In Minecraft, how much is a redstone repeater tick?

In Minecraft, how much is a redstone repeater tick?

In Minecraft, there are these redstone repeaters that look like this.

How much is one tick? Is 2 2x longer, how much?

1 Answer 1

When initially placed, a redstone repeater has a delay of 1 redstone tick (equivalent to 2 game ticks, or 0.1 seconds).

By right-clicking on the repeater once, a repeater’s delay can be set from 1 to 2 ticks (indicated by the distance between the two small redstone torches on the top of the repeater) right-clicking again makes a three-tick delay, right-clicking again makes a four-tick delay, and right clicking again resets back to one. Longer delays can be made with multiple repeaters – for example, a repeater set to ‘4’ and another to ‘1’ will give a half second delay (0.4s + 0.1s = 0.5s).

A repeater set to a delay of 2-4 ticks will increase the length of any shorter pulse to match the length of the repeater’s delay. For example, a repeater set to a 4-tick delay will change any shorter pulse into a 4-tick pulse.

How many repeaters will I need to make a clock which pulses once per day?


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  3. How many repeaters will I need to make a clock which pulses once per day?

User Info: zyrax2301

I want to make a piston which pops up once per day. I’m not sure for how long, probably a few seconds. I’m sure that’s the easy part so I’ll worry about that later.

The clock is the problem. How many ticks will be required for the pulse to take an entire day to completel a cycle? A lot. I’ve never made a clock. lol

User Info: TuxedoCyan

If my math is right, you’d need 6000 repeaters all set on the max delay. What do you need exactly?

20 ticks = 1 second
20 minutes = 1 minecraft day.
24000 ticks = 1 minecraft day.
1 repeater on max delay = 4 ticks.

User Info: genandnic

«Minecraft’s game loop runs at a fixed rate of 20 cycles per second, so one tick happens every 1/20th of a second. An in-game day lasts exactly 24000 ticks, or 20 minutes.»

User Info: zyrax2301

User Info: spartalaughs

Aww. 6000, man. I knew it was gonna be a lot but that’s a lot. all of that happening at once will blow up my laptop I reckon

but it’s not at once. it’s one signal movement every 4 ticks.

also, if you sleep it’ll screw it up.

User Info: zyrax2301

Sorry, constantly is what I meant.

How does sleeping mess up clocks. do they pause when you go to bed and start up again when you wake?

User Info: spartalaughs

Sorry, constantly is what I meant.

How does sleeping mess up clocks. do they pause when you go to bed and start up again when you wake?

it doesn’t simulate the world while you sleep, everything just stops the second you go to sleep and resumes when you wake up. There’s a mod that makes beds simulate the world though.
EDIT: Link

User Info: pstwoorbust

Actually it shouldn’t be that hard to do. People have made pretty decent 20 minute clocks in relatively compact spaces. Check youtube for some designs, and you may find a place to use as an output for when a certain time hits. It depends on what exactly you want.

Here’s a 10 minute pulse clock for example:

User Info: ultimateballoon

You could use dispensers to make a long clock. Have the dispenser drop an item onto a wooden pressure plate connected to the next dispenser. After 5 minutes the item will disappear and trigger the next dispenser.

Might need inverters, I don’t remember.

Using 4 dispensers you could make a 20 minute clock with less resources and lag.

How to Boost Your Home WiFi With Multiple Repeaters and Access Points

With a 3 GB bucket of wireless data from your cellphone company often costing more than US$50, it makes sense to take advantage of the often unlimited or at least generous nature of a cheap, wired home Internet connection when you can.

Netflix reckons that its movie and TV streaming service, using its Best Quality setting in High Definition, uses up to 4.7 GB of data an hour — that’s 282 GB a month for a daily two-hour movie, or a theoretical $4,700 if you were to use a phone’s LTE connection.

I’ve been writing about ways to improve things if you’re having issues with your home Internet, and recently looked at interference. In the past, I’ve also looked at video streaming improvements you can make and adding a single repeater to widen your WiFi network’s range.

However, large homes and older homes with thick walls can use multiple access points (hard-wired) and repeaters (wireless) to spread the signal throughout the home. Here’s how to get budget-friendly multimedia-streaming signals to the corners of your house.

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Step 1: Survey

Download a free analyzer app for your phone. I’ve been using Farproc’s WiFi Analyzer for Android, available in the Google Play store.

The app shows signal levels graphically. Walk around your home, making notes of the existing WiFi signal strength in far corners. Survey kids’ bedrooms and the yard, including the iPad-popular pool area if you have one.

Tip: A signal strength reading of -80 or -90 dBm is unsatisfactory and can cause poor performance. It’s a negative number, so closer to zero is better.

Step 2: Plan your Topology

Think of the existing router as the hub in a physical star-based topology. This hub is the central device that provides the Internet from the street.

One or more wireless access points connect with cables to the hub. Think of the cable as the spoke and the access point as the node.

One wireless repeater connects wirelessly to each wireless access point. The existing WiFi enabled router can have its own wireless repeater too.

The repeater extends the star outwards and extends the range outwards from the existing router. The existing router feeds an access point via a cable, and then the access point feeds the repeater, which in turn feeds the end user device.

Step 3: Plan the Layout

Rooms that have a satisfactory signal obtained in the initial survey can be ignored. Areas with poor signal strength should be hard-wired to the hub; areas with very poor or no signal strength should be covered by the wireless repeater.

For example, if the existing router is in the den on one side of the house and there’s very poor signal in the kitchen on the other side of the house, then place a wired access point in the hallway outside the den, and a wireless repeater in the kitchen. The cabled wireless access point will function like a shifted existing router, extending the wireless signal down the hallway. The wireless repeater will pick the signal up and distribute it to low-power devices in the kitchen.

Tip: Be aware that repeaters, but not access points, reduce Internet speeds.

Step 4: Buy the Gear

I used a combination of Belkin products including Belkin F9K1106 Dual Band Range Extenders and Belkin F9K1102 N600 Wireless Dual Band N+ Routers, which you can convert to an access point. You can use any existing WiFi routers.

Step 5: Convert the New Router to an Access Point

Step 6: Install the Access Points

Tip: Use an unintuitive LAN Ethernet port on the new router — the one that’s converted to an access point — and not the WAN port when connecting to the existing router.

Step 7: Configure the Repeaters

Follow the product-included instructions to configure each repeater to repeat each access point, or the existing WiFi-enabled router.

Tip: Each repeater/access point or repeater/existing router combination should be on different frequency channels. Each access point must have a unique name, called an «SSID» — the repeater uses it to find the access point.

Make configuration changes in the configuration dashboards.

At a family member’s home recently, I hard-wired one access point to the existing router and then placed that access point in the living room. I then placed one of the wireless repeaters, configured to repeat the living room access point, in the previously-no-signal yard, thus providing signal outside.

I placed a second wireless repeater, configured to repeat the existing WiFi-enabled router, in an upstairs bedroom that had good signal coverage from the existing survey. This provided good repeated signal in a bedroom down the upstairs hallway that had very poor signal strength initially.

I obtained a strong, streaming-friendly signal throughout the house and yard.

Want to Ask a Tech Question?

Is there a piece of tech you’d like to know how to operate properly? Is there a gadget that’s got you confounded? Please send your tech questions to me, and I’ll try to answer as many as possible in this column.

And use the Talkback feature below to add your comments!

Patrick Nelson has been a professional writer since 1992. He was editor and publisher of the music industry trade publication Producer Report and has written for a number of technology blogs. Nelson studied design at Hornsey Art School and wrote the cult-classic novel Sprawlism. His introduction to technology was as a nomadic talent scout in the eighties, where regular scrabbling around under hotel room beds was necessary to connect modems with alligator clips to hotel telephone wiring to get a fax out. He tasted down and dirty technology, and never looked back.

How to Make and Use Redstone Repeaters in Minecraft

Minecraft Redstone For Dummies, Portable Edition

In Minecraft, the relationship between redstone dust and redstone torches is elegant in its simplicity because you can make so many different machines by simply combining these two items with blocks — however, redstone repeaters make the work a lot easier.

Repeaters are small and versatile and highly necessary for efficient and compact designs, but they’re also a bit more difficult to craft than simple redstone items. A single repeater requires the following items:

Two redstone torches

A lump of redstone dust

Three blocks of smooth stone (obtained by smelting cobblestone blocks in a furnace)

A redstone repeater is a gray panel that can be placed on most standard blocks. Repeaters, unlike dust and torches, cannot be powered from any side: They can be charged only from the back, and they can transfer charge only to the front.

The triangular indentation on top indicates the direction of the charge; power is translated from the wide end of the triangle to the tip. When you place a repeater, the output end faces away from you.

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The repeater also contains two small redstone torches on its top. The first torch is at the vertex of the triangle, and the second is placed on a slider behind it. You can adjust the second torch’s position on the slider by using the Use Item button (which is, by default, the right mouse button).

The farther apart the two torches are, the longer it takes for the repeater to update its output when the input changes. This delay time can be one, two, three, or four times that of a normal redstone torch. Basically, repeaters take the input behind them, delay for a moment, and then copy the input in front.

Exploring applications of the redstone repeater

A few properties of redstone repeaters make them individually useful:

Repeaters are adjustable timers. For example, if one branch of a circuit is slightly faster than another, you can put in a repeater to ensure that the branches are aligned. You can also string together lots of repeaters to delay a circuit for a longer period.

Repeaters fit well with other mechanisms. Redstone dust can be tricky, because it automatically connects with mechanisms around it. Repeaters don’t have this problem: Because repeaters have only one way to receive and produce power, they function only when you want them to.

Repeaters are powerful. Current can travel 15 blocks after leaving a repeater. If you want to extend a wire of redstone, all you have to do is place repeaters at 15-block intervals for the wire to run quickly and smoothly. Also, if a powered repeater faces a solid block directly adjacent to it, all mechanisms adjacent to that block are powered. This is the simplest way to power blocks.

Here are three simple ways that you can apply redstone repeaters in a circuit. You can see a repeater-based timer, a width of current that travels in a loop, and a little example of how compact repeater-based designs can become.

Locking redstone repeaters

The redstone repeater also has an interesting secondary function, which requires two repeaters to accomplish. If you place a redstone repeater in such a way that it connects directly into the side of an adjacent repeater, you can power the first repeater to lock the second.

A locked repeater cannot change its state. Regardless of input, a powered, locked repeater stays powered, and an unpowered locked repeater stays unpowered, until the repeater is unlocked — it unlocks automatically when the locking repeater is no longer powered.

Each north-facing repeater was set to its current state and then locked, thus acting regardless of its input. The gray bar across a repeater indicates that it’s locked.

The ability to lock redstone repeaters is useful for making circuits that can be halted with a shutoff switch — just put a repeater at the end and add a lever that locks it when activated. Of course, like all redstone properties, it can be applied in many other ways. For example, a locked repeater’s charge cannot be tampered with unless the locking device is shut off first.

how many redstone ticks in minecraft equal a second in real life?

how many redstone ticks in minecraft equal a second in real life? i want to know this because i am making a count down timer with command blocks that goes of every second

4 Answers

By right-clicking on the repeater, you can set its delay from 0.1 to 0.4 seconds. Longer delays can be made with multiple repeaters; for example, a repeater set to ‘4’ and another to ‘1’ will give a half second delay (0.4s + 0.1s = 0.5s).

So you will need 3 redstone repeaters. 2 with full (4) ticks and 1 with 2 ticks.

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WiFi Boosters, Repeaters and Range Extenders: A Deep Dive

In this handy guide, we have outlined the differences between WiFi range boosters, WiFi repeaters, and WiFi range extenders, so you can choose the best device for improving your home or workplace coverage. The terms are often used interchangeably when advertising wifi boosters , but they work in subtly different ways.

Before deciding to invest in a WiFi signal boosting technology, we recommend following a few steps to improve your WiFi connection. First, update your wireless router’s firmware by visiting the company website and downloading the latest version. Sometimes, outdated firmware can cause annoying bugs, slower WiFi speeds, and other connectivity issues.

Once you have updated the firmware, take a look at your router and make sure that everything is connected properly. If you’re using an old router, you may want to upgrade it before buying a WiFi signal booster. New routers offer support for cutting-edge wireless standards, and they can dramatically improve the coverage in your space. Lastly, you can move the WiFi router to a central location, so that the space is blanketed with a more consistent signal. If these steps fail to satisfy your wireless needs, it is time to purchase a WiFi booster.

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How Do WiFi Boosters Work?

First, WiFi boosters plug directly into an existing wireless router and amplify the router’s signal. Typically, a wireless setup includes a high-speed modem that plugs into the wall, so that it can receive broadband data from the network. Then, the modem connects to a wireless router via Ethernet cable, and this router has antennas that wirelessly broadcast the signal. The WiFi booster takes that concept to the next level, by amplifying the signal with a stronger antenna.

We recommend a secure WiFi booster for business owners and commercial spaces. If you’re dealing with a large open floor plan, a high bandwidth large area wifi extender can solve your coverage issues, without needing to resort to a customized solution. On the other hand, some residential spaces need WiFi range extenders and repeaters to get the job done. Every boosting solution has unique strengths and weaknesses.

How Do WiFi Repeaters Work?

Next, a WiFi repeater relies on two wireless routers, which communicate with each other. The first router connects directly to the high-speed network via Ethernet, and sends a wireless signal to the second router as well. This allows you to boost wireless signal strength in «dead zone» areas of your home or workplace. For example, if you have built an office in the garage, but your existing wireless router is too far away to provide substantial coverage, you can install a WiFi repeater there and amplify the signal.

Repeaters are also ideal for outdoor settings, such as a backyard patio or pool house. With an outdoor panel antenna, you can boost the wireless signal around your home in a more efficient manner. Repeaters can also be installed on an RV or boat to amplify your area’s WiFi signal, so that the indoor areas are all covered.

To install a WiFi repeater, simply plug it in wherever you need a boost. Then, access the repeater on your computer and input your WiFi network name and password, so that the repeater can connect to it. Your WiFi network will stay the same, but the repeater will also create a second network that you can connect to when out of range of the first network. With a repeater, you have the same level of security as a standard wireless router, including Wired Equivalent Privacy (WEP) and Wi-Fi Protected Access (WPA).

How Do WiFi Extenders Work?

Finally, WiFi extenders connect to your wired network via Ethernet or coaxial cable, just like a wireless router. There are even some extenders that can transmit an existing wireless signal through your electrical cables (called «powerline WiFi extenders»).

The technology allows you to extend a single high-speed network throughout your space, without worrying about interference between routers. Essentially, you’re adding a new wireless router to another room, with a direct connection to your broadband signal. This will ensure that you experience the fastest possible wireless speeds in a problem area, such as a basement or densely constructed room.

WiFi Repeater vs Extender.

Although these two signal boosting terms are often used to describe the same thing, repeaters and extenders have slightly different designs. Essentially, a WiFi repeater has the same wireless technology as a laptop (or smartphone), which allows it to connect to existing wireless networks in the area. The repeater’s strong antenna captures the wireless signal and rebroadcasts it in a new location. This strengthens the signal around the repeater, but it weakens the original bandwidth up to 50%. Repeaters are also vulnerable to interference from other electronic devices (ex. microwaves, wireless stereos).

Meanwhile, WiFi range extenders tend to provide a more stable wireless connection than WiFi repeaters. They replicate an existing connection without creating a new network, so bandwidth is not affected. Often, WiFi extenders connect to the network via electrical outlets. If you’re dealing with a problematic room that has dense building materials and wireless interference, a WiFi extender is the perfect solution. We recommend it for dead zone areas in your home, office, restaurant, or retail space.

In summary, WiFi repeaters are easy to install and relocate, but they limit the available bandwidth on your network. This is because they have to retransmit data back to the wireless router to function, unless they are using multiple WiFi bands. Furthermore, WiFi repeater placement can have a massive effect on the signal strength, and thick walls can limit connectivity to the wireless router. There’re a lot of variables to keep in mind when installing a repeater.

On the other hand, WiFi range extenders tap directly into the wired connection, so your bandwidth is unaffected. This extends your existing network to a new location, without retransmitting data or creating a separate wireless network. If you’re in a compromised setting that a WiFi repeater can’t reach, and you want the fastest connection possible, a WiFi extender is the way to go.

If you’re still unsure about a WiFi repeater vs extender, ask yourself these two questions: Is there significant interference in your desired installation area? Do you care about reduced bandwidth? If the answer to both questions is «no», you should probably invest in a WiFi repeater, because it is a plug-and-play solution. On the other hand, if you answered «yes», you should invest in a WiFi extender.

Logistics and outdoor task management companies require both cellular and wireless repeater stations for phone and wifi field operations. Our experts want to help you achieve the strongest wireless coverage possible. Try our risk-free signal boosters today, with a 60-day money-back guarantee.

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