Airgain N2480-100U Dual-band Antenna
Part Type | Antenna |
Interface | Wi-Fi |
Environment | Indoor |
Polarization | Linear |
Product Highlights
Airgain N2480-100U: Dual-band, Vertically Polarized, Antenna design for IEEE 802.11 a/b/g and 802.11n MNF# N2480100UAirgain Internal/Embedded Antennas
Airgain engage with global chipset providers, carriers, ODMs and OEMs to develop highly integrated and customized embedded antenna solutions. With over 1000 models of embedded antennas supporting common wireless standards, Airgain embedded solutions are specifically designed to optimize individual device connectivity and are typically unique for a specific customer device as a solution set. Airgain draw from existing antenna design library when implementing embedded antenna programs, to drive constant improvement and evolution in performance, while reducing time to market.
The Model N2480 Dual Band, MIMO antenna utilizes patented beam forming technology to deliver up to 200 percent greater signal strength and receive sensitivity than conventional dipole solutions.The Model N2480’s superior performance is derived by combining the benefits of three high gain directional antenna elements with high isolation between each beam. This directionality and high isolation improves the SNR in MIMO channels while enhancing channel modes, thereby increasing the range and throughput of WLAN, 802.11n, devices. The Model N2480 supports dual band operation in the 2.4GHz band and the 4.9 to 5.9GHz band and is compatible with existing draft-N systems in 2x3 and 3x3 configurations. The unique design of the Model N2480 also allows for integration inside access points, routers and gateways, eliminating the need for external antennas.
Specifications
SKU | N2480100U |
---|---|
Manufacturer Part Number | N2480-100U |
Manufacturer | Airgain |
Antenna Category | WiFi (2.4 & 5.0 GHz) |
Ground Plane Required | No |
Product Condition | New |
Features:
•Dual-band, vertically polarized, antenna design for IEEE 802.11 a/b/g and 802.11n
•Three independent and highly directional beams with excellent front-to-back ratio
•High isolation between all the beams
•Wide Bandwidth
•Low profile with high peak gain (Higher SNR)
•Independent, pre-tuned, subsystem , easily integrated into new products
•Low Cost and High performance