ENGENIUS EAP350 High-Power Wireless N Access Point
- High-power, Long-range Wi-Fi
- Up To 29dbm Rf Tx Power
- Wireless N 6x Speed Over 802.11g Networks
- 11n Standard & Mimo Deliver Up To 300mbps Throughput Over Wireless
- Gigabit Ethernet Lan Interface, Up To 10x Faster Data Transfer Than Fast Ethernet
- Up to 29dBm RF Tx power provides greater signal coverage compared to other competitive offerings
- The 11n standard and MIMO deliver up to 300Mbps throughput over wireless for greater overall performance and connectivity
- Up to 10x faster data transfer than Fast Ethernet. Ideal for bandwidth-intensive and sensitive applications like online gaming, VoIP, video and other multimedia streaming
- Supports 802.1q mapping of SSIDs and up to four VLANs
- Supports Power-over-Ethernet (IEEE 802.3af) and enables deployment in ceilings and other areas where power outlets may not be available. Optional (purchased separately): Recommended PoE Injector: EnGenius EPE5818Gaf (802.3af compliant)
- o Internal 5dBi antenna with optimized configuration and RF performance
- High-power, Long-range Wi-Fi
- Up To 29dbm Rf Tx Power
- Wireless N 6x Speed Over 802.11g Networks
- 11n Standard & Mimo Deliver Up To 300mbps Throughput Over Wireless
- Gigabit Ethernet Lan Interface, Up To 10x Faster Data Transfer Than Fast Ethernet
- Up to 29dBm RF Tx power provides greater signal coverage compared to other competitive offerings
- The 11n standard and MIMO deliver up to 300Mbps throughput over wireless for greater overall performance and connectivity
- Up to 10x faster data transfer than Fast Ethernet. Ideal for bandwidth-intensive and sensitive applications like online gaming, VoIP, video and other multimedia streaming
- Supports 802.1q mapping of SSIDs and up to four VLANs
- Supports Power-over-Ethernet (IEEE 802.3af) and enables deployment in ceilings and other areas where power outlets may not be available. Optional (purchased separately): Recommended PoE Injector: EnGenius EPE5818Gaf (802.3af compliant)
- o Internal 5dBi antenna with optimized configuration and RF performance
