gpd3080a_20120726

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Autodesk Nastran 2022 用户手册说明书

Autodesk Nastran 2022 用户手册说明书
DATINFILE2 ......................................................................................................................................................... 10
MPA, MPI (design/logo), MPX (design/logo), MPX, Mudbox, Navisworks, ObjectARX, ObjectDBX, Opticore, Pixlr, Pixlr-o-matic, Productstream,
Publisher 360, RasterDWG, RealDWG, ReCap, ReCap 360, Remote, Revit LT, Revit, RiverCAD, Robot, Scaleform, Showcase, Showcase 360,
TrueConvert, DWG TrueView, DWGX, DXF, Ecotect, Ember, ESTmep, Evolver, FABmep, Face Robot, FBX, Fempro, Fire, Flame, Flare, Flint,
ForceEffect, FormIt, Freewheel, Fusion 360, Glue, Green Building Studio, Heidi, Homestyler, HumanIK, i-drop, ImageModeler, Incinerator, Inferno,
Autodesk Nastran 2022
Reference Manual
Nastran Solver Reference Manual

阿尔法冷 Eiswolf 2 AIO 360mm RTX 3080 3090 ROG Strix 背

阿尔法冷 Eiswolf 2 AIO 360mm RTX 3080 3090 ROG Strix 背

Alphacool Eiswolf 2 AIO 360mm RTX 3080/3090 ROG Strixwith BackplateAlphacool article number: 14418The Alphacool Eiswolf 2 is the first full cover GPU AIO waterblock from Alphacool. It is based on the Alphacool GPX Eisblock Aurora GPX water block, a pump unit and a 360mm NexXxoS ST30 full copper radiator. The latter is equipped with the Alpha-cool Aurora Rise Digital RGB fans.• Full copper radiator• Virtually silent DC-LT 2 pump• Nickel-plated copper cooler• Digital RGB illuminated cooler• Digital RGB 120 mm fansCompatibility1 x Alphacool Eiswolf2 1 x Mounting set GPU 1 x Radiator3 x Fans1x Backplate6 x M2x5 screws6 x M2x5 washers 6 x M2x11 screws12 x M3x30 screws12 x M3x5 screws1 x Y-Adaptor 4-Pin PWM1 x Thermal Grease1 x 3-Pin JST to 3-Pin 5V adaptor 1 x Plug toolThe Alphacool Eiswolf 2 is the first full cover GPU AIO waterblock from Alphacool. It is based on the Alphacool GPX Eisblock Aurora GPX water block, a pump unit and a 360mm NexXxoS ST30 full copper radiator. The latter is equipped with the Alpha-cool Aurora Rise Digital RGB fans.Fullcover Waterblock?The Eiswolf 2 graphics card AIO water block not only cools the GPU with liquid but also all relevant components that require active cooling. This includes the graphics memory, the VRM and, if necessary, other components that require direct cooling. By using the Eisblock GPX Aurora water cooler, the cooling capacity is identical to that of a DIY graphics card water cooler.Pump!The Eiswolf 2 has a pump unit in place of the normal connection terminal. This pump unit houses the DC-LT 2 pump. An im-proved and quieter version of the well-known DC-LT Low Noise Ceramic Pump. Despite looking rather large, the pump unit is only 5 mm wider than a normal connection terminal.Fittings and TubingAs with all new AIO units, Alphacool uses only TPV hoses from the Enterprise Solution range for (usually reserved for servers and workstations) in the Eiswolf 2. The tubing is made of EPDM/PP and are extremely heat-resistant, durable, and free of plas-ticizers. All fittings are also based on the Enterprise Solution range and match the TPV hoses perfectly.ExpandabilityBy using the quick-release fastener, the Eiswolf 2 can be connected to another Alphacool AIO unit to achieve a larger loop in seconds. Alphacool offers various prefilled components with which the loop can be easily extended. For safety reasons, the quick-release fasteners are firmly screwed together and not just plugged together.Lighting and fansThe Eiswolf 2 cooler has a digital RGB LED lighting, also called addressable RGB LEDs. They run along the entire back of the graphics card cooler and provide complete illumination of the water cooler. The pump unit is more discreet and offers a green glowing logo for Nvidia and a red glowing logo for AMD cards. The name "Eiswolf" on the pump unit remains unlit, discreetly in the background. The fan used is the Aurora Rise with 120mm. Due to the special blade design, the fan is extremely quiet and the addressable RGB LEDs provide brilliant illumination. The Alphacool Aurora Rise fan convinces with a max. statistical pres-sure of 3.17mm/H2O and offers a max. air flow of 119.8m3/h. The PWM control allows the fan to be controlled over a wide speed range. In addition, it offers a zero control. It can therefore be regulated down to 0 rpm and then starts with approx. 350 rpm.NexXxoS RadiatorAs with all AIO units, Alphacool uses radiators from the world renowned NexXxoS series. The full copper radiators offer a much higher cooling capacity than aluminium radiators and have contributed significantly to Alphacool's worldwide success.The combination of all of the components results in a solution that is as simple as an AIO solution to install, but with the per-formance of a pre-assembled and prefilled custom loop.Technical note!Due to long storage times and various transport routes, the liquid in the Eiswolf 2 AIO remains still for a long time. The ingre-dients of the liquid can therefore deposit and lead to a brownish discoloration. As soon as the pump starts operating, the ingre-dients mix again and the liquid should regain an approximately clear color. This is not a reason for complaint as neither the performance nor the function of the AIO are restricted by this. If the discolouration of the cooling liquid does not disappear after the AIO has been put into operation, please contact our support team via E-Mail(******************).Youwillreceive quick and uncomplicated help there.。

惠威HR70遥控器使用说明书

惠威HR70遥控器使用说明书
McIntosh Laboratory, Inc. 2 Chambers Street Binghamton, New York 13903-2699 Phone: 607-723-3512
HR070 Series Remote Control Programming Guide
6. Repeat steps 1 to 5 for the other components you want to control. For future reference, write down each working component code below:
HR Series Remote Control Programming
Assigned Push-button Component Program Code
TV
CBL
SAT
AUX
DVR
Push-buttons available for Programming
Flashes during Programming
4
Used to activate Programming Mode
with the most popular code first. If the component
responds, go to step 7.
6. If the component does not respond, press LEVEL+
Push-button and the Remote Control will test
The HR70 Series Remote Controls have stored in permanent memory the necessary information to send the correct commands to the component to be controlled. By entering a five digit numeric code the commands for controlling the component is activated.

性能飞跃的灵魂进化 NVIDIA GeForce RTX 3080全球首发评测

性能飞跃的灵魂进化 NVIDIA GeForce RTX 3080全球首发评测

性能飞跃的灵魂进化文/图 《微型计算机》评测室NVIDIA GeForce RTX 3080全球首发评测如果说2018年发布的Turing核心宣告了全新的光追游戏时代的普及之路开始,以及以NVIDIA Studio为先锋的新创意创作加速时代的来临,那么2020年9月发布并上市的新一代Ampere架构显卡则更像是NVIDIA光追普及征途上的主力军。

飞跃式的性能增长、深入到骨髓的实时光追效果以及更加平易近人的价格定位,都让人迫不及待地想要将其揽入怀中。

毫不夸张地说,以首发上市的GeForce RTX 3080为代表的Ampere核心显卡,就像是NVIDIA往显卡市场上丢出的“王炸”,势必会给显卡市场带来全新的格局与洗牌式的变化。

翻手为云覆手雨,本期《微型计算机》特别策划的这个专题,带你走入NVIDIA Ampere显卡的世界。

RTX 3090显卡,NVIDIA创造了一个词“BFGPU”来专门形容它。

NVIDIA宣称RTX 30系列的性能功耗比是前代产品的1.9倍NVIDIA公布了RTX 30系列的三款显卡,图为RTX 3080和RTX 3070的基本参数和价格。

RTX 30系列显卡的创始人版本采用了独特的散热设计方案RTX 3080的结构图和空气流向示意RTX 3080和RTX 2080在散热效能上的对比3080配备750W以上的电源。

RTX 30系列在工艺上采用的是三星的8nm工艺。

和之前NVIDIA在顶级产品上偏爱台积电的工艺不同的是,Ampere显卡度库有关。

NVIDIA本次RTX 30系列显卡,有可能选择的是三星8nm工艺的LPU版本,但是目前没有更多消息可供证明。

在采用了三星8nm工艺后,相比上代同为面向图形的TU102RTX 30系列采用的是三星之前发布的8nm工艺,实际上是10nm LPE工艺的改进版本。

三星8nm工艺对比10nm工艺和7nm工艺(图片来源于 WikiChip Fuse)GA102和GA104的宏观架构NVIDIA给出了完整版本GA102芯片的信息。

华硕 笔记本电脑 说明书

华硕 笔记本电脑 说明书

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請勿將筆記本電腦放在重 心不穩的物品上。
避免在灰塵飛揚或是環境 髒亂的場所使用筆記本電 腦,因灰塵容易引起系統 故障。
第一章:認識您的電腦
1-1 電腦各部分導覽(僅供參考)................................................................................... 12
前視圖.......................................................................................................................................................... 12 後視圖.......................................................................................................................................................... 13 上視圖.......................................................................................................................................................... 14 左視圖.......................................................................................................................................................... 17 右視圖.......................................................................................................................................................... 18 底視圖.......................................................................................................................................................... 19

网络设备产品参数

网络设备产品参数

安全产品技术规范杭州华三通信技术有限公司目录1.防火墙系列.......................................................................................................................................................1.1.M9000防火墙核心引导指标说明:...............................................................................................1.2.M9006..................................................................................................................................................1.3.M9010..................................................................................................................................................1.4.M9014..................................................................................................................................................1.5.新一代防火墙F50X0核心引导指标说明:..................................................................................1.6.F5040防火墙招标参数 .....................................................................................................................1.7.F5020防火墙招标参数 .....................................................................................................................1.8.F5000-S防火墙招标参数 .................................................................................................................1.9.F5000-C防火墙招标参数.................................................................................................................1.10.新一代F10X0防火墙核心引导指标说明:...............................................................................1.11.H3C SecPath F1020防火墙招标参数..............................................................................................1.12.H3C SecPath F1030防火墙招标参数..........................................................................................1.13.H3C SecPath F1050防火墙招标参数..........................................................................................1.14.H3C SecPath F1060防火墙招标参数..........................................................................................1.15.H3C SecPath F1070防火墙招标参数..........................................................................................1.16.H3C SecPath F1080防火墙招标参数..........................................................................................1.17.三款新千兆防火墙核心引导指标说明:...................................................................................1.18.F1000-E ...........................................................................................................................................1.19.F1000-E-SI ......................................................................................................................................1.20.F1000-A-EI .....................................................................................................................................1.21.F1000-S-AI......................................................................................................................................1.22.SecBlade FW Enhanced招标参数................................................................................................1.23.SecBlade FW招标参数 .................................................................................................................1.24.SecBlade FW Lite防火墙招标参数.............................................................................................1.25.新一代F1000-C-SI、F100-A/M-SI防火墙核心引导指标说明: ..........................................1.26.F1000-C-SI防火墙招标参数........................................................................................................1.27.F100-A-SI防火墙招标参数 .........................................................................................................1.28.F100-M-SI防火墙招标参数.........................................................................................................2.VPN系列.........................................................................................................................................................2.1.3.3.3.L1000-A...............................................................................................................................................4.流量分析NetStream (S75E、S95E、S105、S125配套)..........................................................................5.应用控制与审计网关ACG ...........................................................................................................................5.1.ACG 1000E(1G) .................................................................................................................................5.2.ACG 1000A(500M) ......................................................................................................................5.3.ACG 1000M(200M)......................................................................................................................5.4.ACG 1000S(30M) .........................................................................................................................5.5.ACG 1000C(10M).........................................................................................................................5.6.ACG 2000............................................................................................................................................5.7.ACG 8800............................................................................................................................................5.8.ACG 插卡(S75E、S95E、S105、S125配套) .........................................................................6.入侵防御IPS系列 .........................................................................................................................................6.1.IPS核心引导指标说明......................................................................................................................6.2.IPS T5000-S3 ......................................................................................................................................6.3.IPS T1000-A........................................................................................................................................6.4.IPS T1000-S ........................................................................................................................................6.5.IPS T1000-C........................................................................................................................................6.6.IPS T200-A..........................................................................................................................................6.7.IPS T200-M.........................................................................................................................................6.8.IPS T200-S ..........................................................................................................................................6.9.IPS 插卡(S125、S95E、S75E、S58、SR88、SR66配套) ...................................................7.UTM .................................................................................................................................................................7.1.UTM核心引导指标说明 ..................................................................................................................7.2.U200-A ................................................................................................................................................7.3.U200-M................................................................................................................................................7.4.U200-S.................................................................................................................................................7.5.UTM200-CA .......................................................................................................................................7.6.UTM200-CM.......................................................................................................................................7.7.UTM200-CS........................................................................................................................................1.防火墙系列防火墙整体引导策略:1、要求采用指定架构(M9000的分布式架构、中低端的多核非X86架构等),屏蔽和抬高友商。

通吃各类3A大作技嘉GeForce RTX 3080 GAMING OC魔鹰

通吃各类3A大作技嘉GeForce RTX 3080 GAMING OC魔鹰

通吃各类3A大作技嘉GeForce RTX 3080 GAMING OC魔鹰作者:来源:《微型计算机》2020年第19期生疏感源自新的外观设计相比我们此前评测的众多技嘉GAMINGOC系列显卡,技嘉GeForceRTX3080GAMINGOC魔鹰的外观设计更加大气。

其主要原因这款显卡顶部的高度比PCB板高出约2cm,这就让它看起来比我们此前评测的技嘉GAMINGOC系列显卡“块头”更大。

不过细看之下,我们在这款显卡上仍然看到了一些熟悉的设计元素。

例如这款显卡的正面装甲上依旧沿袭了从左至右向下倾斜的切线设计,并且正面装甲上随处可见的棱角设计也增加了这款显卡在视觉上的层次感。

这款显卡配备了一体式金属背板,深灰色的金属喷砂工艺让其背板拥有不错的质感。

值得注意的是,在这款显卡一体式金属背板的末端(即远离输出面板的那一端)还采用大面积镂空设计。

其实这不只是装饰,它还对这款显卡的散热性能大有助益。

那么它到底有什么作用呢?这里先“挖个坑”,下文将为大家详细讲解。

对于当下的高端显卡来说,RGB灯效自然是标准配置,技嘉GeForceRTX3080GAMINGOC魔鹰也不例外—这款显卡支持技嘉的RGBFusion2.0灯效同步技术。

所以它可以与同样支持该灯效同步技术的主板、内存、散热器等硬件实现灯效联动,从而帮助玩家们搭载支持同步RGB灯效的电竞主机。

风之力三风扇散热系统加持高效的散热设计一直都是技嘉GAMING OC系列显卡的一大亮点,技嘉GeForceRTX3080GAMINGOC魔鹰也继承了这一优良传统。

这款显卡搭载的是技嘉著名的风之力三风扇散热系统,左边散热风扇的直径为80mm,中间和右边这两个散热风扇的直径则达到90mm。

要知道这并不是3个普通的散热风扇,它们不仅配备11片刀刃式扇叶,同时还采用逆转气流导向设计,这些特殊设计都能提升这款显卡的散热性能。

关于技嘉GeForce RTX 3080 GAMING OC魔鹰的散热设计,还有一点不得不提(接下来开始填坑)。

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机GPD WIN2GPD WIN2是一款兼具电脑和掌机功能的设备,是一台小巧便携的游戏平台。

它兼具了笔记本电脑和掌上游戏机的特点,可随时随地享受游戏、办公和娱乐的便利。

首先说说它的外观。

GPD WIN2采用了黑色金属材质的外壳设计,显得非常时尚和耐用。

它的尺寸仅为162mm x 99mm x 25mm,重量仅为460g,便于携带和操作。

它的屏幕大小为6英寸,分辨率为1280 x 720,显示效果清晰流畅。

GPD WIN2搭载了Intel Core m3-8100Y处理器和Intel UHD Graphics 615显卡,性能强劲。

它还内置了8GB LPDDR3高速内存和128GB M.2 NVMe SSD存储空间,可以满足大部分用户的需求。

它还支持TF卡扩展存储。

除了游戏外,GPD WIN2还可以用来办公和娱乐。

它搭载了Windows 10操作系统,可以安装各种办公软件和娱乐应用。

它还具备全尺寸背光键盘和触摸板,使用起来非常方便。

还有一个全新的摇杆和按钮布局,提供了更好的游戏控制体验。

GPD WIN2还具备了丰富的连接接口和无线功能。

它有一个USB Type-C接口、一个USB 3.0接口、一个USB 2.0接口、一个HDMI接口和一个3.5mm耳机插孔,可以连接各种外设和显示设备。

它还支持双频Wi-Fi、蓝牙4.2和Type-C接口数据传输和充电功能。

GPD WIN2是一款功能强大、便携实用的电脑兼掌机设备。

它不仅可以满足用户的游戏需求,还可以用来办公和娱乐。

如果你喜欢玩游戏,但又希望在任何地方都能享受到游戏的乐趣,那么GPD WIN2将是一个不错的选择。

西门子 S7-1200 功能安全手册 - 设备手册说明书

西门子 S7-1200 功能安全手册 - 设备手册说明书

SIMATICS7S7-1200 功能安全手册设备手册Siemens AGDigital IndustriesⓅ 10/2022 本公司保留更改的权利 Copyright © Siemens AG 2022. 保留所有权利法律资讯警告提示系统为了您的人身安全以及避免财产损失,必须注意本手册中的提示。

人身安全的提示用一个警告三角表示,仅与财产损失有关的提示不带警告三角。

警告提示根据危险等级由高到低如下表示。

危险表示如果不采取相应的小心措施,将会导致死亡或者严重的人身伤害。

警告表示如果不采取相应的小心措施,可能导致死亡或者严重的人身伤害。

小心表示如果不采取相应的小心措施,可能导致轻微的人身伤害。

注意表示如果不采取相应的小心措施,可能导致财产损失。

当出现多个危险等级的情况下,每次总是使用最高等级的警告提示。

如果在某个警告提示中带有警告可能导致人身伤害的警告三角,则可能在该警告提示中另外还附带有可能导致财产损失的警告。

合格的专业人员本文件所属的产品/系统只允许由符合各项工作要求的合格人员进行操作。

其操作必须遵照各自附带的文件说明,特别是其中的安全及警告提示。

由于具备相关培训及经验,合格人员可以察觉本产品/系统的风险,并避免可能的危险。

按规定使用 Siemens 产品请注意下列说明:警告Siemens 产品只允许用于目录和相关技术文件中规定的使用情况。

如果要使用其他公司的产品和组件,必须得到 Siemens 推荐和允许。

正确的运输、储存、组装、装配、安装、调试、操作和维护是产品安全、正常运行的前提。

必须保证允许的环境条件。

必须注意相关文件中的提示。

商标所有带有标记符号 ® 的都是 Siemens AG 的注册商标。

本印刷品中的其他符号可能是一些其他商标。

若第三方出于自身目的使用这些商标,将侵害其所有者的权利。

责任免除我们已对印刷品中所述内容与硬件和软件的一致性作过检查。

然而不排除存在偏差的可能性,因此我们不保证印刷品中所述内容与硬件和软件完全一致。

3080降压超频参数

3080降压超频参数

3080降压超频参数
NVIDIA推出的GeForce RTX 3080是一款采用8nm工艺的显卡,对于许多玩家来说,这款显卡的超高性能是非常吸引人的。

但是在使用时,也需要注意其温度与功耗问题,可以通过设置一定的降压超频参数来解决这些问题。

首先,为什么要进行这些设置呢?因为GeForce RTX 3080存在两个比较大的问题,一个是功耗的限制,另一个是温度过高。

功耗限制导致显卡在高负载下很难发挥出最大性能,而温度过高也可能导致显卡降频甚至崩溃。

针对这些问题,我们可以通过设置降压参数和超频参数来解决。

具体的步骤如下:
1.下载GPU-Z、MSI Afterburner等工具,并打开。

2.在MSI Afterburner中,打开高级设置,然后将核心电压调整到0.9V左右。

注意,这个参数可能因显卡而异,可根据自己的情况适当调整。

3.然后,将核心时钟提高到1900-2000MHz左右,显存频率不超过百分之五十。

4.接下来,我们可以进行一些压力测试,以测试显卡的稳定性。

可以使用3DMark或者Unigine Heaven等软件进行测试。

5.如果测试结果出现问题,可以适当降低核心时钟和显存频率。

需要注意的是,这些设置可能会导致显卡效果不稳定,因此在使用前需要进行详细测试。

另外,超频也可能会使显卡的寿命缩短,所以要注意使用环境和时间等因素。

总之,如果你正打算使用GeForce RTX 3080,可以采用以上的方法来进行降压超频设置,以提高显卡的性能和稳定性,从而在游戏或者图形渲染等应用场景下得到更好的体验。

MSI GeForce RTX 3080 Ti VENTUS 3X 12G OC 说明书

MSI GeForce RTX 3080 Ti VENTUS 3X 12G OC 说明书

© 2023 Micro-Star Int'l Co.Ltd. MSI is a registered trademark of Micro-Star Int'l Co.Ltd. All rights reserved.© 2023 NVIDIA, the NVIDIA logo, GeForce, SHIELD, and NVIDIA G-SYNC are trademarks and/or registered trademarks of NVIDIA Corporation in the U.S. and other countries.SPECIFICATIONSModel NameGeForce RTX™ 3080 Ti VENTUS 3X 12G OCGraphics Processing Unit NVIDIA ® GeForce RTX™ 3080 Ti Interface PCI Express ® Gen 4Core Clocks Boost: 1695 MHz CUDA ® CORES 10240 Units Memory Speed 19 Gbps Memory 12GB GDDR6X Memory Bus 384-bitOutput DisplayPort x 3 (v1.4a)HDMI™ x 1 (Supports 4K@120Hz as specified in HDMI™ 2.1)HDCP Support Y Power consumption 350 W Power connectors 8-pin x 2Recommended PSU 750 WCard Dimension (mm)305 x 120 x 57 mm Weight (Card / Package)1379 g / 1991 g DirectX Version Support 12 API OpenGL Version Support 4.6Maximum Displays4VR ReadyY G-SYNC ®technology Y Adaptive Vertical SyncYDigital Maximum Resolution 7680 x 4320CONNECTIONS1. DisplayPort2. HDMI™FEATURESTORX FAN 3.0The award-winning MSI TORX Fan 3.0 design creates high static pressure and pushes the limits of thermal performance.Triple FanThree fans and a huge heatsink ensure a cool and quiet experience for you.Core PipePrecision-machined heat pipes ensure max contact and spread heat along the full length of the heatsink.Custom PCBThe custom PCB has been engineered with hardened circuits and optimized trace routing for performance and reliability.Metal BackplateThermal pads under the sturdy metal backplate provide additional cooling while the flow-through ventilation reduces trapped heat.Zero FrozrThe fans completely stop when temperatures are relatively low,eliminating all noise.MSI CenterThe exclusive MSI Center software lets you monitor, tweak and optimize MSI products in real-time.AfterburnerTake full control with the most recognized and widely used graphics card overclocking software in the world.G e n e r a t e d 2023-05-08, c h e c k f o r t h e l a t e s t v e r s i o n w w w .m s i .c o m /d a t a s h e e t . T h e i n f o r m a t i o n p r o v i d e d i n t h i s d o c u m e n t i s i n t e n d e d f o r i n f o r m a t i o n a l p u r p o s e s o n l y a n d i s s u b j e c t t o c h a n g e w i t h o u t n o t i c e .。

潍柴电力原装发电机组

潍柴电力原装发电机组

潍柴电力原装发电机组潍柴是中国较早研制生产发电机组的企业,至今已有70多年的的生产历史,主要生产陆用和船用发电机组,有柴油型机组和燃气型机组。

潍柴发电设备有限公司是中小型发电机组国家定点生产企业,是中国电器工业协会内燃发电设备分会的副理事长单位。

公司的技术、严谨的管理体系和健全的服务网络不断为用户提供全方位的安全、高效、完备的电力解决方案!潍柴发电机组功率范围10~8700kW,机组使用潍柴集团自主研发生产的发动机,配置知名品牌发电机及控制器。

陆用标准型发电机组55KVA-206KVA型谱表:缸数:4/6排量:4.5L~7.47L冷却方式:闭式风扇水箱冷却燃油消耗率:205g/kW.h产品特点:源自欧洲技术,自主研发行业领先的产品性能指标高可靠性,低排放、低噪音专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用标准型发电机组247.5KVA-495KVA型谱表:调速方式:电控调速缸数:6排量:9.726L/12.54L冷却方式:闭式风扇水箱冷却燃油消耗率:198g/kW.h产品特点:源自欧洲技术,自主研发行业领先的产品性能指标全球第一销量发动机动力专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用标准型发电机组550KVA-1375KVA型谱表:备注:产品参数、型谱仅供参考,陆用发电机组型谱请联系相关人员索取正式资料。

参数:M33产品功率范围:550KVA~1375KVA额定转速:1500r/min调速方式:电控调速缸数:6/12排量:15.9L~39.2LL冷却方式:闭式风扇水箱冷却燃油消耗率:196g/kW.h产品特点:法国品牌,军工品质行业领先的产品性能指标先进的机组安保系统专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用标准型发电机组1650KVA-2800KVA型谱表:功率范围:1650KVA~2500KVA额定转速:1500r/min调速方式:电控调速缸数:12/16排量:52.3/65.65L冷却方式:闭式风扇水箱冷却燃油消耗率:195g/kW.h产品特点:法国品牌,军工品质行业最先进的大功率柴油发电机组自主ECU核心技术,全面保证信息安全高可靠性,超长大修期32000h,优良启动性能专业的发电机组应用集成能力,满足数据中心等高端用户的需求具备国内各类产品认证资质采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用静音发电机组55KVA-206KVA型谱表:缸数:4/6排量:4.5L~7.47L冷却方式:闭式风扇水箱冷却燃油消耗率:205g/kW.h产品特点:源自欧洲技术,自主研发行业领先的产品性能指标高可靠性,低排放、低噪音专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用静音发电机组247.5KVA-495KVA型谱表:调速方式:电控调速缸数:6排量:9.726L~12.54L冷却方式:闭式风扇水箱冷却燃油消耗率:198g/kW.h产品特点:源自欧洲技术,自主研发行业领先的产品性能指标全球第一销量发动机动力专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用静音/方舱发电机组550KVA-1500KVA型谱表:产品特点:法国品牌,军工品质行业领先的产品性能指标先进的机组安保系统专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用方舱发电机组1650KVA-2750KVA型谱表:缸数:12/16排量:52.3L~65.65L冷却方式:闭式风扇水箱冷却燃油消耗率:195g/kW.h产品特点:法国品牌,军工品质行业最先进的大功率柴油发电机组自主ECU核心技术,全面保证信息安全高可靠性,超长大修期32000h,优良启动性能专业的发电机组应用集成能力,满足数据中心等高端用户的需求具备国内各类产品认证资质采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用燃气发电机组33KVA-1375KVA型谱表:缸数:4/6/12冷却方式:闭式风扇水箱冷却产品特点:源自欧洲技术,自主研发行业领先的产品性能指标高可靠性,低排放、低噪音专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控技术,排放达到国Ⅲ排放标准陆用汽车电站55KVA-687.5KVA型谱表:燃油消耗率:198g/kW.h产品特点:源自欧洲技术,自主研发行业领先的产品性能指标高可靠性,低排放、低噪音专业的发电机组应用集成能力适合多种应用场景的结构/功能解决方案具备国内各类产品认证资质以及CE认证采用电控高压共轨技术,排放达到国Ⅲ排放标准陆用拖车电站55KVA-687.5KVA型谱表:备注:产品参数、型谱仅供参考,陆用发电机组型谱请联系相关人员索取正式资料。

Micro Focus z Server消息和诊断说明书

Micro Focus z Server消息和诊断说明书

z/Server Messages and Diagnosticsz/Server Messages and DiagnosticsMicro FocusThe Lawn22-30 Old Bath RoadNewbury, Berkshire RG14 1QNUKCopyright © 2011-2014 Micro Focus. All rights reserved.MICRO FOCUS and the Micro Focus logo are trademarks or registered trademarks of Micro Focus or its subsidiaries or affiliatedcompanies in the United States, United Kingdom and other countries. All other marks are the property of their respective owners.z/Server Messages and Diagnostics Contents1 Introduction (27)1.1 Message format (27)1.2 Error message example (28)1.3 Warning message example (29)1.4 Information message example (29)1.5 Messages and GTF (29)2 Messages (30)2.1 API - Application Programming Interface (30)2.1.1 API0001I (30)2.1.2 API0002I (31)2.1.3 API0007E (31)2.1.4 API0008I (31)2.1.5 API0009E (31)2.1.6 API0010I (31)2.1.7 API0011I (32)2.1.8 API0015I (32)2.1.9 API0054S (32)2.1.10 API0065I (32)2.1.11 API0069E (32)2.1.12 API0072W (33)2.1.13 API0099I (33)2.1.14 API0106W (33)2.1.15 API0107E (33)2.1.16 API0108W (33)2.1.17 API0109I (34)2.1.18 API0110I (34)2.1.19 API0111I (34)2.2 BND - IEWBIND (Binder) Interface (35)2.2.1 BND0001E (35)2.2.2 BND0002I (35)2.2.3 BND0003I (35)2.2.4 BND0004E (35)z/Server Messages and Diagnostics2.2.5 BND0005E (35)2.2.6 BND0006I (36)2.3 CSI - Catalog Search Interface (37)2.3.1 CSI0001E (37)2.3.2 CSI0002I (37)2.3.3 CSI0003E (37)2.3.4 CSI0004I (37)2.3.5 CSI0005I (37)2.3.6 CSI0006I (38)2.3.7 CSI0007I (38)2.3.8 CSI0008E (38)2.3.9 CSI0009I (38)2.3.10 CSI0010E (39)2.3.11 CSI0011I (39)2.3.12 CSI0012E (39)2.3.13 CSI0013E (39)2.3.14 CSI0014W (39)2.3.15 CSI0015I (39)2.3.16 CSI0016E (40)2.3.17 CSI0017I (40)2.3.18 CSI0018I (40)2.3.19 CSI0019I (40)2.3.20 CSI0020E (40)2.3.21 CSI0021E (40)2.3.22 CSI0022E (41)2.3.23 CSI0023E (41)2.3.24 CSI0024E (41)2.3.25 CSI0025E (41)2.3.26 CSI0026I (41)2.3.27 CSI0027I (42)2.3.28 CSI0028I (42)2.3.29 CSI0029E (42)2.3.30 CSI0030W (42)2.3.31 CSI0031I (42)z/Server Messages and Diagnostics2.3.32 CSI0032I (43)2.3.33 CSI0033E (43)2.3.34 CSI0034I (43)2.3.35 CSI0035E (43)2.3.36 CSI0036E (43)2.3.37 CSI0037E (43)2.3.38 CSI0038E (44)2.3.39 CSI0039E (44)2.3.40 CSI0040I (44)2.3.41 CSI0041I (44)2.3.42 CSI0042E (44)2.3.43 CSI0043I (44)2.3.44 CSI0044E (45)2.3.45 CSI0045E (45)2.3.46 CSI0046E (45)2.3.47 CSI0047E (45)2.3.48 CSI0048E (45)2.3.49 CSI0049I (45)2.3.50 CSI0050E (46)2.3.51 CSI0051E (46)2.3.52 CSI0052E (46)2.3.53 CSI0053E (46)2.3.54 CSI0054I (46)2.3.55 CSI0055E (46)2.3.56 CSI0056E (47)2.3.57 CSI0057W (47)2.3.58 CSI0058E (47)2.3.59 CSI0059E (47)2.3.60 CSI0060E (47)2.3.61 CSI0061I (47)2.3.62 CSI0062I (48)2.3.63 CSI0063E (48)2.4 DSC - Holder Task Configuration (49)2.4.1 DSC0001E (49)z/Server Messages and Diagnostics2.4.2 DSC0002E (49)2.4.3 DSC0003E (49)2.4.4 DSC0004E (49)2.4.5 DSC0005E (49)2.4.6 DSC0008E (49)2.4.7 DSC0009E (50)2.4.8 DSC0020E (50)2.4.9 DSC0022E (50)2.4.10 DSC0023 (50)2.4.11 DSC0024 (50)2.4.12 DSC0025 (50)2.4.13 DSC0026W (50)2.4.14 DSC0027E (50)2.4.15 DSC0099I (51)2.4.16 DSC0100E (51)2.4.17 DSC0101I (51)2.4.18 DSC0102I (51)2.4.19 DSC0200E (51)2.5 EMC - Extended MCS Interface (52)2.5.1 EMC0001E (52)2.5.2 EMC0002I (52)2.5.3 EMC0003E (52)2.5.4 EMC0004E (53)2.5.5 EMC0005I (53)2.5.6 EMC0006E (53)2.5.7 EMC0007E (53)2.5.8 EMC0008I (53)2.5.9 EMC0009I (54)2.5.10 EMC0010W (54)2.5.11 EMC0011E (54)2.5.12 EMC0012E (54)2.5.13 EMC0013I (54)2.5.14 EMC0014E (54)2.5.15 EMC0015I (55)z/Server Messages and Diagnostics2.5.16 EMC0016I (55)2.5.17 EMC0017I (55)2.5.18 EMC0018I (55)2.5.19 EMC0019I (55)2.5.20 EMC0020I (55)2.5.21 EMC0021I (56)2.5.22 EMC0022E (56)2.5.23 EMC0023E (56)2.6 HLD - Holder Task Interface (57)2.6.1 HLD0001I (57)2.6.2 HLD0002I (57)2.6.3 HLD0003I (57)2.6.4 HLD0004I (57)2.6.5 HLD0005I (58)2.6.6 HLD0006I (58)2.6.7 HLD0007I (58)2.6.8 HLD0008E (58)2.6.9 HLD0009I (59)2.6.10 HLD0010E (59)2.6.11 HLD0011I (59)2.6.12 HLD0012I (59)2.6.13 HLD0013E (59)2.6.14 HLD0014E (59)2.6.15 HLD0015E (60)2.6.16 HLD0016W (60)2.6.17 HLD0017E (60)2.6.18 HLD0018I (60)2.6.19 HLD0019I (60)2.6.20 HLD0020I (61)2.6.21 HLD0021I (61)2.6.22 HLD0022I (61)2.6.23 HLD0024I (61)2.6.24 HLD0025I (61)2.6.25 HLD0026I (62)z/Server Messages and Diagnostics2.6.26 HLD0027I (62)2.6.27 HLD0028I (62)2.6.28 HLD0029I (62)2.6.29 HLD0030I (63)2.6.30 HLD0031I (64)2.6.31 HLD0032I (64)2.6.32 HLD0033I (64)2.6.33 HLD0034I (64)2.6.34 HLD0035I (64)2.6.35 HLD0036E (64)2.6.36 HLD0038E (65)2.6.37 HLD0039I (65)2.6.38 HLD0040E (65)2.6.39 HLD0041I (65)2.6.40 HLD0042I (65)2.6.41 HLD0043I (66)2.6.42 HLD0044I (66)2.6.43 HLD0045E (66)2.6.44 HLD0046E (66)2.6.45 HLD0047I (66)2.6.46 HLD0048I (66)2.6.47 HLD0049I (67)2.6.48 HLD0050I (67)2.6.49 HLD0051I (67)2.6.50 HLD0052I (67)2.6.51 HLD0053E (67)2.6.52 HLD0054I (67)2.6.53 HLD0055E (68)2.6.54 HLD0056E (68)2.6.55 HLD0057W (68)2.6.56 HLD0058E (68)2.6.57 HLD0059E (68)2.6.58 HLD0060I (69)2.6.59 HLD0061E (69)z/Server Messages and Diagnostics2.6.60 HLD0062I (69)2.6.61 HLD0063I (69)2.6.62 HLD0064I (69)2.6.63 HLD0065I (69)2.6.64 HLD0066I (70)2.6.65 HLD0067E (70)2.6.66 HLD0066I (70)2.6.67 HLD0066I (70)2.6.68 HLD2001W (70)2.7 IPC - Command Task (71)2.7.1 IPC0001W (71)2.7.2 IPC0002W (71)2.7.3 IPC0003W (71)2.7.4 IPC0004W (71)2.7.5 IPC0005I (71)2.7.6 IPC0006W (71)2.7.7 IPC0007W (72)2.7.8 IPC0040I (72)2.7.9 IPC0042I (72)2.7.10 IPC0043I (72)2.7.11 IPC0044I (72)2.7.12 IPC0052I (72)2.7.13 IPC0061I (73)2.7.14 IPC0062I (73)2.7.15 IPC0063I (73)2.7.16 IPC0064I (73)2.7.17 IPC0065E (73)2.7.18 IPC0066I (73)2.7.19 IPC0067I (74)2.7.20 IPC0068I (74)2.7.21 IPC0069E (74)2.7.22 IPC0070E (74)2.7.23 IPC0071I (74)2.7.24 IPC0072E (74)z/Server Messages and Diagnostics2.7.25 IPC0073I (75)2.7.26 IPC0074I (75)2.7.27 IPC0075I (75)2.7.28 IPC0076I (75)2.7.29 IPC0077E (75)2.7.30 IPC0078E (75)2.7.31 IPC0079I (76)2.7.32 IPC0080I (76)2.7.33 IPC0081E (76)2.7.34 IPC0082I (76)2.7.35 IPC0083E (76)2.7.36 IPC0084I (76)2.7.37 IPC0085E (77)2.7.38 IPC0086W (77)2.7.39 IPC0087E (77)2.7.40 IPC0088E (77)2.7.41 IPC0090I (78)2.7.42 IPC0091I (78)2.7.43 IPC0092E (78)2.7.44 IPC0093E (78)2.7.45 IPC0094I (78)2.7.46 IPC0095I (78)2.7.47 IPC0096I (79)2.7.48 IPC0097E (79)2.7.49 IPC0098I (79)2.7.50 IPC0099I (79)2.7.51 IPC0100E (79)2.7.52 IPC0101I (79)2.8 JES - Job Entry Subsystem Interface (80)2.8.1 JES0001I (80)2.8.2 JES0002I (80)2.8.3 JES0003E (80)2.8.4 JES0004E (81)2.8.5 JES0005E (81)2.8.7 JES0007E (81)2.8.8 JES0008I (82)2.8.9 JES0009I (82)2.8.10 JES0010I (82)2.9 LIC - License Interface (83)2.9.1 LIC0001E (83)2.9.2 LIC0002W (83)2.9.3 LIC0003I (83)2.9.4 LIC0004W (83)2.9.5 LIC0005E (83)2.9.6 LIC0006E (84)2.9.7 LIC0007W (84)2.9.8 LIC0008E (84)2.9.9 LIC0009I (84)2.9.10 LIC0010E (84)2.9.11 LIC0011I (84)2.10 MAL - Email Interface (86)2.10.1 MAL0001E (86)2.10.2 MAL0002E (86)2.10.3 MAL0003E (86)2.10.4 MAL0004E (86)2.10.5 MAL0006I (86)2.10.6 MAL0007I (86)2.10.7 MAL0008I (87)2.10.8 MAL0009I (87)2.10.9 MAL0010I (87)2.10.10 MAL0011E (87)2.10.11 MAL0012E (87)2.10.12 MAL0013E (88)2.10.13 MAL0014I (88)2.11 REC - Recovery Exception Handler (89)2.11.1 REC0001E (89)2.11.2 REC0002E (89)2.11.4 REC0004I (90)2.11.5 REC0005I (90)2.11.6 REC0006I (90)2.11.7 REC0007I (90)2.11.8 REC0008I (90)2.11.9 REC0009E (90)2.11.10 REC0010W (91)2.11.11 REC0011E (91)2.11.12 REC0012E (91)2.11.13 REC0013E (91)2.11.14 REC0014W (91)2.11.15 REC0015I (92)2.11.16 REC0016I (92)2.11.17 REC0017I (92)2.11.18 REC0018I (92)2.11.19 REC0019I (92)2.12 REX - REXX Interface (93)2.12.1 REX0001E (93)2.12.2 REX0002I (93)2.12.3 REX0003I (93)2.12.4 REX0004I (93)2.12.5 REX0005E (94)2.12.6 REX0006E (94)2.12.7 REX0007I (94)2.12.8 REX0008E (94)2.12.9 REX0009E (94)2.12.10 REX0010E (94)2.12.11 REX0011E (95)2.12.12 REX0012I (95)2.12.13 REX0013W (95)2.12.14 REX0014I (95)2.12.15 REX0015E (95)2.12.16 REX0016W (96)2.12.18 REX0018E (96)2.12.19 REX0019S (96)2.12.20 REX0020I (96)2.12.21 REX0021I (96)2.12.22 REX0022E (97)2.12.23 REX0023S (97)2.12.24 REX0024I (97)2.12.25 REX0025E (97)2.12.26 REX0026I (97)2.12.27 REX0027I (98)2.12.28 REX0028I (98)2.12.29 REX0029E (98)2.12.30 REX0030E (98)2.12.31 REX0031I (98)2.12.32 REX0032E (98)2.12.33 REX0033I (99)2.12.34 REX0034I (99)2.12.35 REX0035E (99)2.12.36 REX0036I (99)2.12.37 REX0037I (99)2.12.38 REX0038I (100)2.12.39 REX0039I (100)2.12.40 REX0040I (100)2.12.41 REX0041I (100)2.12.42 REX0042E (100)2.12.43 REX0043I (100)2.12.44 REX0044I (101)2.12.45 REX0045I (101)2.12.46 REX0046I (101)2.12.47 REX0047I (101)2.12.48 REX0048E (101)2.12.49 REX0049E (101)2.12.50 REX0050E (102)2.12.52 REX0052E (102)2.12.53 REX0053I (102)2.12.54 REX0054E (102)2.12.55 REX0055I (102)2.12.56 REX0056I (103)2.12.57 REX0057E (103)2.12.58 REX0058I (103)2.12.59 REX0059I (103)2.12.60 REX0060I (103)2.12.61 REX0062E (103)2.12.62 REX0063I (104)2.12.63 REX0064I (104)2.12.64 REX0065E (104)2.12.65 REX0066W (104)2.12.66 REX0067I (105)2.12.67 REX0068I (105)2.12.68 REX0069E (105)2.12.69 REX0070I (105)2.12.70 REX0071E (105)2.12.71 REX0072E (105)2.13 SJB - Started Job (107)2.13.1 SJB0001E (107)2.13.2 SJB0002E (107)2.13.3 SJB0003E (107)2.13.4 SJB0004I (107)2.13.5 SJB0005E (108)2.13.6 SJB0006I (108)2.14 SLR - TSO Scheduler Interface (109)2.14.1 SLR0001I (109)2.14.2 SLR0002I (109)2.14.3 SLR0003I (109)2.14.4 SLR0004I (109)2.14.5 SLR0005E (109)2.14.7 SLR0007I (110)2.14.8 SLR0008E (110)2.14.9 SLR0009E (110)2.14.10 SLR0010E (110)2.14.11 SLR0011E (110)2.14.12 SLR0012E (110)2.14.13 SLR0013E (110)2.14.14 SLR0014E (111)2.14.15 SLR0015E (111)2.14.16 SLR0016E (111)2.14.17 SLR0017E (111)2.14.18 SLR0018I (111)2.14.19 SLR0019I (111)2.14.20 SLR0020S (112)2.14.21 SLR0021S (112)2.14.22 SLR0021S (112)2.14.23 SLR0023I (112)2.14.24 SLR0024E (112)2.14.25 SLR0025E (112)2.14.26 SLR0026I (113)2.14.27 SLR0027W (113)2.14.28 SLR0028E (113)2.14.29 SLR0029W (113)2.14.30 SLR0030I (113)2.14.31 SLR0031S (113)2.14.32 SLR0032E (113)2.14.33 SLR0033E (114)2.14.34 SLR0034E (114)2.14.35 SLR0035I (114)2.14.36 SLR0036I (114)2.14.37 SLR0037I (114)2.14.38 SLR0038W (115)2.14.39 SLR0039I (115)2.14.41 SLR0041I (115)2.14.42 SLR0042I (116)2.14.43 SLR0043I (116)2.14.44 SLR0044I (116)2.14.45 SLR0045E (116)2.14.46 SLR0046I (116)2.14.47 SLR0047I (117)2.14.48 SLR0048I (117)2.14.49 SLR0049I (117)2.14.50 SLR0050E (117)2.14.51 SLR0051E (117)2.14.52 SLR0052E (118)2.14.53 SLR0053W (118)2.14.54 SLR0054I (118)2.14.55 SLR0055E (118)2.14.56 SLR0056E (118)2.14.57 SLR0057I (118)2.14.58 SLR0058I (119)2.14.59 SLR0059E (119)2.14.60 SLR0060E (119)2.14.61 SLR0061E (119)2.14.62 SLR0062E (119)2.14.63 SLR0063E (119)2.14.64 SLR0064I (120)2.14.65 SLR0065E (120)2.14.66 SLR0066E (120)2.14.67 SLR0067E (120)2.14.68 SLR0068I (120)2.14.69 SLR0069E (120)2.14.70 SLR0070I (120)2.14.71 SLR0071E (121)2.14.72 SLR0072E (121)2.14.73 SLR0073E (121)2.14.75 SLR0075I (121)2.14.76 SLR0076I (122)2.14.77 SLR0077I (122)2.14.78 SLR0078E (122)2.14.79 SLR0079E (122)2.14.80 SLR0080E (122)2.14.81 SLR0081I (123)2.14.82 SLR0082E (123)2.14.83 SLR0083I (123)2.14.84 SLR0084E (123)2.14.85 SLR0085E (123)2.14.86 SLR0086I (124)2.14.87 SLR0087E (124)2.14.88 SLR0088E (124)2.14.89 SLR0089E (124)2.14.90 SLR0090E (124)2.14.91 SLR0091E (125)2.14.92 SLR0092E (125)2.14.93 SLR0093E (125)2.14.94 SLR0094E (125)2.14.95 SLR0095E (125)2.14.96 SLR0096E (126)2.14.97 SLR0097E (126)2.14.98 SLR0098E (126)2.14.99 SLR0099E (126)2.14.100 SLR0100E (126)2.14.101 SLR0101I (127)2.14.102 SLR0102W (127)2.14.103 SLR0103E (127)2.14.104 SLR0104E (127)2.14.105 SLR0105E (127)2.14.106 SLR0106E (127)2.14.107 SLR0107I (128)2.14.109 SLR0109I (128)2.14.110 SLR0110I (128)2.14.111 SLR0111I (128)2.14.112 SLR0112E (129)2.14.113 SLR0113I (129)2.14.114 SLR0114E (129)2.14.115 SLR0115I (129)2.14.116 SLR0116I (129)2.14.117 SLR0117E (129)2.14.118 SLR0118E (130)2.14.119 SLR0119E (130)2.14.120 SLR0120E (130)2.14.121 SLR0121E (130)2.14.122 SLR0122E (130)2.14.123 SLR0123E (131)2.14.124 SLR0124E (131)2.14.125 SLR0125E (131)2.14.126 SLR0126I (131)2.14.127 SLR0127E (131)2.14.128 SLR0128E (131)2.14.129 SLR0129E (132)2.14.130 SLR0130E (132)2.14.131 SLR0131E (132)2.14.132 SLR0132E (132)2.14.133 SLR0133E (132)2.14.134 SLR0134E (133)2.14.135 SLR0135S (133)2.14.136 SLR0136I (133)2.14.137 SLR0137E (133)2.14.138 SLR0139E (133)2.14.139 SLR0140E (134)2.14.140 SLR0141E (134)2.14.141 SLR0142E (134)2.15 SPR - Standard Pool Routine (135)2.15.1 SPR0001I (135)2.15.2 SPR0002E (135)2.15.3 SPR0003E (135)2.15.4 SPR0004I (135)2.15.5 SPR0005I (136)2.15.6 SPR0006I (136)2.15.7 SPR0007E (136)2.15.8 SPR0008W (136)2.15.9 SPR0009E (136)2.15.10 SPR0010S (136)2.15.11 SPR0011I (137)2.15.12 SPR0012I (137)2.15.13 SPR0013I (137)2.15.14 SPR0014I (137)2.15.15 SPR0015I (137)2.15.16 SPR0016I (138)2.16 SRV - Server Interface (139)2.16.1 SRV0001I (139)2.16.2 SRV0002I (139)2.16.3 SRV0003E (139)2.16.4 SRV0004W (139)2.16.5 SRV0005I (139)2.16.6 SRV0006I (140)2.16.7 SRV0007I (140)2.16.8 SRV0008I (140)2.16.9 SRV0009I (140)2.17 SSI - Subsystem Interface Routine (141)2.17.1 SSI0001I (141)2.17.2 SSI0002I (141)2.17.3 SSI0003I (141)2.17.4 SSI0004I (141)2.17.5 SSI0005I (141)2.17.7 SSI0007I (142)2.17.8 SSI0008I (142)2.17.9 SSI0009I (142)2.18 STA - Started Task Interface (143)2.18.1 STA0001E (143)2.18.2 STA0002E (143)2.18.3 STA0003I (143)2.18.4 STA0004E (143)2.18.5 STA0005E (143)2.18.6 STA0006I (143)2.18.7 STA0007E (144)2.19 TAU – Eclipse Client Interface (145)2.19.1 TAU0001I (145)2.19.2 TAU0002I (145)2.19.3 TAU0003I (145)2.19.4 TAU0004I (145)2.19.5 TAU0005I (145)2.19.6 TAU0006I (146)2.19.7 TAU0007E (146)2.19.8 TAU0008I (146)2.19.9 TAU0009E (146)2.19.10 TAU0010I (146)2.19.11 TAU0011I (147)2.19.12 TAU0012E (147)2.19.13 TAU0013I (147)2.19.14 TAU0014I (147)2.19.15 TAU0015I (147)2.19.16 TAU0016I (147)2.19.17 TAU0017I (147)2.19.18 TAU0018I (148)2.19.19 TAU0019W (148)2.19.20 TAU0020E (148)2.19.21 TAU0021I (148)2.19.23 TAU0023I (148)2.19.24 TAU0024I (148)2.19.25 TAU0025I (149)2.19.26 TAU0026W (149)2.19.27 TAU0027E (149)2.19.28 TAU0028W (149)2.19.29 TAU0029I (149)2.19.30 TAU0030E (150)2.19.31 TAU0031E (150)2.19.32 TAU0032E (150)2.19.33 TAU0033E (150)2.19.34 TAU0034E (150)2.19.35 TAU0035E (151)2.19.36 TAU0036I (151)2.19.37 TAU0037I (151)2.19.38 TAU0038I (151)2.19.39 TAU0039I (151)2.19.40 TAU0040E (151)2.19.41 TAU0041I (152)2.19.42 TAU0042I (152)2.19.43 TAU0043E (152)2.19.44 TAU0044E (152)2.19.45 TAU0045I (152)2.19.46 TAU0046I (152)2.19.47 TAU0047S (153)2.19.48 TAU0048W (153)2.19.49 TAU0049W (153)2.19.50 TAU0050E (153)2.19.51 TAU0051W (153)2.19.52 TAU0052I (153)2.19.53 TAU0053I (154)2.19.54 TAU0054S (154)2.19.55 TAU0055I (154)2.19.57 TAU0057E (154)2.19.58 TAU0058E (154)2.19.59 TAU0059I (155)2.19.60 TAU0060I (155)2.19.61 TAU0061I (155)2.19.62 TAU0062E (155)2.19.63 TAU0063S (155)2.19.64 TAU0064W (156)2.19.65 TAU0065I (156)2.19.66 TAU0066I (156)2.19.67 TAU0067I (156)2.19.68 TAU0068I (156)2.19.69 TAU0069E (156)2.19.70 TAU0070I (157)2.19.71 TAU0071I (157)2.19.72 TAU0072W (157)2.19.73 TAU0073S (157)2.19.74 TAU0074I (157)2.19.75 TAU0075W (157)2.19.76 TAU0076I (158)2.19.77 TAU0077I (158)2.19.78 TAU0078E (158)2.19.79 TAU0079E (158)2.19.80 TAU0080E (159)2.19.81 TAU0081E (159)2.19.82 TAU0082E (159)2.19.83 TAU0083W (159)2.19.84 TAU0084E (159)2.19.85 TAU0085E (159)2.19.86 TAU0086I (160)2.19.87 TAU0087I (160)2.19.88 TAU0088S (160)2.19.89 TAU0089E (160)2.19.91 TAU0091E (161)2.19.92 TAU0092I (161)2.19.93 TAU0093I (161)2.19.94 TAU0099I (161)2.19.95 TAU0100E (161)2.19.96 TAU0101I (162)2.19.97 TAU0102I (162)2.19.98 TAU0103W (162)2.19.99 TAU0104I (162)2.19.100 TAU0105E (162)2.19.101 TAU0106W (163)2.19.102 TAU0107I (163)2.19.103 TAU0108E (163)2.19.104 TAU0109W (163)2.19.105 TAU0110I (163)2.19.106 TAU0111I (164)2.19.107 TAU0112I (164)2.19.108 TAU0113E (164)2.19.109 TAU0114I (164)2.19.110 TAU0115E (164)2.19.111 TAU0116I (165)2.19.112 TAU0117E (165)2.19.113 TAU0118I (165)2.19.114 TAU0119E (165)2.19.115 TAU0120E (165)2.19.116 TAU0121E (165)2.19.117 TAU0122W (166)2.19.118 TAU0123S (166)2.19.119 TAU0124E (166)2.19.120 TAU0125I (166)2.19.121 TAU0126I (166)2.19.122 TAU0127E (167)2.19.123 TAU0128E (167)2.19.125 TAU0130E (167)2.19.126 TAU0131I (167)2.19.127 TAU0132E (168)2.19.128 TAU0133E (168)2.19.129 TAU0134I (168)2.19.130 TAU0135S (168)2.19.131 TAU0136S (168)2.19.132 TAU0137I (169)2.19.133 TAU0138E (169)2.19.134 TAU0139E (169)2.19.135 TAU0140E (170)2.19.136 TAU0141I (170)2.19.137 TAU0142I (170)2.19.138 TAU0143S (170)2.19.139 TAU0144W (170)2.19.140 TAU0145I (171)2.19.141 TAU0146I (171)2.19.142 TAU0147I (171)2.19.143 TAU0148E (171)2.19.144 TAU0149E (171)2.19.145 TAU0150I (172)2.19.146 TAU0151I (172)2.19.147 TAU0152I (172)2.19.148 TAU0153I (172)2.19.149 TAU0154S (172)2.19.150 TAU0155W (172)2.19.151 TAU0156E (173)2.19.152 TAU0157I (173)2.20 UNI - Unicode code conversion services (174)2.20.1 UNI0001I (174)2.20.2 UNI0002I (174)2.20.3 UNI0003I (174)2.20.4 UNI0004W (174)2.20.6 UNI0006W (175)2.20.7 UNI0007E (175)2.20.8 UNI0008W (175)2.20.9 UNI0009W (176)2.20.10 UNI0010W (176)2.20.11 UNI0011W (176)2.20.12 UNI0012E (176)2.20.13 UNI0013I (176)2.21 XML - XML System Parser Interface (177)2.21.1 XML0001E (177)2.21.2 XML0002I (177)2.21.3 XML0003E (177)2.21.4 XML0004E (177)2.21.5 XML0005E (178)2.21.6 XML0006I (178)2.21.7 XML0007E (178)2.21.8 XML0008E (178)2.21.9 XML0009I (178)2.21.10 XML0010I (178)2.21.11 XML0011I (179)2.21.12 XML0012I (179)2.21.13 XML0013E (179)2.21.14 XML0014E (179)2.21.15 XML0015E (179)2.21.16 XML0016E (179)2.21.17 XML0017I (179)2.21.18 XML0018I (180)2.21.19 XML0019E (180)2.21.20 XML0020E (180)3 Abend Codes (181)3.1 ABEND Code U2222 (181)3.1.1 Reason Code 1 (181)3.2 Language Environment Abends (181)4 Troubleshooting (182)4.1 Holder (182)4.1.1 MAINTASK (182)4.1.2 SYSTSPRINT (182)4.1.3 DSPPRT (182)4.2 Scheduler (182)4.2.1 MAINTASK (183)4.2.2 CMDTASK (183)4.2.3 SRVTASK (183)4.2.4 T000000x (183)4.2.5 SYSTSPRT (184)4.2.6 ZCOTSPRT (184)4.3 User Server (184)4.3.1 MAINTASK (184)4.3.2 CMDTASK (184)4.3.3 SRVTASK (185)4.3.4 T0000001 (185)4.3.5 SYSTSPRT (185)4.3.6 ZCOTSPRT (185)4.3.7 SYSPRINT (185)4.3.8 ISPLOG (185)4.4 Trace Level (185)4.5 Required Information for Customer Support (186)1 IntroductionThis document provides a description of messages issued by z/Server including possible corrective actions. Every message has an 8-character identification and an associated message text.Troubleshooting often requires knowledge of configuration settings, such as the name of the holder task, the scheduler task, and the user server task(s). Please see the z/Server Installation Guide for details about these settings. Most messages only appear in the JESx job log in different DD names and not in the z/OS hardcopy log. True hardcopy log messages are marked.1.1 Message formatThe message identification has the form: pfxnnnns, where:pfx The z/Server component prefix (facility ID)The following facility IDs exist:nnnn The message number for the component, for example, 0051. The message numbers are unique within a component.s The message severity:I InformationW WarningE ErrorS Severe errorInformational messages are normally used for tracing or debugging purposes. Errors apply to the associated service and are typically caused by incorrect arguments. Severe errors may require z/Server to be restarted.The message description provides information to identify the cause of the problem. Many messages contain placeholders ([mmm], where mmm is a consecutive number; for example, [002] is the second placeholder). These placeholders are replaced with specific values in the actual message.The message description may contain messages, return and reason codes, etc. passed from invoked services (for example, the XML system parser or the security product). In these cases, the IBM manual to be consulted for details of the problem are given.With very few exceptions, the first placeholder ([001]) of each message is the timestamp when the message was issued (hh:mm:ss.ttt):hh hourmm minutess secondsttt millisecondsThe explanation for any message describes if the message is only issued at a certain IPTRACE level. This documented trace level always implies that the message is issued at this trace level and up (since a higher trace level includes all lower trace levels).1.2 Error message exampleError messages have severity E or S. There are three general classes of error:∙Errors caused by incorrect user input, such as incorrect password (SLR0071E) or filter did not find any data sets (CSI0051E). Such errors can be rectified by correcting the input and retrying the action. Some of these error messages can only occur due to incorrect input to the set of z/Server APIs, typically from an eclipse client.∙Errors that indicate problems in the configuration file, such as EMC0011E (port is not available). Such errors may be corrected by changing the configuration (a task for the system administrator), although they can also indicate some other error that needs to be investigated (also a task for the system administrator).Errors that indicate an internal z/Server error, such as API0007E (error during call to EZASOKET). If the message information provided does not help to identify the problem, please contact the support hotline.As an example, the CSI0051E message is issued by the CSI facility (CSI prefix) and has a severity of E (=error).The message is shown as follows in this book:CSI0051E [001] No data sets for filter [002] foundThis message has two placeholders: [001] and [002]. The placeholders are replaced with the timestamp and the associated filter. An actual CSI0051E error message would look like this:CSI0051E 07:48:53.935 No data sets for filter SYS2 foundThe two placeholders have been replaced with the time (07:48) and the filter (SYS2) that could not be resolved. In this case, using a filter that covers available data sets would prevent the error message.1.3 Warning message exampleWarning messages have severity W. Such messages are normally written to the associated JESx DD name, see below. Warnings normally indicate that some standard action has been taken. If this action or default is not required or wanted, change the appropriate setting.TAU0019W 09:14:05.443 Environment-Variable REATTACH was not specified, using defaults !TAU0019W 09:14:05.651 Environment-Variable CCSID was not specified, using defaults !TAU0019W 09:14:05.652 Environment-Variable TSOE_JOB_CLASS was not specified, using defaults !TAU0019W 09:14:05.652 Environment-Variable TSOE_SCHED_TAB was not specified, using defaults !LIC0007W 09:14:05.659 This server may only be used through a licensed client.1.4 Information message exampleInformation messages have severity I. Such messages are normally written to the associated JESx DD name, see below.SLR0111I 09:14:05.998 TSO/E-Scheduler Init/Term-Routine called with function STARTSLR0001I 09:14:06.170 TSO-Scheduler initializationHLD0030I 09:14:06.188 User administration ended with RC 00000000 (hex)1.5 Messages and GTFFor debugging purposes, it is recommended to start GTF and trace user records x'3E8'. In such a case, there will be significantly less messages written to the JESx spool. Most messages will be written to GTF only, regardless of the IPTRACE level being set. It may get difficult to even follow what happens withinz/Server using just the remaining messages to hardcopy log and JESx job log.2 Messages2.1 API - Application Programming InterfaceAll API messages are issued b y TAURIP03. It is used as an interface for all TCPIP communication. Standard return codes are described in the table below. This interface is called using z/Server API calls, both internally and externally.2.1.1 API0001IAPI0001I hh:mm:ss.ttt Before call IP03 starting call in [002] environmentFunction-Code : [003]Task-Area : [004] [005]Explanation:[002] is either server or client.[003] is described in SC31-8788 z/OS Communications Server IP Sockets Application Programming Interface Guide and Reference.[004] is the address of the task area.[005] is global (if [002] is server), otherwise local (if [002] is client)User response: None.Issued by: TAURIP032.1.2 API0002IAPI0002I hh:mm:ss.ttt After Call IP03 ending call. Rc is : [002] Explanation: This is an informational message due to IPTRACE level 4 being set.User response: None.Issued by: TAURIP032.1.3 API0007EAPI0007E hh:mm:ss.ttt Error during call to EZASOKETFunction : [002]Reason-Code : [003]Explanation: This message is issued when IPTRACE level 4 is set. See SC31-8788 z/OS Communications Server IP Sockets Application Programming Interface Guide and Reference for details about the function used and the returned error.System administrator response: Determine why the error occurred. If necessary, contact customer support.Issued by: TAURIP032.1.4 API0008IAPI0008I hh:mm:ss.ttt Timeout for SELECT is [002] seconds and [003] microseconds.Explanation: This is an informational message due to IPTRACE level 4 being set.User response: None.Issued by: TAURIP032.1.5 API0009EAPI0009E hh:mm:ss.ttt For function PeekMsg the sixth Parameter must be 'P'. Explanation: This message is issued in response to an API call.User response: Correct the calling program.Issued by: TAURIP032.1.6 API0010IAPI0010I hh:mm:ss.ttt Using static z/Server environment for client processing at address [002]Explanation: This is an informational message due to IPTRACE level 4 being set.User response: None.Issued by: TAURIP03。

RTX 3080笔记本首发测试

RTX 3080笔记本首发测试

开启游戏本的1440p 光追时代文/图 《微型计算机》评测室RTX 3080笔记本首发测试在桌面游戏GPU市场,采用NVIDIA Ampere架构的GeForce RTX 30系列GPU带来了革命性的改变,强悍的性能和新一代光追技术将桌面游戏体验带到一个全新高度。

在笔记本市场,众多玩家也翘首以盼,希望早日感受到NVIDIA Ampere架构的魅力。

2021年1月13日,NVIDIA终于正式推出采用Ampere架构的GeForce RTX 30系列笔记本电脑GPU(Laptop GPU),首批搭载该系列GPU的游戏本新品也在1月26日起开售。

全新GeForce RTX 30系列Laptop GPU带来了怎样的性能提升?又有哪些改进和优化呢?不久前,我们拿到了一台搭载NVIDIA GeForce RTX 3080 Laptop GPU的微星GS66游戏本,一起来看看吧!NVIDIA Ampere架构带来了改进的SM、第二代RT Core以及第三代Tensor Core。

机箱上巧妙地应用了很多卡榫结构对于全新的RTX 30系列笔记本电脑GPU,NVIDIA本次开发了全新的第三代Max-Q技术。

GeForce RTX 30系列Laptop GPU产品规格RTX 3080 Laptop GPU软件截图WhisperMode 2.0能够为游戏本提供全新的噪声控制水平改进后的Advanced Optimus采用笔记本电脑内部的动态硬件开关来控制连接到显示器的GPU。

在Dynamic Boost 2.0技术中,AI网络会根据需要平衡和不断优化CPU、GPU和GPU显存的功耗,以实现最高性能。

从测试结果分析图表中我们不难发现,以往的RTX 2080 Super GPU在1440p分辨率、最高画质下应对大型游戏有点吃力,甚至达不到60fps的“及格线”,而RTX 3080 Laptop GPU 则能够在大多数大型游戏中保持60fps以上的平均成绩,比如在DLSS),全新RTX 3080 Laptop GPU相比RTX 2080 Super Max-Q有大约18%的性能提升。

3080降压超频参数

3080降压超频参数

3080降压超频参数3080降压超频参数随着科技的不断进步,人们对于电脑性能的要求也越来越高。

在游戏、影音、渲染等领域,需要一台高性能的电脑才能满足需求。

而NVIDIA GeForce RTX 3080显卡作为目前市场上最强大的显卡之一,成为了许多玩家的选择。

在使用3080显卡时,可以通过降压和超频等方式来提高其性能。

本文将详细介绍3080降压超频参数。

一、什么是3080降压?1.1 降压概念降压是指通过调节显卡电压来减少功耗和温度,从而提高显卡稳定性和寿命,并且可以达到更高的性能表现。

1.2 为什么要降压?在使用显卡时,电流和电压会产生热量,如果长时间运行会导致温度过高,从而影响显卡的稳定性和寿命。

通过降低电压可以减少功耗和温度,并且不会对性能产生太大影响。

二、如何进行3080降压?2.1 选择合适的降压工具在进行3080降压之前,需要选择合适的降压工具。

目前市面上有很多降压工具,如MSI Afterburner、EVGA Precision等。

这些工具都可以对显卡进行电压调节和监控。

2.2 逐步调整电压在进行3080降压时,需要逐步调整电压。

首先可以将电压从默认值开始逐步减少,每次减小一定数值,例如50mV或100mV。

同时需要注意观察显卡稳定性和温度变化。

2.3 测试稳定性在调整完电压后,需要测试显卡的稳定性。

可以使用GPU-Z等工具进行测试,并且需要运行一段时间来验证显卡是否稳定。

三、什么是3080超频?3.1 超频概念超频是指通过提高显卡的时钟频率和内存频率来增加性能表现。

3.2 为什么要超频?通过超频可以提高显卡的性能表现,在游戏、影音、渲染等领域中能够更好地满足需求。

四、如何进行3080超频?4.1 选择合适的超频工具在进行3080超频之前,需要选择合适的超频工具。

目前市面上有很多超频工具,如MSI Afterburner、EVGA Precision等。

这些工具都可以对显卡进行时钟频率和内存频率调节和监控。

多款创作软件测试,RTX 3080创作性能近乎翻倍

多款创作软件测试,RTX 3080创作性能近乎翻倍

多款创作软件测试,RTX 3080创作性能近乎翻倍作者:来源:《微型计算机》2021年第04期前一篇文章中,我们为大家放出了基于NVIDIA GeForce RTX 3080 Laptop GPU的游戏本的游戏性实际测试体验。

而从RTX 20系GPU开始,RTX GPU的Studio创意创作性能也同样大放异彩,并一直都得到众多创意创作者的认可与关注。

在笔记本电脑的GPU从RTX 20系升级到RTX 30系后,它们在创作性能上的表现又会如何呢?前不久,来自技嘉科技,搭载NVIDIA GeForce RTX 3080 Lapfop GPU的AERO 17 HDR YC笔记本电脑来到了微型计算机评测室。

这是一款专为创作者设计的,基于NVlDlAStudio的笔记本电脑。

我们在2020年内曾测试过配置RTX 2080 SUPER GPU的前一代技嘉AERO 17笔记本电脑,因此我们也非常好奇——当GPU从RTX 20进化到RTX 30,在设计创作性能上是否会带来令人瞩目的进化?技嘉科技的AERO系笔记本电脑一直都是轻薄高性能创作工具的典型代表之一,在AERO系列的设计上一直都秉承细节至上的理念,以满足创作者对高性能在多种形式上的需求。

新一代的AERO 17 HDR笔记本电脑在前一代产品的基础上再度进化,我们收到的这款产品搭配了最新发布的旗舰级NVIDIA GeForce RTX 3080 Laptop GPU、4K UHD HDR屏幕、通过了VESA HDR 400标准认证,并且拥有100% Adobe RGB色域和X-Rite Pantone校色认证,据说能为创作者带来高速、愉悦的创作设计体验。

它也是我们今天所聊话题的主角,围绕RTX 30 Laptop GPU的创作设计性能谜题,即将逐—展开。

创作应用实测,技嘉Aero 17 HDR YC设计本RTX 3080性能几近翻倍!到达MC评测室的这台技嘉AERO 17 HDR创作笔记本电脑具体型号为AERO 17 HDR YC,其搭配的是8GB GDDR6显存版本的RTX 3080 Laptop GPU,功耗95W。

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机GPD WIN2GPD WIN2是一款结合了笔记本电脑与掌上游戏机功能的便携式设备。

它是由中国公司GPD(GamePad Digital)推出的,是其旗下GPD WIN系列的第二代产品。

GPD WIN2采用了20Nm工艺打造的Intel M3-7Y30处理器,配备了Intel HD Graphics 615显卡,性能相对较强。

GPD WIN2的外观设计非常紧凑,机身尺寸为162*99*25mm,重量约为500g,非常方便携带。

它采用了全金属外壳,不仅坚固耐用,还使整个设备看起来非常高端。

在机身顶部,有一个折叠式QWERTY键盘,用户可以根据需要选择使用。

键盘的手感非常出色,使用起来非常顺畅。

GPD WIN2搭载了6英寸的触摸屏,分辨率为1280*720像素,显示效果清晰,可以满足大部分游戏的需求。

它还支持触摸操作和手势控制,用户可以通过手指在屏幕上进行滑动、放大缩小等操作。

GPD WIN2还配备了一个摇杆和一组方向键,为玩家提供更好的操控体验。

GPD WIN2内置了8GB LPDDR3内存和128GB SSD存储空间,可以满足大部分用户的存储需求。

它还支持TF卡扩展,用户可以根据自己的需要进一步扩展存储空间。

在连接方面,GPD WIN2具备USB Type-C、USB 3.0、Micro HDMI等接口,可以方便地连接外部设备。

GPD WIN2是一款非常实用的便携式设备,既能满足用户的办公需求,又可以提供良好的游戏体验。

无论是在旅途中还是在家中,GPD WIN2都可以成为用户的得力助手。

不过,考虑到其相对较高的价格和独特的功能定位,用户在购买之前应该充分考虑自己的需求和预算。

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机GPD WIN2
GPD WIN 2是一个特殊的电脑,也可以看作是一台掌上游戏机。

它是由GPD(GamePad Digital)公司开发的一款便携式游戏设备,采用了小巧轻便的设计,使之可以随时随地进行游戏。

GPD WIN 2采用了英特尔的第八代酷睿M3-7Y30处理器,搭配Intel HD Graphics 615显卡,具备较高的性能表现。

它还配备了8GB LPDDR3内存和128GB/256GB/512GB SSD储存空间,确保用户有足够的资源来存储和运行游戏。

它还支持Micro SD卡扩展。

GPD WIN 2的屏幕采用了一块6英寸的H-IPS显示屏,分辨率达到了1280×720像素。

虽然不是最高分辨率的屏幕,但对于一台掌上设备来说,它已经很不错了。

屏幕上方还集成了一颗130万像素的摄像头,可以满足用户的视频通话和拍照需求。

GPD WIN 2还内置了一块蓝牙4.2芯片,以及双频Wi-Fi模块,可以实现更稳定的无线网络连接。

它还支持USB Type-C接口和HDMI输出接口,可以连接外部设备,比如显示器和电视,提供更大的游戏和娱乐体验。

在游戏方面,GPD WIN 2预装了Windows 10操作系统,可以运行大多数Windows游戏和应用程序。

它还配备了一个全方位的游戏控制器,包括双摇杆、方向键、ABXY按钮和扳机按钮等,使得用户可以方便地控制游戏,享受更流畅的操作体验。

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机 GPD WIN2

是电脑,也是掌机GPD WIN2GPD WIN2是一款深受玩家喜爱的便携式游戏设备,它集成了电脑和掌机的功能于一身,让玩家可以在任何地方尽情享受游戏乐趣。

GPD WIN2的出现给游戏爱好者带来了全新的游戏体验,不论是在家里还是出门旅行,都能随时随地享受游戏的乐趣。

接下来就让我们来详细了解一下这款令人心动的游戏设备吧。

GPD WIN2是一款搭载Windows操作系统的便携式游戏设备,它拥有强大的性能和丰富的游戏资源。

GPD WIN2搭载了最新的第八代英特尔酷睿M3-8100Y处理器,采用14nm工艺制造,性能强劲而稳定。

搭配英特尔HD615核显,支持4K视频播放和流畅的游戏运行。

GPD WIN2还搭载了8GB LPDDR3内存和128GB固态硬盘,可以满足玩家在游戏和办公方面的需求。

GPD WIN2采用了游戏手柄设计,操作舒适灵活,同时也支持多种外设连接。

GPD WIN2的手柄采用了XBOX手柄的设计理念,按键布局合理,手感舒适,可以让玩家在游戏中得到更好的操作体验。

GPD WIN2还支持蓝牙和Wi-Fi连接,可以连接各种外设如键盘、鼠标、耳机等,方便玩家进行游戏操作和沟通交流。

GPD WIN2还支持触摸屏操作和倾斜屏幕设计,方便玩家在操作时获得更好的视觉体验。

GPD WIN2的屏幕采用了IPS技术,分辨率为1280*720,画面清晰细腻,色彩鲜艳自然。

GPD WIN2还支持多点触摸和倾斜屏幕设计,可以满足玩家在游戏中的不同操作需求,为玩家带来更加丰富的游戏乐趣。

GPD WIN2的电池续航能力也非常出色,可以满足玩家长时间游戏的需求。

GPD WIN2搭载了6700mAh聚合物锂离子电池,续航时间长达6-8小时,可以满足玩家在旅途中或者户外活动中的游戏需求。

GPD WIN2还支持快速充电功能,只需短暂的充电时间就能让设备重新恢复电量,为玩家带来更好的游戏体验。

戴尔 OptiPlex 3080 微型机电缆盖安装指南说明书

戴尔 OptiPlex 3080 微型机电缆盖安装指南说明书

OptiPlex 3080 Micro Cable Cover Install GuideNotes, cautions, and warningsA NOTE indicates important information that helps you make better use of your product.A CAUTION indicates either potential damage to hardware or loss of data and tells you how to avoidA WARNING indicates a potential for property damage, personal injury, or death.© 2020 Dell Inc. or its subsidiaries. All rights reserved. Dell, EMC, and other trademarks are trademarks of Dell Inc. or its subsidiaries. Other trademarks may be trademarks of their respective owners.Chapter 1: Before you begin (4)Chapter 2: Dell OptiPlex Micro Cable Cover (5)Chapter 3: After installing the accessory (9)Chapter 4: Getting help (10)Contacting Dell (10)Contents3Before you beginSteps1.Save and close all open files and exit all open applications.2.Shut down your system: Click Start > Power > Shut down .If you are using a Linux operating system, see the documentation of your operating system for shut-down3.Disconnect your system and all attached devices from their electrical outlets.4.Disconnect all attached network devices and peripherals, such as keyboard, mouse, and monitor from your system.To disconnect a network cable, first unplug the cable from your system and then unplug the cable5.If the system unit or the adapter is being installed on the monitor:a.Disconnect the power and all the display cables from the monitor.b.Remove the stand from the monitor and place the monitor on a clean and soft surface.4Before you beginDell OptiPlex Micro Cable Cover The cable cover for the OptiPlex 3080 Micro system protects the ports and organize cables that are connected to the system unit.Steps1.Follow the instructions in before you begin.2.Images that are shown below may vary depending on your system configuration.Remove the thumbscrew and the cable clip from the rear of the system unit.3.Align the rear bracket along with the cable clip to the back of the system.e the thumbscrew to secure the rear bracket along with cable clip to the back of the system.5.Route the cables through the slot on the cable cover and connect the cables to their respective ports.6.Turn the antenna outwards to pass through the antenna slot at the top of the cable cover.Dell OptiPlex Micro Cable Cover57.Align the cable cover retaining hooks into the slots on the OptiPlex 3080 Micro chassis.6Dell OptiPlex Micro Cable Cover8.Gently press down on the cable cover until it clicks into place.9.Slide the latch to lock the cable cover in place.Dell OptiPlex Micro Cable Cover78Dell OptiPlex Micro Cable CoverAfter installing the accessorySteps1.Replace all screws and ensure that no stray screws remain.2.Connect any external devices, peripherals, or cables you removed before working on your system.3.Connect your system and all attached devices to their electrical outlets.4.Turn on your system.After installing the accessory9Getting help Topics:•Contacting DellContacting DellPrerequisitesIf you do not have an active Internet connection, you can find contact information on your purchase invoice, packingAbout this taskDell provides several online and telephone-based support and service options. Availability varies by country and product, and some services may not be available in your area. To contact Dell for sales, technical support, or customer service issues:Steps1.Go to /support.2.Select your support category.3.Verify your country or region in the Choose a Country/Region drop-down list at the bottom of the page.4.Select the appropriate service or support link based on your need.10Getting help。

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3
1
R69 47K R88 10K
IOC6
D
VCC_DAC
C4、C5磁R2必须□拷黃D卡座的正负磁电须
C11 104 C12 10U
ADKEY
R6 110K NC MODE R8 62K EQ R7 39K PREV R9 30K R10 22K VOLR5 15K R11 13K
(13K6=10K+3K6) (靠必精密磁靠13K7)
SW 1 VREG33
IOA5
IOA6
IOA7
IO D1
IO D3
IO D0
IO D2
2
IOB7 NC/3K
If IR used, need pull high INT1
B
1 3
B
R 31
R 27
R28
R 29
MEMORY
U3
VCC33 VCC33
1 2 3 4
24C02
8 7 6 5
C21 474 7 2 I2CS CL I2CS DA R36 NC
7 3 4 2 1
4
R35
Status LED
D1 R40 IOC0
R 26
R30
AMP_LIN H P-IN A MP_RIN
R34
R33 NC/ 3K
NC/3K
NC/ 3K
NC/3K
NC/3K
NC/3K
KEY18 IOC3 ON/OFF
C25 333
C26 333
C23 333 R37 4K7
C24 333 R38 4K7
SDC_IN
WP CD DAT1 DAT0 VSS CLK VDD VSS CMD DAT3 DAT2 11 10 8 7 6 5 4 3 2 1 9
SDC_DET SDC D0 SDC CLK IOB4 IOB3 IOB6 IOB5 SDC CMD R2 4R7 C4 104 C5 100U 3
Q2 VREG33 2 SI2301 1
2
C6
VCC18
VSS IOD0 IOD1 IOD2 IOD3 IOD4_FM_L IOD5_FM_R IOD6_Line_L IOD7_Line_R VSS_DAC DAC_L DAC_VREF
1 2 3 4 5 6 7 8 9 10 11 12
V33_REG V50_REG VSS V18_REG IOA0 IOA1 IOA2 IOA3 IOA4 IOA5 IOA6 IOA7
3
2 SI2301 1
1
U4
2
QX2303/XF6383
1
BATTERY 5V_DC_IN1 USB_MINI_5V BT1 C32 220uF C33 104
2
V_BAT
V50_REG VCC_DAC R43 C31 10U-100U C34 104 0R L2 600R/100MHZ IOC6 R87 10K R80 47K R70 300K
5
4
3
2
1
DP DM RESETB IOB0 IOB1 IOB2 IOB3 IOB4 IOB5 IOB6 IOB7 IO C0
VCC33
I2CS CL I2CS DA
IOB0 IOB1
VCC33 VREG33
SDC
14 13
GND GND
C2 104
C1 0.1uF
R1 4.7K RESETB RESET KEY1 C3 104
R ev 1 of 3
5
4
3
2
5
4
3
2
1
LED5x7(88:8.8) 共 阴
typeRL=2K(高 高 LED)/470R(高 高 LED)
J3 CON2 IOA5 IOA6 IOA7 IOD0 IOD1 IOD2 IOD3 IOA0 IOA1 IOA2 IOA3 IOA4 1 SEG0 2 SEG1 3 SEG2 4 SEG3 5 SEG4 6 SEG5 7 SEG6 8 COM0 9 COM1 10 COM2 11 COM3 12 COM4 DIP12 IOA5 IOA6 IOA7 IOD0 IOD1 IOD2 IOD3 IOA0 IOA1 IOA2 IOA3 IOA4 LED5x7_SEG0 LED5x7_SEG1 LED5x7_SEG2 LED5x7_SEG3 LED5x7_SEG4 LED5x7_SEG5 LED5x7_SEG6 LED5x7_COM0 LED5x7_COM1 LED5x7_COM2 LED5x7_COM3 LED5x7_COM4 R44 R46 R48 R50 2k R45 2k R47 2k R49 2k 2k 2k 2k 1 2 3 4 5 6 7 8 9 10 11 12 LED5x7 IOA5 IOA6 IOA7 IOD0 IOD1 IOD2 IOD3 IOA0 IOA1 IOA2 IOA3 IOA4 CON1 1 SEG0 2 SEG1 3 SEG2 4 SEG3 5 SEG4 6 SEG5 7 SEG6 8 COM0 9 COM1 10 COM2 11 COM3 12 COM4 DIP12
DP DM RESET IOB0_I2CCLK IOB1_I2CDAT IOB2_IR IOB3_SDDET IOB4_SDCMD IOB5_SDCLK IOB6_SDD0 IOB7 IOC0
48 47 46 45 44 43 42 41 40 39 38 37
R25 300K
VREG33 V50_REG
2.4V
2.2V
2.0V 1.8V 1.6V
1.4V
1.2V
1.0V
0.8V
0.6V
0.4V
0.2V
7 3 4 2 1 7 2
C18 C19 4 105
105 R24
IOB0 R23 100K 100K
HOST
LINE_Audio_L LINE_Audio_R CON4 USB_5V R20 33R R21 33R
POWER
Q3 R42 2R2/(1206/0805) D3 4001/4004
A
R83 2K R41 2R2 L1 47uH~100UH D2 1N5819 USB_5V
R85 N C /OR
IOB7
为磁为为为
R84 3K IOC3 R86 N C /OR
A
SW 2
VREG33
VCC33
V_BAT
/VOL+ /CH+ /CLK+
/PAUSE /MODE
DAV REF C17 105
MCU
C
KEY2
K EY3
K EY4
K EY5
K EY6
K EY7
KEY8
K EY9
KEY10
KEY11
KEY12
KEY13
KEY14
KEY15
KEY16
KEY17
C
3.3V 3.0V
R22 3K J1
2.8V
2.6V
1
12
ALR
D
D
共阴
C
C
5 J4 IOA5 IOA6 IOA7 IOD0 IOD1 IOD2 IOD3 IOA0 IOA1 IOA2 IOA3 IOA4 LED5x7_SEG0 LED5x7_SEG1 LED5x7_SEG2 LED5x7_SEG3 LED5x7_SEG4 LED5x7_SEG5 LED5x7_SEG6 LED5x7_COM0 LED5x7_COM1 LED5x7_COM2 LED5x7_COM3 LED5x7_COM4 R51 R53 R55 R57 2k R52 2k R54 2k R56 2k 2k 2k 2k 1 2 3 4 5 6 7 8 9 10 11 12 LED5x7
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