WiFiアンテナ

Connect M.2 WiFi Antenna Connectors

Those tiny M.2 Wi-Fi antenna connectors (known as MHF4 connectors) are notoriously frustrating to plug in. Because they are so small, it is incredibly easy to bend the center pin...

Connect M.2 WiFi Antenna Connectors

Those tiny M.2 Wi-Fi antenna connectors (known as MHF4 connectors) are notoriously frustrating to plug in. Because they are so small, it is incredibly easy to bend the center pin...

Choosing Internal WiFi Antennas: PCB vs FPC

For internal WiFi antennas, the two most common solutions today are PCB antennas and FPC antennas. They may appear similar. However, their design philosophy, installation flexibility, manufacturing consistency, and real-world...

Choosing Internal WiFi Antennas: PCB vs FPC

For internal WiFi antennas, the two most common solutions today are PCB antennas and FPC antennas. They may appear similar. However, their design philosophy, installation flexibility, manufacturing consistency, and real-world...

High Gain WiFi Antennas 6dBi vs 8dBi

Upgrading network setup can be an incredibly frustrating experience. With the widespread adoption of Wi-Fi 6E and Wi-Fi 7 hardware, major manufacturers are pushing consumers toward expensive mesh routing systems....

High Gain WiFi Antennas 6dBi vs 8dBi

Upgrading network setup can be an incredibly frustrating experience. With the widespread adoption of Wi-Fi 6E and Wi-Fi 7 hardware, major manufacturers are pushing consumers toward expensive mesh routing systems....

Mini PCIe vs. M.2: Stop Buying Wrong Wi-Fi Antenna

Every single day, hundreds of buyers purchase Wi-Fi card, and order a set of antennas, then realize the cables physically cannot plug into the card. The culprit? Misunderstanding the difference between...

Mini PCIe vs. M.2: Stop Buying Wrong Wi-Fi Antenna

Every single day, hundreds of buyers purchase Wi-Fi card, and order a set of antennas, then realize the cables physically cannot plug into the card. The culprit? Misunderstanding the difference between...

Antenna Gain: Antenna Signal Radiation Quality

Antenna Gain is used to measures how well an antenna can focus radio frequency (RF) energy in a specific direction. It's a combination of an antenna's directivity and radiation efficiency....

Antenna Gain: Antenna Signal Radiation Quality

Antenna Gain is used to measures how well an antenna can focus radio frequency (RF) energy in a specific direction. It's a combination of an antenna's directivity and radiation efficiency....

SMA および RP-SMA コネクタ

SMA は「SubMiniature Version A」の略です。これらはコネクタの性別規格に従っており、メスにはセンターホールがあり、オスにはセンターピンがあります。 RP-SMA は「Reverse Polarity SMA」の略で、性別が変更されています。そのため、RP-SMA オスにはセンター穴があり、RP-SMA メスにはセンターピンがあります。

SMA および RP-SMA コネクタ

SMA は「SubMiniature Version A」の略です。これらはコネクタの性別規格に従っており、メスにはセンターホールがあり、オスにはセンターピンがあります。 RP-SMA は「Reverse Polarity SMA」の略で、性別が変更されています。そのため、RP-SMA オスにはセンター穴があり、RP-SMA メスにはセンターピンがあります。