Araknis Networks AN-530-AP-I Wi-Fi 7 Indoor Access Point, Mid-Range

The Araknis Networks AN-530-AP-I is a mid-range Wi-Fi 7 indoor access point that delivers tri-band 2x2x2 wireless coverage and a 10Gbps LAN uplink. It suits installers and homeowners building out single-family smart homes who want fast streaming, conferencing and responsive cloud apps. Remote management through OvrC and AI-powered channel tuning help keep the network running well after commissioning.

Key features

• Concurrent tri-band 2x2x2 antennas cover all three bands for strong coverage and throughput.
• The 10Gbps LAN uplink removes bottlenecks so the access point can deliver full Wi-Fi 7 speeds.
• Multi-gig throughput and ultra-low latency support streaming, conferencing, real-time cloud apps and smart systems.
• Wireless Bridge Mode extends coverage to remote areas that have no Ethernet run.
• It works alongside Araknis Wi-Fi 6 access points, so mixed deployments are possible.
• WPA3 security protects user data and connections, and OvrC support allows remote management and troubleshooting.

Specifications

Brand: Araknis

Model: AN-530-AP-I

Product Series: 530

Product Type: Access Point

Wi-Fi Generation: Wi-Fi 7

Wireless LAN Standard: 802.11be

Wireless Operating Frequency: 2.4GHz

Antenna Gain: 7dBi

Encryption Standard: AES

Network Technology: 10GBase-T

Networking Standards: IEEE 802.3bt

Power over Ethernet (PoE): Yes

Input Voltage: 12V 4A DC

Power Consumption: 28.5600W

Application/Usage: Single Family Smart Home

Dimensions: 7.33″ x 7.33″ x 1.56″

Weight: 2.03lb

Operating Temperature: 32-122°F

Storage Temperature: -22-158°F

Operating Humidity: 90% (Non-condensing)

Installation notes

Mount the access point indoors in a central, open location with a clear line of sight to the areas it needs to cover, and keep it within the listed operating temperature and humidity range. Run the cable to a switch port that supports the 10GBase-T uplink and 802.3bt PoE, or use the DC input, then confirm the channel tuning and remote access in OvrC once it is online.