Description
Altai’s super WiFi A8-Ein(ac) base station is an advanced 100º sectorial 802.11 a/b/g/n/ac WiFi solution. With its integrated 8-element MIMO antenna array, the A8-Ein (ac) series is designed for fast and simple installation, requiring a single-pole mount to deliver instant long-range coverage and the best NLOS performance.
Highlights:
• 100º horizontal beamwidth in an integrated 8-element antenna array 8×8 MIMO combined with Altai’s proprietary smart antenna technology for the best available uniform large-area coverage
• Provides up to 5 times the range and 10 times the area of coverage as compared to standard access points
• Up to 90% fewer sites for the same coverage area
• 50 cm co-location with 3G/4G antennas
• Up to 300 Mbps (access) plus 867 Mbps (access/backhaul for ac model) /300 Mbps (access/backhaul for n model) capacity per base station
• Fast and simple installation using a single-pole mount for radios and antennas
• Extended reach with up to a 30 km backhauling range
• Altai’s AirFi technology for higher capacity and efficiency per WiFi channel
Altai’s Super WiFi A8in(ac) base station is an advanced omni-directional 802.11 a/b/g/n/ac WiFi solution. With its integrated 8-element MIMO smart antenna array, the A8in (ac) series is designed for fast and simple installation; a single-pole mount will deliver instant 360º coverage.
Highlights:
• A 360º horizontal beamwidth in an integrated 8-element antenna array
• 8×8 MIMO combined with Altai’s proprietary smart antenna technology for the best available uniform large-area coverage
• Provides up to 3 times the range and 10 times the area of coverage as compared to standard access points
• Using up to 80% fewer access points than standard WiFi systems for same area coverage
• 50 cm co-location with 3G/4G antennas
• Up to 300 Mbps (access) plus 867 Mbps (access/backhaul for ac model) /300 Mbps (access/backhaul for n model) capacity per base station
• Fast and simple installation using a single-pole mount for radios and antennas
• Extended reach with up to a 30 km backhauling range
• Altai’s AirFi technology for higher capacity and efficiency per WiFi channel
Altai’s Super WiFi A8n(ac) base station is an advanced 802.11 a/b/g/n/ac WiFi solution. With its 8×8 MIMO and Altai’s smart antenna technology, it is designed for broadest coverage range and best non-line–of-sight (NLOS) performance.
Highlights:
• 8 antenna ports for 4 dual-slant sector antennas, providing flexible 90° to 360° coverage
• 8×8 MIMO combined with Altai’s proprietary smart antenna technology for the best available uniform large-area coverage
• The multiple antennas of A8n series can be configured to provide coverage that is optimized for area, pattern and elevation
• Provides up to 3 times the range and 10 times the area of coverage as compared to standard access points
• 50 cm co-location with 3G/4G cell sites on a single-pole
• Up to 300 Mbps (access) plus 867 Mbps (access/backhaul for ac model) /300 Mbps (access/backhaul for n model) capacity per base station
• Extended reach, with up to a 30 km backhauling range
• Fast and simple installation using a single-pole mount for radios and antennas
• Altai’s AirFi technology for higher capacity and efficiency per WiFi channel
Altai’s Super WiFi A8 series is operating concurrently in both 2.4GHz and 5GHz bands, it also can provide access connectivity in both bands as well as long-range (up to 30 km) backhauling in the 5GHz band.
Altai A8-Ein (ac) Super WiFi Base Station
Max. LOS CPE | 4 km (2.4 GHz) 1.7 km (5 GHz) |
Max. LOS Smartphones | 1.7 km (2.4 GHz) 900 m (5 GHz) |
Max. LOS Bridge | 30 km (5 GHz) |
Max. Data Rate | 300 + 867 Mbps |
Altai A8in (ac) Super WiFi Base Station
Max. LOS CPE | 2.7 km (2.4 GHz) 1.7 km (5 GHz) |
Max. LOS Smartphones | 1 km (2.4 GHz) 900 m (5 GHz) |
Max. LOS Bridge | 30 km (5 GHz) |
Max. Data Rate | 300 + 867 Mbps |
Altai A8n (ac) Super WiFi Base Station
Max. LOS CPE | 3 km (2.4 GHz) 2 km (5 GHz) |
Max. LOS Smartphones | 1 km (2.4 GHz) 900 m (5 GHz) |
Max. LOS Bridge | 30 km (5 GHz) |
Max. Data Rate | 300 + 867 Mbps |