
- Hign-concerned Chemical: None
- 5G Wi-Fi Transmission Rate: None
- Wired Transfer Rate: 100Mbps
- Wi-Fi Transmission Standard: 802.11n
- 2.4G Wi-Fi Transmission Rate: 300 Mbps
- Wi-Fi Supported Frequency: 2.4G
- Supports WPS: No
- Supports WDS: No
- Number of USB Interfaces: 1 x USB
- WAN Ports: 1 x10/100Mbps
- LAN Ports: 1
- Function: Firewall
- Application: OUTDOOR
- Package: Yes
- Standards And Protocols: Wi-Fi 802.11g
- Max. LAN Data Rate: 300Mbps
- With Function: Yes
- Type: WireLess
- Certification: CE
- Feature 1: 4g
- Feature 2: 4g cpe router
- Feature 3: outdoor wireless router
- Feature 4: 300mbps wifi rouoter
- Feature 5: cat4 150mbps router
- Feature 6: 4g lte router
- Feature 7: wireless cpe router
- Feature 8: Outside WiFi Coverage
- Feature 9: 3g/4g cpe
- Feature 10: router 4g
- Feature 11: wireless router
- Feature 12: waterproof outdoor router
- Feature 13: lte router RJ45
- Feature 14: 4g wifi
- Feature 15: lte router
- Feature 16: 4g router outdoor
The main function of the modem is data transmission.Modem is an important device for data transmission between computer and Internet. Through the process of modulation and demodulation, the modem converts the digital signal to the analog signal to realize the efficient transmission of data. Whether in a home network or an enterprise network, modems play an important role. Understanding the working principles and application methods of the modem can help users better use the device and improve the stability and speed of the network connection. Modulation is the process of converting a digital signal into an analog signal. Computer-generated digital signals cannot be transmitted directly over telephone lines or cable networks, so they need to be converted into analog signals via a modulator. Demodulation is the process of converting a received analog signal back to a digital signal. When the modem receives an analog signal from the Internet, it is converted by the modem into a digital signal that the computer can recognize. The demodulation technology corresponds to the modulation technology to ensure the accuracy of data transmission.