New 802.11ac Wave2 AC2600 access points from IgniteNet
Two exciting new 802.11.ac Wave2 access points are enhancing enterprise Wi-Fi product portfolio
IgniteNet is introducing two new high performance, Wave2 access points that will complement the current Wi-Fi product line offering the latest in WiFi technologies and performance.
Spark Wave2 mini
The Spark Wave2 mini is a very small and sleek form factor indoor AP with a 2x2 dual-band concurrent radio. Its high performance 802.11ac Wave2 radio and extremely low price point make this product stand out as the lowest cost enterprise wireless AP on the market.
SunSpot Wave2 is IgniteNet’s highest performance access point with a dual-band concurrent 4x4 radio offering datarates of up to 2.6 Gbps over the air. Equipped with a powerful CPU, 4 wireless chains for each radio, and the advantages of 11ac Wave2 standard like MU-MiMo and beamforming, the SunSpot Wave2 is ideal for high-density deployments requiring high performance and large numbers of clients. Additionally, it comes in a universal IP-55 rated enclosure suitable for both indoor and outdoor deployments – greatly simplifying logisitics and deployment for service providers.
Introducing the Metrolinq 60 LW
IgniteNet’s MetroLinq 60 LW changes the economics of low-cost 60GHz PTP and PTMP connections. With a 60GHz range of up to 150m (0.1mi) as well as built-in 5GHz failover, it can provide reliable high throughput in the harshest conditions. It also has the advantage of being license-free in most markets, allowing ultra-fast deployment and without the hassle of other frequency bands. The MetroLinq 60 LW also includes a third 2.4 GHz radio which can be configured a multi-tenant AP for applications ranging from hotspots to maintenance and many more. The new MetroLinq is really small and light weight making it even easier to deploy on a crowded urban areas. The LW is available in 2 different variants - one in which the 5GHz radio is connected to a directional antenna for backup purposes and another where it is connected to a omni for access purposes.