CIAP556R-2A25-GF

CIAP556R is a 5-port Gigabit DIN-Rail dual-band Wi-Fi6 industrial wireless AP. It provides 2*2.4GHz/5GHz antenna interfaces and 1*Gigabit WAN/LAN port and 4*Gigabit LAN ports, supporting 2*DC12~60V power input, and support power redundancy; the copper port supports 802.3af/at standard PoE. It receives power and adopts standard DIN rail installation method to meet the needs of various network sites.

The product supports WEB configuration of a variety of network management functions, such as routing/AP/relay/bridging/client mode, universal/WDS bridging, fast roaming, AC control, dynamic/static/PPPoE dial-up networking, IP address conflict detection, DHCP server, IP/MAC binding, radio frequency settings, black and white list, static routing, network diagnosis, firewall, intranet penetration, DDNS, VPN, SNMP, LLDP, NTP, etc.; the system provides user management with different permissions and support local/remote log management. The hardware adopts high-standard industrial protection design, with industrial-grade components and high-strength aluminum alloy casing, which is sturdy and durable; it is featured with low power consumption, fanless casing heat dissipation, supports 40℃~+70℃ operating temperature, and passes strict safety regulations and EMC testing.

Product Features

• Support OFDMA+MU-MIMO technology, providing multi-concurrency in frequency domain and physical space, improving multi-user high-density access
• SupportWi-Fi 6 dual-band WLAN wireless LAN, 2.4G theoretical maximum rate 574Mbps, 5G supports 160MHz bandwidth with the theoretical maximum rate of 2402 Mbps
• Support routing mode and can connect to the external network through dynamic/static/PPPoE dial-up methods to realize wired and wireless terminal networking
• Support AP mode, which can convert the wired network into a wireless network, allowing wireless terminals to access the wired network, and the AC is controllable
• Support relay mode, which can amplify the upper-level wireless network and convert it into wired and wireless networks to achieve wired and wireless terminal access
• Support bridge mode, which can convert wireless networks into wired and wireless networks to achieve wired and wireless terminal access
• Support client mode, which can convert the wireless network into a wired network and enable wired terminals to access the wireless network
• Support DHCP server to centrally dynamically manage and configure user IP addresses
• Support DHCP access device management, binding client IP and MAC address to avoid IP address changes or conflicts
• Support multiple country code switching, suitable for channels in different regions
• Support 2.4G+5G frequency bands, transmit power adjustment, user number limit, SSID hiding, user isolation, WDS bridging, etc.
• Support WPA/WAP2 and WAP3 encryption methods
• Support wireless user management, black/white list can filter wireless users, prohibit/allow designated wireless users to access
• Support static routing, which can accurately control network routing selection, improve network performance, and ensure network bandwidth.
• SupportIPv4/IPv6 Ping, IPv4/IPv6 Traceroute, Nslookup, and packet capture for network diagnosis or fault analysis
• Support SYN-flood defense, port forwarding, IP/MAC/domain name filtering, iptables custom rules, DMZ, UPnP and other firewall functions
• Support NTP client and server functions, can perform clock synchronization or provide clock source
• Log information records multiple levels of kernel, application and network information, and supports local downloading, scheduled saving, and remote monitoring
• Support Peanut Shell intranet penetration, and can use Peanut Shell dynamic domain name to remotely log in and manage equipment
• Support dynamic DNS function, and can remotely log in and manage the device through the specified domain name
• Support VPN client and server to build a private network
• Support SNMPv1/v2c and SNMP Trap. Information query, information modification and troubleshooting can be carried out through MIB to achieve centralized management
• Support LLDPto obtain LLDP neighbor device information, and monitor link status to facilitate topology management and fault location