Product Overview
- Frequency Band
- 2.4G
- Wireless Standard
- IEEE802.11n
- Physical Ports
- 1 x 100M ports
OEM/ODM customization supported · Sample orders accepted
Product Images
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Detailed Specifications
Specifications are transcribed from the factory datasheet of this model.
| Parameter | Value |
|---|---|
| Frequency Band | 2.4G |
| Wireless Standard | IEEE802.11n |
| Physical Ports | 1 x 100M ports |
Full datasheet available on request
Product Description
MQ301AP 86-type 300M in-wall panel AP Product introduction: MQ301AP router supports IEEE802.11n and two RF-2.4G antenna outputs. MQ301AP is a high-performance professional 2.4G wireless routing module.
The module uses a high-performance wireless network processor and supports multiple configurable functional interfaces to facilitate customer use. The customizable embedded real-time operating system software platform facilitates the connection of serial devices and relays, and expands WIFI devices to realize data transmission and control.
This module can reduce customers' development time, reduce manufacturing costs, save circuit board space, and enhance product competitiveness. Product features: MTK7628DAN solution, CPU frequency up to 580MHz or more Two 2.4GHz wireless RF transceiver antennas Comply with IEEE802.11b/g/n mode Advantages: High cost performance, preferred for hotels Encryption method: WEP64/128-bit, WPA/WPA2/WPA-PSK Long press the Reset button for about 5 seconds to restore the default factory settings 1 100M WAN port, 1 100M LAN port, connected to the computer.
Series positioning
Entry model in this series — specified for budget-controlled rollouts where one radio per room is sufficient.
MQ-301AP · 9/9 · — · 2.4G
Compare within the series
Values below are taken from the manufacturer datasheet. A blank cell means the manufacturer does not publish that parameter for the model.
Deployment reading for this category
Recommended solution
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PoE Standards Explained — 802.3af vs at vs bt
Getting PoE wrong breaks deployments: under-powered devices reboot in a loop and are usually misdiagnosed as coverage problems. Here are the power classes and how to budget.
/knowledge/poe-standards/Technical note
Channel Planning and Interference Control
The goal of channel planning is not the strongest signal but adequate physical separation between co-channel APs. Without density, more power only creates more interference.
/knowledge/channel-planning/