ORBAN8600主要设置说明
Orbi路由器与卫星设备配置指南说明书
Se questo è il primo satellite Orbi che si sta aggiungendo alla rete Orbi, attenersi alla seguente procedura:Posizionare il satellite Orbi nell'area centrale della casa per ottenere la migliorecopertura WiFi.Collegare il satellite Orbi a una fonte di alimentazione. Il LED di alimentazione sul pannello posteriore del satellite Orbi si illumina in verde. Se il LED di alimentazione non siaccende, premere il pulsante di alimentazione.2. Posizionare il satellite Orbi (prosegue)Se sono già stati impostati un router e un satellite Orbi sulla rete Orbi, seguirequesta procedura:Posizionare il satellite Orbi in un angolo della propria casa lontano dal router e satelliteOrbi esistenti, ma comunque all'interno dell'area di copertura del router e satellite Orbi.Se la propria abitazione ha più piani, posizionare il satellite Orbi su un piano diverso daquello del router e satellite Orbi esistenti.Collegare il satellite Orbi a una fonte di alimentazione. Il LED di alimentazione sulpannello posteriore del satellite Orbi si illumina in verde. Se il LED di alimentazione non si accende, premere il pulsante di alimentazione.Router Orbi Satellite OrbiRouter OrbiSatellite OrbiSatellite Orbi3. Sincronizzare il satellite OrbiAttendere circa due minuti prima che il LED circolare del satellite Orbi sia bianco fisso.Quindi, premere il pulsante Sync (Sincronizza) sul retro del satellite Orbi e, entro due minuti,premere il pulsante Sync (Sincronizza) sul retro del router Orbi.Il LED circolare del satellite Orbi si accende di colore bianco, in seguito il colore cambia in unodei seguenti colori per circa 3 minuti e quindi si spegne:BluIl router e il satellite Orbi sono stati sincronizzati correttamente e la connessione tra ilrouter e il satellite è buona.ArancioneIl router e il satellite Orbi sono stati sincronizzati correttamente e la connessione tra ilrouter e il satellite è sufficiente. Avvicinare il satellite Orbi al router Orbi.MagentaIl router e il satellite Orbi non sono stati sincronizzati. Spostare il satellite più vicino alrouter e riprovare.LED circolare (non mostrato nell'immagine)Pulsante Sync (Sincronizza) (utilizzato anche per la connessione WPS)Porte Ethernet Porta USBPulsante e LED di alimentazione Connettore di alimentazione CC Pulsante di ripristinoSupportoGrazie per aver acquistato questoprodotto NETGEAR. Visitare il sito Web /support per registrare il prodotto, ricevere assistenza, accedere ai download e manuali più recenti per l'utente e partecipare alla nostra community. Consigliamo di utilizzare solo risorse di assistenza NETGEAR ufficiali.Per consultare la Dichiarazione diconformità UE attuale, visitare la pagina: /app/answers/detail/a_id/11621/.Per informazioni sulla conformità alle normative, visitare il sito Web all'indirizzo /about/regulatory/.Prima di collegare l'alimentazione, consultare il documento relativo alla conformità normativa.NETGEAR INTL LTDBuilding 3, University Technology CentreCurraheen Road, Cork, IrlandaNETGEAR, Inc.350 East Plumeria Drive San Jose, CA 95134, Stati Uniti© NETGEAR, Inc. NETGEAR e il logo NETGEAR sono marchi di NETGEAR, Inc. Qualsiasi marchio non NETGEAR è utilizzato solo come riferimento.Ottobre 2016Tutto impostato!Satellite Orbi (modello RBS50)Alimentatore(varia in base all'area geografica)213421567。
(完整版)CSF8600系列人脸识别终端管理系统说明书
人脸识别终端管理软件系统用户手册CSF8600北京碧芮科技有限公司目录目录 (2)一、运行环境 (3)硬件环境 (3)软件环境 (3)二、软件的安装和卸载 (4)2.1、软件的安装 (4)2.2、软件的卸载 (8)三、软件的使用说明 (10)3.1、使用前准备 (10)3.2、熟悉界面 (12)3.3、员工管理 (13)3.3.1员工管理->员工部门 (14)3.3.2员工管理->发送员工到机器 (19)3.4、门禁管理 (21)3.4.1门禁管理->员工信息管理 (23)3.4.2门禁管理->时段管理 (24)3.4.3门禁管理->节假日管理 (25)3.4.4门禁管理->出入记录 (26)3.4.5门禁管理->时间设置 (27)3.5、出入记录管理 (28)3.6、账户管理 (29)一、运行环境硬件环境1.PC机内存不小于512M；2.硬盘在10G以上空间；软件环境1.操作系统为Windows XP SP3及以上的版本；2.操作系统识别中文；3.具有SqlServer的安装条件和北京碧芮科技有限公司的人脸识别终端管理软件；二、软件的安装和卸载2.1、软件的安装提示：安装环境如果在vista及其以上版本下图中所有安装程序必须点击右键选择“以管理员身份运行”打开门禁管理系统安装包请按照截图顺序安装注：以下内容未截图说明的地方均请按“下一步”进行安装安装第2步（运行SQLEXPR32_CHS.EXE）时需要注意以下内容：安装SQLEXPR32_CHS时请单击右键点击“以管理员身份运行”请先点击“windows身份验证模式”后点击“下一步”安装安装第4步(运行setup.exe)时需要注意以下内容：先选择“将用户添加到SQL Server管理员角色”后按“下一步”接续安装注：如果计算机处于联网状态，此步骤需要注意，数据库服务器中的{local}代表当前计算机的名称，当所有步骤安装完成后运行管理软件时IIS会出现选择数据的选项，此时一定要选择当前计算机名称的数据库，如下图：注：斜杠前面的部分代表计算机的名称，请务必选择与当前计算机名称一致的数据库实例特别注意：如果卸载软件的同时又卸载了SQL Server 2005,重新安装软件时会出现以错误，如下图：出现这个问题后，请进入SQL Server2005的配置管理器，如下图：进入配置管理器后右键点击SQL Server（SQLEXPRESS）选择停止，如下图：关闭后进入X（安装盘符）:\Program Files\Microsoft SQL Server\MSSQL.1\MSSQL\Data目录下将AttendanceRelease.mdf和AttendanceRelease_log.LDF先剪切到别的目录下，然后再进入配置管理器右键点击SQL Server（SQLEXPRESS）选择启动，如下图：启动以后再次运行setup.exe 就可以正常安装了。
Orbi路由器设置指南说明书
Connect your computer or mobile device to the Orbi router or satellite with an Ethernet or WiFi connection.To connect with WiFi, find the preset WiFi network name (SSID) and password on the label on the Orbi router or satellite and connect to that network from your WiFi‑enabled computer or mobile device.Launch a web browser and visit . If a login window opens, enter the user name and password. The user name is admin and the default password is password .Follow the onscreen instructions to set up your Orbi network.The Orbi router’s ring LED turns off after the setup is complete.Place the Orbi satellite in the middle of your house to get the best WiFi coverage.Connect the Orbi satellite to a power source. The Power LED on the back of the Orbi satellite lights green. If the Power LED does not light, press the Power On/Off button.The Orbi satellite’s ring LED lights white while the satellite attempts to sync with the Orbi router.2. Place Your Orbi Satellite (Continued)After the Orbi satellite’s ring LED lights white, it lights one of the following colors for about three minutes and then turns off:Orbi routerOrbi satelliteBlueThe connection between the Orbi router and Orbi satellite is good.AmberThe connection between the Orbi router and Orbi satellite is fair. Consider moving the Orbi satellite closer to the Orbi router.MagentaThe Orbi satellite was unable to connect to the Orbi router. Move the Orbi satellite closer to the Orbi router.Note: If the ring LED still lights magenta after about one minute, press the Syncbutton on the back of the Orbi router and on the back of the Orbi satellite. If the Orbi satellite successfully syncs with the Orbi router, the satellite’s ring LED lights white then lights blue to indicate a good connection, and then turns off.Ring LED (not shown in image)Sync button (also used for WPS connection)Internet port (the Orbi satellite does not include an Internet port)Ethernet portsSupportThank you for purchasing this NETGEAR product. You can visit/support to register your product, get help, access the latest downloads and user manuals, and join our community. We recommend that you use only official NETGEAR support resources.For the current EU Declaration of Conformity, visit/app/answers/detail/a_id/11621/.For regulatory compliance information, visit /about/regulatory/.See the regulatory compliance document before connecting the power supply.NETGEAR INTL LTDBuilding 3, University Technology CentreCurraheen Road, Cork, IrelandNETGEAR, Inc.350 East Plumeria Drive San Jose, CA 95134, USA© NETGEAR, Inc., NETGEAR and the NETGEAR Logo are trademarks of NETGEAR, Inc. Any non‑NETGEAR trademarks are used for reference purposes only.September 2016Orbi router (Model RBR50)Orbi satellite (Model RBS50)Ethernet cablePower adapters (2) (varies by region)2134128218USB portPower On/Off button and Power LED DC Power connector Reset button5678。
Allied Telesyn AT-8600系列可堆叠三层交换机 说明书
AT-8600系列可堆叠三层交换机AT-8624T/2M10/100TX 端口 x 24 + 扩展插槽 x 2AT-8624POE10/100TX POE 端口 x 24 + 扩展插槽 x 2AT-8648T/2SP10/100TX 端口 x 48 + 10/100/1000T 端口x 2 + Combo SFP 插槽 x 2产品特性：z AT-8624T/2M 和AT-8624POE ：11.8 Gbps 交换矩阵, 6.6Mpps 转发速率 z AT-8648T/2SP ：23.6 Gbps 交换矩阵，10.1Mpps 转发速率z L2/L3/L4+的QoS 服务质量z 端口带宽限制，精度为进64K 、出1Mbps z 线速L2/L3/L4+数据包过滤 z 利用通用端口可堆叠至9台 z 支持RIP v1/v2 z 支持OSPF v2 z 支持VRRP z支持802.1xz 支持SSH 和SSL 安全管理 z Radius/TACACS+安全认证 z广播风暴控制z 支持SNMPv1/v2c/v3z 基于MAC 地址的端口安全性 z 支持GVRP ，GARP z 255个VLAN z Protected VLANz IGMP ，IGMP snooping ，IGMP proxy ，MVR z 8K MAC 地址表 z 802.3ad 链路聚合 z 802.1w Rapid STP z 支持冗余电源 z MSTPAT-8600系列交换机是安奈特公司推出的一款高性价比的三层快速以太网交换机，可以为网络边缘提供较高安全保障和智能的流量控制，同时兼具路由功能和增强的堆叠特性可以保护用户投资，适应网络快速增长的需求。
AT-8600系列交换机是一款专为大型企业高需求用户、中小型网络以及校园网络设计的高性能边缘/接入交换机。
用户可以受益于其智能的L2/L3/L4+控制，保障音视频等多媒体数据的传输。
凭借其丰富的QoS 功能，可以提供L2/L3/L4+的智能流分类、带宽限制、Diffserv 以及硬件ACL 访问控制，此款交换机也成为了多用户、多业务的运营商边缘交换机首选。
Orbi网络系统设置指南说明书
Jos tämä ensimmäinen Orbi-satelliitti, jonka lisäät Orbi-verkkoon, noudata näitä ohjeita:Aseta Orbi-satelliitti keskelle asuntoa, jotta saat parhaan WiFi-kantaman.Liitä Orbi-satelliitti virtalähteeseen. Orbi-satelliitin takana oleva virran merkkivalo syttyy vihreänä. Jos virran merkkivalo ei pala, paina virtapainiketta.2. Orbi-satelliitin paikka (jatkuu)Jos olet jo määrittänyt Orbi-reitittimen ja -satelliitin Orbi-verkkoosi, noudata näitä ohjeita:Aseta Orbi-satelliitti nurkkaan, joka on kaukana nykyisestä Orbi-reitittimestäja -satelliitista, mutta edelleen Orbi-reitittimen ja -satelliitin kantaman alueella.Jos asunnossasi on useita kerroksia, aseta Orbi-satelliitti eri kerrokseen kuin nykyinen Orbi-reititin ja -satelliitti.Liitä Orbi-satelliitti virtalähteeseen. Orbi-satelliitin takana oleva virran merkkivalosyttyy vihreänä. Jos virran merkkivalo ei pala, paina virtapainiketta.Orbi-reititin Orbi-satelliittiOrbi-reititinOrbi-satelliittiOrbi-satelliitti3. Orbi-satelliitin synkronointiOdota kaksi minuuttia, että Orbi-satelliitin rengasmerkkivalo palaa valkoisena. Paina sittenOrbi-satelliitin takapaneelin Sync (Synkronoi) -painiketta ja kahden minuutin kuluessaOrbi-reitittimen takapaneelin Sync (Synkronoi) -painiketta.Orbi-satelliitin rengasmerkkivalo syttyy valkoisena ja palaa sitten jonain seuraavista väreistäkolmen minuutin ajan ja sammuu:SininenOrbi-reititin ja -satelliitti on synkronoitu ja niiden välinen yhteys on hyvä.OranssiOrbi-reititin ja -satelliitti on synkronoitu ja niiden välinen yhteys on kohtalainen.Harkitse Orbi-satelliitin siirtämistä lähemmäs Orbi-reititintä.MagentaOrbi-reitittimen ja -satelliitin synkronointi epäonnistui. Siirrä satelliitti lähemmäsreititintä ja yritä uudelleen.Rengasmerkkivalo (ei näy kuvassa)Sync (Synkronoi) -painike (käytetään myös WPS-yhteyteen)Ethernet-portit USB-porttiPower On/Off -virtapainike ja virran merkkivalo DC-virtaliitäntäPalautuspainikeTukiKiitos, että hankit tämän NETGEAR-tuotteen. Osoitteessa /support voit rekisteröidä tuotteesi, hakea ohjeita, uusimpia latauksia ja käyttöoppaita ja liittyä yhteisöömme. Suosittelemme, että käytät ainoastaan virallisia NETGEAR-tukiresursseja.Nykyinen EU:n vaatimustenmukaisuusvakuutus on osoitteessa /app/answers/detail/a_id/11621/.Säännöstenmukaisuustiedot ovat osoitteessa /about/regulatory/.Tutustu säännöstenmukaisuustietoihin ennen virtalähteen liittämistä.NETGEAR INTL LTDBuilding 3, University Technology CentreCurraheen Road, Cork, IrelandNETGEAR, Inc.350 East Plumeria Drive San Jose, CA 95134, USA© NETGEAR, Inc., NETGEAR ja NETGEAR-logo ovat NETGEAR, Inc:n tavaramerkkejä. Muita kuin NETGEARin tavaramerkkejä käytetään vain viittaustarkoituksessa.Lokakuu 2016Valmista!Orbi-satelliitti (malli RBS50)Virtasovitin(vaihtelee alueittain)213421567。
NETGEAR Orbi路由器和卫星设置指南说明书
. Seguirequesta procedura:a. Eseguire la scansione di un codiceQR o cercare NETGEAR Orbinell'Apple App Store o Google Play Store.b. Scaricare e avviare l'app NETGEAROrbi sul dispositivo mobile e seguire le istruzioni visualizzate.• Browser Web . Seguire questaprocedura:a. Scollegare il modem, quindirimuovere e reinserire la batteria di backup se in uso.b. Ricollegare il modem.c. Utilizzare il cavo Ethernet indotazione per collegare il modem alla porta Internet gialla situata sul router.Nota: se si desidera collegare il router a un gateway esistente, si consiglia di disattivare il WiFi sul gateway esistente.d. Collegare il router.Il LED di alimentazione sul pannello posteriore del router si illumina in verde. Se il LED di alimentazione non si accende, premere il pulsante di alimentazione .e. Attendere che il LED circolare delrouter sia bianco.f. Posizionare il satellite, collegarloalla presa e attendere che il LED circolare del satellite diventi blu o arancione.Se il LED circolare del satellite si accende di colore magenta, spostare il satellite più vicino al router.Per ulteriori informazioni, consultare Colori LED sincronizzazione satellite .g. Connettere il proprio computer odispositivo mobile al router o al satellite tramite una connessione Ethernet o WiFi:• Ethernet . Utilizzare un cavo Ethernet per collegare il computer al router. • WiFi . Utilizzare il nome di rete WiFi (SSID) e lapassword predefiniti riportati sull'etichetta del router o del satellite per stabilire la connessione alla rete WiFi Orbi.h. Avviare un browser Web, quindivisitare il sito Web e seguire le istruzioni.Se viene visualizzata una finestra per l'accesso, immettere il nome utente e la password. Il nome utente è admin e la password predefinita è password .BluLa connessione tra il satellite e il router è buona. ArancioneLa connessione tra il router e il satellite è discreta. Avvicinare il satellite al router.MagentaIl satellite non è riuscito aconnettersi al router. Avvicinare il satellite al router.Nota: se il LED circolare è ancora magenta dopo circa un minuto, premere il pulsante Sync (Sincronizza) sul router e sulsatellite. Se il satellite si sincronizza correttamente con il router, il LED circolare del satellite si accende di colore bianco. Successivamente, il LED circolare diventa blu a indicare che la connessione è buona, quindi si spegne.Dopo aver acceso il satellite, il LED circolare del satellite si accende dicolore bianco mentre il satellite tenta di eseguire la sincronizzazione con il router. Successivamente, il LED circolare cambia in uno dei seguenti colori per circa 3 minuti, quindi si spegne:Colori LEDsincronizzazione satelliteNETGEAR INTL LTDBuilding 3, University Technology Centre Curraheen Road, Cork, IrlandaNETGEAR, Inc.350 East Plumeria DriveSan Jose, CA 95134, Stati Uniti© NETGEAR, Inc. NETGEAR e il logo NETGEAR sono marchi di NETGEAR, Inc. Qualsiasi marchio non NETGEAR è utilizzato solo come riferimento.Giugno 2017LED circolare (non mostrato nell'immagine)Pulsante Sync (Sincronizza) (utilizzato anche per la connessione WPS)Porte Internet (il satellite Orbi non include una porta Internet)Porte EthernetSupportoGrazie per aver acquistato questo prodotto NETGEAR. Visitare il sito Web/support per registrare il prodotto, ricevere assistenza, accedere ai download e ai manuali per l'utente più recenti e partecipare alla nostra community. Consigliamo di utilizzare solo risorse di assistenza NETGEAR ufficiali.Per consultare la Dichiarazione diconformità UE attuale, visitare la pagina: /app/answers/detail/a_id/11621/.Per informazioni sulla conformità alle normative, visita il sito Web all'indirizzo/about/regulatory/.Prima di collegare l'alimentazione, consultare il documento relativo alla conformità normativa.Panoramica sul router OrbiRouter Orbi (modello RBR50)Satellite Orbi (modello RBS50)Cavo EthernetAlimentatori (2)(varia in base alla regione)Panoramica sul satellite OrbiContenuto della confezione 2134128218Porta USBPulsante e LED di alimentazione Connettore di alimentazione CC Pulsante di ripristino5678。
Tellabs 8600 MPLS路由器系统介绍
Tellabs 8605 Access Switch
MPLS > MPLS LER, MPLS 交换 (LSR) > MPLS/Eth, MPLS/VLAN, MPLS/ML-PPP > MPLS/IP ATM > ATM IMA, ATM VP/VC 交换 > ATM VP/VC N-to-1 cell mode PWE3 (N=1) > Cell concatenation TDM > SAToP TDM PWE3 > CESoPSN
பைடு நூலகம்
PW 粒度 Port (n x 64k) Port Port, DLCI VP, VC Port, VLAN
1层或2层流量映射到MPLS伪线 2G与3G流量的传输
在分组网络上传送TDM与2层流量
Tellabs 8600 功能
IP路由与IP VPN
TDM
ATM (IMA) IP over PPP/HDLC FR Ethernet
MSC-S
MSC
Core Site Small Hub Site
2G Hub Site
Tellabs 8600 功能
MPLS伪线（Pseudowires）
TDM
ATM (IMA)
PPP/HDLC
Pseudowire
MPLS LSP
FR Ethernet
封装电路 TDM PPP, HDLC Frame Relay ATM Ethernet
STM-1/VC-12 E1/n x 64k TDM
TDM Network Tellabs 8100/6300 GSM n x E1 PPP/FR
北电8600配置文档
熄灭
接口卡没有被判断出有故障
棕黄色
线路故障或远端设备故障
灯呈绿色并不停闪灭
接口卡正在传输数据
模块状态灯
熄灭
模块未进入工作状态
棕色不停闪灭
初始化
绿色
加电自检完成，模块处于准备就绪状态
棕色
模块加电自检错
4．Passport 8608GBIC（千兆接口卡）：
该系列模块包含1000 BASE-SX/LX/XD/ZX GBICs (千兆接口卡)。
发射光的光功率范围
最大发射光功率：-4dbm
最小发射光功率：-10dbm
3．Passport 8608千兆以太网接口板：
该模块有8个小插槽，可以插入8个GBIC接口卡。8个插槽的序列号是1-8，端口排列顺序是从左到右的排列方式（当你面对模块前面板时）。
图1-5Passport 8608千兆以太网接口板
LED指示灯显示及相应的状态对应关系：
1
Passport8600系列交换机共用以下几种模块：
1．Passport 8648TX 10/100BASE-TX以太网接口板：
该模块提供48个10/100M自识别以太端口，每一个端口均可工作在全双工和半双工模式。端口的连接线采用5类UTP线缆，同时采用RJ-45接口。
3.1启动并进入各种网管界面：15
3.1.1启动并进入CLI:15
3.1.2安装并启动Device Manager:16
3.2创建和配置VLAN（单端口或多端口）17
3.2.1创建VLAN:17
3.2.2为VLAN分配IP地址:18
3.2.3为VLAN配置路由协议：19
3.3配置端口22
3.3.1为端口上分配IP地址：22
DS-9600 8600 7700 7600系列快速操作指南V2.2.0(标配中文)120629
杭州海康威视数字技术股份有限公司 | 版权所有（C）
3
DS-9600/8600/7700/7600 系列 . 快速操作指南
1 安装注意事项
NVR 是一种专用的监控设备，请在安装使用时注意以下事项： 1. NVR 上不能放置盛有液体的容器（例如水杯） 。 2. 将 NVR 放置在通风良好的位置。 3. 使 NVR 工作在允许的温度及湿度范围内。 4. NVR 内电路板上的灰尘在受潮后会引起短路，请定期用软毛刷对电路板、接插件、机箱及机箱风扇进 行除尘。 5. 电池更换不当会有爆炸危险，不建议用户直接更换；如需更换，只能用同样类型或等效类型的电池进 行更换。 6. 请从正规渠道购买硬盘生产厂商推荐的 DVR 专用硬盘，以保证硬盘的品质和使用要求。
1、拧开机箱背部和侧面的螺丝，取下盖板。
2、将硬盘数据线一端连接在主板上，另一端连接在硬盘上。
3、将电源线一端连接在主板上，另一端连接在硬盘上。
4、将 NVR 机箱侧立，对准硬盘螺纹口与机箱底部预留孔，用螺丝将硬盘固定。
5、盖好机箱盖板，并将盖板用螺丝固定。
杭州海康威视数字技术股份有限公司 | 版权所有（C）
杭州海康威视数字技术股份有限公司 | 版权所有（C）
12
DS-9600/8600/7700/7600 系列 . 快速操作指南
4.2 连接控制键盘
2
安装硬盘
说明
请使用硬盘生产厂商推荐的 DVR 专用 SATA 硬盘。在安装前，请确认已断开电源。 DS-9600N-XT 系列最多可安装 16 块硬盘， DS-9600N-ST 系列和 DS-8600N-ST 系列最多可安装 8 块硬 盘，DS-7700N-ST/SP 系列最多可安装 4 块硬盘；DS-7600N-ST/SP 系列最多可安装 2 块硬盘。 硬盘安装工具：十字螺丝刀一把。 DS-9600N-ST、DS-9600N-XT 系列硬盘安装步骤：
最新北电8600配置手册资料
Passport8600的配置手册Passport8600的配置手册 (1)初始化配置 (2)进入超级终端 (2)登陆 (2)查看系统文件： (2)设备的初始化的配置： (2)恢复出厂值 (2)给CPU卡板的以太口配置IP： (3)打开FTP/TFTP/TELNET等SERVER： (3)确认主启动文件： (3)给default vlan设置ip 地址(可选) (3)设置默认网关： (3)保存配置文件，并重启： (4)升级交换机软件 (4)设置系统信息： (5)设置交换机名称： (5)设置管理交换机的联系人的名字： (5)指定系统的位置： (5)修改密码： (6)设置SNMP通讯字符串： (6)打开或关闭Web方式的访问功能： (6)改变Web访问方式的密码： (6)一些查看配置信息的命令： (6)安装并启动Device Manager (7)安装DEVICE MANAGER前的准备： (7)安装和启动DEVICE MANAGER： (7)配置tagging (9)创建MLT (10)创建VLAN: (11)为VLAN分配IP地址: (13)初始化配置：进入超级终端将PC的COM口通过CONSOLE线与PP8600的CONSOLE口相连，启动PC上的超级终端（9600 bits per second (b/s), 8 data bits, 1 stop bit, no parity, no flow control）。
登陆PP8600加电后.在超级终端窗口上出现自检信息若干，直至出现Login：的登陆界面；然后以用户名rwa和密码rwa登陆。
登陆后，超级终端上出现如下提示：Passport-8610:5#查看系统文件：用dir命令查看FLASH和PCMCIA内的文件，各自应该至少包括4个文件：p80a3330.img, p80b3330.img，boot.cfg, config.cfg。
设备的初始化的配置：恢复出厂值Passport-8610:5#show bootconfig flags Passport-8610:5#config bootconfig flags factorydefault true Passport-8610:5#save bootconfigPassport-8610:5#reset重新登陆以后Passport-8610:5#config bootconfig flags factorydefault falsePassport-8610:5#save bootconfigPassport-8610:5#reset给CPU卡板的以太口配置IP：Passport-8610:5# config bootconfig net mgmt enable truePassport-8610:5# config bootconfig net mgmt bootp truePassport-8610:5# config bootconfig net mgmt ip 10.1.1.1/24打开FTP/TFTP/TELNET等SERVER：Passport-8610:5# config bootconfig flags autoboot truePassport-8610:5# config bootconfig flags ftpd truePassport-8610:5# config bootconfig flags rlogind truePassport-8610:5# config bootconfig flags telnetd truePassport-8610:5# config bootconfig flags tftpd true确认主启动文件：Passport-8610:5# config bootconfig choice primary info如果终端提示如下，则OK:choice primary config-file "/flash/config.cfg"choice primary image-file "/flash/p80a3330.img"如果不一样，就：Passport-8610:5#config bootconfig choice primary config-file"/flash/config.cfg"Passport-8610:5# config bootconfig choice primary image-file"/flash/p80a3330.img"给default vlan设置ip 地址(可选)默认的，除了网管口，所有端口都属于default vlan，我们为了方便操作，可以给这个vlan 设置一个IP 地址：config vlan 1 ip create 192.168.1.1/24设置默认网关：config bootconfig net mgmt route net <value> <ipaddr>保存配置文件，并重启：Passport-8610:5# save config file /flash/config.cfgPassport-8610:5# save bootconfig file /flash/boot.cfgPassport-8610:5# reset如果有两个CPU模块是互为备份的，必须保证它们里面的配置文件完全一致，所以，每次作完修改以后，请务必用以下命令保存配置文件：save config file /flash/config.cfgsave config file /pcmcia/config.cfgsave config standby /flash/config.cfgsave config standby /pcmcia/config.cfgsave bootconfig file /flash/boot.cfgsave bootconfig file /pcmcia/boot.cfgsave bootconfig standby /flash/boot.cfgsave bootconfig standby /pcmcia/boot.cfg升级交换机软件将软件从TFTP服务器复制到交换机上：copy 10.1.1.100:p80a3330.img /flash/p80a3330.imgcopy 10.1.1.100:p80b3330.img /flash/p80b3330.img选择一个主的启动文件config bootconfig choice primary image-file/flash/p80a3330.img保存改变的配置：save bootconfig试着运行一下这个软件：boot /flash/p80b3330.img将新软件复制到PCMCIA 卡copy /flash/p80a3330.img /pcmcia/p80a3330.imgcopy /flash/p80b3330.img /pcmcia/p80b3330.img将新软件复制到另一块CPU版上copy /flash/p80a3330.img peer:/flash/p80a3330.imgcopy /flash/p80b3330.img peer:/flash/p80b3330.img上传配置文件：将文件备份到TFTP服务器上：copy /flash/config.cfg 192.168.2.100:config.cfgcopy /flash/boot.cfg 192.168.2.100:boot.cfg设置系统信息：设置交换机名称：config sys set name <prompt>设置管理交换机的联系人的名字：config sys set contact <contact>指定系统的位置：config sys set location <location>精品文档修改密码：用户级别描述登陆用户登陆密码名Read-Only Layer2只允许查看配置和状态信息只能查看和修改交换机2层的配置和状态信息。
Microsoft Azure StorSimple 8600 硬件安装指南说明书
ContentsUnpack your device (3)Prerequisites (3)Unpacking your device (3)Rack-mount your device (4)Site preparation (4)Prerequisites (5)Rack-mounting rail kit (5)Install the EBOD enclosure on the rails (5)Mounting the EBOD enclosure in the rack (7)Mounting the primary enclosure in the rack (8)Cable your device (9)Prerequisites (9)SAS cabling (9)Power cabling (11)Network cabling (13)Serial port cabling (15)A C C ELabel Description1Packing box2SAS Cables (in accessories and cables tray)3Bottom foam4Device5Top foam6Accessory box3. After unpacking the two boxes, ensure you have:a. 1 primary enclosure (the primary enclosure and EBOD enclosure are in two separate boxes).b. 1 EBOD enclosure.c. 4 power cords, 2 in each box.d. 2 SAS cables (to connect the primary enclosure to EBOD enclosure).e. 1 crossover Ethernet cable.f. 2 serial console cables.g. 1 serial-USB converter for serial access.h. 2 single QSFP-to-SFP adapters.i. 2 rack mount kits (4 side rails with mounting hardware, 2 each for the primary enclosureand EBOD enclosure), 1 in each box.j. 1 tamper-proof T10 screw driverk. Getting started documentation.If you did not receive any of the items listed above, contact technical support. The next step is to rack-mount your device. See the Rack-mount your device for details.Rack-mount your deviceThis section includes the steps required to install your Microsoft Azure StorSimple 8600 storage device in a standard 19-inch rack with front and rear posts. This device comes with two enclosures:a primary enclosure and an EBOD enclosure. Both of these need to be rack mounted.The installation consists of multiple steps each of which is discussed in the following procedures. Site preparationThe enclosures must be installed in a standard 19-inch rack that has both front and rear posts. To prepare for rack installation, ensure that:• The primary and EBOD enclosures are resting safely on a flat, stable, and level work surface (or similar).• The site where you intend to set up has standard AC power from an independent source or a rack Power Distribution Unit (PDU) with an uninterruptible power supply (UPS).• One 4U (2 X 2U) slot is available in the rack where you intend to mount the enclosures.4WARNING!Ensure you have two people available to handle the weight in case you are handling it manually.A fully configured enclosure can weigh up to 32 kg.PrerequisitesThe enclosures are designed for installation into a standard 19-inch rack cabinet with:• Minimum depth of 27.84 inches from rack post to post.• Maximum weight of 32 kg for the device.• Maximum back pressure of 5 Pascal (0.5 mm water gauge).Rack-mounting rail kitA set of mounting rails will be provided to use with the 19-inch rack cabinet. The rails have been testedto handle the maximum enclosure weight. These rails will also allow installation of multiple enclosures without loss of space within the rack. Start with the installation of the EBOD enclosure first.Install the EBOD enclosure on the railsFollow these steps to safely install the EBOD enclosure on the rails.1. With the enclosure on the work surface, remove the left and right front flange caps by pullingthe caps free. The flange caps simply snap onto the flanges.2. These rails are installed at the factory. If these are not, then install the left-rail and right-railslides to the sides of the enclosure chassis. They attach using six metric screws on each side. To help with orientation, the rail slides are marked “LH - Front” and “RH – Front,” and the end that is affixed towards the rear of the enclosure has a tapered end.12Figure 2 Attaching rail slides to the sides of the enclosure5Mounting the EBOD enclosure in the rackPerform the following steps to mount the EBOD enclosure in the rack using the rack rails that were just installed.1. Using an assistant, lift the enclosure and align it with the rack rails.2. Carefully insert the enclosure into the rails and push it completely into the rack cabinet.Figure 4 Mounting the enclosure in the rack3. Secure the enclosure into the rack by installing one provided Phillips-head screw through eachflange, left and right.4. Install the flange caps by pressing them into position and snapping them into place.79Cable your deviceThis section includes instructions to cable your device for power, network, and serial connection. PrerequisitesBefore you begin the cabling of your device, you will need:• Your primary enclosure and the EBOD enclosure, completely unpacked.• 4 power cables (2 each for the primary and the EBOD enclosure) that came with your device. • 2 SAS cables supplied with the device to connect the EBOD enclosure to the primary enclosure. • Access to 2 Power Distribution Units (PDUs) (recommended).• Network cables.• Provided serial cables.• Serial-USB converter with the appropriate driver installed on your PC (if needed).• Provided single QSFP-to-SFP adapters.• SFP cables.SAS cablingYour device has a primary and an EBOD enclosure. These enclosures need to be connected together using the SAS cables.Perform the following steps to connect the primary enclosure to the EBOD enclosure.1. Identify the primary and the EBOD enclosure. The two enclosures can be identified by looking at the respective back planes. See the following figure for guidance.I II 4321Host FabricIDII I 4321Ho s t F a b r i c D AC B 123412344321A C B 12341234432112Figure 6 Back plane view of the primary and EBOD enclosures Label Description1Primary enclosure2EBOD enclosure2. Locate the serial numbers on both the primary and the EBOD enclosure. The serial numbersticker is affixed on the back ear of each enclosure. The serial numbers must be identical on both enclosures. Contact technical support immediately if the serial numbers do not match.See the following figure to help you locate the serial numbers.1H oF a bcIIH o F a bicIDFigure 7 Rear view of the enclosure showing the location of the serial number stickerLabel Description1Ear of the enclosure3. The EBOD enclosure now needs to be connected to the primary enclosure using the providedSAS cables. Perform the following steps.a. Identify the four Serial Attached SCSI (SAS) ports on primary enclosure and EBODenclosure. The SAS ports are labeled as EBOD on primary enclosure and CTRL on theEBOD enclosure as shown in Figure 8.b. Use provided SAS cables to connect EBOD ports to CTRL ports.c. The EBOD port on Controller 0 should be connected to the CTRL port on EBOD controller0. The EBOD port on Controller 1 should be connected to the CTRL port on EBODcontroller 1. See Figure 8 for guidance.1011I II 43Host FabricIDII I 4321Ho s t F a b r i c D E B O D C B 12341234C B 12341234321CTRL 214321EBODEBOD 15A B 2346A432148A 4321CTRLA CTRL7Figure 8 SAS cabling for your deviceLabel DescriptionA Primary enclosureB EBOD enclosure1Controller 02Controller 13EBOD Controller 04EBOD Controller 15, 6SAS ports on primary enclosure (labeled EBOD)7, 8SAS ports on EBOD enclosure (labeled CTRL)Power cablingYour device has a primary enclosure and an EBOD enclosure. Both enclosures include redundant Power and Cooling Modules (PCMs). In each enclosure, each PCM must be installed and connected to different power sources to ensure high availability.Perform the following steps to cable your device for power.1. Ensure that the power switches on all the PCMs are in the OFF position.2. For the primary enclosure, connect the power cords to both PCMs. The power cords areidentified in red in the following diagram.3. Ensure that the two PCMs of the primary enclosure use separate power sources.4. Attach the power cords to the rack power distribution units as shown in the following figure.5. Repeat steps 2-4 for the EBOD enclosure.6. Turn on the EBOD enclosure by flipping each PCM’s power switch to the ON position.7. Verify that the EBOD enclosure is turned on by checking that the EBOD controller LEDs (greenLEDs on the back of the chassis) have turned ON.8. Now, turn on the primary enclosure by flipping each PCM switch to the ON position.9. Verify that the system is up by ensuring the device controller LEDs have turned ON.10. Verify that the connection between EBOD controller and device controller is active by ensuringthe SAS LEDs (4 LEDs next to the SAS port) on the EBOD controller are green.NOTICETo ensure high availability of your system, you are advised to strictly adhere to the powercabling scheme shown in the following diagram.Figure 9 Power cabling for your device12Label Description1Primary enclosure2PCM 03PCM 14Controller 05Controller 16EBOD controller 07EBOD controller 18EBOD enclosure9PDUsNetwork cablingYour device is in an active-standby confi guration: at any given time, one controller module isactive and processing all disk and network operations while the other controller module is standby.In the event of a controller failure, the standby controller immediately activates and continues allthe disk and networking operations.To support this redundant controller failover, you need to cable your device network as shown inthe following steps.1. Your device has six network interfaces on each controller, four 1 Gbps and two 10 Gbps Ethernetports. Identify the various data ports in the backplane of your device.Figure 10 Back plane of your device showing the data portsLabel Description0, 1, 4, 5 1 Gbps network interfaces2, 310 Gbps network interfaces6Serial ports13Label DescriptionA LAN with Internet accessB Controller 0C PCM 0D Controller 1E PCM 1F EBOD controller 0G EBOD controller 1H, I Hosts (for example, file servers)0-5Network interfaces6Primary enclosure7EBOD enclosureSerial port cablingPerform the following steps to cable your serial port.1. Your device has a serial port on each controller identified by a wrench icon. Locate the serialports in the backplane of your device using Figure 10.2. Identify the active controller in your device back plane. A blinking blue LED indicates thecontroller is active.3. Use the provided serial cable (if needed, the USB-serial converter for your laptop), and connectyour console or computer (with terminal emulation to the device) to the serial port of theactive controller.4. Install the serial-USB drivers shipped with this device on your computer.5. Set up the serial connection as follows: 115,200 baud, 8 data bits, 1 stop bit, no parity, flowcontrol set to None.6. Verify the connection is working by pressing Enter in the console. A serial console menushould be presented.NOTICELights-Out Management: When the device is installed in a remote data center or in acomputer room with limited access, ensure that the serial connections to both controllers are always connected to a serial console switch or similar equipment. This allows out-of-bandremote control and support operations in case of network disruption or unexpected failures.You have completed cabling your device for power, network access, and serial connection.15© 2014 Microsoft Corporation. • X19-32483-02。
NELSON 8600 系列控制器 说明书
8600系列控制器使用说明书8674，8676，8678，8682，8686，8690，8696型非常感谢您选择使用尼尔森EZ Pro™控制器。
EZ Pro™控制器系列采用了目前最先进的电子技术，将会为您提供更加长期可靠的服务。
请仔细阅读下面的相关产品介绍，以便您能掌握EZ Pro™控制器程序的编写，操作，安装以及一些相关的注意事项一．特点通过8600编程器可实现全功能编程。
EZ Command无线遥控模块可以在工厂预装，也可以以后添加。
尼尔森独特的选择&调节（Select and Adjust™）模式。
没有交流电源或电池的情况下，内存程序稳定。
可以用控制器来控制水泵启动。
降雨延迟最多可达99天。
三个独立程序。
每个程序可有4个开始时间。
开始时间可重叠。
三个灌溉日历，满足不同的需求(周制，月制，单双日)。
包含每四年一次的2月29日的闰年设置水预算选择，减少或增加灌溉水量的1～200％。
高级设置可设定一年中每月的灌水量比例。
3 测试循环 (人工,循环,3分钟测试)。
灌水时间从1分钟到9小时59分钟。
自动恢复式保险，保护电路安全。
二．安装说明：EZ ProPro™™控制器既可装在室内，也可装在室外。
找一处靠近230/240V交流电源的位置(8674,8676,8678, 8682,8686,8690,and8694)，如果情况允许，将其高度固定在与眼睛平齐，并打孔，用螺丝钉将控制器固定好。
注意：为了方便安装，断开连接电缆后，面板是能取下来的。
变压器接线美国、加拿大和墨西哥使用120V交流电；欧洲使用230 V交流电；澳大利亚使用240V交流电。
注意：请按照当地标准选择.低压输出线必须用适当的管子保护，拧开两个螺丝，将交流电源线从控制器底部的孔内穿过来，并将其接好。
8624型型(见下8604,8606,8608,8612,8616,8620,8624图)拧下变压器保护盖上的螺丝，将电源线与变压器通过接头接好，同时也将黄绿相间的地线接好。
TC-8600 矩阵安装 说明书
TC-8600矩阵安装使用说明书目录第一章系统简介---------------------------------------------------------------------------------------------11.1 矩阵系统功能及主要特点-------------------------------------------1 1.2 矩阵启动---------------------------------------------------------31.3 键盘启动---------------------------------------------------------31.4 软件启动-------------------------------------------------------------------------------------31.5 键盘的切换 ---------------------------------------------------------------------------------3第二章 快速安装使用说明-------------------------------------------------------------------------------52.1矩阵连接示意图---------------------------------------------------52.2 矩阵各种接口说明-------------------------------------------------72.3 矩阵初始设置-----------------------------------------------------82.4 系统运行与操作---------------------------------------------------9第三章安装调试-------------------------------------------------------------------------------------------113.1 系统接口说明------------------------------------------------------------------------------113.1.1视频矩阵接口说明-----------------------------------------------------------------113.1.2 音频矩阵接口说明----------------------------------------------------------------123.1.3 并行报警主机接口说明----------------------------------------------------------123.1.4 键盘接口盒接口说明-------------------------------------------------------------133.2 系统分布------------------------------------------------------------------------------------143.3 系统布线------------------------------------------------------------------------------------153.3.1 电源布线------------------------------------------------------------------------------153.3.2 控制线布线-------------------------------------------------------------------------153.3.3 音频\视频线布线------------------------------------------------------------------153.4 系统调试--------------------------------------------------------163.4.1 系统上电--------------------------------------------------16 3.4.2 连接控制设备----------------------------------------------163.5 系统布线注意事项------------------------------------------------16第四章 控制键盘--------------------------------------------------------------------------------------------164.1 技术指标------------------------------------------------------4.3 功能介绍---------------------------------------------------------------------------------174.3.1 数字输入建-----------------------------------------------------------------------184.3.2 矩阵切换控制键-----------------------------------------------------------------184.3.3 变速摇杆--------------------------------------------------------------------------194.3.4 摄像机控制键--------------------------------------------------------------------194.3.5 解码器控制键--------------------------------------------------------------------204.3.6 矩阵综合控制键-----------------------------------------------------------------204.3.7 键盘设置建-----------------------------------------------------------------------214.4关于显示屏------------------------------------------------------------------------------224.5 系统编程---------------------------------------------------------------------------------234.6 键盘配件及接线------------------------------------------------------------------------26第五章矩阵设置软件--------------------------------------------------------------------------------------275.1 软件安装-----------------------------------------------------------------------------------275.2 系统连接-----------------------------------------------------------------------------------275.3矩阵登录-----------------------------------------------------------------------------------285.3.1 连接操作-------------------------------------------------285.3.2 设置-----------------------------------------------------295.3.3 串口说明-------------------------------------------------295.3.4密码设置-------------------------------------------------------------------------305.4注意事项----------------------------------------------------------------------------------30第六章报警主机设置软件------------------------------------------------------------------------------316.1 软件介绍--------------------------------------------------------316.2 连接示意图------------------------------------------------------316.3软件操作------------------------------------------------------------------------------------31第七章分控受权软件------------------------------------------------------------------------------------337.1 系统连接 -------------------------------------------------------33 7.2 授权软件使用说明-----------------------------------------------337.4 授权----------------------------------------------------------------------------------------357.5 修改密码----------------------------------------------------------------------------------35第八章切换设置------------------------------------------------------------------------------------------368.1 软件说明-------------------------------------------------------368.2 登录软件界面---------------------------------------------------36第九章字幕传输软件-----------------------------------------------------------------------------------379.1 字幕传输软件的安装--------------------------------------------37 9.2 运行软件前的准备工作------------------------------------------379.3 字幕传输软件的使用方法----------------------------------------37 9.3.1 登录系统--------------------------------------------------37 9.3.2 字幕定位、查找 -------------------------------------------37 9.3.3 字幕传输--------------------------------------------------37 9.3.4 造字------------------------------------------------------389.3.5 系统设置--------------------------------------------------38第十章常见问题解答-------------------------------------------------------------------------------------3910.1 安装篇------------------------------------------------------------------------------------3910.2 矩阵篇-------------------------------------------------------------------------------------3910.3 键盘篇-------------------------------------------------------------------------------------3910.4 软件篇-------------------------------------------------------------------------------------4110.5 报警篇-------------------------------------------------------------------------------------41阅读指南为了能更好地使用这套系统，在使用之前请务必仔细地阅读。
ORBAN2300压限器说明书
ORBAN2300压限器说明书ORBAN-FM2300 DIGITAL OPERATION 操作手册2300 前面板·显示屏标有四个软件按钮并提供控制安装信息。
·屏幕对比按钮调整显示屏的最佳视觉角度。
·四个软件按钮提供所有2300功能和控制。
软件按钮的功能是可以根据每个屏幕下面的标号来改变每个屏幕。
·下一个和前一个(←和→)按钮可以水平地滚动屏幕来提供在可利用的空间里不合适的菜单。
当你进入2300数据的时候，你可以从一个字符移到下一个。
当滚动菜单在使用时，这些按钮会闪动。
否则它们就是暗的。
·控制旋钮改变用软件按钮来选择的安装。
为了改变量值，当你旋转控制旋钮时你要按住一个软件按钮。
·回忆按钮可以帮助你回忆Factory或预置用户。
选择回忆按钮时不要立即回忆预置。
请看2-20页上17步骤关于回忆事先设置的指示。
·修改按钮里有控制清单，你可以用来使用编辑Factory或预置用户。
?如果你编辑Factory预置时，你必须先保存就像一个新的预置用户来保留你的编辑。
·设置按钮访问科技参数需要和你的传输系统的2300相匹配。
3-2 OPERATION ORBAN MODEL 2300·扩展按钮提供目前屏幕的扩展，使用户返回到下一个更高水平的屏幕。
重复按扩展键会让你返回到屏幕层次最高水平的空闲屏幕。
·输出仪表显示可应用到2300的模拟或参考数为零=全面数据化的数据输入的最高输入水平。
如果输入仪表的红色部分灯亮起来，那你就是超速驱动2300数据转换器的模拟，这是声音失真的非常普遍的原因。
AGC仪表显示慢，两个波段AGC处理的Master和Bass的波段的增益降低，它先于多波段压缩器。
全方面是25分贝的增益降低。
·闸LED当输入声音下降到低于定值设置表明闸的活动性，发光。
当这些发生时，在低水平通道的两段波段压缩器的还原时间被急剧得减慢来阻止噪音上升。
戴尔易安信 FS8600 网络附加存储 (NAS) 网络最佳实践指南说明书
Dell Compellent FS8600 Network-Attached Storage (NAS) Networking Best Practices GuideDell Compellent Technical Solutions GroupJuly 2013THIS BEST PRACTICES GUIDE IS FOR INFORMATIONAL PURPOSES ONLY, AND MAY CONTAIN TYPOGRAPHICAL ERRORS AND TECHNICAL INACCURACIES. THE CONTENT IS PROVIDED AS IS, WITHOUT EXPRESS OR IMPLIED WARRANTIES OF ANY KIND.© 2013 Dell Inc. All rights reserved. Reproduction of this material in any manner whatsoever without the express written permission of Dell Inc. is strictly forbidden. For more information, contact Dell.Dell, the DELL logo, and the DELL badge are trademarks of Dell Inc. Microsoft® and Windows® are either trademarks or registered trademarks of Microsoft Corporation in the United States and/or other countries. Other trademarks and trade names may be used in this document to refer to either the entities claiming the marks and names or their products. DellTable of Contents1Preface (2)1.1Audience (2)1.2Purpose (2)1.2.1Disclaimer (2)1.3Customer Support (2)2Introduction (3)2.1FS8600 networks (3)2.2FS8600 Internal Network (4)2.3FS8600 Primary Network (Client network) (4)3Network Switches Configuration (5)3.1Internal Switch Configuration (5)3.2Primary Switch Configuration (6)4Load Balancing (9)4.1Flat Network Configuration (9)4.2Routed Network Configuration (10)4.3Routed Network and Static Routes (11)To add a static route via the FS8600 CLI run the following command: (11)5Additional Subnets (12)5.1Additional Subnets (12)6Network Services (13)6.1NTP (13)7Network Security (14)7.1Firewalled Environments (14)8Additional Resources (17)Document Revisions Table 1: Document revisions1Preface1.1AudienceThe audience for this document is intended to be systems, networking, storage or backup administrators who are responsible for the day-to-day management responsibilities of a Dell Compellent FS8600 environment.Proper management of an FS8600 requires administrators or teams of administrators capable of managing and configuring enterprise-class Fibre Channel SAN and Ethernet networks, any enterprise-grade backup software intended to be used, the Dell Compellent Storage Center itself, as well as general purpose NAS administration.1.2PurposeThe purpose of this document is to cover specific implementation concepts or specifics related to the Dell Compellent FS8600 networking environment. It is not intended to be a primer or Dell Compellent FS8600 introductory resource for any of the subject matters involved, and it assumes at least introductory knowledge of many of the subjects covered in this document.This document should be used in conjunction with other Dell Compellent resources, such as the Dell Compellent Storage Center Connectivity Guide, FS8600 Admin Guide and Hardware Manual, Enterprise Manager 6 User Guide, or any other available documentation resources.1.2.1DisclaimerThe information contained within this best practices document is intended to provide general recommendations only. Actual configurations in customer environments may vary due to individual circumstances, budget constraints, service level agreements, applicable industry-specific regulations, or other factors. Configurations should be tested before implementing them in a production environment.1.3Customer SupportDell Compellent provides live support at 1-866-EZSTORE (866.397.8673), 24 hours a day, 7 days a week, 365 days a year for current customers. For additional support, email Dell Compellent at **********************. Dell Compellent responds to emails during normal business hours.2Introduction2.1FS8600 networksThe FS8600 utilizes three separate logical networks and two physical network segments to achieve maximum performance and security.∙Internal Networko Interconnecto Management∙Primary Network (Client Network)Figure 1: FS8600 networks diagram2.2FS8600 Internal NetworkThe interconnect network’s role is to provide communication between the cluster controllers to enable internal data transfer and heartbeat mechanism while maintaining low latency and maximum throughput.The interconnect segment is comprised of redundant gigabit Ethernet (1GbE) switches or10GbE (depending on a model purchased) with dual connection to each controller creating a fully redundant mesh.In one appliance configuration the interconnect network is comprised of two back to back links. To achieve full high-availability and future easy scalability it’s recommended to use redundant external switches.The management network’s role is to provide internal logging, syslog mirroring and in some cases option for remote access.2.3FS8600 Primary Network (Client network)The “primary network”, also known as the client network, connects the FS8600 system to the customer network via gigabit Ethernet or 10GbE (depending on a model purchased) multiple ports.The “primary network” provides access to data from NFS and CIFS clients and also access to the NAS administration virtual IP (VIP).3Network Switches Configuration3.1Internal Switch ConfigurationThe FS8600 requires the internal network switch configuration to support the following configuration:VLANThe interconnect network must live on a dedicated VLAN that is isolated from all other traffic and solely purposed for an individual cluster’s interconnect traffic. This VLAN must be untagged on all switch ports connected to the FS8600 interconnect connectivity ports. MTUAll switch ports connected to FS8600 interconnect connectivity ports must be “enabled” for Jumbo Frames (MTU equal to or greater than 9000).Spanning TreeSpanning tree must be “disabled” for all FS8600 interconnect ports. For many network vendor implementations, this will be called “portfast” or “edge” in the switch configuration semantics.Flow ControlThe FS8600 requires that all switch ports connected to the FS8600 interconnect interfaces have flow control “enabled”.The following is an example of how to configure Dell Force10 switches and Dell PowerConnect series (the same commands are applied to Dell PowerConnect series)3.2Primary Switch ConfigurationThe FS8600 requires the primary network switch configuration to support the following configuration:VLANThe FS8600 primary network is VLAN-aware, meaning it is capable of understanding and communicating with VLAN tagged Ethernet frames, allowing it to address multiple networks across multiple VLANs at a time.VLAN TaggingIf only tagged VLANs will be used for management and data, the FluidFS controllers need to be able to communicate with each other on the Client Network using untagged traffic. In other words, even if there is not a subnet configured to use untagged traffic, the switch must still allow untagged traffic/packets to pass. Blocking untagged traffic can cause issues with FluidFS during maintenance activities such as service pack upgrades, and controller replacement.The switch must be configured properly in its present state, otherwise the untagged and/or tagged VLAN would not be accessible.On Dell PowerConnect switches, this correlates to setting all of the frontend network ports to general mode, and then allowing the specific VLAN tags that are to be allowed to pass through.On Force10 switches, this correlates to using hybrid port mode. General mode (Dell PowerConnect) and hybrid mode (Dell Force10) will permit untagged traffic to pass through in addition to the tagged VLANs you specifically allowed. DO not use trunk mode, as trunk mode will only pass tagged traffic, and will disallow untagged traffic.MTUThe FS8600 primary network supports Ethernet jumbo frames.Environments can expect a degree of performance improvement, particularly where throughput is concerned.To change the MTU value (Defaults is set to 1500) on the cluster from the FS8600 CLI, run the following command:Flow ControlIt is recommended, but not required, that all switch ports connected to the FS8600 “p rimary network” interfaces have flow control “enabled”.For more information regarding flow control and Storage Center, consult any Copilot Support Tech Alerts for the Storage Center configuration in question.Switch TopologyAn FS8600 appliance or cluster can only be as highly available or high performing as the switch infrastructure supporting it. Architecturally, three guiding principles can be used to construct a best practice switch connectivity topology:•Avoid any single points of failure•Ensure sufficient inter-switch throughput•Make every client connectivity port in an FS8600 cluster available to any potential clientALB and LACP ModeAn FS8600 appliance equipped with multiple network interface cards are bonded to sustain seamless link failure.FS8600 supports two bonding modes:∙Adaptive Load Balancing (ALB)∙Link Aggregation Control Protocol (LACP)The default bonding mode for the FS8600 is ALB which requires no switch configuration and exposes all bonded MAC addresses.For LACP, some switch configuration is required and only a single MAC address is exposed. The main benefit of using LACP in FluidFS is to reduce the number of required VIPs while maintaining efficient load balancing.Setting up LACP modeWhen setting LACP you will need to perform the following configuration changes:∙In FluidFS, set one primary network VIP per FS8600 controller.∙In FluildFS, set up the bonding mode to “LACP”.∙In the “primary network” switch, all switches must be stacks and define one LACP trunk per FS8600 controller.Figure 2: FS8600 LACP configuration.To change the default bonding mode from ALB to LACP from the FluidFS CLi:4 Load BalancingLocal Production SiteKATANA_11DNS server ApplicationserverFigure 3: FS8600 in a routed network diagram 4.1 Flat Network ConfigurationIn case of a flat network, meaning there are no Layer 3 switches or routers between the FS8600 and the clients on the primary network, the FS8600 will use an internal ARP-based load balancing mechanism.To achieve load balancing across multiple interfaces, the system uses a virtual IP and proxy ARP. This workload balancing method supports both inbound and outbound workloads.The proxy-ARP protocol enables a host to provide ARP responses on behalf of other hosts. In order to support this, the destination hosts need to be configured with the proxy IP address, but should not answer broadcast ARP requests for that address. The system uses arp-filter and arp-tables to “hide” the proxy address so unicast ARP and other traffic are still served.To verify that clients connecting to the FS8600 are balanced across all system controllers from the FS8600 CLI, run the following command:To verify a specific client connection to the FS8600, from the FS8600 CLI, run the following command (you will need to provide the client IP and the virtual IP used):4.2Routed Network ConfigurationSince ARP load balancing is only able to balance local network clients, the FS8600 utilizes DNS load balancing to balance clients connected across Layer 3 switches and routers.In essence the FS8600 storage system will serve several virtual IP addresses, based on the number of interfaces attached to the client network. The virtual IP addresses are distributed and balanced among the nodes and interfaces.The administrator defines these addresses as a round-robin group in the DNS server in the site. Clients use DNS lookup and thereby are balanced across all of the available nodes and NICs.When implementing a round robin DNS system, it is important to understand the caching relationships of all subsequent DNS systems between the round robin DNS server and the clients.For example, if ns0.local and ns1.local are configured for Round Robin DNS but clients use ns0.office.local as their primary DNS target, ns0.office.local could possibly poll ns0.local to satisfy the request, but then cache the request and return the same value to the next client, hence removing the benefit of implementing Round Robin DNS. Some environments may see a benefit in keeping a short TTL value for the relevant DNS records for added overall flexibility.When allocating IPs and creating “A” record pools for round robin DNS, there should be at a minimum as many IPs and associated “A” records as there are interfaces in the FS8600 cluster.4.3Routed Network and Static RoutesRouted networks provide an opportunity to enhance performance through a feature called static routes. This feature allows you to configure the exact paths in which the FS8600 storage system communicates with various clients on a routed network.To add a static route via the FS8600 CLI run the following command:5Additional Subnets5.1Additional SubnetsThe FS8600 is capable of supporting or living on large numbers of separate or distinct networks, also referred to as subnets. This can be beneficial for reasons such as consolidating established or legacy file servers, as well as following best practices for providing dedicated resources to specific client groups or environments.NDMP backups and replication should also be isolated to a dedicated network, and it is also suggested that where possible, networks should be isolated in a one to one fashion with VLANs.To add additional subnets you will need the following information:∙Subnet mask∙VLAN information, if applicable∙Private IPs – one IP per FS8600 controller∙Public IP – will be used as Virtual IP (VIP)6.1NTPThe FS8600 can use the NTP to poll time information from authoritative outside sources. Generally, it is recommended that a minimum of two sources be used. Three or more sources is the suggested configuration.For FS8600 environments that will be integrated with Active Directory, the NTP sources should be the Active Directory domain controllers for the domain in question.To configure the time server for the Active Directory environment please refer to the following link:/en-us/library/cc784800%28v=WS.10%29.aspxCluster QuorumIn the event that both the configured gateway and DNS hosts are unreachable, the ability to reach the configured NTP hosts is used as a cluster quorum voting mechanism. Because this mechanism is used in the event that DNS is unreachable, at least one of the time servers should be configured by IP as opposed to DNS.7.1Firewalled EnvironmentsMany enterprise organizations have various layers of security within their network, often at their border, across different branches and work groups. Firewalls are used to implement access restrictions and Individual rulesWhen deploying Dell F8600 in a firewalled environment we need to make sure that specific ports are allowing traffic.The list of ports are divided to two groups:∙Enterprise Manager and Data Collector ports∙FluidFS portsData Collector Inbound PortsData Collector Outbound PortsEnterprise Manager Client PortsFluidFS Basic PortsFluidFS Additional Ports (Depends on NAS environment and services):8Additional ResourcesBelow are some links to additional resources:Dell Compellent Documentation∙Dell Compellent Replay Manager 7 Administrator's Guide ∙Dell Compellent Enterprise Manager 6.3 Users Guide∙Dell Compellent Storage Center 6.3 Users Guide。
NETGEAR Orbi 产品使用指南说明书
CommençonsInstallez l’application Orbi sur votre téléphone portable ou tablette et suivez les instructions d'installation. Vous pouvez également procéder à l’installation sans l’application, consultez lorsque vous êtes connecté à votre base Orbi.Appuyez sur l'icône Security (Sécurité) de votre application Orbi et vérifiez que NETGEAR Armor™ est activé.Votre Orbi est fourni avec la cybersécurité NETGEAR Armor. Armor bloque les menaces en ligne telles que les pirates et les tentatives de phishing sur vos appareils.Découvrez toutes les possibilités de l'application Orbi ! Mettez en pauseInternet, exécutez un test de débit, définissez uncontrôle parental, etc.Téléchargezl'application Orbi pour configurer votre base OrbiSécurisez vos appareils avec NETGEAR Armor2Faites-endavantage avec l’application35Voyantd'alimentation 6Connecteur d'alimentation 7Bouton Reset (Réinitialisation)8Logement pour Nano SIM*Antenne SMA LTE non incluseSupport et communautéVisitez /support pour obtenir des réponses à vos questions et accéder aux derniers téléchargements.Vous pouvez également consulter notre communauté NETGEAR pour obtenir de bons conseils sur .Pour les informations à propos de la conformité réglementaire, y compris la Déclaration de conformité pour l'UE, rendez-vous surhttps:///about/regulatory/.Avant de brancher l'alimentation,reportez-vous au document de conformité légale.NETGEAR, Inc.350 East Plumeria Drive San Jose, CA 95134, USA (Etats-Unis)© NETGEAR, Inc., NETGEAR et le logo NETGEAR sont des marques commerciales de NETGEAR, Inc. Toutes les marques commerciales autres que NETGEAR sont utilisées à des fins de référence uniquement.NETGEAR INTERNATIONAL LTD Floor 1, Building 3,University Technology Centre Curraheen Road, Cork, T12EF21, IrlandeDécembre 2021Règlementation et aspects juridiquesSi vous rencontrez des problèmes avec l’installation, essayez l’une des méthodes suivantes :• Redémarrez votre base Orbi et réessayez de procéder àl’installation avec l’application Orbi.• Exécutez l’assistant d’installation à l’aide de l’interface Web.Consultez lorsque vous êtes connecté à votre base Orbi pour accéder à l’interface Web. • Désinstallez et réinstallez l’application Orbi, puis réessayez.Pour plus d'informations, rendez-vous à l'adresse https:///fr/000061613/.。
海康威视硬盘录像机DS-8600N-E8系列快速操作指南V3.0.3(标配中文)
DS-7600系列快速操作指南前言UD.6L0102B0556A01前言非常感谢您购买我司产品，如您有任何疑问或需求请随时联系我们。
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0300031040213特别声明在使用视频监控设备时，对于监听接口的使用与维护，请您严格遵守适用的法律、法规要求。
出于非法目地使用视频监控设备、探听他人隐私等，均属于非法监听。
描述内容约定在本手册中为了简化描述，做以下约定：•本手册提及的“设备”主要指NVR。
•本手册提及的“IP设备”主要指的是网络摄像机（IPC）、网络球机（IP DOME）或编码器（DVS）。
•本手册提及的“通道”泛指NVR的IP通道。
符号约定在本文中可能出现下列标志，它们所代表的含义如下。
警告注意说明目录前言 (i)目录 ......................................................................................................................................... i ii 1. 产品外观介绍及说明. (1)1.1.前面板介绍及说明 (1)1.2.后面板介绍及连接说明 (6)1.3.鼠标操作说明 (9)2. 安装与连接 (11)2.1.安装注意事项 (11)2.2.安装硬盘 (12)2.2.1. 硬盘容量的计算方法 (12)2.2.2. 硬盘安装步骤 (13)3. 本地配置 (17)3.1.开关机 (17)3.1.1. 开机 (17)3.1.2. 关机 (18)3.2.向导 (19)3.3.IP通道配置 (24)3.4.一键快捷录像配置 (29)3.5.回放 (31)3.5.1. 即时回放 (31)3.5.2. 通道回放 (31)3.6.备份 (32)4. 技术参数 (35)附录A 限制物质或元素标识表 (43)附录B 保修卡A (44)附录C 保修服务 (45)附录D 保修卡B (48)1. 产品外观介绍及说明1.1. 前面板介绍及说明DS-7600N-E1、DS-7600N-E2、DS-7600N-E1/N、DS-7600N-E1/P、DS-7600N-E2/N、DS-7600N-E2/P的前面板示意图，如图1.1所示。
Philips 8600 LED TV 产品说明书
ᘡ䙕ֵ⭞X41G86SV81305A请至以下互联网址注册产品以获得完整的信息服务使用产品前请阅读用户手册（具体操作详见操作导引）并请保留备用！/welcome本手册所有示意图仅供参考，请以实际机型与实物为准！伔⎜8500㌱ࡍLED 㜂ݿⓆᲰ㜳⭫㿼86PUF8565/T3*按图示捏住箱扣向外拉，取下箱扣。
*二人协作，竖直抬起机器。
*二人协作，竖直抬起包装箱。
2345支持的电视机安装托架要安装电视机，请购买飞利浦电视机安装托架。
请先将托架锁于电视机背面。
为避免损坏电缆和插口，请确保将锁好托架的电视机背面(含音箱凸包处)与墙面间至少保留2.2英寸或5.5厘米的间隙。
警告：请按照随电视机安装托架一起提供的所有说明操作。
VESA (x,y)86” 600x400 M8B更多操作信息请参考 Philips support网站。
打开电视，按遥控器 信号源键，进入列表界面，选择帮助，查看用户手册。
温馨提示：在长时间不使用遥控器的情况下，请将电池从遥控器的电池仓中取出，以避免电池电量损耗或遥控器损坏。
按下电视底部多功能方向键的中间键，打开电视机。
打开电视4请按照提示，进行电视设置。
操作导引注：智能遥控器需进行配对后方可正常使用。
同时按住智能遥控器的配对键（确认键+ ）,ij切勿向电视机上的通风槽或其它开口中插入任何物体。
ij旋转电视机时，请确保电源线不会绷紧。
电源线绷紧会使电源连接变松，进而产生花。
小心短路或起火！ij切勿将遥控器或电池暴露在雨中、水中或过热的环境中。
ij请避免电源插头产生拉力。
松动的电源插头可能产生火花或者导致起火。
安全环境温度：5到45摄氏度小心触电或发生火灾！ij切勿让电视机与雨或水接触。
切勿将液体容器（例如花瓶）放置在电视机旁边或上面。
如果将液体洒到了电视机表面或内部，请立即断开电视机的电源。
请与Philips 客户服务中心联系，对电视机进行检查后再行使用。
ij切勿将电视机、遥控器或电池放在明火或其它热源（包括直射的阳光）附近。
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ORBAN8600主要设置说明
1、8600HD（即8600）同时具备8600FM的处理功能和iBiquity TM HD Radio TM System、DVB或Netcasts数字广播功能。
8600FM通过增加8600UPG/HD模块可升级为8600HD。
2、输入电平REFERENCE LEVEL调整标准：先选择ROCK-MEDIUM预置，然后调整该参数，使AGC METER衰减量在10dB左右；如果小于10dB（表桥显示偏高），就要调低REFERENCE LEVEL；如果大于10dB（表桥显示偏低），就要调高REFERENCE LEVEL。
注：以上调整对AES3输出口不起作用。
3、LOSSY CODES 压缩编码器，把ORBAN和压缩编码器连接时，必须关掉PRE-E （PRE-EMPHASIS），因为压缩编码器接收不了预加重的信号。
4、输出电平调整标准：使用调制度监测仪或其它监测制度的设备，使调制度达100%
（通常±75kHz偏离）。
5、CLIP LEVEL电平调整是调整内部A/D转换器的最大输入最平，调低了会引起信号
过载、失真，调高了会降低信噪比。
通常有以下两种方法可以调整：
a、输入正常的节目电平，调整CLIP LEVEL电平，使输入电平（INPUT METERS）
峰值大约在-15 dB。
观察表桥一段时间，特别要观察直播播音员的声音。
如果该步骤调整不当会引起失真。
0 dB为输入削波电平，节目素材电平不能达0 dB，通常要预留一些安全的空间，即Headroom电平。
b、输入电差的节目电平，即把调音台推子推到最大，放最大的节目电平，调整CLIP
LEVEL电平，使输入表桥不大于大约-2dB。
（该方法较好）
注：CLIP LEVEL调整的是绝对峰值电平，与直播室表桥的峰值有相当大的区别。
6、AGC Master控制200Hz以上的信号，Bass Band控制200Hz以上的信号。