The APC 2M-14 delivers the highest performance and stability available in the 2.4 GHz CPE class equipment for wireless network. This product combines a robust IP-66 compliant enclosure with a highly advanced 802.11n radio core containing MIMO 2x2 technology along with an integrated high-gain dual polarization directional antenna. The device is powered by a reliable, advanced, and feature-rich operating system, allowing the creation of very high throughput and stable wireless networks quickly, safely, and effectively. In addition, the APC 2M-14 supports access point operating mode which extends application scenarios and makes the APC 2M-14 suited for both point to point and point to multipoint wireless networks.
The robust software engine allows the APC 2M-14 to work as bridge or as a router, provides a user-friendly Adobe Flex - based GUI with instant changes, includes useful installation tools (Site survey, Antenna alignment, Delayed reboot, Spectrum analyzer), and also is compatible with Wireless Network Management System for one of the most advanced management tools on the market.
Highly directional dual-polarized and high-gain antenna makes this device noise immune and suitable for high-density wireless deployments.
PTP mode (two APC 2M-14 devices): 25 km/ 15.53 mi
PTMP mode (APC 2M-14 as a client device): 10 km/ 6.21 mi
PTMP full capacity mode (APC 2M-14 as a client device): 3 km/ 1.86 mi
Maximum throughput: 160 Mbps
iPoll - proprietary wireless transmission protocol
Deliberant APC series products have an option to use extremely efficient proprietary point-to-multipoint protocol called iPoll™. It eliminates mediated access by polling every subscriber sequentially. The data transmission arbitration is accomplished by the access point. Proprietary iPoll™ protocol enables maximum bandwidth with the lowest possible latency.
|The main frequency range (GHz)||2.4|
|Data transfer rate (Mbit/s)||300|
|Transmit Power (dBm)||30|
|Ports 10/100 Ethernet||1|
|Connectors for antennas||No|
|Operation mode||APC Outdoor Series|