPE and VigorACS 2 with encryption (SSL)https://{IP address of VigorACS}:443/ACSServer/services/UnAuthACSServlet5.Fill Username and Password for VigorACS 2 Server for authentication. Please enter as thefollowing:Username: acsPassword: password6.For the username and password of CPE client, it is not necessary for you to type them.7.Click Enable for Periodic Inform Settings.4.2I n v o k e R e m o t e M a n a g e m e n t f o r C P EYou have to make sure that the CPE device you want to connect supports VigorACS 2 features.Please consult your dealer if you have no idea in it.1.Suppose WAN IP of CPE device has been setup successfully. And you can access into Internetwithout difficulty.2.Login the device (e.g., Vigor2862) by web.3.Go to System Maintenance>>Management.4.Check Allow management from the Internet to set management access control.4.3E n a b l e W A N C o n n e c t i o n o n C P EYou have to make sure the CPE device you want to connect has been configured properly and can access into Internet.1.Login the device (e.g., Vigor2862) by web.2.Open WAN>>Internet Access.3.Choose Static or Dynamic IP as Access Mode and click Details Page for WAN2.4.The following web page appears. Click Enable and Specify an IP address. Enter correctWAN IP address, subnet mask and gateway IP address for your CPE. Then click OK.VigorACS 2 Quick Start Guide41InfoReboot the CPE device and re-log into VigorACS 2. CPE which has registered to VigorACS 2 will be captured and displayed on the home page of VigorACS 2.VigorACS 2 Quick Start Guide42 5. T r o u b l e s h o o t i n gWhen you try to invoke VigorACS 2 and get the following error message, please locate the file of “server .log ” from C:/Program Files/VigorACS/server/default/log and send the file to yourdealer for further assistance.For Linux system, please locate the file of “server .log ” from/usr/local/vigoracs/VigorACS/server/default/log/ and send the file to your dealer for further assistance.。

宏基4740拆机步骤及详细过程

宏基4740拆机步骤及详细过程钢琴烤漆的Acer 4740G笔记本，很多人会担心小本的散热，今天就来拆解宏基4740笔记本，并且笔记本拆解后自己还要把笔记本安装蓝牙，也就是裹牙。

宏基4740蓝色笔记本原机2.jpg(100.3 KB)将笔记本翻过来，将电池等卸掉，然后观察后盖拆卸所有螺丝部分ACER-拆解-3.jpg(133.04 KB)拆卸所有螺丝后，可以看到后盖下面中间下面是硬盘的位置，右下角为内存升级的位置，左下角为该笔记本无线网卡所在的位子ACER-拆解-4.jpg(120.16 KB)拆下4740所留下的螺丝，摆整齐了ACER-拆解-5.jpg(147.66 KB)将背面固定的螺丝拧开后，就可以将键盘前面挡板先行拆卸下来，工具可以使用卡片等ACER-拆解-6.jpg(134.84 KB)拆开挡板后可观察到的情况ACER-拆解-7.jpg(117.26 KB)将键盘慢慢的提起来ACER-拆解-8.jpg(133.34 KB)注意笔记本下面所应有的数据排线，不要折损ACER-拆解-9.jpg(157.46 KB)键盘拆开后所观察到的情况ACER-拆解-10.jpg(136.69 KB)将ACER-4740的键盘拆卸下来了的图像ACER-拆解-11.jpg(133.44 KB)笔记本的喇叭拆下来了，注意喇叭上面的数据连接线ACER-拆解-12.jpg(103.31 KB)慢慢的将C壳取出ACER-拆解-13.jpg(169.2 KB)来看看c壳下面的一些配件吧，屏幕上的一些排线需要拆开，并记下位置ACER-拆解-14.jpg(180.69 KB)C面全部拆开后，假装蓝牙的位置就在右下角，已经用胶带贴了一下ACER-拆解-15.jpg(149.65 KB)来一张蓝牙的特写ACER-拆解-16.jpg(190.04 KB)ACER-拆解-17.jpg(174.14 KB)顺便把ACER-4740笔记本的风扇也拆卸下来ACER-拆解-18.jpg(122.74 KB)将固定的螺丝全部拧开ACER-拆解-19.jpg(179.98 KB)内存是重叠的设计，这样节省空间ACER-拆解-20.jpg(204.32 KB)风扇拆解下来后可以看到双核的处理器特写ACER-拆解-21.jpg(157.03 KB)显卡的特写ACER-拆解-22.jpg(186.6 KB)ACER-拆解-23.jpg(185.31 KB)来一张处理器旁边的特写ACER-拆解-24.jpg(128.37 KB)拆解下来的宏基4740笔记本的风扇，自己清理后，这个时候可以自己加装导热硅脂了ACER-拆解-25.jpg(145.65 KB)风扇也是可以单独拆卸下来清理扇叶片的，如上图。

NUVOTON NK-980ETH2P 快速启动指南说明书

NK-980ETH2P Quick Start GuideThe information described in this document is the exclusive intellectual property ofNuvoton Technology Corporation and shall not be reproduced without permission from Nuvoton.Nuvoton is providing this document only for reference purposes of NUC980 microprocessor basedNK-980ETH2P Quick Start Guide system design. Nuvoton assumes no responsibility for errors or omissions.All data and specifications are subject to change without notice.For additional information or questions, please contact: Nuvoton Technology Corporation.Table of ContentsOVERVIEW (3)INSTALL LINUX BSP (4)QUICK STARTING TO USE NK-NUC980ETH2P (6)PROGRAM KERNEL AND U-BOOT TO SPI FLASH (11)BOOTING LINUX KERNEL (14)EXECUTING SAMPLE CODE (16)REVISION HISTORY (20)NK-980ETH2P Quick Start GuideOVERVIEWThis document will provide a quick start guide for NuDesign NK-980ETH2P demo board. Users canrealize how to set up software and hardware to quickly start a NuDesign NJ-980ETH2P demo.The NuDesign NK-980ETH2P demo board of Nuvoton is a specific development tool based on theNuvoTon NUC980DK61Y, providing customers with low cost and easy development. It can be easilycustomized for customers to provide their own UART-to-Ethernet device server products.NK-980ETH2P Quick Start GuideFigure 1-1 NuDesign NK-980ETH2P Demo BoardINSTALL LINUX BSPLinux BSP contains three directories. Content of each directory listed in following table:Directory Name ContentBSP A tar ball contains cross compiler, root file system, and pre-build tool chain.Documents BSP related documents.Tools NuWriter tool and its driver for Windows and SD writer tool.Table 2-1 BSP contentYou can use repo tool to download the source code. Below list the steps of doing so.Make sure you have a bin/ directory in your home directory and that is included in your path.$ mkdir ~/bin$ export PATH=~/bin:$PATHDownload the repo tool and ensure it is executable.$ curl https:///git-repo-downloads/repo > ~/bin/repo$ chmod a+x ~/bin/repoCreate an empty directory to hold working directory.$ mkdir WORKING_DIR$ cd WORKING_DIRConfigure git with your real name and email address.$ git config --global "Your Name" NK-980ETH2P Quick Start Guide$gitconfig--globaluser.email"***************"Use one of following commands to download manifest file for NUC980 BSP. The first commanddownload from Github, and the second command download from Gitee. Users can use the commandto select the site with faster download speed.$ repo init -u git:///OpenNuvoton/manifest.git -b nuc980-2019.01–m github.xmlOr.$ repo init -u https:///OpenNuvoton/manifest.git -b nuc980-2019.01–m gitee.xmlAnd then download source code.$ repo syncAfter download the source code, please copy the tar ball under BSP directory to Linux machine and usefollowing command to extract the file.$ tar zxvf nuc980bsp.tar.gzAfter enter nuc980bsp directory, execute the installation script install.sh. This script requires theadministrator privilege t o execute. You can use “su” command to switch to root and execute theinstallation script.$ suPassword: (Enter password of root)# ./install.shOr execute this script as root by using sudo command. (This method works for those distributions donot open the root account privilege, such as Ubuntu)# sudo ./install.shBelow is the console output during installation, the path input should be the same as the WORKING_DIRset previously.Now installing arm_linux_4.8 tool chain to /usr/local/Setting tool chain environmentInstalling arm_linux_4.8 tool chain successfullyInstall rootfs, applications, u-boot and Linux kernelPlease enter absolute path for installing(eg:/home/<user name>) :BSP will be installed in /<path you input>/nuc980bsp/home/someoneExtract rootfs and pre-build images......NUC980 BSP installion completeNUC980 BSP installion completeFor detailed Linux BSP develop environment, please refer to “NUC980 Linux 4.4 BSP User Manual”in the “Documents” directory.NK-980ETH2P Quick Start GuideQUICK STARTING TO USE NK-NUC980ETH2PThis chapter will help users easily to use NK-980ETH2P step by step.Figure 3-1 NuDesign NK-980ETH2P Demo Board NK-980ETH2P Quick Start Guide1. Connect to PC HOSTConnect the USB micro-B port (CON5) to the PC HOST.The PC HOST will supply 5V power to the NuDesign NK-980ETH2P demo board and will recognizethe board as a USB composite device.The VCOM port function is used to print some messages on PC API, such as Tera Term, throughthe standard UART protocol to help user to debug program.2. Plug in the USB0 cable (CON21)The burning tool requires a NuWriter driver to be installed on PC first. Please follow the steps belowto install the driver.Run the “WinUSB4NuVCOM.exe”before the USB cable is plugged in. The“WinUSB4NuVCOM.exe” can be found in the “Tool” directory. Power on the NUC980 Series MPUEVB and plug the USB cable into PC, the Windows shall find a new device and then request toinstall its driver.Click “Next”. The software installation will ask you how to install the driver.NK-980ETH2P Quick Start Guide Select “setup path” to specific location (Advanced), and then click “Next”. The installation softwarewill ask you the option.NK-980ETH2P Quick Start GuideClick “Next ”. As follows.Click “Next ”. As follows.Click “Install”. As follows.“Finish” to finish install driver. As follows.Clickbe found by using “Device Manager” to check the ports devices.NK-980ETH2P Quick Start Guide3. Select the USB mode(SW1) Plug in the USB to UART cable (CON2)Set power on setting(SW1) to ON/ON to Boot from USB.SWDescription (Status and Function) GPIO pin of NUC980SW1.2/ SW1.1Power on settingON/ON = Boot from USB. ON/OFF = Boot from SD/eMMC. OFF/OFF = Boot from QSPI0 Flash.GPG1/GPG0 Table 3-1 Power On Setting4. Open the Serial Port Terminal and Reset chipAfter pressing the reset button(SW2), the chip will reprogram application and print out debug message on the terminal.For detailed NK-980RTH2P board introduction, please refer to “NuDesign NK-980ETH2P User Manual ” in the “Documents ” directory.PROGRAM KERNEL AND U-BOOT TO SPI FLASHThis section introduces how to program U-Boot and kernel to SPI flash. Below list the steps of doing so.A. Install NuWriter Driver. (Please refer to “NUC980 NuWriter User Manual”)B. Set SW1(Power On Setting) to Boot from USB (show in Table 3-1 and Figure 4-1). Connect USB0to PC and connect UART console to PC.C. double click “NuWriter.exe”on PC. Select target chip as “NUC980 series”and select DDRparameter is “NUC980DK61Y.ini”. And then, press “Continue” button.Figure 4-1 Nu-Writer SettingD. According to the figure below and follow the steps below to program u-boot.bin in the“uboot_v2016.11” folder:NK-980ETH2P Quick Start Guide1. Select the “SPI” type.2. Fill in the image information：●Image Name: u-boot.bin()●Image Type: Loader●Image execute address: 0xe000003. Click “Program”.4. Waiting for finishing progress bar.5. After “Program” the image, click the “Verify” button to read back the image data to make surethe burning status.E. According to the figure below and follow the steps below to program kernel image:1. Select the “SPI” type.NK-980ETH2P Quick Start Guide Figure 4-2 Program u-boot2. Fill in the image information：●Image Name: 980uimage.bin●Image Type: Data●Image start offset address: 0x2000003. Click “Program”.4. Waiting for finishing progress bar.5. After “Program” the image, click the “Verify” button to read back the image data to make surethe burning status.Figure 4-3 Program Kernel imageFor more detailed NuWriter tool, please refer to “NUC980 NuWriter User Manual” in the “Documents”directory.NK-980ETH2P Quick Start GuideBOOTING LINUX KERNELThis section describes how to boot up Linux kernel.A. Set SW1(Power On Setting) to Boot from QSPI 0 Flash(refer to Table 5-2).B. Press Reset button on demo board. From console can find system enter to U-Boot. User can usefollowing commands to launch Linux kernel after enter U-Boot shell.1. Type “sf probe 0 18000000” to set SPI speed (optinoal)2. Type “sf read 0x7FC0 0x200000 0x760000” to read kernel image from SPI flash to DDR.3. Type “bootm 0x7FC0” to boot Linux kernel image.U-Boot 2016.11-g9618a94-dirty (Dec 25 2018 - 08:46:04 +0800)CPU: NUC980Board: NUC980DRAM: 64 MiBNAND: NAND Flash not found !NUC980 NAND CONTROLLER IS NOT SUPPORT THE PAGE SIZE. (0, 0)0 MiBSF: Detected W25Q128BV with page size 256 Bytes, erase size 4 KiB, total 16MiB*** Warning - bad CRC, using default environmentIn: serialOut: serialErr: serialNK-980ETH2P Quick Start GuideNet: Net Initialization SkippedNo ethernet found.=> sf probe 0 18000000SF: Detected W25Q128BV with page size 256 Bytes, erase size 4 KiB, total 16MiB=> sf read 0x7FC0 0x200000 0x760000device 0 offset 0x200000, size 0x760000SF: 7733248 bytes @ 0x200000 Read: OK=> bootm 0x7FC0## Booting kernel from Legacy Image at 00007fc0 ...Image Name: Linux-4.4.115+Image Type: ARM Linux Kernel Image (uncompressed)Data Size: 7573624 Bytes = 7.2 MiBLoad Address: 00008000Entry Point: 00008000Verifying Checksum ... OKXIP Kernel Image ... OKStarting kernel ...C. After boot Linux kernel image, user can see following information from UART console.Freeing unused kernel memory: 5456K[Mount JFFS2]: /dev/mtdblock0 --> /mnt/mtdblock0nuc980-emac0 nuc980-emac0: eth0 is OPENEDnuc980-emac1 nuc980-emac1: eth1 is OPENEDrandom: arm-linux-light: uninitialized urandom read (8 bytes read, 7 bitsofentropy availableBusyBox v1.22.1 (2016-02-03 14:11:04 CST) built-in shell (ash)Enter 'help' for a list of built-in commands.~ #For the detail kernel compile and setting, please refer to “NUC980 Linux BSP User Manual” in the “Documents” directory.NK-980ETH2P Quick Start GuideEXECUTING SAMPLE CODEFirst, make sure UART console connect to PC. Below list the steps of doing so.A. Set SW1(Power On Setting) to Boot from QSPI 0 Flash(refer to Table 3-1 and Figure 3-1).B. Connect UART console port.C. Connect Ethernet0 to PC and connect UART1~8 to other UART device (ex:PC COM port).NK-980ETH2P Quick Start GuideFigure 6-1 NuDesign NK-980ETH2P Board SetupThen, use Terminal tool, such as Putty or Teraterm to open the serial COM port. The COM portconfiguration is 115200bps, 8-bit data length and no-parity.User also needs to ensure that the PC Ethernet port is connected to the demo board Ethernet0 (orEthernet1) port. PC Internet settings can refer to the figure below.NK-980ETH2P Quick Start GuideFigure 6-2 Serial COM PortPower ON or push the Reset key and boot system.Freeing unused kernel memory: 5456K[Mount JFFS2]: /dev/mtdblock0 --> /mnt/mtdblock0nuc980-emac0 nuc980-emac0: eth0 is OPENEDnuc980-emac1 nuc980-emac1: eth1 is OPENEDrandom: arm-linux-light: uninitialized urandom read (8 bytes read, 7 bitsof entropy available)BusyBox v1.22.1 (2016-02-03 14:11:04 CST) built-in shell (ash)Enter 'help' for a list of built-in commands.~ #Use Terminal tool to open serial COM port (from UART1 to UART8)And use Terminal tool open TCP/IP connection. Ethernet 0 IP Address is 192.168.0.100, Port numberfrom 50001 to 50008. Ethernet 1 IP Address is 192.168.10.100, Port number from 50001 to 50008.Where Transmitting and receiving of port numbers 50001~50008 maps to to UART1~8 respectively.Below is an example transmit data from Ethernet to UART. When type “123”in TCP/IP connectionwindow which port number is 50001. The UART1 serial COM port window will show “123”.Figure 6-3 Serial COM PortAnd below is an example with other direction, transmit data from UART to Ethernet. When type “123” inUART1 serial COM port. The TCP/IP connection window which port number is 50001 will show “123”NK-980ETH2P Quick Start GuideFigure 6-4 TCP/IP connection windowUser can configure UART port via browser with following steps.1. Use browser connect to http://192.168.0.100 (Ethernet 0) or http://192.168.10.100 (Ethernet1).2. Configure UARTs’ attribute. Including UART port, baud-rate, data length, parity, stop bit, flowcontrol, enable/diable RS485.3. Press SubmitFigure 6-5 UART Setting Web PageFor more detailed NuDesign NK-980ETH2P Demo , please visit Nuvoton official website to download“NuDesign NK-980ETH2P User Manual”.NK-980ETH2P Quick Start GuideREVISION HISTORYDate Revision Description2019.03.27 1.00 Initial release NK-980ETH2P Quick Start GuideNK-980ETH2P Quick Start GuideMar 27, 2019 Page 21 of 21 Rev 1.00 NK-980ETH2P Quick Start GuideImportant NoticeNuvoton Products are neither intended nor warranted for usage in systems or equipment, any malfunction or failure of which may cause loss of human life, bodily injury or severe property damage. Such applications are deemed, “Insecure Usage”.Insecure usage includes, but is not limited to: equipment for surgical implementation, atomic energy control instruments, airplane or spaceship instruments, the control or operation of dynamic, brake or safety systems designed for vehicular use, traffic signal instruments, all types of safety devices, and other applications intended to support or sustain life.All Insecure Usage shall be made at customer’s risk, and in the event that third parties lay claims to Nuvoton as a result of customer’s Insecure Usage, custome r shall indemnify the damages and liabilities thus incurred by Nuvoton.。

RD4740_PAVO-HW 1.3.2_CN

2009年3月 1.3 修改串口配置和按键SW7的功能。

2009年10月 1.3.2 1.修改一些电阻电容的参数；2.修改音频部分电路；3.增加WINCE系统快速启动的描述。

DisclaimerThis documentation is provided for use with Ingenic products. No license to Ingenic property rights is granted. Ingenic assumes no liability, provides no warranty either expressed or implied relating to the usage, or intellectual property right infringement except as provided for by Ingenic Terms and Conditions of Sale.Ingenic products are not designed for and should not be used in any medical or life sustaining or supporting equipment.All information in this document should be treated as preliminary. Ingenic may make changes to this document without notice. Anyone relying on this documentation should contact Ingenic for the current documentation and errata.北京君正集成电路有限公司地址：北京市海淀区东北旺西路8号中关村软件园一号楼信息中心A座108室邮编：100193电话：86-10-82826661传真：86-10-82825845网址：Http: //容内容1概述 (1)1.1RD4740_PAVO开发板主要技术指标及特点 (1)1.2RD4740_PAVO开发板的系统结构图 (1)2硬件描述 (3)2.1RD4740_PAVO开发板布局图 (3)2.2系统电源 (3)2.3系统复位 (4)2.4系统启动引导 (4)2.5动态内存（SDRAM） (5)2.6LCD接口 (5)2.7USB接口 (6)2.8音频子系统 (6)2.9按键接口 (6)2.10MMC/SD卡 (6)2.11背光调节 (6)2.12调试接口板（RD4740_PAVO_DEBUG） (6)2.13系统状态指示 (6)2.14调频模块 (7)3快速使用RD4740_PAVO开发板 (9)4附录：RD4740_PAVO GPIO定义表 (11)概述1 概述RD4740_PAVO是采用君正JZ4740 高性能32位嵌入式处理器，为用户提供的展示JZ4740多媒体应用处理能力的开发平台。

宏碁4740g安装安苹果操作系统的详细图文教程

宏碁4740g安装安苹果操作系统的详细图文教程雪豹苹果操作系统的详细图文教程苹果操作系统只允许在苹果电脑上面安装和使用。

和Windows不一样，要在PC上安装，需要一系列的模拟和破解。

破解安装的过程很繁琐而具有挑战性，以下是安装10A432雪豹的PC安装指南，附带25张图片帮助说明.请准备必要的东西：配备Windows操作系统而且能够上网的PC雪豹安装光盘dmg镜像文件（10A432正式零售版MD5校验码是bcd4957b2f86216dddc8f1472c20f098）23G的可用空间你的勇气和耐性这个指南可能最适合从来都没在PC上安装过苹果系统的朋友，因为你不需要外加USB键盘鼠标不需要启动U盘不需要DVD刻录机（如果你已经下载有镜像甚至不需要光驱）不需要第二块硬盘和GPT分区表不需要另外一个正常运转的苹果系统（破解操作全都可以在Windows完成，不需要另外的平台）不需要输入一句又一句的命令行。

全过程快速预览：第一步，缩小当前分区，为雪豹和安装盘腾出空间第二步，加载dmg到分区并修改第三步，配置开机引导程序第四步，使用苹果光盘镜像安装雪豹第五步，启动雪豹第六步，安装后操作为方便安装，全过程需要的文件都可以在文档末尾提供的连接下载。

第一步：缩小现有分区卷雪豹使用自己的文件系统，HFS+，不兼容Windows的NTFS文件系统，这个指南需要2个HFS+分区完成安装任务，其中一个大小是6.3GB，用来放雪豹安装光盘，另一个用来放雪豹操作系统，大小是20GB（按照自己需要增减，操作系统本身就占了约4.5GB）。

为了保证你的文件不会丢失，你需要把现在的分区（如D盘），一分为三，旧文件放在一起是一个分区不受影响，分区剩下的空余空间被用来新建两个额外HFS+分区（如E盘、F盘）。

下面举例说明详细步骤，注意，我的电脑配置与你不同，下面例子只是用于说明过程和方法以帮助你理解我的意思，你需要根据自己的配置灵活变通。

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RD4740 PAVO Quick Start Revision: 1.1Date: Sep 2009RD4740 PAVO Quick StartCopyright © Ingenic Semiconductor Co. Ltd 2009. All rights reserved.Release historyDate Revision ChangeSep 2007 1.0 First releaseSep 2009 1.1 Add USB boot section and delete JDI boot sectionDisclaimerThis documentation is provided for use with Ingenic products. No license to Ingenic property rights is granted. Ingenic assumes no liability, provides no warranty either expressed or implied relating to the usage, or intellectual property right infringement except as provided for by Ingenic Terms and Conditions of Sale.Ingenic products are not designed for and should not be used in any medical or life sustaining or supporting equipment.All information in this document should be treated as preliminary. Ingenic may make changes to this document without notice. Anyone relying on this documentation should contact Ingenic for the current documentation and errata.Ingenic Semiconductor Co., Ltd.Room 108, Information Center Block AZhongguancun Software Park, 8 Dongbeiwang west Road,Haidian District, Beijing China, 100193Tel: 86-10-82826661Fax: 86-10-82825845Http: //nt Content1Overview (1)2Quick start Linux (3)2.1Compile U-Boot (3)2.1.1Use USB tool program u-boot (3)2.2Compile and start Linux (4)2.2.1Use USB tool program uImage (4)3Quick start WINCE (5)3.1Use USB download Bootloader (5)3.2Start WinCE (6)ew1 OverviewJZ4740 is an embedded processor introduced by Ingenic Semiconductor Co., Ltd, which integrates a high performance and low power 32-bit MIPS core. Its main frequency is 360MHz. JZ4740 supports MMU, with 16K instruction cache and 16K data cache, and also integrates many peripherals. JZ4740 supports many Embedded Operating Systems such as Linux™, WinCE™, etc. This document will introduce how to use the reference design board PAVO and help readers gain a quick start of Linux and WinCE.Quick start LinuxstartLinux2 Quick2.1 Compile U-BootCompile as the following step and generate the u-b o o t-n a n d.b i n:Firstly, prepare the U-Boot source:#t a r–x j f u-b o o t-1.1.6.t a r.b z2#c d u-b o o t-1.1.6#g z i p–c d../u-b o o t-1.1.6-j z-y y y y m m d d.p a t c h.g z|p a t c h–p1And then Compile as following step s:$m a k e p a v o_n a n d_c o n f i g$m a k e2.1.1 Use USB tool program u-bootBefore programming u-boot, now introduce the way of PAVO board boot from usb device:1） Press SW5and reset key, if success you can see a new usb device on PC.2）The SDRAM is 64MB on PAVO board. The NandFlash type is K9G8G08U0M. Rename USBBoot_PAVO.cfg to USBBoot.cfg in the toolkit. USBBoot_PAVO.cfg includes default configuration of the PAVO board.3） Run usb_boot.exe, if the connection is correct, execute list command you can see the number of device is not zero.4） Execute boot command, the following information can be seen：USBBoot :> boot 0Checking state of No.0 device: UnbootNow booting No.0 device:Download stage one program and execute at 0x80002000: PassDownload stage two program and execute at 0x80c00000: PassBoot success!Now configure No.0 device:Now checking whether all configure args valid:Current device information: CPU is Jz4740Crystal work at 12MHz, the CCLK up to 336MHz and PMH_CLK up to 112MHzTotal SDRAM size is 16 MB, work in 4 bank and 16 bit modeNand page size 2048, ECC offset 28, bad block ID 127, use 1 plane modeConfigure success!Execute programming command:U S B B o o t:>n e r a s e0800U S B B o o t:>n p r o g0u-b o o t-n a n d.b i n00–nQuick start LinuxTo here, the U-Boot has been programmed to target board.The serial port’s configuration is ：57600bps, 8N1Now, connect the serial port of target board to PC, start HyperTerminal and set parameters. And then hardware reset the target board, start the U-Boot, there will be start message of U-Boot on HyperTerminal console.2.2 Compile and start LinuxFirstly, compile and generate u I m a g e as following step:$t a r x j f l i n u x-2.6.24.3.t a r.b z2$c d l i n u x-2.6.24.3$g z i p-c d../l i n u x-2.6.24.3-j z-y y y y m m d d.p a t c h.g z|p a t c h–p1$m a k e p a v o_d e f c o n f i g$m a k e u I m a g e2.2.1 Use USB tool program uImageUse usb boot tool program uImage is similar to program u-boot. Because reading uImage from NAND to SDRAM is through u-boot, so please be sure that the corresponding of the NAND configuration file between u-boot and USB boot tool.Execute programming command:U S B B o o t:>n p r o g2048u I m a g e00–nTo here, the uImage has been programmed to target board too.Execute as following to program YAFFS2 file:U S B b o o t:>n p r o g4096r o o t.y a f f s200-oAfter power on the board, there will be output on the console via serial port and LCD panel. After a moment, the demo of a QTOPIA application will be launched.Quick start WINCEstartWINCE3 Quick3.1 Use USB download Bootloader1．When you get BSP，in the PLATFORM\VENUS\Bin\USBBOOT\JZ4740directory,there is a compiled boot.nb0,execute USB_Boot.exe, you will see a command window, the following information can be seen：W e l c o m e!U S B B o o t H o s t S o f t w a r e!U S B B o o t S o f t w a r e c u r r e n t v e r s i o n:1.4bH a n d l i n g u s e r c o m m a n d.U S B B o o t:>2．Insert USB. if the device is not recognized，you need to install the driver that is placed in this director. Press SW5 key，then press reset key，then loosen reset key，you will see the device icon on the PC. Enter “Boot 0” in the command line，then press enter key, the following information can be seen： U S B B o o t:>b o o t0C h e c k i n g s t a t e o f N o.0d e v i c e:U n b o o tN o w b o o t i n g N o.0d e v i c e:D o w n l o a d s t a g e o n e p r o g r a m a n d e x e c u t e a t0x80002000:P a s sD o w n l o a d s t a g e t w o p r o g r a m a n d e x e c u t e a t0x80c00000:P a s sB o o t s u c c e s s!N o w c o n f i g u r e N o.0d e v i c e:N o w c h e c k i n g w h e t h e r a l l c o n f i g u r e a r g s v a l i d:C u r r e n t d e v i c e i n f o r m a t i o n:C P U i s J z4740C r y s t a l w o r k a t24M H z,t h e C C L K u p t o336M H z a n d P M H_C L K u p t o112M H zT o t a l S D R A M s i z e i s16M B,w o r k i n4b a n k a n d16b i t m o d eN a n d p a g e s i z e2048,E C C o f f s e t3,b a d b l o c k I D127,u s e1p l a n e m o d eC o n f i g u r e s u c c e s s!U S B B o o t:>3.Enter “nprog 0 boot.nb0 0 0 –n” in the command line, the following information can be seen：U S B B o o t:>n p r o g0b o o t.n b000-nP r o g r a m i n g N o.0d e v i c e...E r a s i n g N o.0d e v i c e N o.0f l a s h......F i n i s h!O p e r a t i o n e n d p o s i t i o n:1F o r c e e r a s e,n o b a d b l o c k i n f o m a t i o n!T o t a l s i z e t o s e n d i n b y t e i s:262144I m a g e t y p e:w i t h o u t o o bI t w i l l c a u s e2t i m e s b u f f e r t r a n s f e r.N o.1P r o g r a m m i n g...F i n i s h!C h e c k i n g...Now, we have already downloaded the boot.nb0 in the JZ4740 board successfully.Quick start WINCE3.2 Start WinCE1. first we can use ⅹⅹⅹ.msi.msi or VENUS.cec file to install BSP, if we use VENUS.cec file ,the step is followed :Select Manage Catalog Items from the File toolbar in the PB environment ,you will see a dialog box, then import relevant cec file .the picture is showed2. Open VENUS.bat file, define project name:S E T B S P_B A S E D_C H I P=J Z4740S E T B S P_B A S E D_B O A R D=P A V OOpen JZ4740_PAVO.bat file in the \ VENUS\Files\SCRIPT directory, you can add some driver selectively, for example:S E T B S P_P A V O_W A V E D E V_I N T E R N A L=1S E T B S P_P A V O_M E D I A_P L A Y E R=1After modification, select “Open Release Directory” from PB menu “Build OS” to enter PB50 command line, execute “set bsp” command to confirm whether the environment variable is right.3. When the setting is OK we execute Sysgen, there is a NK.bin in theWINCE500\PBWorkspaces\Venus\RelDir\VENUS_MIPSII_Release directory. Then select “Open Release Directory” from PB menu “Build OS” to enter PB50 command line, we don’t need to change this directory, execute “getnb0.bat” command directly, a Nk.nb0 is generated in this directory.We copy the NK.nb0 from the directory to the SD card, then reset the development board after insert the SD card to the slot.Note: Here VENUS is project name.。