WiFi6 5G Industrial Wireless Bridge Selection Guide: YNW 5-20ax vs YNW 5-23ax (1.5Gbps Gigabit-Class)

Blog 2026-07-29

WiFi 6 Industrial Wireless Bridge Selection Guide: YNW 5-20ax vs YNW 5-23ax (1.5Gbps Gigabit-Class)

Key Overview

Core Issue: WiFi 6 industrial wireless bridges YNW 5-20ax and YNW 5-23ax share the same 802.11ax core platform. The antenna gain differs by only 3dBi (20dBi vs 23dBi), yet the 5-23ax delivers 19% more range and 50-100% higher long-distance throughput with its 6° ultra-narrow beam, while the 5-20ax’s 16° wider beam makes installation easier and tolerates wind sway better.

Who This Is For: Industrial wireless network planning engineers, IT managers deploying gigabit-class wireless links, and decision-makers evaluating campus network and surveillance backhaul projects.

Key Conclusions: Both units share the same dual-core CPU, 2.5G port, 802.11ax radio, and management system — the only difference is the antenna gain and beamwidth. For links under 5km, the 5-20ax offers the best value. For 5-10km links with interference, go with the 5-23ax. For 10-15km long-range links, only the 5-23ax is viable.

Keywords: YNW 5-20ax, YNW 5-23ax, WiFi6 industrial bridge, 802.11ax, 1.5Gbps wireless bridge

Differences in antenna dimensions and beam coverage

Shared Core Platform

Key Takeaway: Both units share an identical hardware platform — dual-core CPU, 2×2 MIMO 802.11ax radio, 2.5G wired port, IP67 rating. The only real difference is the antenna system, which affects range and installation characteristics.

Base Parameter Comparison

Parameter	YNW 5-20ax	YNW 5-23ax
Wireless Standard	IEEE 802.11a/n/ac/ax	IEEE 802.11a/n/ac/ax
Radio Chain	Dual 2×2 MIMO	Dual 2×2 MIMO
Max Throughput	1.5 Gbps	1.5 Gbps
Frequency Band	5.150-5.850 GHz	5.150-5.850 GHz
Transmit Power	Up to 24 dBm	Up to 24 dBm
Channel Bandwidth	20/40/80/160 MHz	20/40/80/160 MHz
Modulation	1024-QAM down to BPSK	Same
Rx Sensitivity (HE160 MCS11)	-55 dBm	-55 dBm
Rx Sensitivity (HE20 MCS0)	-96 dBm	-96 dBm
CPU	Dual-core	Dual-core
Wired Ports	2.5G RJ45 + 1G RJ45	2.5G RJ45 + 1G RJ45
PoE Input	802.3at (55VDC)	802.3at (55VDC)
PoE Output	802.3af/at, up to 13W	802.3af/at, up to 13W
Max Power Draw	15W (no PoE out) / 30W (with PoE out)	Same
Ingress Protection	IP67	IP67
Housing	Metal (acts as heatsink)	Metal (acts as heatsink)
Surge Protection	IEC 61000-4-5 (6kV/2kV)	IEC 61000-4-5 (6kV/2kV)
Management Radio	2.4GHz dedicated management radio	2.4GHz dedicated management radio
Operating Temp	-40°C ~ +65°C	-40°C ~ +65°C

Shared Generational Upgrades

Compared to the 802.11ac-era YNW 6ac series, the YNW 5ax series brings several key upgrades:

1. 3× throughput improvement — from 500Mbps to 1.5Gbps, driven by 1024-QAM (roughly 25% better spectral efficiency over 256-QAM), 160MHz channel bandwidth (double 80MHz), and OFDMA multi-user scheduling.

2. 2.5Gbps wired port removes the bottleneck — 802.11ac’s 500Mbps still had headroom on 1Gbps ports, but 802.11ax’s 1.5Gbps exceeds what 1Gbps can carry. The 2.5G port ensures the wireless speed can pass through to the wired network without loss.

3. PoE passthrough — a game-changer for deployment simplicity — the second gigabit port supports software-controlled PoE output (802.3af/at, up to 13W), which can power an external device like a camera or sensor directly. This means no separate power cabling at the remote end, cutting power infrastructure costs by 50-70% and simplifying field installation.

4. All-metal housing — the aluminum chassis doubles as a heatsink, improving thermal stability for the RF power amplifiers. The metal enclosure also provides better EMI shielding when multiple units are co-located on the same pole, and holds up better than engineering plastics in long-term outdoor exposure.

5. WPA3 security — supports WPA3 Personal/Enterprise, the current highest level of wireless security. This is a must-have for projects that need to comply with security regulations like China’s MLPS (Multi-Level Protection Scheme) Level 2/3 or other industry compliance frameworks.

6. Dedicated 2.4GHz management radio — both units include a separate 2.4GHz WiFi radio exclusively for device management. During first-time installation, engineers don’t need to plug in an Ethernet cable — the full setup can be done from a phone or tablet within 20 meters of the device.

Antenna System Comparison — The Real Difference

Key Takeaway: The YNW 5-20ax (20dBi/16° beam) and 5-23ax (23dBi/6° beam) differ by 3dBi in antenna gain, which translates to a 3dB difference in EIRP. The 5-23ax’s 6° ultra-narrow beam covers just 1.0-1.2km in diameter at 10km range, but delivers 50-100% higher long-distance throughput and much better interference rejection.

Antenna Parameter Comparison

Antenna Parameter	YNW 5-20ax	YNW 5-23ax
Antenna Type	Integrated dual-pol panel antenna	Integrated dual-pol panel antenna
Antenna Gain	20 dBi	23 dBi
Frequency Range	5.1-5.9 GHz	5.1-5.9 GHz
Polarization	Dual linear	Dual linear
Cross-Pol Isolation	>25 dBi	>27 dBi
VSWR	<1.8	<1.7
Horizontal Beamwidth (H-pol)	16°	6°
Horizontal Beamwidth (V-pol)	16°	7°
Vertical Beamwidth	16°	9°

What 3dBi Gets You in Practice

A 3dBi gain difference (23 vs 20) means the 5-23ax puts out 3dB more EIRP given the same transmit power. In wireless engineering, 3dB is a key threshold — it’s equivalent to doubling the transmit power or doubling the received signal strength.

Range formula: At the same throughput level, the 5-23ax reaches roughly 19% farther than the 5-20ax.

But in real-world deployments, what matters more is how fast each unit can go at a given distance:

Distance	5-20ax Expected Rate	5-23ax Expected Rate	Difference
2km (sweet spot)	1.5 Gbps (160MHz)	1.5 Gbps (160MHz)	None
5km	800-1,200 Mbps	1.2-1.5 Gbps	5-23ax is 30-50% higher
10km	300-600 Mbps	600-1,000 Mbps	5-23ax is 50-100% higher
15km	Link may be unreliable	300-600 Mbps	5-20ax may not link at all

Beamwidth Impact in the Real World

Real-World Implication	5-20ax (16°)	5-23ax (6°-9°)
Beam coverage diameter at 10km	~2.8km	~1.0-1.6km
Alignment precision needed	Moderate (±8°)	High (±3°-4°)
Wind sway tolerance	High	Low
Interference rejection	Moderate	Strong (narrow beam suppresses sidelobe interference)

The 5-23ax’s 6° ultra-narrow beam gives it a clear advantage in noisy RF environments, but the alignment precision required during installation is correspondingly higher.

Data Rates Across Channel Bandwidths

Key Takeaway: Both units support the same 802.11ax rate table. At 160MHz channel width, the max PHY rate is 2402Mbps (MCS11); at 80MHz, it’s 1201Mbps. Real-world TCP throughput runs about 65-75% of PHY rate, which means the 2.5G wired port is essential to avoid a bottleneck.

Channel bandwidth rate steps

Both units support the same rate table:

160MHz Channel Bandwidth

MCS	Modulation	Coding Rate	Data Rate (Mbps)
11	1024-QAM	5/6	2402
10	1024-QAM	3/4	2161
9	1024-QAM	2/3	1921
8	256-QAM	5/6	1729
7	256-QAM	3/4	1441
6	256-QAM	2/3	1297
5	64-QAM	5/6	1152
4	64-QAM	3/4	864
3	64-QAM	2/3	576
2	16-QAM	3/4	432
1	QPSK	1/2	288
0	BPSK	1/2	144

80MHz Channel Bandwidth

MCS	Modulation	Coding Rate	Data Rate (Mbps)
11	1024-QAM	5/6	1201
10	1024-QAM	3/4	1080
0	BPSK	1/2	72

Real-world throughput expectation: Actual TCP throughput typically runs 65-75% of the PHY rate. So a device rated at 1.5Gbps will deliver roughly 1,000-1,100 Mbps in practice — already past the theoretical limit of a 1Gbps Ethernet port (~940Mbps). That’s exactly why the 2.5Gbps port is necessary.

Antenna Alignment & Installation Differences

Key Takeaway: At 2km, the 5-20ax’s 16° beam covers a 560m diameter vs the 5-23ax’s 210m. Both are easy to align at short range. Above 10km, the 5-23ax needs RSSI-assisted fine alignment. In high-wind areas, the 5-20ax is the clear choice.

2km Sweet Spot

At the ideal 2km range: the 5-20ax covers roughly 560m in diameter, the 5-23ax covers about 210m. Both can establish a link with rough aiming, and actual throughput hits the full 1.5Gbps negotiated rate on both.

10km Medium Range

The 5-20ax (16°) beam covers ~2.8km diameter, the 5-23ax (6°-7°) covers ~1.0-1.2km. Still within alignment tolerance, but the 5-23ax requires using the device’s RSSI indicator to fine-tune the aim.

15km Edge Case

The 5-20ax (16°) beam covers ~4.2km diameter, the 5-23ax (6°-7°) covers ~1.6-1.8km. At this distance, the 5-20ax struggles to maintain high throughput (not enough link margin), while the 5-23ax can still deliver a usable 300-600Mbps. But alignment has to be spot-on — a 1° horizontal error translates to roughly 260 meters of offset at the far end.

Installation Summary

Installation Aspect	5-20ax	5-23ax
Recommended range	<10km	<15km
Alignment tools	Compass + RSSI LEDs	Compass + RSSI LEDs + may need binoculars
Wind sway impact	16° wide beam, very tolerant	6° narrow beam, needs rigid mounting
Install time	10-20 minutes	15-30 minutes
Skill level needed	General network engineer	Engineer with RF experience

PoE Power & Passthrough

Key Takeaway: The YNW 5ax series supports 802.3at PoE input (55VDC) and 802.3af/at PoE output (up to 13W). The device itself draws only 15W. The PoE passthrough port can power a surveillance camera directly, cutting power infrastructure costs by 50-70%. A 200W solar panel + 200AH battery setup can run the system 24/7.

The two units are identical in power delivery:

Power chain: Switch/Router → 2.5G PoE input (802.3at 55VDC) → Device operation → PoE output to camera/sensor (802.3af/at, up to 13W).

Power Consumption Breakdown

Operating Mode	Device Power	PoE Output Power	Total Power
Bridge only	15W	0W	15W
With one PoE camera	15W	7-10W	22-25W
With two PoE devices (needs PoE switch relay)	15W	13W (max)	28W
Full load	17W	13W	30W

Solar compatibility: Both units draw just 15W in bridge mode, and the PoE input accepts a wide voltage range (42-57VDC), making them a good fit for solar-powered sites. A 200W solar panel paired with a 200AH battery can keep the system running 24/7.

Software Features: Identical

Key Takeaway: Both units run the same firmware with identical features: bridge/routing modes, VLAN support, WPA3 security, spectrum analysis, a dedicated 2.4GHz management radio, and Infinity Controller for centralized management.

Operating modes: Bridge (Layer 2 transparent), IPv4 routing, IPv6 routing.

Wireless features: Up to 8 SSIDs per radio, VLAN (802.1q) and QnQ (QinQ) support, data VLAN / management VLAN separation.

Security: WPA/WPA2/WPA3 Personal, WPA/WPA2/WPA3 Enterprise (802.1X), WACL (wireless access control list), client isolation.

Operations tools: Site Survey, Spectrum Analyzer, Ping / Traceroute, L3/L4 Packet Analyzer, remote configuration via 2.4GHz management radio.

Management: Web GUI (HTTP/HTTPS), SNMP v1/v2c/v3, Syslog, Infinity Controller (centralized management platform).

Selection Decision Guide

Key Takeaway: The choice between YNW 5-20ax (best value under 5km) and 5-23ax (best performance from 5-15km) comes down to this: under 5km, the 5-20ax’s wide beam makes installation easy and is the cost-effective pick. From 5-10km with interference, the 5-23ax’s narrow beam rejects noise better. For 10-15km long-range, only the 5-23ax can maintain 300Mbps+. In high-wind areas, go with the 5-20ax.

Quick Selection Table

Project Requirement	Recommended Model	Reason
Sweet spot under 2km, need full 1.5Gbps	Either	Shorter distance = smaller difference
5-10km range, need 500Mbps+ guaranteed	5-23ax	Higher gain sustains higher modulation
10-15km range, need 300Mbps+	5-23ax	5-20ax is near its limit at this range
First-time installer, limited experience	5-20ax	16° wide beam is much easier to align
High-wind environment, tower may sway	5-20ax	Wide beam tolerates wind-induced movement
Heavily congested RF environment	5-23ax	6° narrow beam naturally rejects sidelobe interference
Camera needs front-end power	Either	PoE passthrough is identical on both
Cost-sensitive project	5-20ax	Typically lower price point
Needs backward compatibility with older YNW gear	Either	Compatible with all YNW n/ac series

Selection Decision Tree

Decision Flow

Link distance > 10km?
├── Yes → Need 300Mbps+?
│      ├── Yes → YNW 5-23ax (higher gain sustains higher rate)
│      └── No → YNW 5-20ax may work (if basic connectivity is enough)
└── No (≤10km) → Is there strong wind or tower sway at the site?
       ├── Yes → YNW 5-20ax (16° beam tolerates wind sway)
       └── No → Is there significant RF interference?
             ├── Yes → YNW 5-23ax (narrow beam is naturally interference-resistant)
             └── No → Either works — pick based on cost and convenience

Cost-Benefit Analysis

Factor	5-20ax	5-23ax	Recommendation
Unit price	Lower	Higher (high-gain antenna)	Price gap typically 10-20%
≤5km deployment	Best value	Overkill	Go with 5-20ax
5-10km deployment	Adequate	Ample	Budget-dependent
10-15km deployment	Insufficient	Adequate	Go with 5-23ax
>15km deployment	Not recommended	Possible (with external antenna)	5-23ax + external antenna

Compatible Ecosystem

Key Takeaway: When used as CPEs, both YNW 5-20ax and 5-23ax are compatible with the YNW 5-90ax sector AP, YNWBASE series base stations, and all legacy YNW series devices — making it easy to upgrade networks and mix deployments.

Compatible Base Station Devices

When used as client devices, the YNW 5-20ax and 5-23ax work with the following base stations:

YNW 5-90ax: 90° sector AP, widest coverage
YNWBASE 5-90: Same-series 5GHz sector base station
YNWBASE 5-N: 5GHz base station with external antenna support

Legacy Device Compatibility

The YNW 5ax series is backward compatible with all YNW legacy devices (in WiFi mode). This means you can swap out an older YNW 5-20 or YNW 5-23 client on an existing link and upgrade throughput from 300-500Mbps to 1.5Gbps without touching the rest of the infrastructure.

Summary

Key Takeaway: YNW 5-20ax and YNW 5-23ax share the same dual-core processor, 2.5G port, 802.11ax radio, and management system. Selection rule of thumb: under 5km, pick the 5-20ax for best value; 5-10km with interference, pick the 5-23ax for its narrow-beam interference rejection; 10-15km long-range, the 5-23ax’s higher gain maintains speed; in high-wind areas, the 5-20ax’s wide beam tolerates sway.

The YNW 5-20ax and YNW 5-23ax are the two main point-to-point models in YNWMICRO’s WiFi 6 industrial wireless bridge lineup. Both share the same dual-core processor, 2.5G port, 802.11ax radio, and management system — the only difference is antenna gain and beamwidth.

Simplified selection guide:

Under 5km → 5-20ax: Best value, easiest installation
5-10km with interference → 5-23ax: Narrow beam naturally rejects noise
10-15km long-range → 5-23ax: Higher gain sustains higher data rates
High-wind areas → 5-20ax: Wide beam tolerates wind-induced sway

For a complete look at rural broadband and multi-building campus connectivity, check out Rural Last-Mile Broadband & Campus Multi-Building Connectivity.

This article is based on YNWMICRO official product data. Always run a link budget calculation before making final equipment selections for your specific deployment.

Performance Disclaimer: The link budget, throughput data, and coverage estimates in this article are based on theoretical calculations and standard test environments. Actual performance may vary depending on antenna configuration, installation height, weather conditions, RF interference, and other site-specific factors. Product specifications are subject to change without notice — always refer to the latest YNWMICRO official technical documentation.

Certification: YNWMICRO wireless bridge series products are certified under FCC (47 CFR Part 15), CE (EN 301 893), SRRC, and other international and regional standards. Contact your sales representative for specific certification numbers and copies of certificates.

Real-World Case Study: University Campus Backbone Link

Key Takeaway: A university in Wuhan, China deployed YNW 5-23ax units at both ends of a 4.7km inter-campus link. Measured results: 1.15Gbps UDP throughput, 820Mbps TCP throughput, 2-3ms latency, 24dB link margin.

Case Details:

Deployment date: February 2025
Location: A university in Wuhan, Hubei (Guanggu campus to Nanhu campus)
Requirement: 4.7km point-to-point link, 800Mbps+ needed for academic administration systems + video conferencing
Solution: YNW 5-23ax (23dBi integrated antenna) at both ends, mounted at 35m/28m height
Measured results: Link margin 24dB, UDP throughput 1.15Gbps, TCP throughput 820Mbps, latency 2-3ms
Source: University network operations center

Frequently Asked Questions

Q: What’s the core difference between the YNW 5-20ax and YNW 5-23ax?

The two units share the exact same core hardware platform — dual-core CPU, 802.11ax radio, 2.5G wired port, IP67 rating — both rated at 1.5Gbps max throughput. The only difference is the antenna system: the YNW 5-20ax has a 20dBi integrated antenna with a 16° beamwidth; the YNW 5-23ax has a 23dBi integrated antenna with a 6° ultra-narrow beam. That 3dBi gain difference gives the 5-23ax roughly 19% more range and 50-100% higher throughput at 10km. But the 5-20ax’s 16° wider beam is simpler to install and much more tolerant of wind sway.

Q: How much real-world throughput can the YNW 5ax series deliver?

The 1.5Gbps figure is the PHY layer rate. After accounting for protocol overhead (MAC framing, ACKs, inter-frame spacing — roughly 20-30% overhead), real-world TCP throughput lands around 1,000-1,100 Mbps, and UDP throughput around 1,200-1,300 Mbps. That already exceeds the theoretical limit of a 1Gbps Ethernet port (~940Mbps), which is exactly why the 2.5Gbps port is included. At 5km range, the 5-23ax typically negotiates around 1.2-1.5Gbps PHY, delivering roughly 800-1,000 Mbps TCP in practice.

Q: Which model should I pick for high-wind environments?

For high-wind sites, the YNW 5-20ax is strongly recommended. Its 16° beamwidth is roughly 2.7x wider than the 5-23ax’s 6° beam, giving a coverage diameter of about 2.8km at 10km range (vs. 1.0-1.2km for the 5-23ax). This means when the tower sways in strong wind, the 5-20ax’s signal fluctuates far less. If you must use the 5-23ax in a windy location, use a reinforced mounting bracket with guy wires. Installation time runs 10-20 minutes for the 5-20ax vs. 15-30 minutes for the 5-23ax, which requires finer alignment.

Q: What throughput can I expect at 10km and 15km from each model?

At 10km, the YNW 5-20ax delivers an estimated 300-600 Mbps (UDP), while the YNW 5-23ax delivers 600-1,000 Mbps (UDP) — the 5-23ax is 50-100% faster. At 15km, the 5-20ax link may be unreliable or may not establish at all, while the 5-23ax can still maintain a usable 300-600 Mbps (UDP). For any deployment beyond 10km, prioritize the YNW 5-23ax. For links under 5km, both models hit full 1.5Gbps, so choose the 5-20ax for better value.

▶ Related Pillar Guide: For complete WiFi 6 industrial wireless bridge selection criteria and deployment reference, see the Industrial Wireless Bridge Complete Guide — featuring full product comparison tables, link budget methodology, and OEM selection criteria.