Mobile validation node
A compact node for on-site acceptance, SSID/BSSID checks, roaming walks and targeted service validation.
MEILLEUR LAB TOOLS
WiFi Client & Traffic Lab
Real radio paths. Controlled load. Repeatable design validation.
A centrally orchestrated platform for real Wi-Fi associations, programmable client identities and defensible traffic scenarios – from one mobile test node to a distributed lab fleet.
01Real Wi-Fi radios instead of purely synthetic load
02Programmable identities, SSIDs, BSSIDs and dwell times
03Concurrent voice, video, download and background profiles
04Measurable RF, service and traffic evidence
DEPLOYMENT MODELS
From one measurement point to a distributed test field.
Nodes can be used as mobile tools, room-level test systems or a multi-site fleet. One control center distributes profiles, starts scenarios and correlates results in a shared client and time context.
Room & zone lab
Multiple nodes per lecture hall, auditorium, floor or RF zone create defined client and traffic distributions.
Distributed fleet
Deploy the same scenario to multiple sites, start it at the same time and compare results centrally.
DESIGN VALIDATION
Load scenarios with an explicit workload model.
These are repeatable planning and acceptance scenarios. Acceptance limits remain project-specific – the lab provides the measurements rather than a generic pass/fail result.
30 people · 60 devices
Onboarding, DHCP, DNS, RADIUS, concurrent application starts and distribution across 2.4/5/6 GHz where supported by the test hardware.
- 60 real associations
- controlled start waves
- radio and airtime distribution
400 people · up to 800 devices
Staged admission, lease and pool demand, capacity, retry behaviour and net throughput with a high concurrent client count.
- up to 800 device profiles
- net Mbps/Gbps
- airtime and retries per radio
6 VoIP calls per radio cell
Bidirectional RTP profiles with measurable latency, jitter and packet loss, including AP hopping and roaming under load.
- 6 concurrent calls
- separate uplink and downlink
- roaming under load
Voice, video, download and mobility
For example, three continuously roaming clients, five voice calls, two video sessions, two internet downloads and additional office traffic.
- TCP and UDP
- programmable dwell times
- repeatable test runs
MEASUREMENTS
Do not estimate. Measure, reproduce and prove.
Every value is evaluated per run, node, client, radio and time window. Design decisions, acceptance tests and optimisations remain traceable.
Latency
Round trip and one-way where the clock source and measurement path allow it.
Jitter
Packet-spacing variation for voice and real-time profiles.
Packet loss
Sent, received and lost packets, separated by direction and profile.
Retries
Retransmissions as an RF and airtime indicator per client and radio.
Net throughput
Usable Mbps/Gbps rather than nominal PHY rate.
Airtime
Utilisation, load shares and bottlenecks per radio cell.
Radio distribution
Clients and load across 2.4/5/6 GHz, AP, BSSID and radio.
Roaming time
Timestamp, interruption and target path during controlled mobility.
INFRASTRUCTURE & CONTROL
SSID, DHCP, traffic and evidence in one workflow.
The control center manages SSIDs, optional BSSID targets, identity pools, dwell times, bands and traffic profiles. DHCP integrations can remove test leases in a controlled way and calculate pool and lease demand for each scenario.
EVIDENCE FIRST
From the radio path to the acceptance report.
Client lane, identity, association, AP/BSSID changes, radio, traffic and service results stay in one timeline. This reveals whether the root cause is RF, roaming, DHCP, policy or load.
REPEATABLE BY DESIGN
Design validation that can be repeated.
Run the same scenario again, compare changes and provide defensible technical evidence for planning, acceptance, troubleshooting and go-live.