TG云盒子M-5_产品资料
天宇云盒5G产品首发资料
无人机行业应用痛点凸显边缘计算超清图传极致操控广域飞行云网赋能智能开放框架和算法支持二次开发低至毫秒级顺滑体验大规模多机协同作业低空300米大范围超视距飞行UHD/4K/VR支持双路1080P 同步直播功能强大的云平台提供数据服务与合规管控全球首款· 无人机5G机载边缘计算终端双卡5G+4G测控延时50 ms机载存储2TB TTL | RS232 | RJ45 | HDMI | SDI | mini-SD传输速率80 Mbps高速：搭载华为MH5000 5G工业模组SA/NSA双模国产黑科技· 天宇云盒赋能网联无人机开放：BIE开源边缘计算框架与算法二次开发安全：首款网联无人机主动信息安全加密芯片高速空中入网300米视频延时200 ms旗舰登场· 网联群鹰的翅膀第2代4G 天宇云盒地面站版天宇云盒旗舰版5G 天宇云盒LTE 2.0LTE GS 5G Pro5G Pro更小· 更强大1080P HDMI H.264单4G 1TB 机载存储300g 12.8 ×3.3 ×10 cm 200米增强联网Dual HDMI / HDMI + SDIH.265双4G 多卡聚合2TB 机载存储180 g10 ×2.8 ×6.3 cm300米超强联网机载原画Wi-Fi传输LTE 2.0LTE 1.0零改装· 云上飞翔地面单兵图传支持多类型地面站现场及平台远程控制多链路联网实时遥测根治信息孤岛难题LTE GS 无人机地面站地面版天宇云盒基站无人机平台地面站代理画面录屏单向传输云平台赋能4K/VR/双路1080P 测控延时＜50ms传输速率80Mbps 成熟应用SA/NSA 5G 工业模组边缘计算框架广泛兼容数据加密芯片二次开发5G · 超时空飞行时代5G云网· 赋能满天星光直播客户端本次发布全系列产品支持接入天宇经纬自主知识产权无人机云平台2018.6.4民航局批准云网无人机云平台沃天宇无人机云平台发布2018.7.4海外5G 网联无人机业务迪拜发布2019.4.18中国电信天翼物联5G 网联无人机平台发布2019.11.21持续领跑· 网联无人机技术创新民航批准5G 无人机试验基地全球首个5G 无人机商业应用案例2019.3.30首个省级无人机边缘云平台2019.7.262019.10.252018.5.12251km 无人机4G 测控全球首飞。
WUM型物联网无线扩展模块说明书
218工作原理WUM型物联网无线扩展模块是一款适用于丹东通博电器旗下雷达物位计、磁致伸缩液位计、磁浮子液位计等物位计产品的无线通讯扩展模块。
该模块集成了高精度AD采集芯片，低功耗MCU 处理器和多种可选的无线通信方式。
通过简单的安装即可快速把传统通讯的物位计产品扩展为无线通讯，其自身具有通用性强、灵敏度高、安装方便快捷、通讯安全可靠等显著优势。
概述WUM 型物联网无线扩展模块WUM WIRELESS EXTENSION (PAIR WITH ALL DDTOP INSTRUMENTS)WUM型物联网无线扩展模块通过高精度AD芯片采集配套仪表输出的电流信号（电流信号与测量物位值成比例），并把模拟电流信号转换为数字信号发送到MCU处理器，MCU经过数据的处理和判断，把仪表的电流值或故障信息通过无线芯片发送到数据管理平台中，以实现数据管理平台实时监控当前测量物位值和仪表状态。
主要技术参数通讯方式对应技术参数工作电压：24V DC 测量精度：±0.1%通讯方式：LoRa/NB-IOT/4G （可选）防护等级：IP67环境温度：-40℃~+70℃外型尺寸：φ42mm*110mm 外壳材质：不锈钢304电气接口：M20×1.5（外螺纹）或按用户要求图1 垂直式安装（A型）图2 水平式安装（B型）219工作原理WUM型物联网无线扩展模块为物位计的配套扩展产品，出厂前已安装在对应物位计产品上，模块自身不会影响整体产品的安装调试，具体安装调试详细请依据对应物位计的使用说明书进行操作，如需更换该终端模块，请联系厂家售后人员。
产品选型表外形图及安装选型举例：WUM-LW470AD-AWUM型物联网无线扩展模块，LoRa （LoRaWAN协议），垂直式安装。
A型、B型外形尺寸订购须知按产品选型表选型物位计型号。
蜂鸟公司TMG 740-3燃烧控制盒说明书
TECHNICAL DATASupply voltage220 / 240 V (-15... +10%)50 HZ (40 - 60 Hz)AC frequency variations result in proportional timing deviationsFuse rating10 A rapid, 6 A slow Power consumption approx. 15 VAMax. current peroutput terminal 4 A6 ASensitivityIonisation input 1.6 µAUV input70 µAMin. sensor currentIonisation/IR probe 5 µA = 2 LEDUV tube250 µA = 2 LEDAir proving switch 6 A, 220 VReset delay noneFlame detector cableIonisation50 m normal cable100 m screened cableUV tube100 m normal cable200 m screened cableUV tube UVZ 780 blue low sensitivityUVZ 780 white medium sensitivityUVZ 780 red high sensitivityWeight incl. base1100 gMounting attitude anyInsulation standard IP 44Permissable ambient temp.-20° C to +60° C incl. Classified acc. to EN 298BTLLXN2TECHNICAL FEATURES 1. Flame detectionThe following types of flame detector can be used:-Ionisation electrode, where the mains supply provides a neutral earth connection. Suitable for gas burners (signal current from flame cannot be influenced by interference from ignition spark).-UV sensor type UVZ 780 red, suitable for gas, oil and dual fuel burners.-Infra-red flicker detector type IRD 820 and 1020 for all types of burner.The flame signal amplifier is adjusted to the the type of detector probe fitted by using the flame detector selection switch on the underside of the unit. If the IRD flicker detector is used, the selection switch must be adjusted to the "ION"position.Flame detection is only operational when the switch position selected corresponds to the type of detector probe connected.By optimally matching the amplifier to the detector probe,considerably longer signal transmission distances with less sensitivity to interference can be achieved.The flame signal current indicator consists of a five stage LED display which shows the signal current continuously.An indication of the strength of the flame signal current is therefore always given. Fluctuations in the monitoring sensitivity can be noticed at an early stage,and appropriate corrective action can be taken.If the infra-red flicker detector IRD 820 or 920 is employed, the flame signal current indicator on the control box is not relevant. In this case, the IRD indicator is the decisive indication of flame signal strength.Flame signal current indicator2. Burner Control-Burners can be operated with or without post-purge.This varies according to model (see technical data)and is activated when the burner motor is connected to terminal 19.-Air damper operation is monitored to ensure the nominal air volume during pre-purge and in the starting position before fuel is released. If confirmation of the damper positions "MIN" and "MAX" is not received, the control box start sequence is interrupted.-The air proving switch is checked for corrrect operation before the start, and air pressure is monitored during pre-purge as well as during normal operation. In normal use,switch contacts with a rating of 6A/220V are sufficient.Additional switch contacts which are to be monitored can be connected between terminal 18 and the air proving switch working contact. In this case, jumper II on the underside of the control box should be cut.-A separate connection for a pilot valve PV is provided,which is again closed at the end of the second safety interval. The heat output of the gas flow which is controlled by this valve must not exceed 120kW.-The terminal for the start valve SV must not be used when connecting the pilot valve PV.-Together with the start valve SV, a total of 3 power levels are available for use. The gas flow controlled by valves SV, V1 and V2 must lead to a common nozzle unit.- To determin the heating power of the gas flow controlled by the pilot- and start valve, EN 676 has to be consulted.-In addition to the built-in button with signal lamp, it is also possible to connect a remote lockout indicator and reset switch.-For monitoring of the ignition spark, link 1 on the base of the control box must be cut. In this case, flame detection is carried out by a UVZ 780 ultra-violet sensor.3. SafetyThe design and programme sequence employed in the control boxes in the TMG 740-3 series conform to the presently applicable European standards and regulations.The following features exceed the requirements of most standards, and therefore ensure additional safety:-After a normal shutdown, the stray light test is started immediatly by the control box which directs an increased voltage to the UV sensor. The very important extinguishing function of the sensor can therefore be checked. If the fuel valve does not close correctly, or a sensor or amplifier malfunction occurs, shutdown and lockout take place after approx. 20 sec., even if the controlling thermostat is open.-The contacts responsible for the release of fuel are checked when the programme starts, to ensure that they have not become welded together.4. Mounting and Electrical InstallationAt the base:-3 earth terminals, with an additional tag for the burner earth.-3 neutral terminals, with a fixed internal through connection to the neutral input, terminal 8.-2 separate slide-in plates and 4 fixed, threaded knockouts (PG 11 thread) as well as a wiring opening from below, to facilitate wiring of the base.-A keyed fit ensures that the wrong control box type cannot be fitted to the base. The corresponding control box designation is shown in lettering on the base.General:-Can be mounted in any position, insulated as per IP 44standard (unaffected by water spray). The control box and detector probes should not however be subjected to excessive vibration. With the UVZ 780 ultra-violet sensor,care should be taken to ensure that a good electrical contact to the burner exists via the metal flange.-If an ionisation electrode is used, appropriate protective measures are required in order to avoid contact with the electrode while installation work is being carried out.Trouble-free operation with this type of flame detection is not possible if a voltage of over 25 volts is measured between neutral and earth. In this case, provision must be made for a separate isolating transformer.-The maximum lengths for the detector probe cables,depending on the type of cable installed, are listed in the technical data and must be adhered to without fail. Laying the cables parallel to mains cabling over long distances should be avoided, and the use of multiple core cable is also not permitted.T M G 740-34COMMISSIONING AND MAINTENANCE 1. ImportantThe wiring must be checked exactly when commissioning the installation. Incorrect wiring could damage the control box, putting the safety of the burner system at risk.When mounting and wiring the control box, the applicable installation regulations must be observed.-The chosen fuse rating must not, on any account, be higher than the value listed in the technical data.-Failure to observe this instruction could, in the case of a short circuit, have serious consequences for the control box or burner system.-For safety reasons, it must be ensured that the control box performs at least one normal shutdown during every 24 hour period.-Switch off or disconnect the power before plugging in or unplugging the unit.-Burner control boxes are safety devices and should not be opened.T M G 740-32. Routine ChecksAn inspection of the technical safety of the flame detection system must be carried out during commissioning of the unit as well as after servicing, or if the system has not been in operation over a long period.For test a), the gas proving switch should be bridged.a)Attempt to start with the hand valve closed:- After the first safety interval has elapsed -> Lockoutb)During normal operation, interrupt detector probe or cutoff light:- In less than 1 sec.-> LockoutFault findingFault finding is considerably simplfied by making use of the coloured programme indicator. Irregularities during commissioning, normal operation or a normal shutdown pause can be localised via the programme indicator disc.If a malfunction occurs, it is useful to note the exact position of the indicator before operating the control switch or reset button.The following list is designed to assist with fault finding.COLOUR WHERE WHAT REASONBLUEbeginningdoesn’t start-no power, break in control circuit, air proving switch not in resting positioncontinuous ventilation -end switch "MAX" air damper doesn’t operateline lockout-air proving switch doesn’t switch over or is too lateendcontinuous ventilation -end switch "ignition position", air damper doesn’t operate anywherelockout -stray lightYELLOWendlockout-flame establishment pilot or start valve impossible no flame signal current or too weak (min. 2 LED’s) flame detector selector switch set incorrectlyRED end lockout-no flame signal current or too weak after end of second safety interval (double fuel feed burner)GREEN end lockout -loss of flame during operation, air pressure too low BLACKendlockout-stray light due to burning on, UVZ sensor tube reached end of life and activates shutoff, defect in flame detector circuitA test baseplate is available for checking the burner control box functions (model designation UP 7520, item no. 18601)6Honeywell-Platz 1Postfach 324CH-8157 DielsdorfORDERING INFORMATION ITEM DESIGNATION ITEM NO.Burner control box Type TMG 740-3 Mod. 32-3208211Socket Socket TMG 70205Insert plate PG-plate 70502optional Cable entry plate 70501Flame detector UVZ 780 white 18814or UVZ 780 blue 18812or UVZ 780 red 18813Flame detector IRD 82016201Flame detector IRD 1020 end-on viewing 16522Flame detector IRD 1020 side-on left 16523Flame detector IRD 1020 side-on right 16521IRD mounting flange IRD Holder M9359093Flame detector cable 3-wire, 0.6 m7236001The above ordering information refers to the standard version.Special versions are also included in our product range.Specifications subject to change without notice.。
AMX MT-2002 20.3英寸Modero G5平板式桌面触摸面板产品简介说明书
QUICK START GUIDEOverviewThe MT-2002 20.3” Modero G5 Panoramic Tabletop Touch Panel(FG5969-35) features the G5 Graphics Engine to provide fast and smoothanimations and transitions, as well as a Quad Core Processor.The MT-2002 features a panoramic capacitive multi-touch screen thatprovides users access to multiple applications with minimal navigation. Thedistinctive, low-profile design is engineered to sit perfectly on a table withoutobstructing views.Sleep buttonSleep buttonUSB Ports (2)Cable slotFIG. 1 MT-2002Product SpecificationsConnector LocationsTwo Type A USB ports are located on the rear right corner of the device (FIG. 2).Type A USB PortsSpeakerSleep buttonFIG. 2 MT-2002-REAR VIEWUSB peripherals (mouse, keyboard, etc.) may be connected to either of the twoUSB ports on the rear of the device.The power and Ethernet connectors, as well as an additional USB port arelocated on the bottom of the device (FIG. 3).The underside USB port, as well as the two rear USB ports, may be used with aflash drive for page transfers or firmware upgrades.EthernetType A USB Port12V ... Power PortFIG. 3 MT-2002 UNDERSIDE CONNECTORSThe MT-2002 does not have individual channels on the base of the deviceto allow passage of cables from underneath the base. Instead, it has one slot atthe base to allow options on cable configuration, with channels for securingpower and Ethernet cables (FIG. 4).FerriteTie-wrap channelsTie-wrapFIG. 4 TIE-WRAP FOR POWER CONNECTOR FERRITEEach channel side has slots for attaching tie-wraps to secure each cable. Theferrite on the power cable must be secured with the included tie-wrap duringinstallation to prevent the possibility of the panel not sitting flush on the table.Other cables may be secured with tie-wraps if desired, but this is not necessary.Wiring GuidelinesThe MT-2002 uses a 12V ... -compliant power supply to provide power tothe panel via the 2-pin 3.5 mm captive wire PWR connector.The incoming PWR and GND wires from the power supply must be connected tothe corresponding locations within the PWR connector.Note: Apply power to the panel only after installation is complete.Note: Connecting power to the MT-2002 should be done using the included2-pin 3.5mm captive wire connector included with the device. This connectoris retained within its port with locking screws instead of the pins on each side ofstandard captive wire connectors, and using force to insert a standard captivewire connector may damage the device.A V FOR AN IT WORLD®Wiring a Power ConnectionTo use the 2-pin 3.5 mm captive wire connector with a 12V ... -compliant power supply, the incoming PWR and GND wires from the external source must be connected to their corresponding locations on the connector (FIG. 5).The connector uses locking screws to insure a connection to the device, so make sure to insert and tighten the screws before applying power.PWR +Power SupplyTo the Touch PanelGND -FIG. 5 NETLINX POWER CONNECTOR WIRING DIAGRAM1. Insert the PWR and GND wires on the terminal end of the 2-pin 3.5 mm captive wire cable.Match the wiring locations of the +/- on both the power supply and the terminal connector. 2. Tighten the clamp to secure the two wires. Do not tighten the screws excessively; doing so may strip the threads and damage the connector. 3. Verify the connection of the 2-pin 3.5 mm captive wire to the external 12V ... -compliant power supply and apply power.Powering On/Off Modero G5 PanelsModero G5 touch panels may be powered on by touching and holding the Sleep button. To power off the panel, press and hold the Sleep button, and select Power Off on the on-screen menu (FIG. 6):FIG. 6 SLEEP BUTTON - PRESS AND HOLD TO ACCESS POWER OFF/SETTINGS OPTIONSConfiguration and ProgrammingModero G5 touch panels are equipped with a Settings menu that provides the ability to configure various features on the panels. To access the Settings menu,press and hold the Sleep button, and select Settings .Note: Information on the Settings menu, panel configuration, and programming is provided in the Modero G5 Programming Guide, available at .Setting the Panel’s Device Number and Device Name1. In the Settings menu, select NetLinx . This opens a password keypad.2. Enter the panel password into the keypad (the default is 1988) and select OK to access the NetLinx page.3. Press Device Number to open the NetLinx editing window.4. Enter a unique Device Number assignment for the panel and press OK .5. Enter a unique Device Name assignment for the panel and press OK .Configuring the Panel’s IP AddressThe first step is to configure the panel’s IP address. Note that this only configures the panel to communicate with a network; it is still necessary to connect to the NetLinx Master (see Connecting to a NetLinx Master below ).Network Communication via DHCP1. In the Ethernet page, press DHCP/Static field to open the DHCP/Static window. Note that DHCP is the default setting.2. Select Host Name , enter the new host name3. Press OK to save changes.Network Communication via Static Address1. In the Ethernet page, press DHCP/Static to open the DHCP/Static window.2. Select Static to open the Static IP window.3. Press any field to open a keypad or keyboard (depending on the field), and enter the appropriate network address information.4. Press OK to save your changes and return to the Ethernet page.Connecting to a NetLinx MasterTo establish the type of connection to make between the panel and the NetLinx Master:1. In the NetLinx page, press Mode to choose the connection mode (URL, Listen or Auto):2. If password security is enabled on the target Master, enter the Username and Password:a. Select Username to open the NetLinx window.b. Enter the Username and Password required by the Master.c. Press OK to save changes and return to the NetLinx page.Related Software and Additional Documentation (at )• Programming the Modero G5 touch panel requires the use of either Rapid Project Maker (RPM) or the latest version of Netlinx Studio and TPDesign5, both available to download at . Refer to the NetLinx Studio and TPDesign5 online help for information.• For information on designing touch panel pages intended to optimize the Modero G5 experience, refer to the G5 Considerations Guide.• For additional information on the MT-2002 panel, refer to the Modero G5 Touch Panel Instruction Manual .• For detailed information on the Settings menu as well programminginformation and instructions on upgrading firmware, refer to the Modero G5 Programming Guide .• Detailed specifications drawings for the MT-2002 are available to download from .© 2018 Harman. All rights reserved. Modero X and Modero X Series, AMX, AV FOR AN IT WORLD, and HARMAN, and their respective logos are registered trademarks of HARMAN. Oracle, Java and any other company or brand name referenced may be trademarks/registered trademarks of their respective companies. AMX does not assume responsibility for errors or omissions. AMX also reserves the right to alter specifications without prior notice at any time. The AMX Warranty and Return Policy and related documents can be viewed/downloaded at .3000 RESEARCH DRIVE, RICHARDSON, TX 75082 | 800.222.0193 | 469.624.8000 | +1.469.624.7400 | fax 469.624.7153AMX (UK) LTD, AMX by HARMAN - Auster Road, Clifton Moor , York, YO30 4GD United Kingdom • +44 1904-343-100 • /eu/LAST REVISED: 09/12/2018。
TGwb云盒子_让网络变得更简单
所的时候，听到一群小伙伴说，以后唯网咖就是他们的基地了！同时WB内多了 很 多从不进WB的高端人士，比如弹钢琴的上海音乐大学的大神，甚至有些是全家老 小一起来玩的，他们不上网，在休闲区泡一杯咖啡，看看书、体验下各种高科技 的 强大体验、听听音乐，连笔者这样的屌丝，都感觉自己不那么思密达了！
其他区域银行网点 总和
7%
广东地区银行网点 数
网络科人员≈10人
TG成立四年以来，一直有一个愿景“智能网-络世界” ，而承载这个愿景最主要的产品就是云盒子。在介绍云盒子之前，我们先来看一 个数据，银行与WB行业网络运维从业人员对比：以广东农行为例，5-7个人员负责全省1.4万家营业网点维护和建设，而广东8500多家WB， 网络维护从业人员数量超过300人，效率相差了49倍，那么银行是如何做到的呢？
网络稳定指数从安全运行时间、设备稳定指数、网
络安全指数等方面综合评估，并以分数的方式呈现给用 户。当WB业主看到健康指数偏低时，可以提前让网管或 维护公司进行排查，防患于未然。
智能统计
功能池
PART 03 产品亮点
System Center
万兆环网
在网络环境部署好之后自动检测万兆环网 的连接情况和端口汇聚的使用情况，并实时告警 和提醒，防范于未然。
PART 04 应用案例
项目名称 湖北网众网咖
行业背景 湖北网众网咖， 积极响应文化部的号召。在市场竞争中，向综合上网服务转
型。在转型的过程中，对于网络设备的要求非常高。需要万兆整体解决方案来完 成。TG-NET一直致力于WB行业，关注WB行业产业转型。
客户需求 a. 降低线路故障； b.提供全方位无线解决方案； c.目前WB都使用无盘架构； d.整个网络系统需要有灵活的升级和扩容能力，以保证整个未来扩容的需要。
腾讯极光盒子5pro使用说明书[001]
![腾讯极光盒子5pro使用说明书[001]](https://img.taocdn.com/s3/m/75b881da534de518964bcf84b9d528ea81c72fca.png)
腾讯极光盒子5pro使用说明书腾讯极光盒子5pro使用说明书引言：腾讯极光盒子5pro是一款功能强大的智能设备，能够为用户提供丰富的娱乐和学习体验。
本使用说明书将详细介绍如何正确使用该产品，以使您能够更好地享受其带来的便利和乐趣。
第一部分：产品概述腾讯极光盒子5pro是一款基于Android操作系统的智能电视盒子。
它集成了丰富的应用程序和高速处理器，能够播放高清视频、游戏、运行各种应用程序，并与智能手机、平板电脑等设备实现无缝连接。
该设备不仅具有出色的性能，还提供了多种接口，以满足用户的多样化需求。
第二部分：快速设置1. 将腾讯极光盒子5pro连接至电视的HDMI接口，同时接通电源。
2. 按下遥控器上的电源键，开启盒子。
3. 随后，按照屏幕上的指示进行语言选择、网络连接和更新等设置步骤。
4. 设置完毕后，您可以根据提示进行浏览器、应用商店和其他系统设置的登录和配置。
第三部分：主要功能1. 视频播放：通过腾讯极光盒子5pro，您可以观看各种在线视频服务，如电影、电视剧、综艺节目等。
只需连接到可用的网络，并下载安装相应的应用程序，便可畅享高清画质的影视内容。
2. 游戏娱乐：腾讯极光盒子5pro支持各种热门游戏，并提供强大的图形处理能力，使您能够在大屏幕上畅玩各种精彩游戏。
您可以使用遥控器或外接手柄进行游戏操作。
3. 应用程序：通过安装各种应用程序，腾讯极光盒子5pro可以成为您的无线多媒体中心。
您可以安装各种音乐应用、社交媒体应用、教育应用，以及各类实用工具应用，满足您的各种需求。
4. 多屏互动：腾讯极光盒子5pro支持与智能手机、平板电脑等设备的无缝连接，通过同一网络实现信息互通和文件传输。
您可以通过手机应用对盒子进行控制，与家人分享照片、视频等多媒体内容。
第四部分：使用技巧1. 遥控器操作：腾讯极光盒子5pro的遥控器具有多功能键，可方便快捷地进行各种操作。
在使用过程中，您可以按照遥控器上的标识进行相应的操作，如音量调节、菜单选择、返回上一级等。
5GC云化基础设施产品介绍
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云化趋势和挑战 NFVI硬件产品介绍 NFVI软件产品介绍TECS 产品概述TECS OpenStackTECS CloveStorageTECS OpenPaletteTECS Director综合解决方案及特性
什么是虚拟化
虚拟化是一种资源优化管理技术，将计算机的各种实体资源进行抽象、转化，计算元件在虚拟的资源上运行，新引入的虚拟化层通常称为虚拟机监控器(Virtual Machine Monitor,VMM)，也称为Hypervisor。
高密度、高性能采用Intel最新的Intel® Xeon® Processor Scalable Family系列处理器，最大单处理器可达28核，CPU间采用双UPI快速通道互联架构，数据传输速率最高可达10.4GT/s；支持24条DDR4内存插槽，最大容量3.0 TB；可选配高性能NVMe SSD，提供高速I/O性能高扩展、高带宽的本地存储最大提供24 块2.5 英寸硬盘或12 块3.5 英寸硬盘+2 块2.5 英寸硬盘， 支持SATA/SAS/SSD硬盘，支持热插拔；此外，还提供两块内置硬盘插槽，支持SATA SSD。高可用、高可靠R5300 G4系统部件完善的冗余设计，保证系统的高可靠性和高可用性；绿色、节能、环保铂金电源，提供550W、800W和1200W三种规格，支持110V AC、220V AC或-48V直流，240V、336V高压直流，效率高达94%；
TG-NETS6200E-15TF万兆核心光口交换机--产品资料
TG-NET 产品资料S6200E-15TF-8G万兆三层核心光口交换机产品概述S6200E-15TF-8G是2015年推出的一款全万兆三层核心光口交换机，该产品采用业界领先的Broadcom万兆交换芯片方案，通过高频、高密度、高稳定High-TG多层线路板设计，选用国际一流高频低阻器件，搭载具有自主知识产权的TG-S-OS三层交换机操作系统，支持绝大多数企业网二层、三层数据交换业务需求，非常适合大型企业网、园区网汇聚，或中小型企业网核心使用。
产品外观产品特点⏹丰富的端口类型S6200E-15TF-8G支持15个万兆光口，可接入万兆光口服务器或万兆光口客户机，适合施工布线较好的光纤应用场合；支持8个千兆电口，可接入内网传统千兆终端，如路由器；同时也可以级联2-3台24/48口万兆三层交换机（如S4600E、S5500E），扩展千兆终端，非常合适中小型企业网。
⏹稳定可靠的硬件性能S6200-15TF-8G采用业界领先的Broadcom万兆交换芯片方案，万兆MAC芯片、PHY芯片均为Broadcom芯片，稳定可靠；热插拔式双电源冗余设计，支持真正的电信级1+1备份，能并联工作且能自动均流，均流误差精度小于5%；三级防雷标准设计，浪涌差模6KV，共模6KV；ESD接触放电6KV，非接触放电8KV；符合国际IEC61000-4-5标准、安规EN60950、IEC60950标准；电源输入端增加了“π型滤波”，过滤外部的杂波，同时也防止设备产生的电磁波影响外部的电网环境。
功能设计上，考虑了输出限流保护、短路保护、输出过压保护；元器件选用国际一流高频低阻器件，转换效率高，发热小，自然无故障持续运行时间（MTBF）10万小时；⏹具有自主知识产权的TG-S-OS三层操作系统S6200E-15TF-8G搭载TG-S-OS三层操作系统，运行更稳定，网络更安全。
该系统采用前沿的“用户态协议栈”技术，内嵌自动监控模块，当设备运行出现异常时，系统能够在业务无感知的情况下进行自动的模块修复；该系统后台有庞大的分析数据库，可以监测所有交换机协议软件的运行状态，极有利于RD进行故障诊断、软件修复。
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TG-NET 产品资料
TG云盒子M-5
产品概述
TG云盒子M-5是TG-NET最新推出了一款集设备管理、POE供电管理、智能无线、网络诊断于一身的综合网络产品，搭配TG云端、终端手机APP，能让用户随时随地轻松配置网络设备、维护网络、以及无线Wifi营销。
设备管理，目前支持交换机、无线AP管理，包括配置集中下发、一键批量升级、一键批量重启、一键批量恢复出厂、智能拓扑管理、实时流量监控等，接下来还将支持路由器管理；
POE供电管理，包括智能供电配置、智能供电报警、智能供电监控、智能供电应用等；
智能无线，可实现一台无线AC所有配置管理功能，包括AP的监控、配置、升级、用户业务管理等；
网络诊断，可一键诊断出内网设备配置隐患、流量异常、内网攻击、运行风险等；
TG云端，通过虚拟化技术，可让每个客户远程管理自己分布在各地的本地TG云盒子，实现真正意义上的集中智能化管理，就像独享一个TG云端一样；同时TG云端还是一个Wifi营销后台，重点打造了微信营销；
终端手机APP，一款简单实用的TG云端APP软件装载在随身携带的手机中，可随时、随地对网络运行情况实时监控、智能告警，让用户真正体验到TG云服务，特别适合网维商及企业IT管理员。
产品外观
产品特点
网络设备一盒管理
无线行业有一个名词：AC：Access Point Controller，即AP控制器，用来集中配置管理无线AP，并实现Wifi营销业务；
TG-NET率先推出“SC”：Switch Controller，即交换机控制器，用来集中配置管理交换机，并实现交换机运行诊断；
TG-NET接下来还将推出“RC”：Router Controller，即路由控制器，用来集中管理路由器，并实现路由APP智能应用；
即一个云盒子M-5可管理交换机、无线AP、路由器；
支持配置集中下发、一键批量升级、一键批量重启、一键批量恢复出厂、智能拓扑管理、实时流量监控等；
支持拓扑自动生成，通过拓扑可直观的看到设备、端口互联情况，端口、链路故障信息，以及端口下联终端IP、MAC信息等；
支持设备端口流量信息图形化查看统计，并支持流量回放，方便故障定位
⏹POE供电安全智能
随着IP技术深入发展，无线AP、监控摄像头、VOIP电话都将通过POE交换机实现集中、远端供电，一个完善的POE供电管理系统，可保障IP终端的稳定运行，并可以实现很多智能化的供电应用；
POE智能供电配置，包括每个端口供电优先级、供电功率、供电电压、供电电流管理，重启POE供电芯片、恢复POE供电芯片配置等；
POE智能供电报警，包括整机温度报警、供电异常报警、总功率警戒报警、总流量警戒报警、设备掉线报警、雷雨天气报警；
智能供电应用，包括POE交换机定时重启、 POE交换机某个端口定时重启、打开/关闭、供电打开/关闭，最大限度保护供电安全；
智能供电监控，可将POE设备温度、功率、电压、电流、流量通过可视化图形来监控管理
⏹智能无线认证营销
支持AP自动发现，运行状态监控，用户接入查看，无线参数快速配置；
支持信道自动调节，最大限度避免信号干扰；
支持无线终端用户自动负载分担、带宽限制，充分利用无线资源；
支持无线信号定时关闭/开启，并支持网络资源黑白名单，使无线变得更加人性化；
支持在线用户数和数据流量统计和回放，给商家提供分析数据；
支持portal认证，可为酒餐娱门店提供周期性广告推送营销，特别适合连锁企业；
支持微信认证，可通过微信号、二维码关注订阅号、服务号，支持微营销；
支持微博认证，通过关注微博即可接入网络，连锁企业可通过用户微博号实现广告推送；
支持手机认证，用户通过系统发送的手机验证码即可接入网络，连锁企业可通过用户手机号实现二次营销；
支持QQ认证，终端用户用自己的QQ号即可接入网络；
⏹网络运行一键诊断
独创的360式智能网络诊断，可快速扫描内网设备运行状态，并给出存在问题的解决方案、优化建议,包括环路保护配置诊断、RSTP配置诊断、端口汇聚诊断、内网IP冲突诊断、MAC地址冲突诊断；
创新的POE供电自动诊断，可检测POE芯片状态、端口供电、端口数据、设备温度、终端异常等；
⏹TG云端虚拟化管理
云盒子M-5支持TG云端管理，TG云端通过虚拟化技术，可让每个客户远程管理自己分布在各地的本地云盒子，实现真正意义上的集中智能化管理，就像独享一个TG云端一样；
TG技术团队7*24小时，云端值守，网维商/网管人员，通过云盒子的“远程协助”模块发出请求，值班工程师及时协助客户解决网络问题；
TG云端支持Wifi营销，重点打造了微信Wifi营销，连锁企业通过本地的云盒子M-5结合TG云端营销后台可实现微营销，同时还支持手机、QQ、微博认证营销；
TG云盒子M-5支持云端智能升级，当M-5检测到TG-NET更新版本，可一键升级，类似360手机助手实时检测升级一样；
⏹手机APP随时随地
云盒子M-5支持TG手机APP管理，一款简单实用的TG云端APP软件装载在随身携带的手机中，可随时、随地通过本地云盒子M-5对网络运行情况实时监控、智能告警，让用户真正体验到TG云服务，特别适合网维商及企业IT管理员。
“设备告警”模块，可实时弹出网络运行告警，类似手机短信、微信消息一样实时弹出提示，包括内网广播风暴、环网运行异常、关键链路流量异常、关键端口状态变化、链路汇聚异常、IP地址冲突、设备温度过高、设备异常重启、设备脱网等告警信息；
“实时监控”模块，可实时查看每台设备、每个端口流量情况，还可记录流量异常日志；
“设备管理”模块，网管人员可根据MAC地址、IP地址搜索内网设备及终端PC，查看设备及端口详细信息，并可对告警设备、端口进行处理；
“客户服务”模块，类似本地云盒子M-5功能一样，网维商/企业IT管理员，通过手机APP发起“远程协助”请求，授权值班工程师协助处理网络故障，并可以与TG-NET在线客服工程师进行实时沟通互动；
“诊断工具”模块，可一键诊断内网丢包，轻松检测出内网哪一段链路、端口出现故障；一键扫描内网PC，轻松查询内网PC名称、IP地址、MAC 地址、连接端口等信息；
“系统设置”模块，可查看软件使用指南、服务条款、意见反馈、新版本检测、关于我们等。
产品规格
型号M-5
CPU 1.8GHz双核处理器
Memory 2GB DDR3
Flash 2GB CF卡
以太网口1个千兆WAN口、5个千兆LAN口
USB口2个
外观尺寸(L×W×H) 440mm×285mm×44.5mm
电源AC：110-240V ~ 50-60Hz
功耗<80W
管理AP数不限
管理交换机数不限
TG云端支持TG云端管理
TG手机APP 支持TG手机APP管理
产品软件
项型号M-5-512 M-5-256 M-5-128 M-3-64 M-3-32
目
外观尺寸440mm×285mm×44.5mm 440mm×285mm×44.5mm 440（L)×210(W)×44.5(H)mm 440（L)×210(W)×44.5(H)mm 440
（L)×210(W)×44.5(H)mm
电源AC：110-240V ~ 50-60Hz AC：110-240V ~ 50-60Hz AC：110-240V ~ 50-60Hz AC：110-240V ~ 50-60Hz AC：110-240V ~ 50-60Hz 管理AP数512 256 128 64 64
管理交换机不限不限不限不限不限
TG云端支持支持支持支持支持
TG云助手支持支持支持支持支持
接入模式旁挂桥接（串接）旁挂桥接（串接）旁挂桥接（串接）旁挂桥接（串接）旁挂桥接（串接）
功能模块智能诊断支持网络拓扑支持统计图表支持交换机管理支持AP管理支持POE管理支持系统管理支持加入云端支持
订购信息
订购信息设备名称设备信息
M5-512 WAN口：1个；Lan口：5个；USB口：2个AP授权512 交换机不限M5-256 WAN口：1个；Lan口：5个；USB口：2个AP授权256交换机不限
M5-128 WAN:1个；Lan口:5个；USB口:2个,AP授权128 交换机不限M3-64 WAN:1个；Lan口:4个；USB口:1个,AP授权64交换机不限
M3-32 WAN:1个；Lan口:4个；USB口:1个,AP授权32交换机不限。