ALLNET Apollo Wireless AP WIFI6 ? AX3000 ? 2x2 ? Outdoor IP67 ? 2.5 GbE ? ALL-WAPC0522AXO-3000 ? Apollo

Highlights:

• Dual Concurrent 802.11ax-Architektur und Abwärtskompatibilität mit 11ac/a/b/g/n-Client-Geräten 2x2 Antennen
• Unterstützt bis zu 1.200 Mbps im 5-GHz-Frequenzband und 574 Mbps im 2,4-GHz-Frequenzband
• IP67-zertifiziertes, wetterfestes und staubdichtes Gehäuse widersteht rauen Umgebungen
• 2,5-GigE-PoE+-kompatibler Port für die einfache Platzierung
  
  The ALLNET Apollo Wireless AP WIFI6 AX3000 (model ALL-WAPC0522AXO-3000) is a robust outdoor access point designed for high-performance, stable Wi-Fi coverage in demanding environments. Based on Wi-Fi 6 (802.11ax) technology with a combined data rate of up to 3000 Mbps, it is ideal for modern networks that must support many simultaneous users and bandwidth-hungry applications. With 2x2 MIMO radio design and a 2.5 GbE network interface, the Apollo AP efficiently exploits multi-gigabit infrastructures and reduces bottlenecks on the wired side. Its IP67-certified outdoor housing protects against dust and strong water jets, making it suitable for permanent installation in outdoor areas such as company premises, campuses, logistics zones, hotel and leisure facilities or public spaces.
  
  From a technical perspective, Wi-Fi 6 provides more efficient use of the radio spectrum through technologies such as OFDMA and improved multi-user support. This leads to higher throughput, better latency values and more stable connections, especially when many clients access the network simultaneously. The 2x2 antenna configuration contributes to improved range and signal quality, particularly in challenging environments with reflections and obstacles. The 2.5 Gigabit Ethernet port allows direct integration into high-speed backbone infrastructures, enabling the wireless segment to benefit fully from existing or planned multi-gigabit switches without being limited to 1 Gbit/s.
  
  Typical application scenarios for the ALLNET Apollo Wireless AP WIFI6 AX3000 include campus networks, outdoor hotspots, company and industrial courtyards, event areas, parking facilities and outdoor expansions of existing WLAN infrastructures. It is suitable for providing secure guest Wi-Fi, connecting building sections wirelessly, or supplementing wired networks in areas where laying cables is costly or difficult. Thanks to its outdoor design, it can be mounted on masts or walls to create targeted coverage areas or wireless "corridors" for surveillance cameras, handheld devices, IoT sensors or mobile workstations. In tourism and hospitality, it helps ensure stable Wi-Fi on terraces, pool areas or outdoor lounges; in education and public sectors, it supports Wi-Fi in schoolyards, campus zones or public squares.
  
  The advantages for operators include high reliability, future-proof performance and reduced operating costs. Wi-Fi 6 increases efficiency, so fewer access points may be needed for the same throughput compared to older technologies, which can save on hardware, power and maintenance. The robust and weatherproof construction extends the service life of the device, reducing replacement cycles and contributing to a more sustainable IT strategy. The 2.5 GbE uplink also reduces the need for link aggregation and simplifies network design. Depending on the existing ALLNET ecosystem and management tools (not detailed here), centralised management, VLAN segmentation and security functions can further increase network transparency and data protection, which is particularly important for business and public Wi-Fi scenarios.
  
  ALLNET, as the manufacturer, is known as a networking and IT infrastructure specialist that focuses on solutions for professional environments as well as advanced home and SOHO networks. The company's portfolio typically includes switches, access points, media converters, and a wide range of communication and smart building products. In many of its product lines and initiatives, ALLNET emphasizes long service life, upgradability and the use of energy-efficient technologies, which can contribute to lower resource consumption over the life cycle of a device. While specific sustainability programs or certifications for this exact model are not detailed in the available information, the combination of durable hardware, outdoor suitability and modern, efficient Wi-Fi technology can help reduce waste and unnecessary hardware replacements. Customers who choose a future-proof Wi-Fi 6 access point such as the ALLNET Apollo Wireless AP WIFI6 AX3000 are investing in a solution designed for long-term use, thereby helping to conserve resources and avoid premature obsolescence. In this way, each purchase supports a more responsible, efficiency-oriented approach to network expansion and modernization.