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Metaverse Development Company Hivelance is the  leading metaverse development company that builds future-ready metaverse applications and solutions for gaming, NFTs, Defi, and more. We guides to develop the best Metaverse development solution suited for project requirements. We can be there for the moment you drop your project requirements to us. We build and launch a metaverse gaming platform with engaging playability by incorporating impressive 3D virtual environments, Play to earn games with NFTs trading and minting, game live streaming, value exchange with cryptos and etc . Our team of experts can design and build a Metaverse platform on various technologies like Blockchain, Augmented Reality and Virtual Reality, NFT, and much more.   Metaverse development services Metaverse Game Development From level design to materials and textures, lighting setup to visual programming in blueprints, we can build metaverse games from the scratch. Play-to-learn games can also be designed and implemented with the help of gaming engine platforms. Metaverse NFT Marketplace Development We are building the metaverse NFT Marketplace infrastructure for brands, influencers, video games, eSports organizations, broadcasters, and all kinds of entities. Develop your own marketplace to unleash the metaverse possibilities using NFTs. The unreal engine, Unity, Facebook horizon are the familiar digital tools our developers use every day. Metaverse App Development We are ready to build Metaverse apps that can be aligned with the business use cases like virtual working space, social communication, education, presentation, touring, product explanation etc., Our 3d modeling experts, designers, web3 developers can align the digital tools required to create the next-gen metaverse apps. How we build metaverse Idea validation  We strongly adhere to your metaverse idea and test out the benefits that can offer to the desired audience. Iteration, validation and framework happens agile.   Analysis Every metaverse project starts with its own idea of something unique and incorporates a monetization policy when it hits the road. Business analysis done in this phase.   Framework Development The front end architecture of the entire metaverse project is designed, user flow crafted and functionality of user interface is developed.   Writing the code Our board of certified metaverse developers start writing application coding for bank and front end components inclusive of external third party integration.   Testing The QA specialists rigorously test your metaverse application in terms of UI, functionality, load, security features as documented in the project.   Launch When done testing, the metaverse application or web platform is moved to the launch phase and deployed with military grade security features.   Why choose Hivelance for metaverse development? Being an active contributor and supporting many web3 projects in the market, Hivelance is positioned as the fast -growing metaverse development company for creating the Metaverse platform at the best. We offer you a metaverse resource team consisting of CFO, Front end developers, Back end developers, UI/UX design, Game developers, Advisors, Community managers for social media and Copywriters. With 10+ years of experience in crypto and Blockchain, we adhere to the industry standards with no compromise. Schedule a call to discuss more. For more Detail visit us- https://www.hivelance.com/metaverse-development  
HT
An interrupting internet connection can be very frustrating. This is one of the most common issue that users face where TP Link router dropping connection. There are many reasons due to which you can face this error. The first is that there might be a problem while setting up the router. There can be any misconfiguration in the settings. You can reset the router in this case and solve the problem. Another reason is that there is no internet access in your router. There may be some problem with the adapter. One of the major cause is outdated firmware of the router. Sometimes you miss the alert or don’t receive it and the router firmware does not update. You can manually check for any updates and update the firmware of your router. The overheating of the router can also cause it to disconnect from the internet. Now, let’s have a look at some of the ways to fix TP Link router not working. Follow the steps mentioned below. Steps to fix TP Link router dropping internet: Make sure that the router is placed properly on a smooth surface. All the wires and plugs of the router should be connected properly. Navigate to settings and check for firmware update. Update the router’s firmware. The router maybe overheated, turn off the router and disconnect all the wires and plugs attached to it. Give it a reset for a minute and then plug it back. Contact your internet service provider and see if there is a server error. Check for any physical damage and see if the router is faulty. You can setup the router using the default credentials. In order to login you must know Archer C7 password. Every router has a default password through which you can setup the device by logging in. The TP Link Archer C7 default password is admin. You can visit the official page of the router and then login using the default credentials. Thereafter, you can configure the router by modifying the settings. If you still face any errors with TPLink router, you can reset the router back to factory default settings. You can do so through the reset button. Let’s have a look at the steps to reset TP Link router. Steps to reset TP Link router: Turn on the TP link range extender. Locate the reset button on the router. It is usually present at the back of the router. Now, press and hold the button on the extender for a few seconds. The router will reboot itself. Release the button thereafter. Restart the router and the error should be resolved. Contact the technical expert for a guided solution. Source
Pc
In this article, FS Technology will explain in detail the types of PCB components and different types of packaging techniques, hoping to help you improve your PCB assembly technology. The following is the content of this article: Classification of printed circuit board components Diode is a very common PCB component. It has four colors: red, yellow, green and blue. According to the brightness, FS Tech divides it into three grades: normal, high and super bright. Light-emitting diodes test the purchasing ability of PCB assembly companies very much. Three kinds of diodes like 0805, 1206 and 1210 are difficult to buy, unless it is a one-stop PCB manufacturing company with PCB component purchasing ability like FS Technology. We generally divide capacitors into two types: non-polar and polar. It is relatively easy to purchase capacitors, especially 0805 and 0603, which are very common non-polar capacitors on the market. Polar capacitors refer to electrolytic capacitors, which are very common in displays such as TVs and computers. It is what we usually call electrolytic capacitors. In our life, the most used aluminum electrolytic capacitors. Since the electrolyte is aluminum, its temperature stability and accuracy are not very high, and the chip components need high temperature stability because they are close to the circuit board. Therefore, the chip capacitors are mostly tantalum capacitors. SMD capacitors can be divided into four series A, B, C and D according to their different withstand voltages. The specific division is as follows: A 3216 10V B 3528 16V C 6032 25V D 7343 35V Resistors: Similar to non-polar capacitors, the most common two are 0805 and 0603. The difference is that they can appear as exclusions, 4 and 8. The specific package style can refer to the MD16 simulation version, or you can check the internal PCB library of the design institute. Note: The four package forms of A\B\C\D are L X S X H The specific dimension of the 1210 is the same as the electrolytic capacitor B type 3528 0805 specific size: 2.0 X 1.25 X 0.5 1206 specific size: 3.0 X 1.5 0X 0.5 Common PCB component package size If you are using high power transistors, FS Technology recommends you to use TO-3, the shape of this transistor is straight, we often use it when doing PCB assembly. Medium power transistors are generally flat, you can use TO-220. Low-power transistors include TO-5, TO-46, TO-92A. If you have special needs and need to use metal casing PCB components, when choosing transistors, you can try TO-66. Component packaging Resistors: RES1, RES2, RES3, RES4; package properties are axial series Nonpolar Capacitors: Capacitance; package properties are RAD-0.1 to rad-0.4 Common component package size Electrolytic capacitors: electroi; package properties are rb.2/.4 to rb.5/1.0 Potentiometer: pot1pot2; package properties are vr-1 to vr-5 Diode: Package property is diode-0.4 (low power) diode-0.7 (high power) LED: RB.1/.2 [H] Triode: Commonly used package attributes are to-18 (ordinary triode) to-22 (high-power triode) to-3 (high-power Darlington tube) There are 78 and 79 series regulator blocks; [h] 78 series such as 7805, 7812, 7820, etc. 79 series has 7905, 7912, 7920, etc. Common package attributes are to126h and to126v[h] Rectifier bridge: BRIDGE1BRIDGE2: Package attribute is D series (D-44, D-37, D-46) Field effect transistor and triode are the same Crystal XTAL1[h] Resistance: AXIAL0.3-AXIAL0.7 where 0.4-0.7 refers to the length of the resistance. Generally use AXIAL0.4 Ceramic capacitors: RAD0.1-RAD0.3. Among them, 0.1-0.3 refers to the size of the capacitor, generally RAD0.1 Electrolytic capacitor: RB.1/.2-RB.4/.8 where .1/.2-.4/.8 refers to the size of the capacitor. Generally 470uF use RB.3/.6 Diode: DIODE0.4-DIODE0.7 where 0.4-0.7 refers to the length of the diode, generally DIODE0.4 is used LED: RB .1/ .2 Button SW-PB Package Properties KEYSB3 Integrated block: DIP8-DIP40 Among them, 8-40 refers to how many pins there are, and pin 8 is DIP8 [h] Chip resistor 0603 indicates that package size is related to resistivity, but package size is related to power