INI CARA YANG BENAR !!!! NEMBAK WIFI JARAK JAUH DENGAN TENDA O3

Summary

In this video, Nanang MRK demonstrates how to set up long-distance Wi-Fi using the Tenda O3 access point in a point-to-point (PTP) configuration. Covering a test distance of around 1 km, he walks through planning with Google Earth and Maps, mounting the device above obstacles, configuring IP addresses, and aligning the access point accurately using compass apps. The tutorial covers both AP and client setup, connecting to an ISP source, and testing bandwidth, achieving a reliable connection with signal strength around -65 dBm. This step-by-step guide showcases the practical use of Tenda O3 for extending Wi-Fi coverage up to 5 km.

Takeaways

• 😀 The Tenda O3 is a long-range outdoor access point capable of reaching distances up to 5 km in point-to-point (PTP) mode.
• 😀 The speaker uses Google Earth to estimate the distance and direction for setting up the Tenda O3 for Wi-Fi transmission.
• 😀 A laptop and smartphone are essential tools for configuring and fine-tuning the direction of the Tenda O3 for better performance.
• 😀 The speaker highlights the importance of placing the Tenda O3 at an elevated position (above obstructions like rooftops) for optimal signal strength.
• 😀 The setup requires connecting the Tenda O3 to an internet source, like the OrbitMax router, to function as a Wi-Fi access point.
• 😀 Google Maps and a compass app on the smartphone are used for accurate alignment and orientation of the Tenda O3 towards the target.
• 😀 The Tenda O3 was successfully set up with a dynamic IP to allow seamless remote control and monitoring from the laptop.
• 😀 The internet speed test showed a noticeable drop in speed after transmitting the signal over 1 km, but the connection remained functional.
• 😀 The speaker observes a significant decrease in upload speed (from 30 Mbps to 8 Mbps), but the 1 km distance was still within the expected range for the Tenda O3.
• 😀 The setup process includes configuring the IP address of the Tenda O3 to be in the same network segment as the OrbitMax, allowing for proper communication.
• 😀 The Tenda O3 device was able to successfully transmit Wi-Fi over a 1 km range, with future tests expected to push the distance to 5 km for even longer coverage.

Q & A

What is the main objective of the video tutorial?

The main objective is to demonstrate how to set up a long-range Wi-Fi connection using a Tenda O3 outdoor access point in a point-to-point (PTP) configuration, testing connectivity up to 5 km.

Which tools and equipment are required to set up the Tenda O3 for long-range Wi-Fi?

Required equipment includes a Tenda O3 outdoor access point, a laptop, a smartphone, LAN cables, a PoE adapter, an Internet source like Orbit Max H1, and a mounting pole or monopole.

Why is Google Earth or Google Maps used in this setup?

Google Earth or Google Maps is used to estimate the distance between the access point and the target, identify obstacles, measure elevation profiles, and determine the best alignment for the point-to-point connection.

How should the Tenda O3 be mounted for optimal performance?

The Tenda O3 should be mounted on a monopole or tower at least 5 meters above surrounding obstacles to reduce interference and ensure a clear line of sight to the target location.

What are the initial IP configuration steps for the Tenda O3?

Connect the Tenda O3 to a laptop via LAN, set a static IP in the same subnet as the source Internet device (e.g., 192.168.2.x), access the device using the default IP 192.168.2.1 with username and password 'admin', and configure it in Access Point mode.

How is the Tenda O3 aligned toward the target location?

Alignment is done using a compass or a smartphone with an azimuth app. The azimuth reading from the target is adjusted by subtracting 180° to correctly point the access point in the opposite direction.

What configuration is done on the client side at the target location?

The client Tenda O3 is set to Client Mode, scans and connects to the source AP's SSID, matches security settings, assigns an IP in the same subnet for remote management, and ensures proper channel alignment.

What kind of speed reduction can be expected over a 1 km PTP Wi-Fi link?

Over a 1 km link, the download speed may decrease from 12 Mbps to around 9 Mbps, and upload speed may decrease from 30 Mbps to approximately 8 Mbps due to signal attenuation and interference.

What signal strength indicates a reliable connection for the client Tenda O3?

A signal strength of around -65 dBm is considered good and indicates a reliable Wi-Fi connection for the client access point.

Can the Tenda O3 link be extended beyond 1 km?

Yes, Tenda O3 claims it can establish a point-to-point link up to 5 km, provided there are minimal obstacles and proper height, alignment, and configuration are maintained.

Why is it important to use static IP addresses in this setup?

Static IP addresses ensure consistent network management and allow remote access to both the source and client Tenda O3 units without requiring IP reassignment, simplifying monitoring and troubleshooting.

What safety precautions should be considered when mounting the Tenda O3?

Ensure secure mounting on poles or towers, maintain a safe distance from high-voltage lines, and follow proper safety protocols when working at heights to prevent accidents.