PicoCELA’s NEXT-GENARATION MESH Wi-Fi – PCWL-0511 New Release
A High-Speed Wireless Infrastructure Expansion Solution Without LAN Cabling
In the era of digital transformation and the rapid growth of the Internet of Things (IoT), a reliable network infrastructure has become the foundation of business operations, production, and management. However, deploying network connectivity across large-scale sites or complex environments remains a significant challenge for many organizations.
With the mission of “Lighting the Future of the Earth,” NIINUMA VIETNAM CO., LTD. is proud to introduce the PicoCELA PCWL-0511, a next-generation Mesh Wi-Fi solution from Japan that enables rapid deployment of high-speed wireless networks over wide areas without the need for extensive LAN cabling infrastructure.
PicoCELA Technology – Innovation in Wireless Backhaul Networking
Founded in 2008 in Tokyo, Japan, PicoCELA is a pioneer in enterprise Mesh networking solutions. In January 2025, the company was officially listed on NASDAQ and is backed by major industry leaders including Nishio Rent All, Kaga Electronics, Shimizu Corporation, Taisei Corporation, and Sojitz Corporation.
The core differentiator of PicoCELA lies in its proprietary PicoCELA Backhaul Engine (PBE), a wireless transmission platform specifically designed for large-scale Mesh network deployments.


- Dynamic Tree-Route Control
- Ultra-Low Latency
- Advanced Multi-Hop Capability
- Automatic Network Self-Recovery
PicoCELA PCWL-0511 – Next-Generation Outdoor Mesh Wi-Fi Device

The PCWL-0511 is specifically engineered for outdoor environments where durability, wide-area coverage, and long-term operational stability are critical requirements.
Key Features
- IP67-rated dustproof and waterproof design
- Reliable operation in temperatures ranging from -30°C to 60°C
- Approximately 30% higher throughput compared to the previous generation
- Maximum data transmission speed of up to 4.8 Gbps
- Flexible antenna architecture supporting Backhaul, Access, BLE, and Radar Scanning
- Reduces LAN cabling requirements by up to 85%
Technical Specifications
| PCWL-0511 (Outdoor Version) | |||
| Dimensions | L272×H83×D248mm (without antennas) / D590mm (with antennas) | ||
| Weight | 2.2Kg (without antennas) / 2.9Kg (with antennas) | ||
| Technical Specifications | 2.4GHz: 802.11b/g/n/ax
5.0GHz: 802.11a/n/ac/a |
PoE | PoE power supply
PoE+ (IEEE802.3at) |
| Throughput | Max 4.8 Gbps | Interface | 2.5GbEx 2 |
| MIMO spatial stream | 4×4 | Power Consumption | Max 30W |
| Maximum Antenna Gain | 2.4GHz: 4.5dBi
5.0GHz: 7.0dBi |
AC Adapter Compatible | Ο Optional |
| Bluetooth | 4.1 | Waterproof | IP67 |
| Automatic Channel Recovery | Ο | Operating Temperature | -30~60°C |
PicoManager® – Cloud-Based Centralized Network Management Platform

Bundled with the device is PicoManager®, a cloud-based network management and monitoring platform developed specifically for the PicoCELA ecosystem.
Remote Monitoring
Administrators can centrally monitor device status, connected users, Internet performance, and traffic throughput between network nodes through an intuitive management interface.
Intelligent Diagnostics
The platform automatically generates signal strength maps and usage-density maps, enabling rapid identification and remote troubleshooting of weak coverage areas.

Deployments in Vietnam
- Resort Project in Ninh Binh

- Hydropower Construction Site in Lao Cai

- Construction Site Project of Taisei Corporation


The Ideal Solution for Next-Generation Wireless Infrastructure
With its ability to flexibly extend wireless coverage, reduce infrastructure and cabling costs, enable rapid deployment, maintain stable operation the PicoCELA PCWL-0511 is an ideal solution for:
- Resorts and hotels
- Eco-tourism destinations
- Manufacturing facilities
- Logistics warehouses
- Construction sites
- Schools, hospitals, and industrial parks
More than just a Wi-Fi device, PicoCELA provides a next-generation wireless connectivity platform for Smart Resorts, Smart Factories, Smart Warehouses, and Smart Hospitality applications.


