APC-2M-14 |
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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. |
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MAIN FEATURES: 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. |
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
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.
All Deliberant APC series devices can be managed and monitored using WNMS (Wireless Network Management System). A single software solution simplifies a large number of tasks for network administrators. WNMS Cloud version is available for those who are not willing to run it on an in-house servers.