WiFi & Wireless Network
Design Consultancy
Predictive RF modelling, access point placement design and wireless infrastructure consultancy for offices, hospitality, healthcare, education and industrial facilities — designed to 802.11ax Wi-Fi 6/6E standards.
What We Offer
Poor WiFi coverage is one of the most disruptive problems in modern buildings. ASDV Consultant provides professional wireless network design services that ensure seamless, high-density, interference-free coverage from day one — without costly post-installation remediation.
We use predictive RF modelling software (Ekahau / iBwave) to simulate signal propagation through your building's specific construction materials, floor plans and occupancy scenarios before a single access point is installed. This produces an evidence-based AP placement design with quantified coverage, signal strength (RSSI), SNR and channel utilisation data.
Our wireless designs support enterprise-grade deployments for healthcare (patient monitoring, RTLS), hospitality (high-density guest WiFi), education (BYOD and e-learning), warehouses (barcode scanning and WMS), and smart buildings (IoT device connectivity).
Why Choose ASDV?
- Certified ELV design consultants with 10+ years experience
- AutoCAD & Revit BIM deliverables for seamless coordination
- Full compliance with Indian & international standards
- Transparent pricing with detailed BOQ and specifications
- Pan-India service with international project capability
Design Deliverables
Predictive RF Heat Maps
Signal strength, SNR and channel utilisation heat maps generated from predictive modelling software for each floor.
AP Placement Drawings
Floor plan drawings showing access point locations, mounting heights, model specifications and antenna orientation.
Bill of Quantities
Itemised AP, controller, PoE switch and cabling quantities for accurate tendering.
Wireless Design Report
Comprehensive report covering design assumptions, RF parameters, channel plan, roaming strategy and security architecture.
Controller & Infrastructure Design
Wireless LAN controller sizing, SSID architecture, VLAN segmentation and PoE infrastructure specifications.
Post-Installation Survey Report
Optional on-site RF validation survey confirming coverage meets design targets after installation.
What's Included
Our Design Process
Requirement Gathering
Understand application types (voice, video, IoT, RTLS), device density, mobility requirements, security policy and existing infrastructure.
Building Data Collection
Obtain architectural drawings (DWG/PDF), construction material details (concrete, glass, drywall) and site photos.
Predictive RF Modelling
Import floor plans into RF modelling software, define materials, simulate AP placements and optimise for coverage targets.
Design Documentation
Produce AP placement drawings, heat maps, BOQ, specifications and wireless design report for client review.
Tender & Procurement
Issue design for vendor tendering, evaluate bids, review technical submittals and validate AP models against design.
Post-Installation Validation
Conduct on-site RF validation survey to confirm coverage meets design targets and document any remediation required.
Standards & Codes We Design To
Frequently Asked Questions
Predictive RF modelling uses software (such as Ekahau or iBwave) to simulate wireless signal propagation through a building's specific floor plans and construction materials before installation. This produces heat maps showing expected signal strength, SNR and channel utilisation, enabling optimised AP placement without trial-and-error installation.
The number of access points depends on building size, construction materials, device density and application requirements. A typical office requires one AP per 300–500 sq m for basic coverage; high-density environments like conference rooms or auditoriums may require one AP per 50–100 users. We calculate the exact number through predictive modelling.
Yes. We design wireless networks to 802.11ax (Wi-Fi 6) and Wi-Fi 6E (6 GHz band) standards, enabling higher throughput, lower latency and better performance in high-density environments compared to legacy 802.11ac Wi-Fi 5 deployments.
Yes. Healthcare WiFi design requires coverage for clinical applications, patient monitoring systems, voice over WiFi (VoWiFi) handsets, and Real-Time Location Systems (RTLS). We design healthcare WLAN systems to HIPAA security standards with appropriate VLAN segmentation and roaming performance.
A WiFi design (predictive survey) produces a design for a new installation before any APs are installed, using software modelling. A post-installation validation survey (passive or active) measures the actual RF environment after installation to confirm coverage meets the design targets.
Need a Professional WiFi Design?
Get a predictive RF model and AP placement design for your project from ASDV Consultant.