Новости cudy https://cudy.kg ru 6 GHz Wi-Fi Tested: The Clear Winner https://cudy.kg/news/m1olecb011-6-ghz-wi-fi-tested-the-clear-winner https://cudy.kg/news/m1olecb011-6-ghz-wi-fi-tested-the-clear-winner?amp=true Thu, 14 Aug 2025 20:25:00 +0300 Julia Scott Shenzhen China — Do you game on LAN or Wi-Fi? Does the network lag ever pull your gaming performance? Cudy testing team have some raw testing figure that shows how...

6 GHz Wi-Fi Tested: The Clear Winner

Shenzhen China — Do you game on LAN or Wi-Fi? Does the network lag ever pull your gaming performance? Cudy testing team have some raw testing figure that shows how good 6 GHz Wi-Fi for wireless online gamers, especially in stabilizing the latency.

"6 GHz Wi-Fi has been here for a while, but not a major vendor has officially showing its testing data" said Levi Li, the Testing Engineer at Cudy "we want more people to know how perfect the 6 GHz is for gaming, so we bring these test data to you."

This article will introduce what 6 GHz Wi-Fi is, how 6 GHz benefits gaming experience, and the test data of speed and latency in comparison with 5 Ghz Wi-Fi. Welcome to the 6 GHz gaming.

TL;DR

The 6 GHz Wi-Fi band is a "clean slate" band with minimum interference brought by Wi-Fi 6E and Wi-Fi 7. "Almost no interference" is its strongest advantages over another two Wi-Fi band.

In our tests, compared with 5 GHz Wi-Fi, Cudy 6 GHz Wi-Fi adapters reduced latency by ~40% (based on 300+ records) and jitter by ~80%, delivering a smoother online gaming experience in a noisy Wi-Fi environment—even with a wall as a physical barrier. (Tests conducted with a Cudy Wi-Fi 7 router on Aug 8, 2025)

Straight to the data >

Cudy tri-band Wi-Fi 7 routers M21000, WR11000, and M11000 enable gamers to deploy seamelss 6 GHz Wi-Fi throughout their homes. If they don't have 6 GHz adpater on their PC, Cudy provides plug-and-play tri-band USB Wi-Fi adapters WU6500, WU5400, and tri-band PCI-E Wi-Fi adapter WE9300S, WE9300, and WE3000S for PC gamers to upgrade their PC and enjoy the best of 6 GHz Wi-Fi.

6 GHz Wi-Fi — The "Clean Slate" Band

Wi-Fi has been using two wireless bands to transmit data — 2.4 GHz and 5 GHz — for a long time. 2.4 GHz is a crowded band which has been used by microwaves, cordless phones, and even garage door openers. As we demanded more bandwidth and fewer interruption cutting our Zoom calls and gaming lags, Wi-Fi introduced the 5 GHz band, which offered faster speeds, more channels, and less interference — at least for a while.

In a wired setup, Ethernet cables give each device a direct, interference-free connection to the router or switch, so data travels fast with almost no loss. But running cables to multiple rooms or devices can get expensive, and if there’s no port nearby your computer, you end up with messy, visible wires that don’t look great in your space.

As everything goes wireless and our homes filled up with smart TVs, gaming rigs, and streaming apps, Wi-Fi needed more room to breathe.

Now we’re stepping into the 6 GHz era, enabled by tri-band Wi-Fi 6E and Wi-Fi 7 routers and adapters. Unlike 2.4 GHz and 5 GHz, this spectrum has never been polluted by legacy technologies — a true ‘clean slate’ band.

This "Clean Slate" means:

Less legacy clutter: No interference from older 2.4 GHz or 5 GHz devices, nor from any other home appliances.
Wider lanes: More wider 160 MHz / 320 MHz channels, make it easier to establish and maintain faster connections.
Lower latency and higher speed, in busy homes or offices, perfect for high-speed, low-latency applications like gaming, VR, or 4K streaming.

WR11000: Tri-Band Devices Access The 6 GHz Band with Minimum Latency

There’s a common belief that Wi-Fi on higher frequencies doesn’t travel as far, but our tests show it’s not an issue at all. In busy apartments or cities, even through walls, the lower noise and ability to maintain higher data rates still give you a cleaner connection and more stable latency.

Latency is the Key to Online Gaming

Online gamers are familiar with PING, which represents the time it takes for a data packets to travel from your computer to the game server and back — the latency. While Wi-Fi speed matters for downloading updates or streaming, it’s latency that determines whether your character moves the instant you press a key or ends up reacting a fraction of a second too late.

In competitive gaming, even a 20–30 ms difference can mean losing a duel or missing a critical shot. High latency leads to lag, rubber-banding, or delayed actions — all of which are game-killers.

Another key factor is jitter, the variation in latency over time. You might have a low average ping, but if your connection spikes unpredictably, the gameplay still feels choppy.

6 GHz is wider, cleaner, and suitable for higher-speed, latency-sensitive tasks

The 6 GHz band helps here by reducing interference and congestion, which are major causes of latency and jitter in 2.4 GHz and 5 GHz networks. With cleaner airwaves, data packets travel more directly and consistently, resulting in smoother, more responsive gameplay.

In short: for gaming, latency stability > raw speed — and 6 GHz delivers both.

The 6 GHz Test

How We Did the Test

We picked Cudy WU6500/WU5400/WE9300 and four more 4-stream dual-band adapters to get their latency and speed performance in three different environments to measure how good the 6 GHz Wi-Fi can be.

PC
OS: Windows 11 24H2
CPU: Intel
Memory: 16 GB
Main Router
Cudy BE11000 Wi-Fi 7 Router — WR11000
Another BE11000 Wi-Fi 7 Router
Both routers are connected to a 2.5 Gbps broadband service
Environments
Cudy Office: 50+ surrounding Wi-Fi.
Cudy Snacks Room: 50+ surrounding Wi-Fi.
Cudy OTA Chamber: almost 0 interference environments.
Testing Methods
Latency: We connected the PC via the 6 GHz or 5 GHz network to the Internet, and then connected to testing services of online games by top game vendors, and record 300+ continuous latency values. We repeated the testing process in three environments. We also connected via Ethernet to get data for reference.
Speed: We connected the PC via the 6 GHz or 5 GHz network to the Internet. We used Cudy speed testing applications to get the TCP throughput data to and from a self-built server via the router. We repeated multiple times and record the max throughput number.
How We Processed the Number
Latency: we recorded the maximum and mininum latency, and we used standard deviation of all latency values in the group to represent its stability level (Jitter).
Speed: we recorded the maximum throughput number to represent speed performance.

The Result — Latency

Scene 1 Cudy Office (50+ Neighboring Wi-Fi)

Latency (ms)

WU6500

6 GHz

WU5400

6 GHz

WE9300

6 GHz

Model A

5 GHz

Model B

5 GHz

Model C

5 GHz

Model D

5 GHz

Max

153

Min

STDEV

0.833662

1.056429

1.198298

16.95474

7.007659

3.074476

2.706814

Cudy office, where we have more than 50 Wi-Fi points, poses an intense challenge to wireless gaming. The test result shows a 5 GHz band can hardly provide consistent low-latency in such an environment, with sudden "lag spikes" happening frequently, disrupting the gaming experience. In contrast, 6 GHz adapters draw smooth and almost-flat lines, providing a consistent low-latency network, obviously because there are few 6 GHz band interference, allowing the game frames to respond instantaneously.

Image below depicts the situation — the engineer sits next to the router, while there are 50+ visible Wi-Fi name in the phone's Wi-Fi setting panel.

Scene 2 Cudy Snacks Room (50+ Wi-Fi and Wall Blockage)

Latency (ms)

WU6500

6 GHz

WU5400

6 GHz

WE9300

6 GHz

Model A

5 GHz

Model B

5 GHz

Model C

5 GHz

Model D

5 GHz

Max

146

Min

STDEV

0.735849

3.495672

1.404479

15.4465

5.616163

4.652956

3.876201

Cudy testing engineers then moved the PC client into the Cudy Snacks Room, where the transmission path had to pass through a wall. This scenario better reflects real-life conditions in large houses, where an immovable blockage stands between your PC and the router. In this environment, latency fluctuated more sharply on 5 GHz devices. On the 6 GHz side, two Wi-Fi 7 adapters (WU6500 and WE9300) maintained impressively stable connections, while the Wi-Fi 6E WU5400 experienced minor turbulence but still kept latency below 30 ms.

Image below depicts the situation — the engineer sit in the snacks room, while there are 50+ visible Wi-Fi name in your phone's Wi-Fi setting panel.

Scene 3 Cudy OTA Chamber (No Other Wi-Fi)

To confirm that interference was the real cause of the difference, Cudy’s testing engineers also ran the device in an OTA chamber as control group, where all possible interference is absorbed. In this optimal setting, both 6 GHz and 5 GHz performed similarly well, with quality comparable to an Ethernet connection.

The Result — Speed

Scene 1 Cudy Office (50+ Neighboring Wi-Fi)

In Cudy’s office environment, which is crowded with neighboring Wi-Fi interference, three PCs equipped with 6 GHz Wi-Fi topped the benchmarks in both RX and TX throughput, outperforming all non-6 GHz adapters. Thanks to its external antennas and heatsink for dissipation, the WE9300 claimed first place, fully utilizing the bandwidth originated from the WR11000’s 2.5 Gbps ports.

Scene 2 Cudy Snacks Room (50+ Wi-Fi and Wall Blockage)

When wall blockage combines with an interference-heavy environment, the advantages of 6 GHz become even more significant—delivering more than 3x the RX throughput of 5 GHz, whether using a PCIe adapter with high-gain external antennas or a tri-band USB adapter.

Scene 3 Cudy OTA Chamber (No Other Wi-Fi)

Still, our engineers did testing in the Cudy OTA chamber to confirm these devices can all realize their full speed in a no-interference environment.

]]> Cudy Software Platform Updates https://cudy.kg/news/cudy-software-platform-updates https://cudy.kg/news/cudy-software-platform-updates?amp=true Wed, 21 Jan 2026 07:43:00 +0300 Explore the latest features on the new Cudy software, including AdBlock, Cudy Mesh Topology, Multi-VPN Configuration, and more. See the supported models by each software version.

Cudy Software Platform Updates

Introduction

This article lists both the latest and historical updates to the Cudy Software Platform (CSP), starting from version 2.3 to 2.5. It provides an overview of newly introduced features and the Cudy models they support.

You are welcome to leave comments and suggest new features under this article. We will be happy to review your ideas and prioritize the most requested or most unique ones for our R&D roadmap.

CSP 2.5

Release Time

Starting from January 2026

Support Plan (Ranked with priority)

WR3000 1.0, WR3000 2.0, WR3000S 1.0, WR3000E 1.0, TR3000 1.0, WR11000 1.0, WR6500 1.0, WR6500H 1.0, WR3600 1.0, WR3600E 1.0, WR3600H 1.0, M11000 1.0, M3600 1.0, WR1300 3.0/4.0, WR1200E 1.0, WR1200 2.0/2.1, M1300 3.0, M1200 1.0, P4 1.0, LT700 2.0, LT500 3.0, LT500D 3.0, LT300 V3.0, LT700 Outdoor 2.0, LT500 Outdoor 2.0

You may not receive the upgrade immediately on your deive as the update plan on different models vary.

Features

Function

Supported Devices

Page Screenshot

Mesh Topology

Display the connection topology between Mesh devices (client devices will not be displayed) on the Mesh Details page

Cudy Mesh-compatible models

Select Mesh Backhaul

Satellite Mesh devices can be configured to operate only in wired backhaul mode

This helps prevent possible loops: when multiple Cudy APs are powered by a PoE switch, and the PoE switch is powered off and on, some APs may establish wireless backhaul and provides network from the LAN port, causing loop similar as such topology switch1 -- AP1 ))(( AP2 -- switch1

Cudy Mesh-compatible models

Select the Mesh upstream device

Mesh satellite devices now allow scanning for nearby mesh nodes, selecting a specific node to connect to. It will switch to automatic upstream mesh selection only if the chosen node cannot be found in the future.

Cudy Mesh-compatible models

Multiple VPN Servers

Supports simultaneously enabling multiple VPN servers with different protocols

(IPsec and Zerotier cannot be enabled simultaneously with other VPNs)

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

Multiple VPN Client Configs

Supports configuring multiple VPN Clients, but only one can be enabled at a time

(IPsec and Zerotier cannot be enabled simultaneously with other VPNs)

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

L2TP/PPTP supports multiple Accounts

L2TP/PPTP VPN server supports configuring multiple accounts

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

VPN Configuration Migration

Supports backing up VPN configurations and restoring them on another device, allowing configuration restoration across different device models. Only supports migrating all VPNs together.

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

Global Default Speed Limit

QoS adds default rate limit settings, and all Clients are subject to the default rate limit

Wi-Fi Routers

Guest Network Speed Limit

Supports setting the uplink and downlink bandwidth of the entire Guest Network

Wi-Fi Routers

New Firmware Reminder

When a new firmware is detected, the page will pop up a new firmware upgrade reminder when entering the config web page

All Models

Manually execute WoL

Wake on LAN changed to manual execution

All Models

(Some low-end models do not have this feature)

DHCP Adds Gateway Setting

All Wi-Fi Router/Mesh System models

Account Logout

Supports account logout

All Models

OpenVPN Speed Boost

Supports OpenVPN DCO, enhancing the maximum upload and download speeds of OpenVPN

MTK AX3000 Model

WR3000 1.0

WR3000S 1.0

WR3000E 1.0

TR3000 1.0

Displays IPTV Settings during Quick Setup

Advanced in QuickSetup unhides the IPTV menu

All Wi-Fi Router/Mesh System models

Menu Entry Position Adjustment

Adjust the General Settings menu and the Advanced Settings menu:

Move the entries of IPTV/VLAN and Guest Network into General Settings;

Move the entry of Captive Portal into Advanced Settings

All Models

Accessibility Features

Add accessibility features and support contrast adjustment

All Models

WPS ON/OFF

Add WPS Switch

All Models

Packet Capture

Add packet capture functionality to the diagnostic tool

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

Ad filtering, DoH

Add AD Block feature and DNS over HTTPS mode for custom DNS

All Wi-Fi Router/Mesh System models

(excluding models with 8MB Flash)

TW Region Code

Added support for TW Region code, 2.4G channels 1-11, 5G channels band1, band2, and band4

All Models

TW IPTV

Add IPTV Taiwan CHT Mode

All Wi-Fi Router/Mesh System models

DNS Online Detection

The online detection function adds DNS protocol detection method

All Wi-Fi Router/Mesh System models

CSP 2.4

Release Time

First released on WR3000 on April 28, 2025

Main Functions

Function

Supported Devices

Page Screenshot

Compatible with APP 1.3

All wireless devices

Refer to APP 1.3 Features

Optimize EAEU translation

All wireless devices

CSP 2.3

Release Time

First released on AP1300D on December 31, 2024

Main Functions

Function

Supported Devices

Page Screenshot

Multi-SSID

Supports configuring multiple SSIDs

Commercial Wireless AP

Captive Portal

After the phone connects to Wi-Fi, the authentication page automatically pops up, and authentication is required to access the Internet

Supports customizing the content of the authentication page, such as background images, logos, font colors, and terms of service.

Supported authentication methods are: 1) One-click authentication; 2) Password input authentication

Commercial Wireless AP

USB Tethering

Controls whether the USB interface enables network sharing. Once enabled, the device can be used to extend the wireless network of a mobile phone or a portable Wi-Fi

Devices with USB ports, such as TR3000

Wi-Fi Control

Turn on the hardware button on the rear panel AP to simultaneously control the on/off of the LED and Wi-Fi. At this time, toggling the LED via software will also trigger the synchronous on/off of Wi-Fi.

Wall AP

PoE Passthrough

Whether the AP port of the control panel can supply power externally (only available under 802.at power reception, default is off)

Wall AP

]]> IFA 2025: Cudy to Showcase Wi-Fi 7, 5G, and More https://cudy.kg/news/ifa-2025-cudy https://cudy.kg/news/ifa-2025-cudy?amp=true Thu, 14 Aug 2025 07:45:00 +0300 Shenzhen, China – August 14, 2025 – Cudy is pleased to announce its participation in IFA 2025, one of the world’s leading consumer electronics trade shows. The event will take...

IFA 2025: Cudy to Showcase Wi-Fi 7, 5G, and More

Shenzhen, China – August 14, 2025 – Cudy is pleased to announce its participation in IFA 2025, one of the world’s leading consumer electronics trade shows. The event will take place from September 5 to September 9, 2025, at the Berlin Messe, Germany.

At Booth H5.2-199, Cudy will present its latest portfolio of cutting-edge networking products, including:

Next-Gen Wi-Fi 7 Devices – Routers, access points, mesh Wi-Fi systems, and range extenders delivering multi-gigabit speeds, ultra-low latency, and exceptional coverage.
Advanced Mobile Connectivity Solutions – Including 5G Wi-Fi routers, industrial Wi-Fi Routers for high-speed internet access anytime, anywhere.
Surveillance and SMB Data Solutions – PoE switches, PoE adapters and extenders, industrial switches, and related accessories.
Network Adapters and Hubs – High-performance USB and PCIe adapters, as well as hubs for flexible and reliable connectivity in both home and business environments.

“This year, we introduced an extensive lineup of new products, including home and business Wi-Fi 7 solutions, 5G devices, and more,” said Reed Liu, Product Director of Cudy. “We are excited to bring them to IFA 2025, showcasing how Cudy enables people and businesses to connect better, faster, and smarter.”

Event Details:

Booth: H5.2-199
Date: September 5–9, 2025
Venue: Berlin Messe, Berlin, Germany

See Highlight Products:

About Cudy

Founded in 2018 and headquartered in Shenzhen, Cudy is a highly competitive tech-driven company in the R&D and manufacturing of wireless and networking products. The product portfolio covers Wi-Fi Mesh Routers, OpenWRT Routers, Repeaters, 4/5G CPE Routers, PoE, Switches, and Smart Home IoT Devices.

]]> Cudy App Updates https://cudy.kg/news/cudy-app-updates https://cudy.kg/news/cudy-app-updates?amp=true Tue, 03 Feb 2026 04:54:00 +0300 Learn the new features on the Cudy App. See the supported models by each App updates.

Cudy App Updates

Introduction

This article lists both the latest and historical updates to the Cudy App (CSP), starting from version 1.3 to 1.5. It provides an overview of newly introduced features and the Cudy models they support.

You are welcome to leave comments and suggest new features under this article. We will be happy to review your ideas and prioritize the most requested or most unique ones for our R&D roadmap.

Please open this link on your phone to download the latest Cudy App.

The features on Cudy app requires corresponding software on the Cudy device, please make sure both the firmware and the Cudy App are up to date if you cannot see certain features.

APP 1.5

Release Time

January 7, 2026

Device firmware version requirements

Switch Version 1.1.0

Main Functions

Function

Supported Devices

Screenshot

1. Supports remote management of Cudy Light Managed Switches, allowing users to manage switches via the APP anytime and anywhere.

2. Supports multiple switch configuration functions, such as advanced features like 802.1Q VLAN, loop prevention, and PoE power supply settings.

GS1016EPS2

GS1028EPS2

GS1016ES2

GS1028ES2

GS1016E

GS1024E

GS108E

GS108ES2

HS105U

HS105

HS108ES1

HS1008EPS1

IG1008ES2

IG1008EPS2

APP 1.4

Release Time

August 14, 2025

Device firmware version requirements

CSP Version 2.5

Main Functions

Function

Supported Devices

Page screenshot (design draft image)

Mesh Topology

Display the connection topology between Mesh devices on the Mesh Details page

(Excluding clients, but the number of clients connected to each device can be seen)

All Mesh-enabled devices

Specify Mesh Type

Sub-Mesh devices can be configured to operate only as wired Mesh

(Problem Solved: In a scenario where multiple APs are wired to a PoE switch, if the PoE restarts, it may cause the APs to switch to wireless mesh, resulting in a loop)

All Mesh-enabled devices

Specify the Mesh upstream device

Wireless sub-mesh devices can scan for surrounding Mesh devices, specify to connect to one of them, and only change the upstream device if the specified device cannot be scanned after the specification

All Mesh-enabled devices

Homepage Optimization

Integrate WAN, WISP, Cellular, and USB Tethering on the home page into a single Internet card, displaying the currently used network connection method

Clicking the card allows you to enter Internet configuration and view all Internet settings supported by the device

All devices that support the APP

SMS Function

Enter Internet settings via the Internet card, and the Cellular module supports viewing and sending SMS messages

The SMS list groups messages with the same recipient number into a single conversation, making it easy to view historical back-and-forth SMS messages

4G/5G Router Supporting APP

Multiple VPN Servers

Supports simultaneously enabling multiple VPN servers with different protocols

(IPsec and Zerotier cannot be enabled simultaneously with other VPNs)

For OpenVPN and Wireguard VPN, configuration files can be exported on mobile devices for import into VPN clients; Wireguard VPN also allows clients to scan QR codes for connection

All routing models

(excluding models with 8MB Flash)

Multi-VPN Client

Supports configuring multiple VPN Clients, only one of which can be enabled. Users can add multiple VPN Client configurations and switch between them when needed.

(IPsec and Zerotier cannot be enabled simultaneously with other VPNs)

In the VPN policy, domain and remote subnet support batch input

All routing models

(excluding models with 8MB Flash)

L2TP/PPTP supports multiple Accounts

L2TP/PPTP VPN server supports configuring multiple accounts

All routing models

(excluding models with 8MB Flash)

VPN Configuration Migration

Supports backing up VPN configurations and restoring them on another device, allowing configuration restoration across different device models.

For example, after logging into Device A via the APP, backing up the VPN configuration, then continuing to log into Device B using the APP and entering the VPN configuration backup page, you can see the backup file from Device A (because the file is backed up on the phone), and you can select the file from Device A for restoration.

Only supports migrating all VPNs together.

All routing models

(excluding models with 8MB Flash)

Expansion of the number of cloud-managed devices

By default, the number of cloud-managed devices supported has been increased to 50, and users with special requirements can apply to Cudy to expand it to 300

Independent of device type

APP 1.3

Release Time

March 20, 2025

Device firmware version requirements

CSP Version 2.4

Main Functions

Function

Supported Devices

Screenshot

Client Identification

Identify the type and brand of clients and display them in the client list (currently identified based on device names, with low accuracy; will be optimized based on feedback in the future)

All devices that support the APP

Terminal Details Page

Supports viewing terminal details, such as uplink and downlink rates, signal strength; also allows performing operations on the page such as Rate Limit, network disablement, VPN disablement, and modification of device type/brand

All devices that support the APP

Mesh Details Page

Supports viewing details of Mesh sub-devices, such as upstream devices, connected clients, etc.; supports operations such as restarting and resetting

All Mesh-supported models

Device Sharing

Share device management permissions with other Cudy accounts, and other accounts can also manage the current device via cloud

All devices that support the APP

Wi-Fi Plan

Timed turn on and off Wi-Fi

All wireless routers and APs that support the APP

Timed Restart

Schedule device restart

All devices that support the APP

Account Binding Guide

All devices that support the APP

Multiple SSIDs

Supports configuring multiple SSIDs

(6GHz and MLO are not yet supported)

Commercial Wireless AP

]]> Cudy to Exhibit at MWC 2026 https://cudy.kg/news/cudy-to-exhibit-at-mwc-2026 https://cudy.kg/news/cudy-to-exhibit-at-mwc-2026?amp=true Fri, 06 Feb 2026 04:57:00 +0300 Shenzhen, China — Cudy will participate in Mobile World Congress (MWC) 2026 hapenning during 1-4 March 2026, where we will present our latest Wi-Fi 7, 10G XGS PON router and...

Cudy to Exhibit at MWC 2026

Shenzhen, China — Cudy will participate in Mobile World Congress (MWC) 2026 hapenning during 1-4 March 2026, where we will present our latest Wi-Fi 7, 10G XGS PON router and terminal, and 5G gateway solutions designed for ISPs, operators, and enterprise deployments.

At this year’s show, Cudy will highlight a comprehensive portfolio covering xPON access, 5G CPE, industrial connectivity, and remote management-ready gateways, addressing both large-scale ISP rollouts and flexible commercial applications.

Featured at MWC 2026

For ISP

Known for stable performance and dependable remote management, Cudy has long supported ISPs with practical, field-tested solutions. Our flexible hardware and software customization helps service providers meet their exact deployment needs. Learn more about Cudy’s ISP solutions through the links below —

ISP Solutions - TR069 and CWMP – Cudy

Fiber Access - ISP Solutions – Cudy

Fixed Wireless Access - ISP Solutions – Cudy

And the new products models on MWC—

BE3600 Gigabit Dual-Band Wi-Fi 7 xPON Router, GP3600

The next-generaion xPON Wi-Fi 7 router featuring GPON/EPON dual modes, CWMP, OMCI, IPTV (IGMP Proxy/Bridge/Tag VLAN), and EasyMesh, suitable for FTTH solution deployment.

Key highlights:

3.6 Gbps Wi-Fi 7 performance
Optional VoIP support
GPON/EPON Dual Modes
MTK/Triductor Chipset Solution
EasyMesh

AX3000 Gigabit Dual-Band Wi-Fi 6 xPON Router, GP3000

An xPON Wi-Fi 6 router featuring GPON/EPON dual modes, CWMP, OMCI, IPTV (IGMP Proxy/Bridge/Tag VLAN), and EasyMesh, suitable for FTTH solution deployment.

Key highlights:

Dual-Core ARM Cortex-A53 CPU
2402 Mbps + 574 Mbps Wi-Fi 6
Optional VoIP support
GPON/EPON Dual Modes
MTK/Triductor Chipset Solution
EasyMesh

10G XGSPON Terminal, GP10X

A 10 Gbps optical network terminal featuring a downlink 10 Gbps RJ45 port, ideal for super-fast multi-Gig FTTH services. Optimized for high-bandwidth access scenarios.

Key highlights:

Max 10 Gbps XGS-PON
1× SC/APC Port
1× 10GbE
OMCI

BE21000 Wi-Fi 7 10G XGSPON Router, XGP21000

A ultra-fast tri-band mesh WiFi 7 router with Wi-Fi speed up to 20.8 Gbps and 10G PON port, ideal for 10G FTTH deployment.

Key highlights:

Up to 21 Gbps aggregate Wi-Fi 7 throughput
10G fiber access
Designed for premium residential and SMB deployments

Outdoor SA/NSA 5G CPE, P2 ODU

A weather-proof outdoor CPE unit built for flexible and challenging installation environments. Works with a indoor unit such as a Cudy Wi-Fi router to form the whole FWA system.

Key highlights:

IP67, -40~70°C (-40~158°F), 6kV Surge
5G Rel. 15 with Max 2.6 Gbps DL
5G/4G Dual Connectivity, 4×4 MIMO
1× 2.5 Gbps Ethernet Port (PoE In)
2× Nano SIM Slots
Flexible mounting options

5G SA/NSA Wi-Fi 7 Router, P6

A 5G WiFi 7 router employing the 3GPP Release 16 standard, with a max 4.67 Gbps download speed and dual 2.5G ethernet ports for consistant peak performance.

5G SA/NSA Wi-Fi 6 Router, P2

A cost-effective 5G gateway with 3GPP Rel. 15 standard and speed up to 3.4 Gbps optimized for performance and scalability.

Industrial 5G Router, IR5G

A ruggedized 5G router designed for providing super-fast network in harsh industrial environments.

For Home and Business Projects

Elegant and seamless.

Cudy Mesh Whole-Home Wi-Fi Solution

BE21000 10G Tri-Band Mesh Wi-Fi 7 Router, WR21000

Tri-Band mesh Wi-Fi 7 router with 10 streams, supporting 20.8 Gbps Wi-Fi, and a 10G SFP+ port for latency-sensitive, speed-demanding, and large-scale scenarios.

2-IN-1 Gigabit VPN Router / AP Controller with 4 PoE+ Ports, C200P

A Gigabit router working as the controller of Cudy Access Points in whole-home Wi-Fi demands, featuring four PoE outputs and Cudy Mesh features.

8-Port Gigabit Industrial PoE+ Switch, IG1008P

A 8-GbE industrial PoE switch for networking in harsh conditions such as manufacturing, transportation, maritime, oil & gas, and mining.

AX3000 86mm Wall-Plate Wi-Fi 6 Access Point, AP3000E Wall

A compact wall-mounted WiFi 6 AP with two Gigabit ports ideal for single-room coverage in hospitality environments.

Visit Cudy at MWC 2026

Cudy's advantages stem from a professional R&D team with access to a wide range of chipset vendors, whether they offer cutting-edge technology or focus on affordability. Our in-house manufacturing ensures rigorous quality inspections and highly competitive cost performance.

Learn More: Manufacturing at Cudy

Cudy is currently seeking distributors, ISP partners, and retailers worldwide to join us in delivering high-quality networking solutions. Contact sales@cudy.com or your Cudy sales representative to schedule a meeting in advance.

Visit us at Booth 7F21 during MWC. Our sales, product manager, and marketing team will be on site and ready to assist.

Booth: 7F21

Venu: Fira Gran Via, Barcelona

Date: 2-5 March 2026

About Cudy

]]>