Wireless Products
Coral MakAir radios offer advanced radio technology for carrier-class functionality and infrastructure management capabilities that greatly increase the range, speed, reliability, security and management in challenging ‘Near Line of Sight’ terrains and over long distances. Coral MakAir radio products support Wi-Fi and WiMax technologies. These radios can be configured to operate in multiple frequency bands and some products can provide backhaul on Wi Max technology and local access on Wi Fi technology to provide an efficient & cost effective user experience. Radio products are broadly optimized for the following three applications
Point-to-Point Applications for setting up links for multi-location enterprises to interconnect multiple offices or towers of GSM / CDMA service providers. Customer base of these products would range from large enterprises, banks, Telcos, Internet service providers and utility companies.
Outdoor Applications for setting up wireless IP networks in large areas. These deployments will typically have a central base station consisting of BTS MAX with a 3 Sector 360° Broadband Base Station supporting Any Point-to-Any Point and Multipoint-to-Multipoint WiMAX/OFDM Technology for high bandwidth distribution of up to 160 Mbps in 2.3-2.7 GHz and 4.9-6.1 GHz bands and NLOS implementation. On the subscriber side CPE MAX or WINDMAX will provide the connectivity to the end customer. Application areas would be large campuses small townships. Customers would be Telco’s , ISPs & large enterprises requiring campus wide wireless deployments.
Indoor Applications for specialized professional grade deployment of Wi-Fi hot spots inside buildings & offices. CORAL BUBBLE a high power OFDM Radio with intelligence and routing capability is optimized to meet this need for ‘in building’ deployments. Bubbles intelligently support wireless distribution system & quality of service for bandwidth shaping. Bubble series of radios support 802.11a/b/g and n protocols for home users, offices, hotels & other hot spot requirements.