MikroTiK RB952UI-5AC2ND-TC hAP ac lite TC Dual-Concurrent 2.4/5GHz AP, PoE-out
$58.41
$102.8
The hAP ac lite is a high-performance dual-concurrent access point that provides simultaneous coverage for both 2.4GHz and 5GHz Wi-Fi frequencies. It is equipped with a powerful 650MHz CPU, 64MB of RAM, and five 10/100Mbps Ethernet ports. One of the Ethernet ports has a PoE output for convenient power supply. The hAP ac lite also features a USB port for supporting 3G/4G modems, allowing for seamless internet connectivity. It runs on the RouterOS L4 operating system, providing advanced network management capabilities. The device comes with a new design universal case, which allows for horizontal (desktop) or vertical (tower) positioning. Additionally, a wall-anchored mounting kit is included for easy installation. Key specifications of the hAP ac lite include: * Product code: RB952Ui-5ac2nD-TC * Architecture: MIPSBE * CPU: QCA9531, 650MHz * Dimensions: 34 x 119 x 98mm * License level: 4 * Operating System: RouterOS * RAM size: 64 MB * Storage size: 16 MB, FLASH type Regarding powering, the hAP ac lite has a maximum power consumption of 8W and supports passive PoE for input and output. It can be powered by a DC jack or PoE input, with an input voltage range of 10-28V. In terms of wireless connectivity, the hAP ac lite supports 2.4GHz with two chains and 802.11b/g/n standards. It also has a single chain for 5GHz with 802.11a/n/ac standards. The antennas provide 2dBi gain for both 2.4GHz and 5GHz frequencies. For Ethernet connectivity, the hAP ac lite offers five 10/100Mbps ports, ensuring fast and reliable data transfer. The device also includes a USB port for easy 3G/4G modem support, along with a USB power reset feature. It supports various USB types and has a maximum USB current of 1A. In terms of wireless specifications, the hAP ac lite provides transmit power of 22-23dBm for both 2.4GHz and 5GHz frequencies. It supports receive sensitivity of up to -96dBm for 2.4GHz at 1MBit/s and -74dBm for 5GHz at 54MBit/s. MCS0, MCS7, MCS9, and other modes are also supported, ensuring optimal performance for different network conditions.
