Wi-Fi Standard | High-speed home/office networks, mobile hotspots | ▲ Industry: Wi-Fi 6 (up to 9.6 Gbps) ▲ Base: Wi-Fi 6 (300 Mbps) ▲ Advanced: Wi-Fi 6 (900 Mbps) (IEEE 802.11ax) | Base ensures reliable connectivity for basic tasks; Advanced meets modern bandwidth demands. | Base may bottleneck 4K streaming; Industry standard requires higher-tier hardware. |
Data Rate | 4K streaming, online gaming, file transfers | ▲ Industry: Up to 900 Mbps (Wi-Fi Alliance) ▲ Base: 300 Mbps (IEEE 802.11n) ▲ Advanced: 900 Mbps (Wi-Fi 6) | Base supports essential tasks; Advanced reduces latency for gaming. | Base struggles with high-bandwidth apps; Advanced requires compatible devices. |
SIM Support | Remote work, travel, rural areas | ▲ Industry: 4G/5G + dual SIM (3GPP standards) ▲ Base: 4G nano SIM ▲ Advanced: 5G + dual SIM (3GPP Release 16) | Base enables mobile connectivity; Advanced future-proofs for 5G networks. | Base lacks 5G; Advanced may incur higher data costs. |
Antenna Configuration | Weak signal areas, large coverage zones | ▲ Industry: 4 antennas (ISO/IEC 17025) ▲ Base: 4 antennas (certified) ▲ Advanced: 6 antennas + beamforming | Base provides stable signal; Advanced maximizes range and penetration. | Base requires optimal placement; Advanced adds bulk to design. |
USB Ports | File sharing, printer connectivity | ▲ Industry: 2x USB 3.2 (USB-IF certified) ▲ Base: 1x USB 2.0 ▲ Advanced: 2x USB 3.0 + USB-C (USB-IF) | Base supports basic peripherals; Advanced enables faster transfers. | Base’s USB 2.0 limits speed; Advanced requires more devices. |
Encryption Standards | Secure offices, public networks | ▲ Industry: WPA3 (Wi-Fi Alliance) ▲ Base: WPA3/WPA2 (Wi-Fi Alliance) ▲ Advanced: WPA3-Enterprise + AES-256 (FIPS 140-2) | Base prevents casual hacking; Advanced blocks advanced attacks. | Base may be vulnerable to legacy exploits; Advanced needs IT setup. |