In this article, we will discuss how to splice an outdoor Ethernet cable, a necessity for many users who use devices such as surveillance cameras or wireless antennas. We will explore the standards to follow and the most effective methods to protect your cables from the elements.
Why Splice an Outdoor Ethernet Cable?
Splicing an outdoor Ethernet cable is a common necessity for those who want to install surveillance cameras in the yard, parking lot, or garage, or for those using antennas for wireless internet connection. Often, in hilly or mountainous areas, wired connections are not possible, and using wireless solutions with outdoor splices becomes essential.
Standards for Outdoor Cable Splicing
To perform an effective outdoor splice, it is essential to follow certain standards. I used a female-to-female connector, protected by rubber and plastic to prevent dust and water from penetrating inside. I chose the IP67 standard, which I found on Amazon in category 6A, allowing speeds of up to 10 Gigabits.
The difference between IP67 and IP68 mainly concerns water resistance. IP67 withstands weather conditions and dust but can only be submerged in water for half an hour. In contrast, IP68 can be submerged for about three hours up to a depth of three meters.
Water Resistance Test: IP67
To verify the effectiveness of the splice, I conducted two tests. In the first test, I inserted the cables into the connector and put them under the shower to simulate rain. After a few minutes, I disassembled the connector and found that the cables inside were perfectly dry.
In the second test, I submerged the connector in a basin of water for half an hour, as indicated by the standard. Again, the inside of the connector remained dry, confirming that the IP67 standard is reliable for protecting cables from the elements.
Importance of Choosing the Right Cabling
Choosing the right type of splice and cabling is crucial, especially for surveillance systems. Good cabling can ensure high connection speeds, up to 10 Gigabits or more, significantly improving the quality of the system.
Conclusion
In conclusion, splicing an outdoor Ethernet cable requires attention and the use of the right standards to ensure protection against dust and water. The IP67 standard is an excellent solution for most home needs. I hope these tips have been helpful, and I invite you to share the article with your friends. If you have any questions, feel free to leave them in the comments. See you next time!
