Overview

UISP Wave Nano 60 GHz PtMP CPE: High-Performance Wireless Connectivity
The UISP Wave Nano is a cutting-edge 60 GHz PtMP station designed to provide seamless and reliable high-speed wireless connectivity. It leverages Wave Technology to deliver remarkable throughput and performance for a wide range of applications. Ideal for both residential and business use, the Wave Nano offers an advanced solution for users seeking fast and dependable wireless access in challenging environments.

Description

This compact yet powerful device features a total throughput of 2 Gbps (1 Gbps duplex), ensuring fast and efficient data transfer. The Wave Nano supports a range of up to 5 km, making it ideal for medium to long-distance point-to-multipoint (PtMP) connections. Equipped with a backup 5 GHz radio, the device guarantees continuous connectivity even in the event of interference or disruptions. The integrated Bluetooth radio allows for a quick and simple setup via the UISP Mobile app, enhancing ease of use for both technical and non-technical users alike. Additionally, the device includes an integrated GPS antenna for precise location tracking and planning.

Features

Key Highlights

• Reliable Backup Connection : The 5 GHz backup radio ensures uninterrupted performance, providing an alternative path if the 60 GHz link faces interference or other issues.
• Extended Range : With a maximum link range of 5 km, the Wave Nano is perfect for connecting remote locations with minimal signal degradation.
• Seamless Integration : The router mode support allows for integration into existing networks, while the integrated GPS antenna simplifies site planning and management.
• Simplified Setup : Thanks to the Bluetooth-enabled UISP Mobile app, configuring the Wave Nano is a quick and straightforward process, reducing installation time and complexity.
• Comprehensive Link Planning : Take advantage of the ISP Design Center for precise and accurate link planning, ensuring optimal performance before deployment.

High-Performance Design for Robust Wireless Networks
The UISP Wave Nano is engineered for performance and reliability, offering users an advanced wireless solution that meets the demands of modern, high-bandwidth applications. Whether you're setting up a new network or upgrading an existing one, this device delivers exceptional throughput, long-range connectivity, and redundancy features to ensure uninterrupted service.

Versatile Deployment for Any Network Setup
Ideal for both small-scale and large-scale wireless networks, the UISP Wave Nano supports a range of configurations, from simple point-to-point links to complex point-to-multipoint setups. With its high antenna gain and flexible integration options, it's an excellent choice for rural, urban, and industrial environments.

Specifications

©2026 Respective owners and brand holders. This table has been carefully researched and generated by ComXpert International CC (//www.comx-computers.co.za), however, errors and omissions may occur. Only references to South Africa apply. All products are sourced in South Africa from the official suppliers and the warranty is that of the local supplier. E&OE. This table and our site's content may be used on condition that this notice and link remains intact and unaltered.
Specifications
Product Code	Wave-Nano
Mechanical
Dimensions	Ø256.5 x 113.5 mm (Ø10.1 x 4.5")
Weight	Without mount: 932 g (2.1 lb)
	With mount: 1.2 kg (2.6 lb)
Enclosure materials	Aluminum alloy, UV stabilized plastic
Mount materials	Aluminum alloy, UV stabilized plastic
Pole mount diameter	25 to 63.5 mm (1 to 2.5") on pipe outer diameter
Wind loading	127 N at 200 km/h (28.6 lbf at 125 mph)
Weatherproofing	IPX6
Hardware
Processor	Dual ARM Cortex -A53 cores at 1 GHz
Memory	DDR3L 512 MB
Networking interface	(1) GbE RJ45 port
Max. power consumption	18W
Power method	48V DC passive PoE 4-pairs (1, 2+, 3, 6-) (4, 5+, 7, 8-) or 2-pairs (4, 5+, 7, 8-)
	24V DC passive PoE 4-pairs (1, 2+, 3, 6-) (4, 5+, 7, 8-)
Power supply	48V DC, 0.65A gigabit PoE adapter (included)
	Can be powered by a UISP Router or UISP Switch
GPS	Yes
Button	Factory reset
LEDs	Power, Ethernet, GPS, link
Operating temperature	-40 to 60degrees C (-40 to 140degrees F)
Operating humidity	5 to 95% noncondensing
Certifications	FCC, IC, CE
Software
OS	airOS
Operating mode	PtMP station
Ubiquiti specific features	Wave AI, discovery protocol
Services	UISP, ping watchdog, NTP client, SNMP
Tools	Antenna alignment, discovery utility, ping, trace route, speed test
Network	Bridge/Router mode
Software management	Bluetooth management for easy setup over UISP app
	WEB UI
Minimum software requirements	Any modern web browser/iOS or Android based smartphone
System
Total throughput	2 Gbps (1 Gbps duplex)
Maximum range	5+ km
Encryption	WPA2-PSK (AES)
RF
Operating frequency	57 to 71 GHz
	*Depends on regulatory region.
Channel bandwidth	2160, 1080 MHz
Operating channels	58320, 59400, 60480, 61560, 62640, 63720, 64800, 65880, 66960, 68040, 69120, 70200 MHz
	*Depends on regulatory region.
Modulation	16QAM, QPSK
Antenna gain	41 dBi
Azimuth and elevation beamwidth	3 dB: 1degrees
	6 dB: 1.4degrees
Back-Up RF
WiFi standard	802.11ax (WiFi 6)
Operating frequency
US/CA	U-NII-1 5150 - 5250 MHz
	U-NII-2A 5250 - 5350 MHz
	U-NII-2C 5470 - 5725 MHz
	U-NII-3 5725 - 5850 MHz
Worldwide	5150 - 5875 MHz
	*Depends on regulatory region.
Channel bandwidth	20, 40, 80 MHz
Modulation	BPSK (1⁄2), QPSK (1⁄2), QPSK (3⁄4), 16QAM (1⁄2), 16QAM (3⁄4), 64QAM (2⁄3), 64QAM (3⁄4), 64QAM (5⁄6), 256QAM (3⁄4), 256QAM (5⁄6), 1024QAM (3⁄4), 1024QAM (5⁄6)
Antenna gain	19 dBi
Polarization	Dual-linear
Cross-pol isolation	20 dB
Beamwidth	Azimuth: 3 dB BW 14 to 17degrees
	Elevation: 3 dB BW 14 to 17degrees
Azimuth and elevation beamwidth	3 dB: 14 to 17degrees
LEDs
Power	Flashing white: bootup in progress
	White: not connected to UISP application
	Blue: connected to UISP application
	Flashing blue: locate in progress
	Blue/white: firmware upgrade in progress
Ethernet	Flashing blue: Ethernet traffic detected
GPS	Blue: receiving at least (4) GPS satellite signal
Links	White: 5GHz link
	Blue: 60GHz link