Mikrotik cAP ax 1774 Mbit/s White Power over Ethernet CAPGI-5HAXD2HAXD

<p>The <strong>MikroTik cAP ax</strong> is a high-performance wireless access point designed to provide seamless connectivity in various environments. Operating on both <strong>2.4 GHz</strong> and <strong>5 GHz</strong> frequencies, this device achieves a maximum data transfer rate of <strong>1774 Mbit/s</strong>, ensuring fast and reliable internet access for multiple users. With its sleek <strong>white</strong> design, it blends effortlessly into any setting, making it an ideal choice for both home and office use.</p><br> <p>Security is a top priority with the <strong>MikroTik cAP ax</strong>, featuring advanced encryption protocols such as <strong>WPA3-EAP</strong> and <strong>WPA3-PSK</strong>. These cutting-edge security measures protect your network from unauthorized access, providing peace of mind for both personal and professional applications. The device is built to meet the demands of modern connectivity while ensuring a secure environment for your data.</p><br> <p>In addition to its wireless capabilities, the <strong>MikroTik cAP ax</strong> offers robust Ethernet LAN support with data transfer speeds of <strong>10, 100, and 1000 Mbit/s</strong>. This versatility allows for seamless integration into existing network infrastructures, making it a valuable addition to any setup. Furthermore, the device supports <strong>PoE</strong> (Power over Ethernet), simplifying installation by reducing the need for additional power sources.</p><br> <p>With a maximum power consumption of <strong>28.2 W</strong>, the <strong>MikroTik cAP ax</strong> is designed to be energy-efficient while delivering exceptional performance. This model, identified by the product code <strong>CAPGI-5HAXD2HAXD</strong>, is part of MikroTik's renowned line of networking solutions, known for their reliability and innovation. Whether you're enhancing your home network or upgrading your business infrastructure, the <strong>MikroTik cAP ax</strong> is an excellent choice for achieving high-speed connectivity.</p><br>...

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