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Wi-Fi 5 Dual Band Outdoor Access Point with External Antenna (on Side)

ion4e

IO Wi-Fi 5 Dual Band 2x2:2 Outdoor Access Point with External Antenna (on side)

Overview

Flexibility to connect external antennas with our two variants
- Connector on top
- Connector on side
802.11 a/b/g/n/ac/ac Wave 2
2X2 MU-MIMO with 2 spatial streams
1.27 Gbps aggregate thoughput
Max transmit power: 27 dBm for both 2.4 GHz and 5 GHz bands
Supports up to 256 QAM modulation
Three separate LEDs for power and radio status
Gigabit Ethernet Port with 802.3af support
IP67 rated enclosure

Variants

ion4e_T
IO Wi-Fi 5 Dual Band 2x2:2 Outdoor Access Point with External Antenna (on top)

ion4e_T_ext
IO Wi-Fi 5 Dual Band 2x2:2 Outdoor Access Point with External Antenna (on top) [Extended Temperature]

ion4e_ext
IO Wi-Fi 5 Dual Band 2x2:2 Outdoor Access Point with External Antenna (on side) [Extended Temperature]

High Performance

ion4e is a cloud-managed 2x2 Access Point, designed for outdoor use cases. It provides a simple, cost-effective, and high-performance network solution, which is based on the Qualcomm IPQ4029 chipset. The AP supports 802.11ac Wave 2 with 2x2:2 MU-MIMO. It has concurrent dual-band radios and supports up to 867 Mbps on 5 GHz and 400 Mbps on 2.4 GHz.

Hardware Features

The two-piece enclosure with UV-protected ABS + PC top and bottom body provides years of durability without hampering the performance. It has two in-built radios: - one for 2.4 GHz and the other for 5 GHz, both doubling up and in addition providing wireless intrusion detection and prevention capabilities. The AP is a 2-stream 802.11ac Wave 2 (MU-MIMO) product, with up to 1.27 Gbps dual aggregate data rates, 1 × Gigabit Ethernet port with support for IEEE 802.3af standard.

Location Analytics

Reveal powerful metrics such as visitor capture rate, user visit time, and repeat visits rate over time and across sites. Real-time and historical AP event data across radios. Global L7 traffic analytics reporting per device, network, and application.

Roam with Ease

In addition to the IEEE standards, ion4e is also Wi-Fi Alliance certified for Passpoint 2.0. This improves the user experience by offering mobile data offloading and streamlined, enterprise-class device provisioning and credential management for enterprise and other private networks. The entire Wi-Fi Network functions on 802.11s Mesh Technology, which enables Access Points to automatically form a mesh, and provides connectivity in every possible corner. With self-healing and self-optimization functionality, nodes identify the next best hop and connect with it automatically.

Data Protection

It is equipped with an array of business-class security features. The wireless Access Point gives your business full control over access rights with WPA2-Personal, WPA2-Enterprise, and Captive Portal Authentication. Rogue AP detection and prevention helps administrators identify authorized Access Points across the network, while MAC address filtering provides an additional layer of protection.

IP67 Rated

The ion4e series of Access Points is well equipped to cater to extreme environments such as coastal areas, tough terrains like hills and deserts, etc. It comes with an IP67 standard rating and sturdy mounting kit that aid the device’s operation in the harshest of conditions. ion4e has been tested under various operating temperature conditions and can work under conditions ranging from -15°C to 60° C, thus making it a sustainable and robust Access Point.

Quick & Simple Installation

Access Points can be mounted on walls and poles. There is freedom of movement of the Access Points in both the horizontal and vertical axis for quick & easy alignment even after installation.

Cloud Managed Network

Gain visibility into the network users, their devices, and their usage patterns. Armed with rich analytics, administrators can quickly create access control and application usage policies, optimizing both the end-user experience and network security. Powerful and intuitive multi-site management via the cloud, eliminating the cost and complexity of traditional on-site wireless controllers.