Diy notebook wifi antenna

In this video, I will show you how to construct a dual-band long-range repeater for 2. In this Instructable, I make a battery-powered portable long-range 2.

It can also be used to find open WiFi access points on the go. It is working pretty well. Just the range is a bit short. I found a solution to this problem. This mode is much more low level. Do you want to boost your WIFI? Looking for a DIY antenna? You can build your own WIFI antenna by having a look at this tutorial. In this video, we learn to make a powerful WiFi antenna for a long-range signal catcher. Home Made 2. It works great too. I wanna show you how to make 1km range wifi antenna at home easy way.

You can see my another log range Wifi antenna video from CAD or end screen. Insert the paper clip into the antenna port. Insert the 'tubing' end of the paper clip into the antenna connector, ensuring that the connector pin and the paper clip are pressed together inside the tubing.

If you can get them to overlap the signal will be even better. Method 2. Collect your materials and tools. You will also need a drill, a soldering iron, and a screwdriver that fits the bolts A pigtail cable is a patch cable with a connector at both ends of the cable. The aluminum can should have one side without a lid and one side with a metal bottom. Measure the can's diameter. The can's diameter determines where the connector is mounted.

Your can should be at least 3 inches 7. Mark the connector's mounting point. Measure up from the bottom of the can and mark the outside where the connector will be. The measurement will vary depending on the diameter of the can. This measurement is determined for maximum signal strength. Below are some common measurements: 3 inches 7. Punch a hole in the side of the can.

Use a drill bit the same size as the small side of the N-Female connector to drill a hole where you measure. You can also use a hammer and nail if you don't have a drill. If your N-Female connector has screw holes, drill smaller holes around your larger one to allow you to mount it with the nuts and bolts.

Measure and cut the wire. Take your copper wire and line it up with the the metal connector on the small side of the N-Female connector. The little brass tube and the length of the wire should total 1. Get as close to this measurement as physically possible for the best connection.

Solder the copper wire to the small end of the N-Female connector. Use the soldering iron to attach the wire to the brass tube on the back of the N-Female connector. This creates the probe. See this guide for details on soldering. The wire should be sticking straight out from the connector. Secure the probe in the can. After the solder has finished cooling, mount the probe to the can with the wire on the inside and the screw connector on the outside. Use the nuts and bolts to secure the probe to the can.

Connect the can to the wireless card using the pigtail cable. Screw the pigtail cable onto the probe mount, and then connect the other end to your wireless card's antenna connector. Point the can at the physical access point. The can will need to be pointed directly at the wireless access point.

You can mount it to a camera tripod with a zip tie for easy pointing. Slide the antenna into the center of the x you made in the cap and then force the bottle down over the antenna until the top of the antenna is level with the top of the reflector. Access free wifi by making your own antenna.

This booster is a parabolic reflector made to focus a signal so it is stronger and can project farther. Keep your connection secure without a monthly bill. The antenna that you will make will better serve the laptop's wireless needs, without you having to open up the laptop or void its warranty. Like most other laptop wifi extenders, the n plugs into a usb port, via a 1. Try to avoid wrinkles and bubbles. Then bend a 6dbi omni and a 10dbi directional out of copper wire!

Patrick norton shows you how to make a simple wifi antenna booster. These devices will have external or internal antennas which will convert the em waves from the access point to electrical signals which is later processed by the internal circuit and is converted to network data packets. First, connect the usb wifi adapter and usb extension cable.

Place a sheet of aluminum foil on top of the fresh glue and press firmly. Easy to build wifi 2. Inssider, available for download here: These cards do have an antenna and the antenna is usually located at the back of your screen.