Product categories
- ADAPTERS RF
- 7/16 DIN to N
- BNC to BNC
- BNC to F
- BNC to FME
- BNC to JACK 2P
- BNC to MCX
- BNC to N
- BNC to RCA
- BNC to RF
- BNC to SMA
- BNC to TNC
- BNC to TNC RP
- BNC to UHF
- F to CRC9
- F to F
- F to FME
- F to FME
- F to JACK 2P 3,5mm
- F to MCX
- F to N
- F to RCA
- F to RF
- F to SMA
- F to SMA RP
- F to SMB
- F to TNC
- F to TS9
- F to UHF
- FAKRA to SMA
- FME on SMA
- FME on SMA
- FME to FME
- FME to MCX
- FME to mini UHF
- FME to MMCX
- FME to N
- FME to SMB
- FME to TNC
- FME to UHF
- FOR TWO-WAY RADIOS
- MCX to RF
- MCX to SMA
- MMCX to SMA
- N to N
- N to N RP
- N to RCA
- N to SMA
- N to SMA RP
- N to TNC
- N to TNC RP
- N to UHF
- QMA to N
- QMA to SMA
- QMA to SMA RP
- QN to N
- RCA tp TNC
- RF to RF
- RF to SMA
- SMA RP to SMA RP
- SMA RP to TNC RP
- SMA to mini UHF
- SMA to SMA
- SMA to SMA RP
- SMA to SMB
- SMA to SMC
- SMA to TNC
- SMA to TNC RP
- SMA to TS9
- SMA to UHF
- SMB to SMB
- TNC on mini UHF
- TNC on TNC RP
- TNC to TNC
- TNC to UHF
- UHF mini to UHF mini
- UHF to mini UHF
- UHF to UHF
- ADDITIONAL CHARGES
- ANTENNA
- ANTENNA CABLES
- BNC to BNC
- BNC to FME
- BNC to N
- BNC to SMA
- BNC to SMA RP
- bnc TO smBNC to SMB
- BNC to TNC
- BNC to TNC RP
- BNC to UHF
- F to F
- FME on SMA
- FME on TNC
- FME to SMA RP
- FME to FME
- FME to N
- FME to TNC RP
- N to N
- N to SMA
- N to SMA RP
- N to SMB
- N to TNC
- N to TNC RP
- N to UHF
- SMA RP to SMA RP
- SMA RP to SMB
- SMA RP to TNC
- SMA RP to TNC RP
- SMA RP to UHF
- SMA to SMA
- SMA to SMA RP
- SMA to SMB
- SMA to TNC
- SMA to TNC RP
- SMA to TS9
- SMA to UHF
- SMB to UHF
- TNC to TNC
- UHF to UHF
- CABLES SDI, HD-SDI, 3G-SDI
- COAXIAL CABLES per meter
- CONNECTORS RF
- DUMMY LOAD
- MEASURING CABLES
- PIGTAILS RF
- RF ATTENUATORS
- Surge arresters
- TOOLS
Category: Wi-Fi 2.4GHz, 5GHz
- New
Category: Wi-Fi 2.4GHz, 5GHz
Antennas for transmitting and receiving in the 2.4GHz and 5GHz bands.
The 2.4 GHz and 5 GHz radio bands are used in Wi-Fi networks. 2.4 GHz provides better coverage and is widely used in homes, offices and urban areas, while 5 GHz offers greater bandwidth and is chosen in places with high network traffic, providing higher performance. Both bands have different advantages and are used depending on needs, ensuring effective data transmission in wireless networks.