High-Density Wi-Fi Coverage for Corporate Open Office Areas.AINOPOL All-Optical Network Wi-Fi6 Supports Simultaneous Access of Hundreds of Users

In spacious open-plan offices, staff are densely distributed with multiple terminals including mobile phones, laptops and tablets connecting to the network concurrently. Traditional ordinary wireless APs feature weak concurrent bearing capacity, which easily leads to network lag, disconnection and roaming interruptions.

Equipped with 3000M dual-band high-speed wireless and built on passive all-optical flattened architecture, AINOPOL APs deliver seamless intelligent roaming. A single area can stably support hundreds of online users simultaneously, thoroughly solving Wi-Fi congestion problems in high-density office zones.

I. Three Core Pain Points of Traditional Wireless Solutions for Open Offices

Modern open-plan offices are densely arranged with workstations, where each employee owns 2 to 3 wireless terminals on average. Traditional copper cabling plus common APs fail to meet high-concurrency access demands and undermine daily office experience.

Insufficient concurrent bearing capacity causes lag and disconnection

Traditional 100Mbps and Gigabit ordinary wireless APs have low overall speed, with one single device only supporting stable access of 20 to 30 terminals at most. When hundreds of mobile phones and laptops connect simultaneously in open offices, bandwidth congestion occurs. This results in slow loading for video conferences and file downloads as well as prolonged webpage buffering. Statistics show that 76% of office network lag issues are caused by inadequate high-density Wi-Fi concurrent access capability.

Network dropouts during terminal roaming hinder mobile office

Traditional devices suffer high roaming switching latency when terminals move between different APs. Network disconnection happens temporarily when employees walk around or move between offices and meeting rooms, leading to interrupted video conferences and lost online document data, which greatly reduces collaborative office efficiency.

Complicated wiring and bloated machine room equipment

A large number of AP access points are required in open office areas. Traditional solutions need independent PoE switches and network cables for each AP, cluttering weak current rooms with massive PoE devices. Adding new workstations requires extra cabling and switch installation, making expansion and renovation troublesome while raising machine room energy consumption and failure rates.

II. AINOPOL Wi-Fi6 All-Optical High-Density Office Coverage Solution

Launched with AX3000M Wi-Fi6 photo-electric converged APs, this solution adopts POL passive all-optical fiber wiring and exclusive intelligent roaming technology. Specially designed for spacious high-density open offices, it ensures stable access for hundreds of online users with simplified wiring, smooth roaming and unified remote O&M.

1. AX3000M Wi-Fi6 High-Speed Wireless Supports Stable Concurrent Access of Hundreds of Users

Both ceiling-mounted and desktop photo-electric converged APs adopt Wi-Fi6 dual-band 4-stream design with a total wireless speed of 3000M. Independent scheduling is realized for 2.4GHz and 5.8GHz frequency bands:

The 5GHz high-frequency band carries high-bandwidth terminals such as office laptops and video conference devices with strong anti-interference performance and high transmission speed.

The 2.4GHz band serves low-bandwidth devices including mobile phones, attendance machines and IoT terminals to divert traffic and ease band congestion.

One single ceiling-mounted AP can stably support 80 to 100 online terminals. With staggered deployment of multiple APs, hundreds of terminals in full-floor open offices enjoy smooth network access without lag or delay.

2. Exclusive Seamless Intelligent Roaming Ensures Uninterrupted Mobile Office

Built with self-developed intelligent roaming algorithms, the system dynamically judges terminal signal thresholds and realizes AP handover within less than 20ms. Employees can move freely across the office or travel between meeting rooms with seamless network switching on mobile phones and laptops. Video conferences and online document editing remain uninterrupted to eliminate traditional Wi-Fi roaming disconnection troubles.

Directional intelligent antennas enhance signal coverage with superior wall-penetrating capability. Signal attenuation is barely noticeable even with office partitions and desks as barriers, achieving 20% wider coverage range than mainstream ordinary APs.

3. Simplified Wiring via Integrated Photo-Electric Composite Cables for High-Density Layout

Each Wi-Fi6 photo-electric AP only needs one photo-electric composite cable to connect to the machine room OLT. Optical fibers transmit data signals and supply power at the same time, eliminating separate network cables and PoE switches.

Hundreds of AP points in open offices can be aggregated via a small number of optical splitters. No massive PoE devices are needed in weak current rooms, cutting total cable quantity by 85% for tidier machine room layout and lower failure risks.

The passive all-optical architecture supports transmission distances ranging from 20 to 40 kilometers. No intermediate weak current room transfer is required for super-large floors and multi-storey office buildings, enabling easy construction and decoration-friendly renovation.

4. Refined Bandwidth QoS Scheduling Prioritizes Core Business Traffic

Multiple sets of QoS bandwidth templates can be configured on the EAAS backend. High priority is assigned to traffic of video conferences, ERP systems and financial platforms, while automatic speed limits are applied to video streaming and large file downloads to prevent non-essential high-traffic applications from occupying office bandwidth. Independent bandwidth isolation for guest SSIDs ensures visitor network usage will not affect internal staff office network stability.

5. Cloud-Based Unified EAAS Management Enables Batch Wireless Point O&M

Administrators can remotely check the online status, terminal access quantity, channel occupancy and bandwidth load of all office Wi-Fi APs via mobile phones and computers on the EAAS platform. Automatic channel optimization avoids co-frequency interference among multiple APs. Remote operations including AP reboot, firmware upgrade and transmit power adjustment are available without on-site debugging, greatly improving O&M efficiency for high-density wireless access points.

III. Core Solution Advantages

Powerful high-concurrency bearing capacity: Wi-Fi6 3000M dual-band wireless enables one single AP to support nearly one hundred online terminals, ensuring smooth network access for densely arranged workstations in open offices.

Excellent seamless roaming experience: Ultra-fast 20ms handover guarantees uninterrupted video meetings and online document operations during staff movement, greatly optimizing collaborative office experience.

Easy construction with simplified wiring: Integrated optical fibers realize simultaneous power supply and data transmission, removing floor PoE switches, tidying up weak current rooms and shortening construction cycles by 6 times.

Low failure rate and energy consumption: The passive all-optical architecture reduces active devices, cutting network energy consumption by 70% and failure rate by 60% to lower long-term O&M costs.

Flexible expansion adapting to business growth: Smooth upgrade from traditional optical fiber backbone to 10G/40G PON is supported. Only additional photo-electric APs are needed for new workstations without rewiring.

Traditional ordinary APs cannot meet high-concurrency access demands in densely populated open offices, suffering from network lag, roaming disconnection and messy wiring issues. Featuring 3000M high-speed wireless, seamless intelligent roaming and simplified fiber cabling, the AINOPOL Wi-Fi6 photo-electric converged all-optical coverage solution perfectly satisfies simultaneous online office demands of hundreds of users. It also streamlines machine room equipment, reduces energy consumption and failures, building a stable, smooth and easy-to-maintain high-density Wi-Fi network for modern open-style office spaces.

FAQ

Q: How many Wi-Fi6 photo-electric APs are needed for an open office accommodating 200 employees on one floor?

A: One ceiling-mounted Wi-Fi6 AP can stably carry 80-100 terminals. Only 2 to 3 APs deployed in a staggered layout are sufficient for a 200-person office area, and the quantity can be fine-tuned according to office partitions and wall shielding conditions.

Q: Are there any distance limits for Wi-Fi6 AP fiber transmission? Is it applicable for super-large floor offices?

A: Single-mode optical fibers support transmission distances of 20 to 40 kilometers, which fully covers conventional single-storey and multi-storey office areas without additional switches for signal relay.

Q: Will network lag occur when a large number of employees hold video conferences simultaneously in the office?

A: Video conference traffic is set with the highest priority. Gateways conduct intelligent bandwidth scheduling combined with A-FEC packet loss compensation technology, ensuring smooth and stable video conferences even with hundreds of participants online at the same time.

Q: Can existing network-cable-based ordinary APs be retained and gradually replaced by this photo-electric Wi-Fi6 solution?

A: Phased regional renovation is supported. Original APs can be kept in temporary use, while newly added workstations in open offices can be directly equipped with photo-electric converged Wi-Fi6 APs without interrupting daily office network services during transformation.