2.4G & 5G Access Point & CPE

AP & CPE OVERVIEW

2.4G & 5G Dual Band, Wi-Fi 5/6/7, Hi-Speed Throughput, Ceiling or Wall Mounting for Hi-Density Deployment

Access Point & CPE Overview

SWN-A307C (AP)

SWN-A306C (AP)

SWN-A105W (AP)

SWN-A106W (AP)

SWN-A105C (AP)

SWN-A106C (AP)

HomeAccess Point & CPE Overview

2.4G & 5G Dual Band
Wi-Fi 5/6/7
300+ Concurrent Users
Hi-Speed Wireless Throughput

Next-Generation WiFi 5/6/7 Access Point & CPE

Engineered for high-speed, high-density wireless networking environments, Synway’s latest AP/CPE delivers cutting-edge performance and scalability. Featuring dual-band 2×2 MIMO architecture across both 2.4GHz and 5GHz spectrums, the devices ensure blazing-fast connectivity with a total throughput of up to 3.6 Gbps—ideal for bandwidth-intensive applications like 4K streaming, cloud coordination and real-time data transmission.

Advanced Technical Features for Next-Gen Performance

Synway’s WiFi 5/6/7 AP and CPE incorporates dedicated chipsets to enhance data transmission efficiency, enabling higher throughput in crowded bands for applications like AR/VR and industrial IoT. Our Multi-Link Operation (MLO) allows simultaneous use of 2.4GHz, 5GHz, and 6GHz bands to reduce latency by up to 50%, aggregate throughput, and ensure reliability via automatic failover between frequencies.

Advanced Technical Features for Next-Gen Performance

Synway’s WiFi 5/6/7 AP and CPE incorporates dedicated chipsets to enhance data transmission efficiency, enabling higher throughput in crowded bands for applications like AR/VR and industrial IoT. Our Multi-Link Operation (MLO) allows simultaneous use of 2.4GHz, 5GHz, and 6GHz bands to reduce latency by up to 50%, aggregate throughput, and ensure reliability via automatic failover between frequencies.

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Features

• Ultra-High Speed WiFi 7

Harnessing the latest WiFi 6&7 technology, the device offers exceptional wireless speeds. At the 2.4GHz frequency band, it can achieve a rate of 688Mbps. This lower frequency band is ideal for covering larger areas and penetrating obstacles like walls, ensuring a stable connection even in spaces with complex layouts. Meanwhile, at the 5GHz band, it reaches an impressive 2882Mbps. The 5GHz band is less congested and capable of handling high - bandwidth applications with ease. Combined, these two bands provide an aggregate throughput of approximately 3600Mbps.

• High-speed performance

Enables seamless connectivity for bandwidth - intensive tasks such as 8K video streaming, large - scale cloud gaming, and real - time data transfers in enterprise - level collaborative environments. Whether it's a bustling office where numerous employees are accessing cloud-based applications simultaneously or a gaming center with multiple players engaged in high - definition online games, the device ensures a lag-free and smooth experience.

• Advanced Chipsets
Traditional WiFi standards, such as WiFi 5 or 6 which commonly uses 1024 - QAM, can encode 10 bits of data per symbol. In contrast, some of Synway's devices increase 10 bits to 12 bits per symbol. This enhancement results in a substantial boost in data transmission efficiency, allowing for more data to be packed into each wireless signal. As a result, network throughput is significantly improved compared to previous WiFi standards.

Capabilities

• High Connectivity

In a crowded wireless environment like a large convention center with hundreds of devices connected, our advance chipset enables faster and more reliable data transfer, reducing the likelihood of dropped connections and slow speeds. It optimizes the use of the available wireless spectrum, making it possible to support more data-hungry applications without sacrificing performance.

• MLO (Multi - Link Operation):

MLO is a revolutionary feature that enables multi-frequency concurrency. It allows the device to simultaneously utilize multiple frequency bands (2.4G, 5G, and 6G in the case of WiFi 7) to transmit and receive data. It significantly enhances latency performance. For latency - sensitive applications like voice - over - IP (VoIP) calls, video conferencing, and real - time financial trading, MLO can reduce round - trip times by dynamically routing data through the least congested band.

• High Reliability by MLO
It boosts speed by aggregating the bandwidth available across multiple bands. For instance, a user downloading a large file can benefit from the combined speed of both the 2.4GHz and 5GHz bands, resulting in a much faster download time. MLO improves reliability. If one frequency band experiences interference or congestion, our devide can automatically shift traffic to another available band, ensuring a continuous and stable connection for mission-critical applications such as healthcare.

Core Specifications

Wireless Specifications:
Band	2.4GHz	5GHz
Frequency	2.4GHz ~ 2.484GHz	5.150GHz ~ 5.850GHz
Protocol	802.11b/g/n/ax	802.11a/n/ac/ax
Data Rate	Up to 574Mbps	Up to 2402Mbps
Antenna	2 × 2.4GHz (4.6dBi)	3 × 5GHz (4dBi)

RF Specifications:
2.4G Power	802.11b	11M	26±2dBm	1M	26±2dBm
	802.11g	54M	23±2dBm	6M	25±2dBm
	802.11n HT20	MCS7	22±2dBm	MCS0	24±2dBm
	802.11n HT40	MCS7	22±2dBm	MCS0	24±2dBm
	802.11ax HE20	MCS11	20±2dBm	MCS0	24±2dBm
	802.11ax HE40	MCS11	20±2dBm	MCS0	24±2dBm
5G Power	802.11a	54M	22±2dBm	6M	25±2dBm
	802.11n HT20	MCS7	21±2dBm	MCS0	23±2dBm
	802.11n HT40	MCS7	21±2dBm	MCS0	23±2dBm
	802.11ac VHT20	MCS8	21±2dBm	MCS0	23±2dBm
	802.11ac VHT40	MCS9	20±2dBm	MCS0	23±2dBm
	802.11ac VHT80	MCS9	20±2dBm	MCS0	23±2dBm
	802.11ax HE20	MCS11	20±2dBm	MCS0	22±2dBm
	802.11ax HE40	MCS11	20±2dBm	MCS0	22±2dBm
	802.11ax HE80	MCS11	20±2dBm	MCS0	22±2dBm
	802.11ax HE160	MCS11	20±2dBm	MCS0	22±2dBm
2.4G Receive Sensitivity	802.11b	11M	-87dBm	1M	-94dBm
	802.11g	54M	-75dBm	6M	-88dBm
	802.11n HT20	MCS7	-72dBm	MCS0	-88dBm
	802.11n HT40	MCS7	-70dBm	MCS0	-88dBm
	802.11ax HE20	MCS11	-63dBm	MCS0	-88dBm
	802.11ax HE40	MCS11	-61dBm	MCS0	-88dBm
5G Receive Sensitivity	802.11a	54M	-75dBm	6M	-90dBm
	802.11n HT20	MCS7	-73dBm	MCS0	-88dBm
	802.11n HT40	MCS7	-63dBm	MCS0	-88dBm
	802.11ac VHT20	MCS8	-67dBm	MCS0	-88dBm
	802.11ac VHT40	MCS9	-64dBm	MCS0	-88dBm
	802.11ac VHT80	MCS9	-60dBm	MCS0	-88dBm
	802.11ax HE20	MCS11	-61dBm	MCS0	-88dBm
	802.11ax HE40	MCS11	-58dBm	MCS0	-88dBm
	802.11ax HE80	MCS11	-55dBm	MCS0	-84dBm
	802.11ax HE160	MCS11	-51dBm	MCS0	-82dBm
2.4G EVM	802.11b:≤-10 dB ；802.11g: ≤-25 dB ；802.11n:≤-28 dB；802.11ax:≤-35 dB
5G EVM	802.11a:≤-25 dB ；802.11n: ≤-28 dB ；802.11ac:≤-32 dB；802.11ax:≤-35 dB

Firmware Specification:

Working Mode

Gateway mode
Access Point (AP) mode

Wireless Functions

multiple SSID: 2.4GHz – 4 SSIDs; 5.8GHz – 4 SSIDs

SSID hiding support
Seamless roaming
5G priority for optimized wireless speed
Wireless Security: OPEN, WPA/WPA2-PSK (TKIP/AES), WPA3-PSK (AES)
MAC address filtering
Wi-Fi scheduling (on/off) for power saving
Client isolation for enhanced stability
Adjustable RF power (based on environment)
User limit: up to 64 clients per frequency band

Networking Functions

VLAN configuration

Cloud platform access (gateway mode only)

Device Managementconfiguration backup & restore

Factory reset
Reboot options (scheduled or manual)
Admin password modification
Firmware upgrade
System log
Web-based GUI management
Support for AC controller, remote, and cloud-based management
Protocols: IPv4 or IPv6

Resources

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2.4G & 5G Access Point & CPE

AP & CPE OVERVIEW

Synway's Access Point and CPE Products Family Datasheet

Synway's Access Point SWN-A317C Datasheet

Synway's PPT Introduction With Unique Features and Functionalities

Why Do You Choose Synway's Products to Win Competition?

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