Phazar™ Antennas announced today that its new oDAS antenna model O-6002v-Z4-F4 has received AT&T’s global product approval for LTE & high capacity small cell antenna deployments. A true omni-directional antenna, the O-6002v-Z4-F4 has a compact 2” outer diameter and 60” length, making it ideal choice for deployment on top of street or traffic light poles, as well as facilitating ease of zoning and faster network deployment.
The antenna provides 4×4 MIMO configurations at PCS and AWS-3 band (4x 1695-2180 MHz), helping enable it to meet the stringent requirements of today’s major wireless infrastructure providers such as AT&T.
Product information including data sheet for Phazar™ Model O-6002v-Z4-F4 is available to view and download here:
For more information about this or other Phazar™ oDAS and Small Cell solutions, please contact:
Mo Bhuyan, VP of Wireless Infrastructure – (940) 445-5988
Phazar™ Antennas, manufactured by Antenna Products Corporation, offers a complete line of oDAS and Small Cell antenna solutions built to meet the needs of wireless service, WiMAX, Wi-Fi and broadband internet system suppliers for the purpose of increasing network capacity via densification. Phazar™ is currently being utilized by every major wireless carrier in the industry, including Verizon, AT&T, Sprint and T-Mobile. With products specifically engineered and built to meet or exceed coverage and capacity requirements for demanding urban environments, Phazar™ currently has 8,000+ nodes in use in places such as New York, Boston, Philadelphia, Charlotte, New Orleans and Chicago, and including notable locations such as Disneyland, Disney World and Martha’s Vineyard.
Phazar™ oDAS and Small Cell antennas are designed by our on-staff mechanical engineers using state-of-the-art design tools and software, and must successfully complete rigorous quality and environmental tests prior to release for manufacturing in our ISO 9001:2008 certified facility. All Phazar™ DAS antennas are PIM rated and undergo 100% PIM and VSWR testing prior to shipment.