T315HW02_V7_v0.1_Final spec

合集下载

华三路由器软件升级指南

8.1 CMW710-R0106P02 版本解决问题列表 ···························································································· 10 8.2 CMW710-R0106 版本解决问题列表··································································································· 11 8.3 CMW710-R0105P12 版本解决问题列表 ···························································································· 12 8.4 CMW710-R0105P06 版本解决问题列表 ···························································································· 13 8.5 CMW710-R0105 版本解决问题列表··································································································· 13 8.6 CMW710-E0104 版本解决问题列表··································································································· 14 8.7 CMW710-E0102 版本解决问题列表··································································································· 14 8.8 CMW710-E0006P02 版本解决问题列表 ···························································································· 14 9 相关资料 ············································································································································· 14 9.1 相关资料清单······································································································································ 14 9.2 资料获取方式······································································································································ 15 10 技术支持 ··········································································································································· 15 附录 A 本版本支持的软、硬件特性列表································································································· 16 A.1 版本硬件特性 ····································································································································· 16 A.2 版本软件特性 ····································································································································· 23

XC7VX415T-2FFG1158C

Chapter1 Package InformationPackage OverviewIntroduction to Xilinx PackagingElectronic packages are interconnectable housings for semiconductor devices. The majorfunctions of the electronic packages are to provide electrical interconnections between theIC and the board and to efficiently remove heat generated by the device.Feature sizes are constantly shrinking, resulting in increased number of transistors beingpacked into the device. Today's submicron technology is also enabling large-scalefunctional integration and system-on-a-chip solutions. In order to keep pace with thesenew advancements in silicon technologies, semiconductor packages have also evolved toprovide improved device functionality and performance.Feature size at the device level is driving package feature sizes down to the design rules ofthe early transistors. To meet these demands, electronic packages must be flexible toaddress high pin counts, reduced pitch and form factor requirements. At the same time,packages must be reliable and cost effective.Packaging T echnology at XilinxXilinx provides a wide range of leaded and array packaging solutions for our advancedsilicon products. Xilinx® advanced packaging solutions include overmolded plastic ballgrid arrays (PBGA), small form factor Chip Scale Packages, “Cavity-Down” BGAs,flip-chip BGAs, flip-chip ceramic column grid arrays (CCGA), as well as the newer leadframe packages such as Quad Flat No-Lead (QFN) packages to meet various pin countsand density requirements. Packages from Xilinx are designed, optimized, andcharacterized to support the long-term mechanical reliability requirements as well as tosupport the cutting-edge electrical and thermal performance requirements for our high-speed advanced FPGA products.Pb-free Packaging Solutions from XilinxXilinx also develops packaging solutions that are safer for the environment. Today,standard packages from Xilinx do not contain substances that are identified as harmful tothe environment including cadmium, hexavalent chromium, mercury, PBB, and PBDE. Pb-free solutions take that one step further and also do not contain lead (Pb). This makes Pb-free solutions from Xilinx RoHS (Reduction of Hazardous Substances) compliant. Pb-freepackages from Xilinx are also JEDEC J-STD-020 compliant, meaning that the packages aremade to be more robust so they are capable of withstanding higher reflow temperatures.Xilinx is now ready to support the industry requirements for Pb-free packaging solutions.Chapter 1:Package InformationPackage SamplesXilinx offers two types of non-product-specific package samples that can help developcustom processes and perform board-level tests. These samples can be ordered withordering codes as detailed below.Mechanical Samples XCMECH-XXXXX (where XXXXX is the package code of interest)This part type is used for mechanical evaluations, process setup, etc. Most packages arebased on the JEDEC outline, and these parts are at times referred to as "dummy" parts sincemechanical samples do not contain a die.Example:To order a FG676 package as a mechanical sample (without the die), the part numberwould be XCMECH-FG676.质量等级领域:宇航级IC、特军级IC、超军级IC、普军级IC、禁运IC、工业级IC，军级二三极管，功率管等;应用领域:航空航天、船舶、汽车电子、军用计算机、铁路、医疗电子、通信网络、电力工业以及大型工业设备祝您:工作顺利，生活愉快!以赛灵思半导体（深圳）有限公司提供的参数为例，以下为XC7VX415T-2FFG1158C的详细参数，仅供参考Specifications and DefinitionsDaisy Chain Samples XCDAISY-XXXXX (where XXXXX is the package code of interest)Use this part type to perform board-based evaluations (such as vibrations and temperaturecycles) to see how well the solder balls withstand these mechanical conditions. For Xilinxdaisy chain parts (XCDAISY-XXXXX), a specific ball assignment chain is available. If youdo not have a board already made, you can use our default chain. You can purchase theseparts from Xilinx through standard sales outlets. Xilinx does not support unique chainsbecause these parts do not have the volume to justify the development effort.Example:To order a FG676 package in a daisy-chained configuration, the part number would beXCDAISY-FG676.Specifications and DefinitionsInches vs. MillimetersThe JEDEC standards for PLCC, CQFP, and PGA packages define package dimensions ininches. The lead spacing is specified as 25mils, 50mils, or 100mils (0.025in., 0.050in. or0.100in.).The JEDEC standards for PQFP, HQFP, TQFP, VQFP, CSP, and BGA packages definepackage dimensions in millimeters. The lead frame packages have lead spacings of0.5mm, 0.65mm, or 0.8mm. The CSP and BGA packages have ball pitches of 0.5mm,0.8mm, 1.00mm, or 1.27mm.Because of the potential for measurement discrepancies, this Data Book providesmeasurements in the controlling standard only, either inches or millimeters.Pressure Handling CapacityFor mounted BGA packages, including flip chips, a direct compressive (non-varying) forceapplied normally to the lid or top of package with a tool head that coincides with the lid (oris slightly bigger) will not induce mechanical damage to the device including externalballs, provided the force is not over 5.0 grams per external ball, and the device and boardare supported to prevent any flexing or bowing.These components are tested in sockets with loads in the 5 to 10 gm/ball range for shortdurations. Analysis using a 10g/ball (e.g., 10 kg for FF1148) showed little impact on short-term but some creep over time. 20 gm/ball and 45 gm/ball loads at 85°C over a six weekperiod has shown the beginning of bridging of some outer balls; these were static loadtests. The component can survive forces greater than the 5 gm limit while in short-termsituations. However, sustained higher loads should be avoided (particularly if they areoverlaid with thermal or power cycle loads). Within the recommended limits, circuit boardneeds to be properly supported to prevent any flexing resulting from force application.Any flexing or bowing resulting from such a force can likely damage the package-to-boardconnections. Besides the damage that can occur from bending, the only major concern islong-term creep and bulging of the solder balls in compression to cause bridging. For thelife of a part, staying below the recommended limit will ensure against that remotepossibility.Chapter 1:Package InformationClockwise or CounterclockwiseThe orientation of the die in the package and the orientation of the package on the PCboard affect the PC board layout. PLCC and PQFP packages specify pins in acounterclockwise direction, when viewed from the top of the package (the surface with theXilinx logo). PLCCs have pin 1 in the center of the beveled edge while all other packageshave pin 1 in one corner, with one exception: The 100-pin and 165-pin CQFPs (CB100 andCB164) for the XC3000 devices have pin 1 in the center of one edge.CQFP packages specify pins in a clockwise direction, when viewed from the top of thepackage. The user can make the pins run counterclockwise by forming the leads such thatthe logo mounts against the PC board. However, heat flow to the surrounding air isimpaired if the logo is mounted down.Cavity-Up or Cavity-DownMost Xilinx devices attach the die against the inside bottom of the package (the side thatdoes not carry the Xilinx logo). Called “Cavity-Up,” this has been the standard ICassembly method for over 25 years. This method does not provide the best thermalcharacteristics. Pin Grid Arrays (greater than 130 pins), copper based BGA packages, andCeramic Quad Flat Packs are assembled “Cavity-Down,” with the die attached to theinside top of the package, for optimal heat transfer to the ambient air. More information on“Cavity-Up” packages and “Cavity-Down” packages can be found in the “PackageTechnology Descriptions” section.For most packages this information does not affect how the package is used because theuser has no choice in how the package is mounted on a board. For Ceramic Quad Flat Pack(CQFP) packages however, the leads can be formed to either side. Therefore, for best heattransfer to the surrounding air, CQFP packages should be mounted with the logo up,facing away from the PC board.Part MarkingOrdering InformationAn example of an ordering code for a Xilinx FPGA is XC4VLX60-10FFG668CS2. Theordering code stands for:XC4VLX – Family (Virtex®-4 LX)60 – Number of system gates or logic cells (60,000 logic cells)-10 – Speed grade (-10 speed)FFG – Package type (Pb-free flip-chip BGA)668 – number of pins (668 pins)C – Temperature grade (Commercial)S2 – Step 2Part MarkingChapter 1:Package Information。

32inch LCD 屏的参数对比表

亮度 500 500 450 450 500 480 450 450 500 450 450 400 450 450 450 500 400 400 450 420 450 450
CMO
V315B6-DL01 V315B6-L01 V315B6-L02 V315H1-L02 LTA320AB02 LTA320AP02 LTA320AP05 LTA320AP16
77 108 108 108 65
+12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V +12V
3.7 3.5 3.5 8.5 7 7.3 7.3 6.2 3.5 3.7 3.5 7.5
3 6.4 3.6 3.6 4.8
T315XW03_V7 T315HW02 T315HW04
LC320WXE-SBV2 LC320WXE-SBB1 LC320WXN LC320WUD-SBA1 LC320WUD-SBT1 LC320WUD-SCB1
LG
70 84 84 110 106 105 62 110 84 70 84 110
1200:1 1200:1 1200:1 1300:1 1200:1 1400:1 1200:1 1300:1 1200:1 1200:1 1200:1 1300:1 1200:1
2500:1 2000:1 2000:1 1200:1
350 500 500 500 500 500 450 500 500 350 500 500

MLC 9000+ 说明书

保修
我们可以担保这些产品在出厂之前，在材料和工艺方面无任何功能缺陷，并且可以担保此类产品在三年内符合相关说明手册资料中所提到的技术规范。除此处及上述所提及的保修条例外，无任何其他明示或暗示保修。WEST 不会因任何特殊原因对该产品的适销性和适用性做任何担保。
限制
对于任何意外损坏、后续损坏、特殊损坏或任何其他损坏，或者除上述所提及的任何维修或更换之外的成本或费用，供应商概不承担责任。用户必须按照说明安装和维护产品。对于因腐蚀性而造成的产品损坏，供应商没有保修责任。用户自己对于这些产品与其应用程序的适用性负责。对于一个有效的保修声明，产品在保修期内进行返修必须向供应商支付运费。产品必须进行适当包装，以免在运输过程中因静电放电或其他形式的危害导致产品受损。
MLC 9000+ 用户指南
MLC 9000+ 用户指南
59371-1
价格：
£11.00 €15.00 $15.00
ii
59327，第 1 期 – 2003 年 5 月 4 日
本安装、接线和操作手册中的信息可能会有所变动，恕不另行通知。 Copyright © 2004 年 5 月，Danaher ICG，保留所有权利。未经厂商书面许可，不得以任何形式或通过任何方式在检索系统中复制、传播、改写或存储本出版物的任何部分，或者将本出版物的任何部分翻译成任何其他语言。注意：
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59327，第 1 期 – 2003 年 5 月 4 日
MLC 9000+ 用户指南
目录
目录
1 2 MLC 9000+ 系统概述 ................................................................................

安全光栅GuardShield 450L-E说明书

The Allen-Bradley® GuardShield™ 450L-E Safety Light Curtains fromRockwell Automation are based on a unique patented transceiver technology which allows each stick to be used as a transmitter or as a receiver. The full functionality of a transceiver is provided by plug-ins inserted at the bottom of the sticks. By using only one stick type with the optimal plug-ins selected based on the requirements of the application, the GuardShield 450L portfolio is a simple, cost effective solution that offers enhanced flexibility while maintaining the highest level of safety.The enhanced Integrated Laser Alignment System (ILAS) of the GuardShield 450L-E reduces installation time by providing multiple visible laser points that optimize setup with a simple touch of the ILAS symbol on the front window of the stick. Plus, the compact design and full length protective field make it easy to integrate a GuardShield 450L-E system in hand and finger protection applications from 150 mm (5.9 in.) up to 1950 mm (76.7 in.) in increments of 150 mm (0.5 ft).The enhanced GuardShield 450L-E light curtain system is also ideal for special applications requiring advanced functions such as muting and blanking,easily set up through DIP switches located on the dedicated plug-in modules. For muting, the common set ups like 4-sensor or 2-sensor with L- and T-configuration and override function can be selected. Blanking, reducedresolution, floating blanking and teach-in fixed blanking features are available. Configure up to eight protection zones via CCW software. A cascading plug-in can also be installed for series connection of additional GuardShield 450L Safety Light Curtain systems for multi-sided machine guarding (up to four sides). All these special functions combined with the inherent flexibility of the GuardShield 450L transceiver design help to simplify your engineering logistics and minimize the stock required to address your full range of applications.For configuration, monitoring and troubleshooting, our free Connected Components Workbench software is available at our website. A separate optical interface tool is required if using Connected Components Workbench software for diagnostic information.Features and Benefits• Extended features and functionality compared to the 450L-B such as cascading, built-in muting,blanking and multiple applications configuration• Embedded functions configured quickly and easily via DIP switches or software, significantly reducing engineering effort. These include:– M uting, blanking, start mode, external device monitoring (EDM), scanning range• Leverages patented transceiver technology – each stick can be used as a transmitter or receiver via innovative plug-in modules• Enhanced Integrated Laser Alignment System (ILAS) for quick installation and reliable operation• Active protective field provides sensing over the entire length of a transceiver• Compact design 30 mm x 30 mm (1.18 in. x 1.18 in.)• Wide range of protection heights 150…1950 mm (5.9…76.7 in.) in increments of 150 mm (0.5 ft)• Resolutions:– F inger resolution (14 mm): 0.5 to 9 m (1.64…29.53 ft)– H and resolution (30 mm): 0.9 to 16.2 m (2.95…53.15 ft)• Supports cascading of multiple systems in series• Flexible mounting options allow for quick and easy installation• Configure, monitor and troubleshoot via Connected Components Workbench (CCW) software.Pre-configure multiple configurations. • IP65 enclosure rating• TÜV certified Type 4 IEC 61496-1/-2, Ple, SILcl3 per EN ISO 13849-1,IEC 62061Allen-Bradley GuardShield 450L-E Safety Light CurtainEnhanced Flexibility and Advanced Features in a Cost-Effective Safety SolutionRequired Accessories 1Replace the x with 2 (6.6 ft), 5 (16.4 ft), 10 (32.8 ft), 15 (49.2 ft), 20 (65.6 ft), or 30 (98.4 ft) for available lengths in metersOptional Accessories*Requires 450L fw version 4.00x and CCW R12 at minimum.1xxxx = 0150…1950 mm (0.5…6.4 ft) in increments of 150 mm (0.5 ft)Innovative plug-in modulesestablish transceiver as an emitter orreceiver and provide other advanced functions.Integrated Laser Alignment System accelerates setup for optimal performance at the touch of a button.General Ordering InformationLight Curtain System: Order two identical transceivers/catalog numbers. Plug-in Modules: Order one transmitter and one receiver plug-in with the desired functionality for one system – or – Order two universal plug-ins for one system. Each universal plug-in can be used as a transmitter or a receiver. To cascade systems or for muting options use thecascading plug-in.1xxxx = 0150 … 1950 mm (0.5 … 6.4 ft) in increments of 150 mm (0.5 ft).For example: “450L-E4HL 0900YD” indicates an order for 900 mm hand detection light curtain transceiver.2Optional side mounting bracket kit is available below.1 The 8-pin transmitter plug-in option allows two 8-pin cordsets to be used in one system.2Order two universal plug-ins for one system. Each universal plug-in can be used as a transmitter or a receiver.Publication 450L-PP002B-EN-P – May 2020 | Supersedes Publication 450L-PP002A-EN-P – January 2018Copyright © 2020 Rockwell Automation, Inc. All Rights Reserved. Printed in USA.Allen-Bradley, Connected Components Workbench, Expanding human potential and GuardShield are trademarks of Rockwell Automation, Inc.Trademarks not belonging to Rockwell Automation are property of their respective companies.Connect with us.。

victor 电源系统配置工具(psc)用户指南说明书

前言Vicor 电源系统配置工具 (PSC) 软件界面可实现从主机 PC 对所选 Vicor 电源模块的控制与监控。

该GUI 通过一个兼容的 Vicor PMBus-USB 适配器连接至电源模块的 PMBus® 接口，允许用户读写配置，观察输入输出遥测，监控故障并获取其它器件信息。

在 Vicor 网站下载软件并购买兼容的 PMBus-USB 适配器。

电源系统配置工具用户指南用户指南 | UG:602Hamed Tebianian应用工程师引言1安装 PSC 软件2卸载以前的版本 2安装 PSC 3安装 Microsoft .NET Framework 5快速启动6启动应用 6连接硬件 6自动更新7NDA 设备密钥7选择配置虚拟器件 8配置连接的器件9配置示例：Vicor PI3021 CTO11器件 11I-Sense 12遥测 12控制环路 13故障14目录页码PMBusdeviceHost PC and GUIPMBus-USB AdapterISOLATION BOUNDARYVicor Demo Board...PMBus devicePMBus device+如果窗口中没有其他版本，继续下一步，安装 PSC：运行设置向导。

Windows 中的添加或删除程序窗口指定文件夹地址进行安装，然后选择在这台计算机上有访问权限的用户组。

• 点击 Next >（下一步）继续。

• 点击 Next >（下一步）确认安装。

图 3选择安装位置和用户图 4 确认安装• 安装完成后点击 Close （关闭）。

该程序现在可从桌面或开始菜单访问。

图 6桌面名称，显示在开始菜单中• 运行下载的 .exe 并安装 .NET Framework。

• 安装完成后点击 Finish （完成）。

图 8 安装.NET Framework。

连接 PSC 与 Vicor 硬件PSC 应用程序将在启动时尝试与 Vicor 电源系统硬件连接。

HighPoint 数据RAID配置和FnL监控软件安装指南（Windows）说明书

SRD7101P/SRD7101PB /SRD7204P /SRD7104P/ SRD7104PB/SRD7140P/SRD7140PB /CRD7104PB /CRD7101PB Driver & FnL Monitor Software Installation Guide (Windows)Version v1.00Copyright © 2021 HighPoint Technologies, Inc.All rights reservedContentsOverview (1)Prerequisites for a Data-RAID Configuration (2)Installing the Device Driver (3)1.Verify that Windows recognizes the controller (3)2.Download the Device Driver (3)3.Install the Device Driver (4)Updating the Device Driver (6)1.Check the Driver version (6)2.Download the Device Driver (7)3.Shutdown and Remove the Device (7)4.Uninstall the old Device Driver (7)5.Install the new Device Driver (9)Uninstalling the Device Driver (11)Installing the FnL Management Software (FnL Monitor & CLI) (12)Uninstalling the FnL Management Software (13)Troubleshooting (15)The FnL Monitor will not start after double-clicking the desktop icon. (15)BSOD (Blue Screen of Death) (16)How to Turn off Quick Shutdown for Windows (16)Controller and Drive Detection Issues (18)Appendix (19)How to Collect Debug View Logs (19)How to Collect INF Logs (20)How to Collect System Logs (21)Collecting Windows Dump Files (22)OverviewThis guide includes important hardware/software requirements, installation & upgrade procedures, and troubleshooting tips for using SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/ SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives with a Windows operating system. PrerequisitesThis section describes the base hardware and software requirements for the SRD7101P/SRD7101PB/ SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB PCIe 3.0 NVMe AIC RAID Drives.Driver InstallationThis section covers driver installation, driver upgrade and driver uninstallation procedures for SRD7101P/ SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives.Management Software InstallationThis section explains how to download and install the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/ SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB FnL Monitor Management Software S uite for Windows operating systems. The download includes both the Web RAID Management Interface (FnL Monitor), and the CLI (Command Line Interface).TroubleshootingPlease consult this section if you encounter any difficulties installing or using the SRD7101P/ SRD7204P SRD7101PB/ SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PBNVMe AIC RAID Drives. It includes descriptions and solutions for commonly reported technical issues.AppendixA selection of useful information and web links for the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/ SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives.Prerequisites for a Data-RAID ConfigurationThe SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives can support Data-RAID arrays. In order to usera Data-RAID array, you will need the following:1. A PCIe 3.0 slot with x8 or x16 lanes. The SRD7104P/SRD7104PB/SRD7101P/SRD7101PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB must be installed into a PCIe 3.0 slot with x16 dedicated lanes, The SRD7204P can be installed into a PCIe 3.0 x8 or x16 slot.2.Make sure any non-HighPoint drivers are uninstalled for any SSD’s hosted by the FnLseries RAID controllers. 3rd party software and manufacturer provided drivers may prevent the FnL from functioning properly.Warnings:1)Failing to remove the AIC Drive and SSD’s when uninstalling the driver may result in dataloss.2)Always make sure the FnL driver is installed before moving a FnL series NVMe AIC RAIDDrives & RAID array to another Windows system.Windows operating systems will always load the default NVMe support after the FnL driver has been uninstalled, or if it detects the present of a card when no driver has been loaded – this driver will only recognize the NVMe SSD’s as separate disks.If the SSD’s are recognized separately, any data they contain may be lost – this includes RAIDconfiguration data.Installing the Device DriverThe following section discusses driver installation for a non-bootable NVMe configuration.1.Verify that Windows recognizes the controllerAfter installing the FnL controller into the motherboard, power on the computer, boot the Windows operating system, and open Device Manager.A.Expand the Disk drives tab. Each NVMe SSD’s installed into the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/ CRD7104PB/CRD7101PBcontroller should be displayed here.B.Expand the Storage Controllers tab. You should see a “Standard NVM Express Controller”entry for each NVMe SSD that is installed into the AIC RAID Drive.Example screenshot SRD7104:AB2.Download the Device DriverDownload the appropriate FnL driver from the NVMe AIC RAID Drives Software Downloads webpage.SRD7101P/SRD7101PB:https:///srd7101p-overviewSRD7104P/SRD7104PB:https:///srd7104p-overviewSRD7204P:https:///srd7204p-overviewSRD7140P/SRD7140PB:https:///srd7140p-overviewCRD7101PB:https:///crd7101pb-overviewCRD7104PB:https:///crd7104pb-overview3.Install the Device DriverA.Locate the driver download and open the file.B.Double-click setup.Note: If installation does not start, you may have to manually start setup using AdministratorPrivileges. Right-click setup, select Run as Administrator from the menu, and confirm the pop-up window to proceed.After driver installation is complete, click OK to reboot.C.Once Windows has rebooted, open Device Manager to check the status of the driver.Expand Storage controllers and click on the HighPoint NVMe RAID Controller entry. View the properties and click the Driver tab:Example screenshot (SRD7104)Note: The driver revision shown in the screenshots may not correspond with current software releases. Please make sure to download the latest driver updates from the product’s Software Updates page.D.First, make sure the FnL Monitor has been installed (see FnL Monitor install). Open the FnLMonitor and make sure the SSD.’s / arrays are properly recognized.Note: Please refer to Appendix A to verify that your Device Manager entries correspond with the driver version you have installed.Updating the Device DriverNote: Before attempting to update the driver entry, ensure that the AIC RAID Drive is removed from the motherboard.1.Check the Driver versionOpen Device Manager to check the current driver version. Expand Storage controllers and click on the HighPoint NVMe RAID Controller entry. View the properties and click the Driver tab:Example screenshot (SRD7104)2.Download the Device DriverDownload the latest driver from the controller’s Software Downloads webpage.SRD7101P/SRD7101PB:https:///srd7101p-overviewSRD7104P/SRD7104PB:https:///srd7104p-overviewSRD7204P:https:///srd7204p-overviewSRD7140P/SRD7140PB:https:///srd7140p-overviewCRD7101PB:https:///crd7101pb-overviewCRD7104PB:https:///crd7104pb-overview3.Shutdown and Remove the DeviceA.Power down the system and remove the NVMe AIC RAID Drives from the motherboard.Note: Failing to remove the FnL controller from the motherboard during the uninstall process may result in data loss.Whenever the driver is uninstalled, Windows will attempt to install the default NVMe support,which may corrupt the RAID configurations and any data stored on SSD’s hosted by the FnLcontroller.B.Power on the system and boot Windows.4.Uninstall the old Device DriverA.Access Control Panel and select Programs→ Programs and Features, and click on the HighPointNVMe Driver entry.B.Click Uninstall/ChangeIf the HPT controller is not removed from the motherboard during the uninstall process, Windows will notify you that RAID data may be destroyed.C.After uninstalling the driver, click OK to reboot.D.After Windows has rebooted, access Control Panel to make sure the driver has been uninstalled.If there are no HighPoint NVMe RAID Driver entries present, the driver has been successfully uninstalled:5.Install the new Device DriverA.Locate the driver download and open the file.B.Double-click setup.Note: If the update does not start, you may have to manually start setup using AdministratorPrivileges. Right-click setup, select Run as Administrator from the menu, and confirm the pop-up window to proceed.C.Windows will notify you that the driver is already installed. Click OK to reboot.D.After entering the system, shut down the system.In the shutdown state, connect the FnLcontroller to the motherboard.E.Boot into the system.F.Once Windows has rebooted, open Device Manager to check the status of the driver. ExpandStorage controllers and click on the HighPoint NVMe RAID Controller entry. View theproperties and click the Driver tab:Note: The driver revision shown in the screenshots may not correspond with current software releases. Please make sure to download the latest driver updates from the product’s Software Updates page.G.First, make sure the FnL Monitor has been installed (see FnL Monitor install). Open the FnLMonitor and make sure the SSD.’s / arrays are properly recognized.For Example: SRD7204Uninstalling the Device Driver1.Power down the system and remove the NVMe AIC RAID Drives from the motherboard.Note: Failing to remove the FnL controller from the motherboard during the uninstall process may result in data loss. Whenever the driver is uninstalled, Windows will attempt to install the default NVMe support, which may corrupt the RAID configurations and any data stored on SSD’s hosted by the FnL controller.2.Power on the system and boot Windows.3.Access Control Panel and select Programs→ Programs and Features, and click on the HighPointNVMe Driver entry.4.Click Uninstall/Change5.After uninstalling the driver, click OK to reboot.6.After Windows has rebooted, access Control Panel to make sure the driver has been uninstalled. Ifthere are no HighPoint NVMe RAID Driver entries present, the driver has been successfullyuninstalledInstalling the FnL Management Software (FnL Monitor & CLI)The HighPoint FnL Management Software (FnL Monitor and CLI utilities) are used to monitor NVMe SSD’s hosted by the NVMe AIC RAID Drives. Download the latest software package from the HighPoint website:SRD7101P/SRD7101PB:https:///srd7101p-overviewSRD7104P/SRD7104PB:https:///srd7104p-overviewSRD7204P:https:///srd7204p-overviewSRD7140P/SRD7140PB:https:///srd7140p-overviewCRD7101PB:https:///crd7101pb-overviewCRD7104PB:https:///crd7104pb-overview1.Extract the package and double-click the FnL Monitor program to install the software.2.Once installed, locate the Management icon on the desktop and double-click to start the FnL Monitorinterface.Uninstalling the FnL Management Software1.Access Control Panel and select Programs→ Programs and Features, and click on the FnL Monitorentry.2.Click Uninstall/Change3.After uninstalling the driver, click Finish.TroubleshootingNote: When troubleshooting your NVMe AIC RAID Drives, make sure all of the Prerequisites have been met before proceeding.The FnL Monitor will not start after double-clicking the desktop icon.1.This is often the result of a missing driver or improperly installed driver. Open Device Managerand check under Storage Controllers.If the Driver is properly installed, you should see a HighPoint NVMe Controller entry forNVMe AIC RAID Drives, followed by HighPoint NVMe RAID Controller entry:Example screenshot (SRD7104)Note: The driver revision shown in the screenshots may not correspond with current software releases.Please make sure to download the latest driver updates from the product’s Software Updates page.2.You should also check to make sure hptsvr is running under Task Management → Services. Ifthe status of hptsvr process is Stopped, right-click on this entry and select Start from the menu:BSOD (Blue Screen of Death)There are three scenarios in which a BSOD may occur with AIC RAID DriveWindows displays a BSOD when the AIC RAID Drive is installed.If you are running Windows 10, please make sure that any Quick Shutdown options are disabled – these features can cause a BSOD when the AIC RAID Drive is installed into or removed from your motherboard. BSODs can be avoided by completely powering off your system.How to Turn off Quick Shutdown for Windowse administrator privileges to access the Command Prompt utility:b.Enter the following command and press Enter:powercfg / h offc.To make sure the setting has been disabled, enter the following command and pressEnter:powercfg / ad.Shut down the computer and remove the AIC RAID Drive from the motherboard;e.Restart the system and open the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB driver download.f.Double-click Setup to reinstall the driver; if you are prompted to uninstall the driver, youwill need to follow the prompts and restart. After rebooting, double-click Setup once more to install the driver.After the driver installation is complete, shut down the computer. The AIC RAID Drive insert into the motherboard PCIe slot.g.Power on the system, boot Windows and access the FnL Monitor; if the FnL Monitorcan't connect, you need to restart again.h.If it fails to start the second time, please access our Online Support portal and submit asupport ticket.Note:If you are running a Server version of windows, and encounter a BSOD at bootup,please collect the following information: Windows version & build numbers, MemoryDump and System event Log1. A BSOD is encountered when installing the driver:If you experience a BSOD during driver installation, please collect the following information:Memory Dump, INF log, Debug Log, System Event log, and submit a new support ticket via our Online Support Portal.2.If Windows reports that driver installation has failed:a.Please collect these debugging information: INF log, Debug Log, DeviceManager/Storage Controller screen shot, System Event logNote:If you experience a BSOD or error when installing the driver, please ensure that any Quick Shutdown options are not enabled– Quick shutdown can cause a BSOD when removing theAIC RAID Drive from your motherboard, and plugging it back in. BSODs can be avoided bycompletely powering off your system:Controller and Drive Detection Issues•If your motherboard or Windows is unable to detect the NVMe AIC RAID Drives or NVMe SS D’s, please shutdown the system and try moving the NVMe AIC RAID Drives to another PCIeslot.•Make sure any unrelated NVMe devices are removed from the motherboard while troubleshooting the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives.AppendixHow to Collect Debug View LogsIf other troubleshooting steps fail to solve the problem, we suspect that the driver and management softwa re cannot establish a connection with the SRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/ SRD7140P/SRD7140PB/CRD7104PB/CRD7101PB NVMe AIC RAID Drives. We will provide you with a Debug version of the driver to collect information about the problem you areexperiencing.To install the Debug driver, follow the standard driver installation procedure (please refer to theSRD7101P/SRD7101PB/SRD7204P/SRD7104P/SRD7104PB/SRD7140P/SRD7140PB/CRD7104PB/ CRD7101PB NVMe AIC RAID Drives User Guide). After installing the driver, follow the steps below:1.Download the DebugView utility from https:///files/DebugView.zip.2.Unzip, right-click on the icon, and run DebugView with administrator privileges. Select CaptureWin32, Capture Kernel, Enable Verbose Kernel Output, and Pass in the Capture toolbar.3.If the utility displays an “access denied” message, rename the following file:C:\Windows\System32\drivers\Dbgv.sys For example, rename it to “Dbgv.sys1”, i.e change the file type.4.Save the information printed by DebugView and send this to our support department.5.If required, we will provide management software information collection tools for the NVMeRAID Manager interface.How to Collect INF Logs1.Go to drive C→ Windows→ INF, and locate the setuppapi.dev and setupapi.setup logs:INF logs can be used to check what kind of software has been installed into the Windowssystems.2.Please access Device Manager, Storage Controllers, and check the properties for the HighPointentry. Click on Driver Details and take a screenshot – include this with the log files you submit for your support case.How to Collect System LogsIn addition to DebugView logs, System Logs can aid our Support department diagnose and resolve the support issues you have submitted. The System Log typically records errors, device failures, and software or driver related incidents. This information can help our engineers narrow down or even identify the source of the problem you are experiencing.System Log1.Click the Windows button towards the bottom left-hand corner of your desktop, and click on theSearch field.2.Type Event Viewer and click the icon as shown below:3.Expand the Windows Log folder and select System:4.Select Save All Events as… and save the .evtx file in an easy to find location.Collecting Windows Dump FilesWindows Dump files are snap shots that show which processes were running at the time of the event or failure. If possible, locate and upload the following files to your support case:•Memory.dmp•Minidump.dmpTo locate the dump files, check the C:\Windows directory and search for Memory.dmp andMinidump.dmp:。

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大屏兼屏品牌型号分辨率屏电压高压屏线AU（友达）T315XW02 V.T1366X76812V24V FIX30PD8 LG线AU（友达）T400XW01 V.41366X76812V2100V FIX30PD8 LG线AU（友达）T400XW01 V.11366X7685V2100V FIX 30P D8AU（友达）T315HW02 V.11920X108012V24V S8(三星51P线)AU（友达）T420HW02 V.01920X108012V+3.3V24V LG51P线AU（友达）T400HW02 V.01920X108012V2100V S8(三星51P线)AU（友达）T260XW02 V.K1366X76812V24V(三星41P D8线)AU（友达）T370XW02 V.11366X76812V+3.3V24V S8(三星51P线)AU（友达）T400HW01 V.51920X108012V1500V S8(三星51P线)AU（友达）T400XW01 V.01366X7685V1500V FIX 30P D8AU（友达）T460HW02 V.11920X108012V1500V S8(三星51P线)AU（友达）T460HW02 V.51920X108012V1500V S8(三星51P线)AU（友达）T400HW01 V.31920X108012V2100V S8(三星51P线)AU（友达）T260XW01 V.31280X7685V24V DF 19 20P D8AU（友达）T260XW01 V.61366X7685V24V DF 19 20P D8AU（友达）T260XW01 V.71280X7685V24V DF 19 20P D8AU（友达）T370HW02 V.61920X108012V24V LG 120HZ 线AU（友达）T260XW01 V.51280X7685V24V DF19 20P D8AU（友达）T260XW03 V.11366X76812V24V FIX30PD8 LG线AU（友达）T400HW01 V.11920X108012V1500V S8(三星51P线)AU（友达）T370XW02 V.51366X76812V24V FIX30PD8 LG线AU（友达）T370XW01 V.21366X76812V24V FIX30PD8 LG线AU（友达）T370XW02 V.61366X76812V24V FIX30PD8 LG线AU（友达）T315XW02 V.61366X76812V24V S8(三星51P线)AU（友达）T370XW01 V.11366X76812V24V FIX30PD8 LG线AU（友达）T260XW02 V.51366X7685V24V FIX 30P D8AU（友达）T230XW01 V.01366X768AU（友达）T370HW02 V.41920X108012V24V LG51P线AU（友达）T315XW02 V.E1366X76812V24V(三星41P D8线)AU（友达）T315XW02 V.81366X76812V24V S8(三星51P线)AU（友达）T315XW02 V.31366X7685V24V FIX 30P D8AU（友达）T370HW02 V.51920X108012V24V LG51P线AU（友达）T260XW01 V.51280X7685V24V DF 19 20P D8AU（友达）T315XW01 V.91366X76812V24V FIX30PD8 LG线AU（友达）T370HW02 V.21920X108012V24V LG51P线AU（友达）T420XW01 V.31366X76812V24V FIX30PD8 LG线AU（友达）T370HW02 V.41920X108012V24V S8 LG 51P线AU（友达）T296XW011280X76812V+3.3v24V DF19 20P D8AU（友达）T315XW02 V.F1366X76812V24V S8(三星51P线)AU（友达）T315XE01 V.G1366X76812V24V LG线AU（友达）T315XW02 V.C1366X7685V24V FIX 30P D8AU（友达）T260XW02 V.11366X7685V24V FIX D8 LG线AU（友达）T315XW02 V.61366X76812V24V S8(三星51P线) AU（友达）T260XW02 V.L1366X76812V24V FIX30PD8 LG线AU（友达）T315XW02 V.D1366X76812V24V FIX30PD8 LG线AU（友达）T315XW02 V.M1366X76812V24V FIX30PD8 LG线AU（友达）T420XW01 V.2 XXXXG 1366X76812V24V三星51P线 S8 AU（友达）T420XW01 V.3 1366X76812V24V FIX30PD8 LG线AU（友达）T420XW01 V.61366X76812V24V三星51P线 S8 AU（友达）T420XW01 V.41366X7685V24V FIX30PD8 LG线AU（友达）T370HW02 V.11920X108012V24V LG51P线AU（友达）T315XW02 V.L xxxxg1366X76812V24V FIX 30P D8 AU（友达）T315XW02 V.L 1366X76812V24V FIX30PD8 LG线AU（友达）T315XW02 V.11366X7685V24V FIX 30P D8 AU（友达）T420XW01 V.01366X76812V24V FIX30PD8 LG线AU（友达）T315HW02 V.01920X108012V24V三星51P线 S8 AU（友达）T420XW01 V.81366X76812V24V FIX30PD8 LG线AU（友达）T400HW02 V.11920X108012V24V三星51P线 S8 AU（友达）T260XW03 V.0 1366X7685V24V FIX 30P D8 AU（友达）T315XW02 V.K1366X76812V24V三星41P线 D8 AU（友达）T315XW01 V.01366X7685V24V FIX 30P D8 AU（友达）T420XW01 V.51366X76812V24V FIX30PD8 LG线AU（友达）T370HW01 V.11920X108012V24V FIS41HS8线AU（友达）T315XW02 V.01366X76812V24V三星51P线 S8 AU（友达）T260EW01 V.21280X76812V24V DF14 20P D8 AU（友达）T460HW02 V.41920X108012V1000V S8(三星51P线) AU（友达）T460HW03 V.31920X108012V1000V三星120HZ屏线AU（友达）T315HW02 V.71920X108012V24V S8(三星51P线) AU（友达）T460HW03 V.21920X108012V24V S8(三星51P线) AU（友达）T460HW03 V.11920X108012V24V S8(三星51P线) AU（友达）T315XW03 V.D1366X76824FFC 30PD8T460HW081920X10801224LG51P线 S8三星LTY320HA031920X108012V24V三星 51P 三星LTA230W1-L051366X7685V24V FIX 30P D8三星LTA400HT-L011920X108012V1500V三星51P 三星LTY460HB081920X108012V1500V三星51P 三星LTA320WT-L061366X7685V24V FIX 30P D8三星LTA320WT-L071366X7685V24V FIX 30P D8三星LTA260W1-L031280X7685V15V DF14 30P D8线三星LTA260W1-L051280X7685V24V D8三星LTA460HS-L021920X108012V24V S8三星LTA400WT-L171920X108012V24V D8三星LTM201M1-L011680X105012V12V S8三星LTA460WT-L141366X76812V24V D8三星LTA400W1-L021280X7685V120V D8三星LTI400WT-L021366X76812V24V D8三星LTA320WT-L061366X7685V24V D8三星LTA400WT-L011280X7685V120V D8三星LTA400WS-L021366X7685V24V D8三星LTY400HS-LH31920X108012V24V S8三星LTA520HB091920X108012V24V S8(51P)三星LTA460HT-L031920X108012V24V S8(51P)三星LTA460HT-LH31920X10805V24V S8(51P)三星LTI460WT-L171366X7685V24V FIX 30P D8三星LTI460WT-L021366X76812V24V FIX 30P D8三星LTI460HS-L031920X108012V24V三星 51P三星LTA400W2-L031366X7685V24V FTX 30P D8三星LTI400HS-L021920X108012V24V三星51P三星LTA460WT-L031366X7685V24V FTX 30P D8三星LTA460WS-L031366X7685V24V FTX 30P D8三星LTY520HE031920X108012V三星120HZ屏线三星LTY320HA011920X108012V24V三星51P三星LTZ320WH-LH21366X76812V24V三星51P三星LTZ400HA031920X108012V24V三星51P三星LTA320AB011366X76812V24V FTX 30P D8三星LTA400WT-L111366X7685V24V FTX 30P D8三星LTY460HT-LH11920X10805V三星51P三星LTY400WT-LH31366X76812V1500V三星41P线 D8三星LTY400HC011920X108012V2100V三星120HZ线三星LTZ400HA071920X108012V2100V三星51P三星LTA400HF02_HD1920X108012V24V三星120HZ线夏普LQ315T3LZ131366X7685V12V D8夏普LQ255T3LZ2J1366X7685V12V LG线夏普LK370D3LZ171920X108012V24V S8(FIX)夏普LK370T3LZ5BW1366X7685V24V FIX30PD8(LG线）夏普LK370D3LZ1AY1920X108012V24V V420(两个头）41P 夏普LK260T3LF141366X7685V24V FIX30PD8(LG线）奇美V420H1-LH41920X108012V24V LG120HZ线奇美V315B1-L091366X76812V24V FIX30PD8(LG线）奇美V315B1-L081366X76812V24V FIX30PD8(LG线）奇美V400H1-L011920X108012V2100V三星51P奇美V400H1-L011920X108012V24V三星51P奇美V420H1-L131920X108012V24V LG51P S8奇美V260B1-L111366X76812V24V D8奇美V420B1-L041366X7685V24V D8(LG线）奇美V320B1-L051366X76812V24V D8(LG线）奇美V420H1-L121920X108012V24V S8 LG51P 奇美V315B1-L011366X7685V24V FIX 30P D8奇美V315B1-L051366X76812V24V FIX30PD8 LG线奇美V420B1-L041366X7685V24V FIX30PD8 LG线奇美V270B1-L011366X7685V24V V320B1线奇美V260B1-L041366X7685V24V FIX 30P D8奇美V420H1-L051920X108012V24V S8奇美V420B1-L011366X76812V24V D8奇美V420H1-L111920X108012V24V S8奇美V470H1-L031920X108012V24V LG51P S8奇美V260B1-L031366X76812V24V LG线奇美 V315B3-L04 1366X768 12V 24V FIX 30P D8奇美V270B1-L03 1366X7685V24V V320B1线奇美V320B1-L01 1366X7685V24V V320B1线奇美V320B1-L061366X7685V24V V320B1线奇美V270B1-L011366X7685V24V V320B1线奇美V270W1-L031280X7205V24V V270线DF1430PD8奇美V470H1-L021920X108012V24V LG51P S8奇美V320B1-L041366X7685V24V V320B1线奇美V260B1-L011366X7685V24V FIX 30P D8 QD QD32HL011366X7685V24V FIX 30P D8 QD QD32HL0311366X76812V24V FIX 30P D8UD UD320XD1366X7685V24V V320B1线LG LC370WUN1920X108012V+3.3v24V LG51P线LG LC370WU31920X1080LG LC200WX11366X76812V24V D8LG LC260WX21366X76812V24V D8LG LC320W011366X76812V24V D8LG LM240WU2（SLA1）1920X120012V+3.3v24V FIX 30P S8 LG LM240WU2（SLB1）1920X120012V24V FIX 30P S8 LG LC420WU61920X108012V24V S8 LG51PLG LC320WX1(SL)(B1)1366X76812V+3.3v24V S8 LG51PLG LC320WXD(SA)(C1)1366X76812V+3.3v24V S8 LG51PLG LC420WUN1920X108012V+3.3v24V S8 LG51PLG LM240WU3 (TL)(C1)1920X12005V24V FIX 30P S8 LG LC260WX2(SL)(02)1366X7685V24V FIX30PD8 LG线LG LC470WU5(SL)(A2)1920X108012V+3.3v24V S8 LG51PLG LC420WUE1920X108012V+3.3v24V S8 LG51PLG LC260W01(A5)(K6)1280X76812V24V DF14 20P D8 LG LC370WU2(SL)(A2)1920X108012V24V LG 120HZ 线LG LC420WU5(SL)(A1)1920X108012V24V S8 LG51PLG LC320WUN1920X108012V+3.3v24V LG51P线LG LC420WUD1920X108012V24V120HZ线LG LM260WU11920X120012V24V FIX 30P S8日立TX66D11VCOCAB1366X76812V24V FIX30PD8 LG线中华中华中华CLAA370WF02 CZ(CPT)1366X76812V24V FIX 30P D8 中华CLAA370WA03 SCD1366X76812V24V FIX30PD8(LG线）中华CLAA370WF02 S Z1366X76812V24V FIX 30P D8中华CLAA370WA03 SC1366X76812V24V FIX30PD8(LG线）中华CLAA320WF01 UX1366X76812V24V FIX 30P D8中华CLAA320WF01 UZ1366X76812V24V FIX 30P D8中华CLAA370WA03 SCZ1366X76812V24V FIX30PD8(LG线）中华CLAA320WF01 UD1366X76812V24V FIX 30P D8中华CLAA370WA03 1366X76812V24V FIX30PD8(LG线）中华CLAA370WA021366X76812V24V跳线中华CLAA320WA01CV1366X76812V24V跳线中华CLAA320WF01 SC1366X76812V24V FIX 30P D8大屏兼容表备注正程序正程序电源：IP-2311135B正程序电源：IP-2311135BT400HW01_V.3程序屏线倒数第七脚加3.3V 奇偶反 MAP反程序T400HW01 V.3程序三星电源2100V 电源型号：IP-231135A6E18:MAP反屏线倒数第七脚加3.3V（电源为1脚）正程序正程序电源SIP400B正程序电源SIP400B正程序电源：IP-301135A (高压点两边）电源：IP-301135A （电源高压输出用单口点，左右各一个）6E18:MAP反（专用程序）电源型号： IP-231135A正程序正程序正程序正程序正程序正程序电源SIP400B HV1接最上边脚位 HV2接最下边脚位正程序正程序正程序6E18:MAP反正程序正程序电源地线中间加100R电阻6E18：奇偶反程序6E18:MAP反6E18:MAP反正程序6E18：奇偶反程序正程序正程序6E18：奇偶反程序正程序6E18：奇偶反程序屏接口倒数第三脚接3.3V，最后一脚接地（由左至右数起） MAP反程序（S8L_1366X768 120HZ) 6E18:MAP反正程序6E18:MAP反正程序正程序正程序6E18:MAP反正程序6E18:MAP反6E18:MAP反6E18：奇偶反程序正程序正程序正程序正程序正程序正程序6E18:MAP反（专用程序）正程序正程序正程序6E18:MAP反正程序黄色46电源，高压两边各点一条线黄色46电源，高压两边各点一条线小板写U4程序 34 12正程序正程序正程序正程序MAP反程序高压12脚同14脚连起MAP反程序电源：SIP400BMAP反程序电源：IP-301135A正程序正程序4P脚位定义：第一脚地线，开关第四脚，接地线，（由高至低数起）高压开关12脚，亮度13脚(第二个口，开关位，由高至低数）第一个口接电源地线14P脚位定义： 5：地 8：5V 14：开关(由高至低数起）14P脚位定义： 5：地 8：5V 14：开关(由高至低数起）6E18:MAP反6E18：MAP反6E18：MAP反6E18：MAP反6E18：MAP反6E18：MAP反6E18：MAP反6E18：MAP反双包52电源,反馈线：PROT1接LD,IL1接FB EY21:左接上，右接下 EY22:左接上，右接下6E18：MAP反6E18：MAP反 S8L 1366X7686E18：MAP反6E18：MAP反亮度线13脚6E18：MAP反三星电源2100V 电源型号：IP-231135A6E18：MAP反 1500V电源6E18：MAP反 1500V电源:SIP400D电源：IP-231135AMAP反程序电源：IP-231135ALED自带电源。

液晶电视接口

液晶电视内部主要接口逻辑板电路电源的电压值：电压值有5V 和12V 之分，液晶电视机消耗的功率：主要是在背光灯上，背光灯消耗的功率占总消耗功率的80%以上，屏的尺寸愈大，背光灯的数目多，长度长，消耗功率也大。

一般说来，配大屏要大功率电源板。

各种尺寸的背光灯消耗的功率大约如下：17 寸是25W，20 寸是38W，26 寸是67W，32 寸是110W，37 寸是145W，42 寸是160W。

逆变器器的电源电压和控制信号逆变器的电源电压有12V 和24V 之分，一般20 寸左右及以下是12V，30 寸左右及以上是24V。

控制信号有两种：第一、是控制逆变器的控制芯片工作的启动信号，电视驱动板输出的高电平/低电平。

要注意的屏高电平规定有差异，有的是3.3V ,有的规定是5V,因高电平的最小值是2V,换屏时可以不考虑。

第二、是背光灯亮度调节信号ADJ，这个电压值有如下几种：0V～3V 、0V～3.3V、0V～5V。

换屏时一定要改过来，否则亮度的调整范围不够。

主板与逻辑板间LVDS信号接口在主板上通过编码IC(差分信号发送器):将非平衡传输的TTL信号转换成平衡传输的LVDS信号,通过LVDS信号线【差分信号互联器:包括连接线(电缆或PBC走线),终端匹配电阻.按照IEEE规定,电阻为100欧.】传送到逻辑板，逻辑板通过解码IC（差分信号接收器）:将平衡传输的LVDS线号转换成非平衡传输的TTL信号.接口连接信号：有一对时钟线（CLK+，CLK-），三对或四对是数据线（RX0+，RX0-；RX1+，RX1-；RX2+，RX2-；RX3+，RX3-）三对的没有（RX3+，RX3- ），叫6位4组或8位5组差分信号。

LVDS信号格式，目前在世界上通用的有两种标准，一种是美国的VESA，一种是日本JEIDA 格式LVDS连接线LVDS线不良,那么图像会正常显示,只是其中会在局部区域,夹杂有很多细小的“雪花”状彩点LVDS线都有一定规律，边上红色的是电源，绞在一起的是LVDS信号线主板LVDS输出插座管脚信号如图：一路LVDS线：双路LVDS线：液晶屏与LVDS线的配置1920X1080高清屏对应的数字板LVDS接口电路标准化较统一，非1920X1080显示屏对应的数字板LVDS接口电路标准化不统一。

等离子液晶平板电视配件型号大全

3/0
[电源板 EAY4050520-EAX40157601-42LG50FR电源板-LGP42-08H-LG液晶电源
3/0
[电源板夏普液晶电源 24V 全新原装可用于47寸 RDENCA165WJQZ MPF3918
2/0
[YZ驱动板三星 /S42AX-YB01X板 / LJ41-0/LJ92-01199A/ PS42S5H
5/0
[高压条中华32寸背光板 / CPT320WA01C /原装高压板 VIT68001.70 V144-J01N
111/0 顶热荐
[缓冲板松下MC106W36FC6等离子屏地址板TNPATNPA套板对 1000
3/0
[等离子配件松下原装TH-42PV70C D板TNPA4134
0/0
0/0
[YZ驱动板夏普背光板 /RDENC2/RDENC2/( 原装保修三过月 )
5/0
[YZ驱动板三星YD05 X板LJ41-015飞利浦彩电42PF9946
3/0
[高压条 LCD32K73液晶高压板-INV32S12M-REV 0.5-LTA320AB01屏背光板
0/0
[高压条三星32寸液晶屏高压板-INV32S12M-REV0.5背光板
0/0
[缓冲板 42SD-YD05/ 缓冲板 /LJ41-0 /LJ41-0 对 1000
5/0
[等离子配件 6870Q SH002A /42X2_XR_TCP 对 1000
0/0
[等离子配件三星42寸高清等离子 S42AX-YB03 Y板LJ41-05134A LJ92-01494A
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华为安装和配置常用外购软件

AntiSpamming2850垃圾短信监控平台2850安装指南目录目录C 安装和配置常用外购软件......................................................................................................... C-1C.1 手动安装VCS ............................................................................................................................................................ C-1C.1.1 安装VCS 4.1 MP3 .......................................................................................................................................... C-1C.1.2 安装VCS 4.1 MP4 .......................................................................................................................................... C-7C.1.3 安装VCS 4.1MP4 RP3................................................................................................................................ C-13C.1.4 配置VCS......................................................................................................................................................... C-13C.2 自动安装VCS .......................................................................................................................................................... C-18C.2.1 USM安装顺序说明....................................................................................................................................... C-18C.2.2 登录USM服务器 ......................................................................................................................................... C-18C.2.3 添加软件源 ..................................................................................................................................................... C-19C.2.4 添加软件源许可证........................................................................................................................................ C-20C.2.5 定制安装模板................................................................................................................................................. C-21C.2.6 部署安装任务................................................................................................................................................. C-22C.2.7 安装后配置 ..................................................................................................................................................... C-23C.2.8 安装后检验 ..................................................................................................................................................... C-25C.2.9 卸载VCS......................................................................................................................................................... C-25C.3 安装数据库软件Agent........................................................................................................................................... C-26C.4 安装VCS客户端..................................................................................................................................................... C-26C.5 安装UltraPath for Linux......................................................................................................................................... C-26C.5.1 安装UltraPath for Linux应用程序 ........................................................................................................... C-27C.5.2 卸载UltraPath for Linux .............................................................................................................................. C-28C.6 安装DB2客户端......................................................................................................................错误！未定义书签。

RN-131 171-PICTAIL评测板用户手册说明书

RN-131/171-PICTAIL-UM
RN-131-PICTAIL & RN-171-PICTAIL Evaluation Boards
© 2012 Roving Networks. All rights reserved. RN-131/171-PICTAIL-UM Version 1.0 9/7/2012
This document describes how to use the RN-131-PICTAIL/RN-171-PICTAIL evaluation board connected to a PIC18 Explorer Board to associate with a Wi-Fi network and communicate with other devices within a LAN. Communication with other LAN devices is performed using telnet.
o 4-uA sleep, 38-mA Rx, 120-mA Tx at 0 dBm (RN-171-PICTAIL) o 4 uA sleep, 40 mA Rx, 210 mA Tx (RN-131-PICTAIL) • High throughput: 921 Kbps TX, 500 Kbps RX data rate with TCP/IP and WPA2 over UART, up to 2 Mbps over SPI slave • UART interface with hardware flow control • SPI interface with slave interrupt • Real-time clock for wakeup and time stamping • 3 status LEDs (2 configurable) • Powered by PIC18 Explorer and Explorer 16 boards • Supports ad hoc and infrastructure networks • Wi-Fi Alliance certified for WPA2-PSK • Complete on-board TCP/IP networking stack • Environmentally friendly: RoHS compliant

APAC ArrowSeed product SEED-XDS560v2PLUS安装使用指南 -Li

User Guide - APACArrowSeed product SEED-XDS560v2PLUS安装使用指南-Linux版适用于CCSv5.x&Above Linux版Version：C2017.11声明北京艾睿合众科技有限公司保留随时对其产品进行修正、改进和完善的权利，同时也保留在不作任何通告的情况下，终止其任何一款产品的供应和服务的权利。

用户在下订单前应获取相关信息的最新版本，并验证这些信息是当前的和完整的。

SEED-XDS560v2PLUS是适用TI全系列平台包括最新的C66xx、AM5728等芯片的调试与仿真的System Trace仿真器。

所有由北京艾睿合众科技有限公司生产制造的硬件和软件产品，保修期为从发货之日起壹年。

在保修期内由于产品质量原因引起的损坏，北京艾睿合众科技有限公司负责免费维修或更换。

当在保修期内软件进行了升级，北京艾睿合众科技有限公司将免费提供。

商标：ArrowSEED是北京艾睿合众科技有限公司的注册商标。

TI、XDS560是Texas Instruments的注册商标。

更多帮助：请浏览以下网址：或通过该网址的相关信息联系相关办事处和销售人员。

目录前言阅前必读 (I)简介： (I)商标： (I)更多帮助： (II)目录 (1)第1章SEED-XDS560v2PLUS仿真器介绍 (1)1.1 产品概述 (1)1.1.1 SEED-XDS560v2PLUS仿真器硬件特点 (1)1.1.2 SEED-XDS560v2PLUS仿真器软件特点 (1)1.1.3 SEED-XDS560v2PLUS仿真器及附件介绍 (1)第2章SEED-XDS560v2PLUS仿真器安装 (5)2.1 安装说明 (5)2.1.1 安装环境 (5)2.1.2 SEED-XDS560v2PLUS仿真器所支持的DSP系列 (5)2.1.3 安全警告 (5)2.2 安装步骤 (6)2.2.1 安装软件 (6)2.2.2 SEED-XDS560v2PLUS仿真器驱动安装 (6)2.2.3 安装仿真器硬件设备 (10)第3章SEED-XDS560v2PLUS仿真器的使用 (11)3.1 仿真器通过USB电缆进行仿真 (11)3.1.1 硬件连接 (11)3.1.2 软件仿真调试 (11)3.2 仿真器通过网络进行仿真 (16)3.2.1 硬件连接 (16)3.2.2 软件仿真调试 (17)第4章SEED-XDS560v2PLUS使用注意事项 (23)附录A SEED-XDS560v2PLUS JTAG介绍 (24)A.1 SEED-XDS560v2_6014_v0.3 (24)A.2 SEED-XDS560v2_6020_v0.3 (24)第1章SEED-XDS560v2PLUS仿真器介绍1.1 产品概述SEED-XDS560v2PLUS全面兼容TI原装XDS560v2技术，支持实时仿真、调试和系统跟踪功能（System Trace）。

AUO(友达)液晶面板连接器型号清单--精电连接

65 15.6 55 42 31.5 40 50 42 26 21.5 55 50 21.5 15 7 24 15 7.9 7.9 42 15 15 65 42 42 31.5 39 24 28 46 21.5 19 15 65 55 24 55 55 8 19 65 10.1
FI-RE51S-HF MSAK24025P40 FI-RE51S-HF FI-RE51S-HF FI-RE51S-HF FI-RE51S-HF FI-RE51S-HF FI-RE51S-HF 093G30-B0001A-1 FI-XPB30SRLA-HF11 FI-RE51S-HF FI-RE51S-HF FI-XPB30SRLA-HF11 FX8-80S-SV 6700S32-000000-G2-R MSCKT2407P30HB MSB240420E FH35W-35S-0.3SHW(50) FH35W-35S-0.3HW FI-RE51S-HF 3804-F20N-06R 3804-F20N-06R FI-RE51S-HF 187059-51221 187059-51221 196282-30041 187059-51221 FI-XPB30SRLA-HF11 FI-RE51S-HF 187059-51221 MSCKT2407P30HB FI-XB30SSL-HF15 3804-F20N-06R FI-RE51S-HF FI-RE51S-HF 106F30-A00000-A2-R 187059-51221-1 187059-51221 FH35W-31S-0.3SHW(50) 187034-30091 FI-RE51S-HF FH26W-39S-0.3SHW
19 65 65 65 50 50 50 46 65 10.1 65 65 17 17 10.1 10.1 10.1 14 14 13.3 13.3 13.3 13.3 27 27 55 32 31.5 13.3 65 11.6 11.6 15 7 19 42 24 46 15.4 39 21.5 14

H3C终结者开局指导

V7局点版本（包括AC、本体和分体）升级到B64D004SP11版本升级指导版本号：1.0.0目录1.范围 (1)1.1.总体测试示意图 (1)2.测试设备以及软件列表 (1)2.1.测试设备列表 (1)3.使用设备版本信息 (1)4.升级步骤 (4)5.注意事项 (10)1. 范围本文档用于指导V7局点版本（包括AC、本体和分体）升级到B64D004SP11版本。

1.1.总体测试示意图测试环境如图1-1所示。

AC---------Switch-------WT1020（若干）-------WTU430（若干）图1-1 测试组网图2. 测试设备以及软件列表2.1.测试设备列表表5-1 测试辅助设备列表3. 使用设备版本信息初始版本：AC版本：[H3C]dis version H3C Comware Software, Version 7.1.064, Demo 5104 Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved.H3C WX5510E uptime is 0 weeks, 0 days, 0 hours, 41 minutes Last reboot reason : User soft rebootBoot image: cfa0:/wx5510-cmw710-boot-d5104.bin Boot image version: 7.1.064, Demo 5104 Compiled Jun 04 2015 15:26:02System image: cfa0:/wx5510-cmw710-system-d5104.bin System image version: 7.1.064, Demo 5104 Compiled Jun 04 2015 15:26:02[H3C]probe [H3C-probe]display system internal version H3C WX5510E V500R001B64D003 Comware V700R001B64D003 [H3C-probe]本体WT1020版本：[H3C]dis versionH3C Comware Software, Version 7.1.064, Alpha 2102Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved.H3C WT1020 uptime is 0 weeks, 0 days, 0 hours, 7 minutesLast reboot reason : User soft rebootBoot image: flash:/wt1020-cmw710-boot-a2102.binBoot image version: 7.1.064, Alpha 2102Compiled Jun 15 2015 18:44:55System image: flash:/wt1020-cmw710-system-a2102.binSystem image version: 7.1.064, Alpha 2102Compiled Jun 15 2015 18:44:55[H3C]probe[H3C-probe]display system internal versionH3C WT1020 V200R001B64D003Comware V700R001B64D003[H3C-probe]分体WTU430版本：[H3C]display versionH3C Comware Software, Version 7.1.064, Beta 2104Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved.WTU430 uptime is 0 weeks, 0 days, 0 hours, 1 minuteLast reboot reason : Memory exhausted rebootBoot image: flash:/wa4300s-boot.binBoot image version: 7.1.064, Beta 2104Compiled Jun 15 2015 18:42:00System image: flash:/wa4300s-system.binSystem image version: 7.1.064, Beta 2104Compiled Jun 15 2015 18:42:00[H3C]probe[H3C-probe]display system internal versionWTU430 V200R001B64D003Comware V700R001B64D003[H3C-probe]升级后版本：AC版本：[H3C]display version H3C Comware Software, Version 7.1.064, Customer 5107P11 Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved. H3C WX5510E uptime is 0 weeks, 0 days, 1 hour, 20 minutes Last reboot reason : User soft rebootBoot image: cfa0:/wx5510-cmw710-boot-e5107p11.bin Boot image version: 7.1.064, Customer 5107P11 Compiled Aug 04 2015 18:40:33 System image: cfa0:/wx5510-cmw710-system-e5107p11.bin System image version: 7.1.064, Customer 5107P11 Compiled Aug 04 2015 18:40:33[H3C]probe [H3C-probe]display system internal version H3C WX5510E V500R001B64D004SP11 Comware V700R001B64D004 [H3C-probe]本体WT1020版本：[H3C]display versionH3C Comware Software, Version 7.1.064, ESS 2107P11Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved.H3C WT1020 uptime is 0 weeks, 0 days, 0 hours, 2 minutesLast reboot reason : Power onBoot image: flash:/wt1020-boot.bin Boot image version: 7.1.064, ESS 2107P11 Compiled Aug 04 2015 18:40:33 System image: flash:/wt1020-system.bin System image version: 7.1.064, ESS 2107P11 Compiled Aug 04 2015 18:40:33[H3C]probe [H3C-probe]display system internal version H3C WT1020 V200R001B64D004SP11 Comware V700R001B64D004 [H3C-probe]分体WTU430版本：[H3C]display version H3C Comware Software, Version 7.1.064, ESS 2107P11 Copyright (c) 2004-2015 Hangzhou H3C Tech. Co., Ltd. All rights reserved.WTU430 uptime is 0 weeks, 0 days, 0 hours, 15 minutes Last reboot reason : User soft rebootBoot image: flash:/wa4300s-boot.bin Boot image version: 7.1.064, ESS 2107P11 Compiled Aug 04 2015 18:40:33 System image: flash:/wa4300s-system.bin System image version: 7.1.064, ESS 2107P11 Compiled Aug 04 2015 18:40:33[H3C-probe]display system internal version WTU430 V200R001B64D004SP11 Comware V700R001B64D004 [H3C-probe]4. 升级步骤1. B64D004SP11的AC版本中打包了AP版本（wa4300s.ipe/wt1020.ipe/wa4300.ipe/wa2610.ipe），升级前确保AC的cfa0:下不存在相同文件名的AP版本文件；2. 将所有WTU430加入到AP-Group，并关闭版本升级功能#配置WTU430和WT1020，使之与AC关联；[H3C]display wlan ap all Total number of APs: 2 Total number of connected APs: 2 Total number of connected configured APs: 2 Total number of connected auto APs: 0 Total number of connected anchor APs: 0 Maximum AP capacity: 356 Remaining AP capacity: 354AP information State : I = Idle, J = Join, JA = JoinAck, IL = ImageLoad C = Config, DC = DataCheck, R = Run, M = Master, B = BackupAP name AP ID State Model Serial ID --------------------------------------------------------------------------------wt1020 1 R/M WT1020 DPPMWWB123456 wtu430 2 R/M WTU430 219801A0SS9154G00006[H3C]# 配置ap-group，并将所有WTU430加入到ap-group（根据Serial-id添加）[H3C]wlan ap-group ag[H3C-wlan-ap-group-ag]serial-id 219801A0SS9154G00006[H3C-wlan-ap-group-ag].....# 关闭AP版本升级功能[H3C-wlan-ap-group-ag]firmware-upgrade disable3. 通过tftp或ftp，将AC版本上传到AC；<H3C>tftp 70.70.1.10 get wx5510.ipe Press CTRL+C to abort.% Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 100 175M 100 173M 0 0 1001k 0 0:02:57 0:02:57 --:--:-- 962k Writing file...Done.<H3C>dir wx5510.ipe Directory of cfa0: 0 -rw- 184257536 Aug 12 2015 15:01:42 wx5510.ipe4088468 KB total (2958716 KB free)<H3C>4.手动生成map文件，通过tftp或ftp上传到AC，并在AC上所有WTU430添加map-configuration命令<H3C>tftp 70.70.1.10 get mp.txt Press CTRL+C to abort. % Total % Received % Xferd Average Speed Time Time Time Current Dload Upload Total Spent Left Speed 100 159 100 159 0 0 8369 0 --:--:-- --:--:-- --:--:-- 79500 Writing file...Done.<H3C>system-view[H3C]wlan ap wtu430[H3C-wlan-ap-wtu430]map-configuration ? STRING [drive][path][file name] cfa0: Device name slot1#cfa0: Device name[H3C-wlan-ap-wtu430]map-configuration cf [H3C-wlan-ap-wtu430]map-configuration cfa0:/mp.txt [H3C-wlan-ap-wtu430]di this # wlan ap wtu430 model WTU430 serial-id 219801A0SS9154G00006 map-configuration cfa0:/mp.txt hybrid-remote-ap enable vlan 1 radio 1 channel 149 radio enable service-template 1 vlan 200 service-template 2 vlan 31 radio 2 channel 1 radio enable service-template 1 vlan 200 service-template 2 vlan 31 # returnmp.txt文件格式：system-viewvlan 2800 to 2900 《--创建所有业务vlanint g1/0/1port link-type trunkport trunk permit vlan all5.指定AC启动文件，保存配置后重启<H3C>boot-loader file cfa0:/wx5510.ipe all main Verifying the file cfa0:/wx5510_0805.ipe on slot 1..........Done. H3C WX5510E images in IPE: wx5510-cmw710-boot-e5107p11.bin wx5510-cmw710-system-e5107p11.bin This command will set the main startup software images. Continue? [Y/N]:y Add images to slot 1. File cfa0:/wx5510-cmw710-boot-e5107p11.bin already exists on slot 1. File cfa0:/wx5510-cmw710-system-e5107p11.bin already exists on slot 1. Overwrite the existing files? [Y/N]:y Decompressing file wx5510-cmw710-boot-e5107p11.bin tocfa0:/wx5510-cmw710-boot-e5107p11.bin......................................... .............Done. Decompressing file wx5510-cmw710-system-e5107p11.bin tocfa0:/wx5510-cmw710-system-e5107p11.bin..............................Done.Verifying the file cfa0:/wx5510-cmw710-boot-e5107p11.bin on slot 1.......Done. Verifying the file cfa0:/wx5510-cmw710-system-e5107p11.bin on slot 1....Done. The images that have passed all examinations will be used as the main startup softwareimages at the next reboot on slot 1.Decompression completed. Do you want to delete cfa0:/wx5510.ipe now? [Y/N]:n <H3C>save The current configuration will be written to the device. Are you sure? [Y/N]:y Please input the file name(*.cfg)[cfa0:/xm.cfg] (To leave the existing filename unchanged, press the enter key): cfa0:/xm.cfg exists, overwrite? [Y/N]:y Validating file. Please wait... Saved the current configuration to mainboard device successfully.<H3C>reboot Start to check configuration with next startup configuration file, pleasewait.........DONE!This command will reboot the device. Continue? [Y/N]:y6.AC完成升级后，开始自动对所有WT1020设备进行升级；[H3C]dis wlan ap all Total number of APs: 2 Total number of connected APs: 1 Total number of connected manual APs: 1 Total number of connected auto APs: 0 Total number of connected anchor APs: 0Maximum supported APs: 512 Remaining APs: 511 Fit APs activated by license: 256 Remaining fit APs: 256 WTUs activated by license: 100 Remaining WTUs: 99AP information State : I = Idle, J = Join, JA = JoinAck, IL = ImageLoad C = Config, DC = DataCheck, R = Run, M = Master, B = BackupAP name AP ID State Model Serial ID --------------------------------------------------------------------------------wt1020 1 I WT1020 DPPMWWB123456 wtu430 2 R/M WTU430 219801A0SS9154G00006[H3C]%Aug 6 15:50:22:461 2015 H3C CWS/6/CWS_IMG_DOWNLOAD_START: AP wt1020 startedto download the image file wt1020.ipe.%Aug 6 15:50:58:659 2015 H3C CWS/6/CWS_IMG_DOWNLOAD_COMPLETE: Downloading theimage file wt1020.ipe for AP wt1020 through the CAPWAP tunnel is complete.7.待所有WT1020升级成功后，修改本体工作模式，并在ap-group视图下开启ap版本升级功能，然后所有WT1020断电重启；[H3C]wlan ap wt1020 model WT1020[H3C-wlan-ap-wt1020]wt version 1 [H3C-wlan-ap-wt1020]di this # wlan ap wt1020 model WT1020 serial-id 219801A0TA9156Q00013 wt version 1 vlan 1 gigabitethernet 1 gigabitethernet 2 gigabitethernet 3 gigabitethernet 4 # return [H3C-wlan-ap-wt1020]quit[H3C]wlan ap-group ag [H3C-wlan-ap-group-ag]firmware-upgrade enable [H3C-wlan-ap-group-ag]quit8.WT1020重启后，WTU430开始自动升级[H3C]%Aug 6 16:40:34:565 2015 H3C CWS/4/CWS_AP_DOWN: CAPWAP tunnel to AP wtu430went down. Reason: Neighbor dead timer expired. %Aug 6 16:40:34:569 2015 H3C APMGR/6/APMGR_AP_OFFLINE: AP wtu430 went offline. Statechanged to Idle.%Aug 6 16:40:36:945 2015 H3C CWS/4/CWS_AP_DOWN: CAPWAP tunnel to AP wt1020 wentdown. Reason: Neighbor dead timer expired.%Aug 6 16:40:36:946 2015 H3C APMGR/6/APMGR_AP_OFFLINE: AP wt1020 went offline. Statechanged to Idle.%Aug 6 16:41:02:525 2015 H3C APMGR/6/APMGR_AP_ONLINE: AP wt1020 went online. Statechanged to Run.%Aug 6 16:41:02:526 2015 H3C CWS/6/CWS_AP_UP: CAPWAP Master tunnel to AP wt1020went up.[H3C]dis wlan ap all Total number of APs: 2 Total number of connected APs: 1 Total number of connected manual APs: 1 Total number of connected auto APs: 0 Total number of connected anchor APs: 0 Maximum supported APs: 512 Remaining APs: 511 Fit APs activated by license: 256 Remaining fit APs: 256 WTUs activated by license: 100 Remaining WTUs: 100AP information State : I = Idle, J = Join, JA = JoinAck, IL = ImageLoad C = Config, DC = DataCheck, R = Run, M = Master, B = BackupAP name AP ID State Model Serial ID --------------------------------------------------------------------------------wt1020 1 R/M WT1020 DPPMWWB123456 wtu430 2 I WTU430 219801A0SS9154G00006[H3C]%Aug 6 16:42:43:929 2015 H3C CWS/6/CWS_IMG_DOWNLOAD_START: AP wtu430 startedto download the image file wa4300s.ipe.%Aug 6 16:43:15:578 2015 H3C CWS/6/CWS_IMG_DOWNLOAD_COMPLETE: Downloading theimage file wa4300s.ipe for AP wtu430 through the CAPWAP tunnel is complete. %Aug 6 16:48:01:638 2015 H3C APMGR/6/APMGR_AP_ONLINE: AP wtu430 went online. Statechanged to Run.%Aug 6 16:48:01:639 2015 H3C CWS/6/CWS_AP_UP: CAPWAP Master tunnel to AP wtu430went up.5. 注意事项1、AC升级后，WX5540E聚合口下配置会丢失，会导致不通，升级到最新版本后需要对聚合口下内容重新配置。

H3C-S5120交换机配置文档

H3C S5120交换机配置说明1、Console端口配置2、设备信息管理3、Telnet配置服务4、系统文件升级5、Vlan和路由基础配置6、端口基础配置及防环路7、ACL访问控制配置8、查看相关配置及运行状态1、Console端口配置使用console数据线，连接电脑和交换机设备上的CONSOLE端口连接超级终端的时候创建的名称点击还原为默认值，并将位/秒的值选为9600在连接时使用中选择所用的COM2、设备信息管理⑴设置设备名称：设备开机运行后，进入命令行的时“< >”为视图模式我们配置任何数据都需要进入“[ ]”全局模式，进入的命令SYS 回车。

我们要修改设备名就是SYSNAME ****(名称)3、Telnet服务配置目的：开启telnet服务，用于远程登录维护管理⑴Telnet服务配置[tiluju]Telnet server enable //开启TELNET的服务[tiluju]local-user user1 //创建用户名为user1[tiluju-luser-user1]password simple user1 //明文密码为user1[tiluju-luser-user1]authorization-attribute level 3 //用户级别为3级[tiluju-luser-user1]service-type telnet //开启用户telnet服务[tiluju-luser-user1]quit //退出到全局模式[tiluju]user-interface vty 0 4 //进入远程登录虚拟端口[tiluju-ui-vty0-4]authentication-mode scheme //telnet 开启时为账号密码模式4、系统文件升级⑴本次招标采购的H3C-S5120-28P-SI交换机的系统版本为1505P09，需要将系统版本升级到1513P15版本，才能对端口进行环路行为识别和处理。

NOVUX 光纤设备系统 TC-1459-IP 版本 C 六月 2022 硬化终端 1说明书

Installation InstructionsNOVUX™ Fiber Optic SystemTC-1459-IPRev. C, June 2022Hardened Terminal1About this manualThis publication provides user information for the installation of the NOVUX™ Full Size and the NOVUX™ Prodigy™ Hardened Terminals (HT) which include the Small, Medium and Large models. The document starts with providing an overview of the tools required to perform the installation. Also warnings and cautions are indicated, which should be observed before starting the product installation. The topics covered include installation and mounting guidelines, and procedures for using and maintaining the hardened connectors and adapters.Images in this manual are for reference only and are subject to change.2DimensionsContents1 About this manual (1)2 Dimensions (1)3 Tools (3)4 Warnings and Cautions (3)5 General product information (3)5.1 Cable handling recommendations (3)5.2 Grounding the armored cable (4)5.3 Standard fiber and port configuration (4)6 Mounting the Hardened Terminal (5)6.1 Flat surface mounting (5)6.2 Pole mounting (5)6.3 Strand mounting (6)7 Full Size connector Installation (6)7.1 Connector components (6)7.2 Adapter components (7)7.3 Connecting the Full Size connector (7)7.4 Disconnecting the Full Size Connector (8)7.5 Full Size connector cleaning (8)8 HMFOC connector Installation (9)8.1 Connector components (9)8.2 Adapter components (9)8.3 Connecting the HMFOC (9)8.4 Disconnecting the HMFOC (10)8.5 HMFOC cleaning (11)9 Prodigy connector installation (11)9.1 Connector components (11)9.2 Adapter components (11)9.3 Connecting the Prodigy connector (12)9.4 Disconnecting the Prodigy connector (13)9.5 Prodigy connector cleaning (13)10 Maintenance (14)11 Disclaimer (15)12 Contact information (15)3ToolsThe following basic tools, auxiliary equipment, and materials are required for HT installation:•Vertical or horizontal roller reel or carousel (if the HT is mounted on a cable spool).•Cable pulling equipment.•216B key tool (used to open optical port dust cap).•Hardened connector/adapter cleaning kit.•Utility knife / cable stripping tools.•Splicing equipment (HT with stub cable).•Appropriate fasteners to mount the terminal with or without a UMB and tools to install the fasteners.Note: If using an enclosure such as a hand-hole or pedestal, refer to the instructions provided with the enclosure for any additional tools or equipment required.4Warnings and Cautions•Follow the installation instruction steps to ensure the performance of the closure. It is necessary to takeprecautions and keep the working space clean to protect the closure sealing materials and splices.•Exposure to laser radiation can seriously damage the retina of the eye. Do not look into the ends of any optical fiber. Do not assume the laser power is turned off or that the fiber is disconnected at the other end. Looking into the ends of any optical fiber is entirely at your own risk. A protective cap or hood MUST be immediately placed over any radiating adapter or optical fiber connector to avoid the potential of dangerous amounts of radiation exposure. This practice also prevents dirt particles from entering the connector and adapter.•Fiber optic cables may be damaged if bent or curved to a radius that is less than the recommended minimum bend radius. Always observe the recommended bend radius limit when installing fiber optic cables, subunits and patch cords.5General product information5.1Cable handling recommendationsMost HT's are equipped with a cable stub. Depending on the length of the cable and the number of ports on the HT, the HT cable may be coiled up and placed in box or it may be wound on a spool.Observe the following minimum bend radius limits and pull force limits when routing and installing the HT cable: Cable Minimum Bend Radius Tensile LoadSymbol Cable Loaded Un-Loaded Long Term Short TermA Standard FlatDielectric9.0 cm (3.5 in)8.1 cm (3.2 in)400 N (90 lbf)1334 N (300 lbf)B Standard Flat Tone-able / Locatable9.0 cm (3.5 in)8.1 cm (3.2 in)400 N (90 lbf)1334 N (300 lbf)C Round Armored12.0 cm (7.7in)8.0 cm (3.1 in)400 N (90 lbf)1334 N (300 lbf)G Round Dielectric 2.5 cm (1.0in) 2.5 cm (1.0 in)1500 N (330 lbf)1500 N (330 lbf)CAUTION: Do not pull the HT through conduit by applying pulling force to the attached cable. Internal damage to the HT may result.5.2Grounding the armored cableThe round armored cable is provided with a bond wire to the cable shield as an access point to ground the cable shield. All ground connections should meet company guidelines and should conform to local and national electrical codes and regulations.5.3Standard fiber and port configurationDepending on the option ordered, the HT is equipped with 2 to 12 optical ports. The number of each port is indicated on the lanyard. The fibers in the distribution cable are color-coded to correspond to the optical ports. The figure below lists the port number and the color of the associated optical fiber for the various versions of the HT.PORT FIBER COLOR PORT FIBER COLOR PORT FIBER COLOR1Blue5Slate9Yellow2Orange6White10Violet3Green7Red11Rose4Brown8Black12Aqua6Mounting the Hardened Terminal 6.1Flat surface mountingNote: Wall mounting is not allowed in USA due to lack of UL Listing.Note: Flat surface mounting hardware (screws) not included.6.2Pole mounting6.2.1Pole mounting with screwsNote: Pole mounting hardware (screws) not included.6.2.2Pole mounting with strapsNote: Pole mounting straps not included.6.3Strand mounting6.3.1Strand mounting with cable spacersNote: Cable spacer, locking head and cable straps are not supplied by CommScope.7Full Size connector Installation7.1Connector componentsThe full size hardened connectors and adapters provide sealed environmental protection. The basic components of the drop cable connector are shown in the figure above. The dust cap threads onto the connector coupling nut. The O-ring on the connector body provides a tight seal when the dust cap is in place. A pulling eye is provided in the end of the dust cap for pulling the drop cable through conduit.Note: Do not exceed a pulling force of 445 N (100 lbf) and when connected, don’t exceed cable pull of 111 N (25 lbf).7.2Adapter componentsThe dust cap threads into the adapter housing. An O-ring on the dust cap provides a tight seal when the dust cap is in place.7.3Connecting the Full Size connector7.3.1Remove dust cap1Use a 216B key tool to unscrew the dust cap from the HT optical port.Note: The 216B key tool is not included.2Unscrew the dust cap from the cable connector.3Pull the dust cap off.Note: Field person n el must take care when proceeding to remove dust caps on the full size connector and adapter,to prevent contaminant particles entering to the adapters or connector end-face.7.3.2Install the Full Size connector1Align the drop cable connector with the optical port. The pointer on the drop cable connector should line up with the notch on the optical port.2Insert the drop cable connector into the optical port. If the drop cable connector does not insert all the way to the bottom of the port, rotate the drop cable connector slightly to either side until it slides freely into place.3Thread the drop cable connector coupling nut into the optical port and tighten coupling nut until finger tight. 7.3.3Secure dust caps1Thread the optical port dust cap into the drop cable dust cap.2Tighten both dust caps until finger tight.3This ensures that both dust caps will stay clean when not in use.7.4Disconnecting the Full Size Connector1Unscrew the optical port dust cap from the drop cable dust cap.2Unscrew the drop cable connector coupling nut from the optical port and pull the connector straight out of the adapter.3Thread the optical port dust cap into the optical port and tighten using the 216B key tool.4Thread the drop cable dust cap onto the drop cable connector coupling nut until finger tight.7.5Full Size connector cleaningThe connectors and adapters are cleaned at the factory, however inadvertent contact and/or dust can still occur during transport, storage and installation. CommScope recommends all connector interfaces be cleaned prior to every mating. To clean the connector interface, follow the procedure as described in the installation instruction “cleaning hardened connectors”.8HMFOC connector Installation8.1Connector componentsThe HMFOC connector at the end of the terminal’s tail is a hardened 12 fiber connector that can be used for many applications. The primary application is to connect indexing terminals in a cascade or to connect an indexing terminal to the Fiber Distribution Hub (FDH) or Closure, to extend the distribution network. The connector on the tail is the non-pinned female type. The connector is protected by a dust cap. The O-ring on the connector body provides a watertight seal when the dust cap is in place. A pulling eye is provided in the end of the dust cap for pulling the drop cable.Note: Do not exceed a pulling force of 445N (100 lbf) and when connected, don’t exceed cable pull of 111 N (25 lbf). A properly rated breakaway swivel should be used between the pull rope and the pulling cap.8.2Adapter componentsThe connector inside the adapter is the pinned, male type. It is a captured Multi-fiber Push On (MPO) connector. 8.3Connecting the HMFOC8.3.1Remove dust cap1Use a 216B key tool to unscrew the dust cap.Note: The 216B key tool is not included.2Unscrew the coupling nut from the cable connector dust cap.3Pull the dust cap off.Note: Field person n el must take care when proceeding to remove dust caps on the HMFOC connector and adapter,to prevent contaminant particles entering to the adapters or connector end-face.8.3.2Install the HMFOC connector1Find the alignment keys on the adapter port (square notch in the thread area) and on the connector (groove). Push the connector in to t he adapter port.2Thread the cable connector’s coupling nut onto the thread of the adapter port until it is finger tight.8.3.3Secure dust caps1Thread the optical port dust cap into the drop cable dust cap.2Tighten both dust caps until finger tight.3This ensures that both dust caps will stay clean when not in use.8.4Disconnecting the HMFOC1Unscrew the drop cable connector coupling nut until the thread of the adapter port is completely free.2Grasp the connector and pull it straight out of the adapter. The pull-out force to remove the connector should be minimal once the coupling nut is fully disengaged.3Uncouple the two dust caps.4Thread the optical port dust cap into the optical port until finger tight.5Thread the drop cable connector coupling nut into the drop cable dust cap until finger tight.8.5HMFOC cleaningThe connectors and adapters are cleaned at the factory, however inadvertent contact and/or dust can still occur during transport, storage and installation. CommScope recommends all connector interfaces be cleaned prior to every mating. To clean the connector interface, follow the procedure as described in the installation instruction “cleaning hardened connectors”.9Prodigy connector installation9.1Connector componentsThe basic components of the drop cable connector are shown in the figure above. The dust cap threads onto the connector. Prodigy connects easily with a 45-degree twist to lock the connector core in the adapter, and provides a self-locking mechanism with an audible click. A pulling eye is provided in the end of the dust cap for pulling the drop cable through conduit.Note: Do not exceed a pulling force of 445 N (100 lbf) and when connected, don’t exceed cable pull of 111 N (25lbf).9.2Adapter componentsThe basic components of the adapter are shown in the figure above. The dust cap threads onto the adapter housing.9.3Connecting the Prodigy connector 9.3.1Remove dust cap1Unscrew the dust cap from the adapter housing.2Pull the dust cap off.3Unscrew the dust cap from the connector.4Pull the dust cap off.5Pull the "small" dust cap off.9.3.2Install the Prodigy connector"CLICK" "LOCK"1Prodigy connects with a 45-degree twist to lock the connector core in the adapter.2The connector provides a self-locking mechanism with an audible "click".3Pull the locking ring up as shown in the figure.9.3.3Secure dust caps1Thread the drop cable dust cap into the adapter dust cap.2Tighten both dust caps until finger tight.3This ensures that both dust caps will stay clean when not in use.9.4Disconnecting the Prodigy connector1Unscrew the drop cable dust cap from the adapter dust cap.2Pull the locking ring down to "unlock" the connector.3Grasp the connector and pull it out with a "45-degree twist to unlock" out of the adapter.4Thread the adapter dust cap into the optical port until finger tight.5Thread the drop cable connector into the drop cable dust cap until finger tight.9.5Prodigy connector cleaningThe connectors and adapters are cleaned at the factory, however inadvertent contact and/or dust can still occur during transport, storage and installation. CommScope recommends all connector interfaces be cleaned prior to every mating. To clean the connector interface, follow the procedure as described in the installation instruction “cleaning hardened connectors”. To clean the connector interface, follow the procedure as described in the installation instruction “cleaning hardened connectors”.10MaintenanceFollow specific cleaning instructions outlined for each specific connection type using the below Inspect/Clean Cycle.Inspect End face clean?Dry clean Inspect End face clean?Wet/Dry cleanConnectDamaged -ReplaceNONOCommScope® is not responsible for damage caused by cleaning.11DisclaimerAll trademarks identified by ® are registered trademarks in the US and may be registered in other countries. All third party product names, trademarks and registered trademarks are property of their respective owners.This product may be covered by one or more U.S. patents or their foreign equivalents. For patents, see . This document is not intended to modify or supplement any specifications or warranties relating to CommScope products or services.12Contact informationVisit our website or contact your local CommScope representative for more information. For technical assistance, customer service, or to report any missing/damaged parts, visit us at:/SupportCenter。

中国移动5G规模技术试验-5G基本性能对比v3.5

5G规模试验基本性能对比测试规范版本号：3.5目录目录 (II)1.范围 (8)2.规范性引用文件 (8)3.术语、定义和缩略语 (8)4.测试环境基本要求 (9)4.1网络结构与规模 (9)4.2测试区域与路线 (9)4.3测试网络基本配置 (10)4.4配合测试设备 (11)4.5加扰方式 (11)4.6测试结果格式 (12)4.7选点原则 (12)4.8Duplication (12)5.NSA室外覆盖性能 (12)5.1扫频 (12)5.2室外下行-孤站-法线 (13)5.3室外上行-孤站-法线 (13)5.4室外下行-空扰-法线 (13)5.5室外上行-空扰-法线 (13)5.6室外下行-空扰-60度 (13)5.7室外上行-空扰-60度 (14)5.8室外下行-加扰-法线 (14)5.9室外上行-加扰-法线 (14)5.10室外下行-加扰-60度 (14)5.11室外上行-加扰-60度 (14)6.NSA接入性能 (14)6.1PRACH-Format 0–孤站 (14)6.2PRACH-Format B4-孤站 (15)6.3PRACH-Format C2-孤站 (15)6.4PRACH-Format 0-空扰 (15)6.5PRACH-Format B4-空扰 (15)6.6PRACH-Format C2-空扰 (15)7.NSA室外覆盖室内性能 (16)7.1室外覆盖室内-下行-空扰 (16)7.2室外覆盖室内-上行-空扰 (16)8.NSA单用户速率 (16)8.1极好点-下行-空扰 (16)8.2极好点-上行-空扰 (17)8.3极好点-下行-加扰 (17)8.4极好点-上行-加扰 (17)8.5好点-下行-空扰 (17)8.7好点-下行-加扰 (17)8.8好点-上行-加扰 (17)8.9中点-下行-空扰 (17)8.10中点-上行-空扰 (18)8.11中点-下行-加扰 (18)8.12中点-上行-加扰 (18)8.13差点-下行-空扰 (18)8.14差点-上行-空扰 (18)8.15差点-下行-加扰 (18)8.16差点-上行-加扰 (18)9.NSA小区吞吐量 (18)9.1小区峰值吞吐量-下行-空扰 (18)9.2小区峰值吞吐量-上行-空扰 (19)9.3小区峰值吞吐量-下行-加扰 (19)9.4小区峰值吞吐量-上行-加扰 (19)9.5小区峰值吞吐量-并行-空扰 (19)9.6小区峰值吞吐量-并行-加扰 (19)9.7小区平均吞吐量-下行-孤站 (19)9.8小区平均吞吐量-下行-空扰 (20)9.9小区平均吞吐量-上行-空扰 (20)9.10小区平均吞吐量-下行-加扰 (20)9.11小区平均吞吐量-上行-加扰 (20)10.NSA干扰余量 (20)10.1下行干扰余量 (20)10.2上行干扰余量 (20)11.NSA移动性 (21)11.1全网遍历-空扰 (21)11.2全网遍历-50%加扰 (21)11.3全网遍历-100%加扰 (21)12.NSA控制面时延 (21)12.1好点 (21)12.2中点 (22)12.3差点 (22)13.NSA用户面时延 (22)13.1好点-32B-空扰 (22)13.2好点-32B-加扰 (23)13.3好点-2000B-空扰 (23)13.4好点-2000B-加扰 (23)13.5中点-32B-空扰 (23)13.6中点-32B-加扰 (23)13.7中点-2000B-空扰 (23)13.8中点-2000B-加扰 (23)13.9差点-32B-空扰 (23)13.11差点-2000B-空扰 (23)13.12差点-2000B-加扰 (24)14.NSA Duplication 性能 (24)14.1好点-空扰 (24)14.2好点-加扰 (24)15.SA室外覆盖性能 (24)15.1扫频 (24)15.2室外下行-孤站-法线 (24)15.3室外上行-孤站-法线 (25)15.4室外下行-空扰-法线 (25)15.5室外上行-空扰-法线 (25)15.6室外下行-空扰-60度 (25)15.7室外上行-空扰-60度 (25)15.8室外下行-加扰-法线 (25)15.9室外上行-加扰-法线 (25)15.10室外下行-加扰-60度 (25)15.11室外上行-加扰-60度 (25)16.SA接入性能 (26)16.1PRACH-Format 0–孤站 (26)16.2PRACH-Format B4-孤站 (26)16.3PRACH-Format C2-孤站 (26)16.4PRACH-Format 0-空扰 (26)16.5PRACH-Format B4-空扰 (26)16.6PRACH-Format C2-空扰 (26)17.SA室外覆盖室内性能 (26)17.1室外覆盖室内-下行-空扰 (26)17.2室外覆盖室内-上行-空扰 (26)18.SA单用户速率 (27)18.1极好点-下行-空扰 (27)18.2极好点-上行-空扰 (27)18.3极好点-下行-加扰 (27)18.4极好点-上行-加扰 (27)18.5好点-下行-空扰 (27)18.6好点-上行-空扰 (27)18.7好点-下行-加扰 (27)18.8好点-上行-加扰 (27)18.9中点-下行-空扰 (27)18.10中点-上行-空扰 (27)18.11中点-下行-加扰 (28)18.12中点-上行-加扰 (28)18.13差点-下行-空扰 (28)18.14差点-上行-空扰 (28)18.15差点-下行-加扰 (28)19.SA小区吞吐量 (28)19.1小区峰值吞吐量-下行-空扰 (28)19.2小区峰值吞吐量-上行-空扰 (28)19.3小区峰值吞吐量-下行-加扰 (28)19.4小区峰值吞吐量-上行-加扰 (29)19.5小区峰值吞吐量-并行-空扰 (29)19.6小区峰值吞吐量-并行-加扰 (29)19.7小区平均吞吐量-下行-孤站 (29)19.8小区平均吞吐量-下行-空扰 (29)19.9小区平均吞吐量-上行-空扰 (29)19.10小区平均吞吐量-下行-加扰 (29)19.11小区平均吞吐量-上行-加扰 (29)20.SA干扰余量 (29)20.1下行干扰余量 (29)20.2上行干扰余量 (29)21.SA移动性 (30)21.1全网遍历-空扰 (30)21.2全网遍历-50%加扰 (30)21.3全网遍历-100%加扰 (30)22.SA控制面时延 (30)22.1Idle态-好点 (30)22.2Idle态-中点 (30)22.3Idle态-差点 (30)22.4Inactive态-好点 (30)22.5Inactive态-中点 (30)22.6Inactive态-差点 (31)23.SA用户面时延 (31)23.1好点-32B-空扰 (31)23.2好点-32B-加扰 (31)23.3好点-2000B-空扰 (31)23.4好点-2000B-加扰 (31)23.5中点-32B-空扰 (31)23.6中点-32B-加扰 (31)23.7中点-2000B-空扰 (31)23.8中点-2000B-加扰 (31)23.9差点-32B-空扰 (31)23.10差点-32B-加扰 (32)23.11差点-2000B-空扰 (32)23.12差点-2000B-加扰 (32)24.SA Duplication性能 (32)24.1好点-空扰 (32)24.2好点-加扰 (32)25.NSA升级/改造过程记录 (32)26.编制历史 (32)前言本标准旨在规范5G大规模外场测试评估方法，及其所涉及的测试例及测试步骤，为开展5G外场测试性能评估制定基本参考规范。