What is the difference between WiFi 6E and WiFi 6, and do we really need the upgrade?

WiFi 6E adds the entire 6GHz spectrum band, providing 59 additional non-overlapping channels compared to WiFi 6's congested 2.4/5GHz bands. For high-density environments like warehouses, hospitals, and multi-tenant offices, 6E eliminates co-channel interference that causes the throughput degradation and roaming issues plaguing most enterprise networks. Our deployments show 3x capacity improvement and sub-10ms roaming in environments that previously averaged 4+ second handoffs.

What does the site survey process look like?

We perform both predictive and active RF surveys using Ekahau AI Pro. The predictive phase models AP placement against your floor plans and building materials before any hardware is purchased. The active phase validates real-world performance with spectrum analysis, interference mapping, and capacity testing under load. You receive a detailed RF report with heat maps showing coverage, signal-to-noise ratio, channel utilization, and recommended AP quantities and placements.

How do you determine the right AP density for our environment?

AP density is driven by three factors: coverage area, device density, and application requirements. A typical office needs 1 AP per 2,500 sq ft, while a high-density warehouse or conference center may need 1 AP per 800 sq ft. Our Ekahau models account for building materials, ceiling heights, RF interference sources, and your specific device mix to calculate the exact AP count — we never oversell hardware or leave you under-provisioned.

How do you handle guest vs. corporate network separation?

We implement full network segmentation with dedicated SSIDs, VLANs, firewall policies, and bandwidth throttling for each user class. Guest networks are isolated at Layer 3 with captive portal authentication and rate limiting, while corporate devices authenticate via 802.1X with RADIUS integration. IoT devices get their own VLAN with restricted east-west traffic policies to prevent lateral movement in case of device compromise.

What is the difference between DAS and small cells for in-building cellular coverage?

Distributed Antenna Systems (DAS) use a centralized headend that distributes carrier signals through a network of passive or active antennas throughout the building, supporting all carriers simultaneously. Small cells are carrier-specific micro base stations that require individual backhaul connections. DAS is ideal for buildings over 100K sq ft with multi-carrier requirements, while small cells work well for targeted coverage in smaller areas. We design and install both solutions based on your building size, carrier needs, and budget.

Do you provide ongoing network optimization after the initial deployment?

Yes — we offer managed wireless services that include 24/7 cloud monitoring, quarterly RF optimization reviews, firmware management, and proactive capacity planning as your device count grows. Our managed clients see 60% fewer truck rolls and maintain consistent performance as environments change. We also provide detailed monthly reports on network health, client counts, bandwidth utilization, and rogue AP detection.

All SolutionsWireless

Enterprise
Wireless.

WiFi 6E, DAS, and IoT mesh networks engineered for high-density enterprise environments. Site surveys, heat mapping, and post-install validation included.

25K+APs Deployed

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Overview

Network Infrastructure.

Modern enterprises demand seamless wireless connectivity for employees, guests, and IoT devices. IpOctet deploys enterprise wireless networks with full RF engineering — from predictive heat maps to post-install validation walks. We handle the complete stack: access point mounting, PoE switching, controller configuration, and ongoing optimization to keep your network performing at peak capacity.

WiFi Alliance CertifiedFCC CompliantBICSI CertifiedPCI DSS Ready

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The Challenge

What Happens Without Network Infrastructure.

Dead Zones

23%— Ekahau 2024

Nearly a quarter of enterprise floor space has insufficient wireless coverage due to poor AP placement, RF interference, or building material attenuation — creating connectivity black holes that kill productivity.

Scanner Failures

$180K/yr— Warehouse Study

Warehouse and distribution environments lose an average of $180K annually per facility from RF scanner disconnects that halt pick-pack-ship operations, corrupt inventory data, and force manual reconciliation processes.

Roaming Drops

4.2s avg— WiFi Alliance

Legacy wireless networks average 4.2-second roaming handoff times between access points, causing VoIP call drops, video freezes, and real-time application timeouts for mobile workers moving through facilities.

Bandwidth Bottlenecks

340%— Cisco 2024

IoT device density has grown 340% since 2020, overwhelming networks designed for laptop-only environments. Without proper capacity planning, IoT sensors, cameras, and building systems compete with business-critical traffic.

Our Process

How We Deliver.

Survey

Predictive and active RF site surveys with Ekahau to map coverage, interference, and capacity requirements.

Engineer

AP placement plans, channel assignments, power levels, and switching architecture for optimal performance.

Deploy

AP mounting, PoE switch installation, controller setup, SSID configuration, and security profiling.

Validate

Post-install validation walks, speed testing, roaming analysis, and capacity load documentation.

Capabilities

What's Included.

WiFi 6E / WiFi 7 Rollouts

Enterprise access point deployment with tri-band coverage, WPA3 security, and cloud management.

DAS & Cellular Boosting

Distributed Antenna Systems for in-building cellular coverage in facilities with poor outdoor signal.

IoT Mesh Networks

LoRaWAN, BLE, and Zigbee mesh deployments for asset tracking, environmental sensors, and building automation.

Switching & Routing

Enterprise PoE switches, core routers, and SD-WAN edge devices installed, configured, and stacked.

Network Security

802.1X authentication, RADIUS integration, guest network isolation, and wireless IDS/IPS.

RF Engineering

Ekahau-based predictive planning, post-install validation, and ongoing optimization services.

By The Numbers

Proven Results.

0K+

APs Deployed

Coverage Target Met

Site Surveys Completed

Avg Roaming Latency

Business Impact

ROI That Justifies the Investment.

10 Sites

$240K/yr

Estimated Annual Savings

60%

Cost Reduction

7 months

Payback Period

50 Sites

$1.2M/yr

Estimated Annual Savings

60%

Cost Reduction

5 months

Payback Period

100+ Sites

$2.4M/yr

Estimated Annual Savings

60%

Cost Reduction

4 months

Payback Period

Based on Ekahau productivity benchmarks, truck roll cost analysis, and IpOctet project data from 200+ wireless deployments.

The IpOctet Advantage

Why Choose Us.

Full RF engineering with Ekahau — precision wireless design, far beyond basic AP mounting.

Post-install validation walks ensure coverage meets spec before project closeout.

PoE budgeting and switch stacking ensure your infrastructure powers every access point.

Guest, corporate, and IoT networks segmented with proper VLAN and firewall policies.

Cloud-managed APs with remote monitoring reduce Day 2 truck rolls by 60%.

WiFi 6E-ready designs provide 6GHz band access for capacity-hungry environments.

Why IpOctet

The Competitive Difference.

Capability	Regional IT Provider	Big Box Retailer Install	In-House IT
RF Engineering (Ekahau)	Sometimes		Rarely
Post-Install Validation	Partial		Best effort
WiFi 6E/7 Ready	Sometimes	WiFi 6 only	Varies
PoE Budget Planning	Basic		Sometimes
Guest Network Isolation	Basic VLAN		Sometimes
Cloud Management	Sometimes	Vendor-specific	Varies
DAS Capability

Common Questions

Straight Answers.

“Our warehouse went from 3 dead zones to wall-to-wall coverage. Scanner connectivity issues dropped to near zero and pick rates improved 22% in the first quarter.”

David Park

VP of Operations, National 3PL Provider

12 Months

Warehouses Deployed

Sq Ft Covered

Pick Rate Improvement

Case Study

85-Warehouse WiFi Overhaul.

National 3PL — Industrial Wireless Deployment

Deployed WiFi 6E across 85 distribution centers with industrial-rated APs, eliminating scanner disconnects and enabling real-time inventory tracking across 12M sq ft.

WiFi 6E Access Points

Industrial PoE Switching

RF Validation Walks

Cloud Management Setup

Discuss Your Project

What Happens Next

Your Engagement Timeline.

Day 1

Discovery Call

A 30-minute scoping call to understand your requirements, timeline, site count, and any existing infrastructure constraints.

Week 1

Site Survey & Assessment

Our engineers visit your site(s) for pathway analysis, environmental evaluation, and existing infrastructure documentation.

Week 2

Proposal & SOW

Detailed scope of work with itemized BOMs, project schedule, milestones, and a fixed-price quote — no hidden fees.

Week 3

Contract & Kickoff

Agreement finalization, dedicated PM assignment, kick-off meeting with your team, and materials procurement.

Week 4+

Staged Execution

Phased deployment with real-time tracking through our Hub platform, photo documentation, and weekly status reports.

Final Week

Closeout & Handoff

Test reports, as-built documentation, warranty information, and knowledge transfer delivered through your portal.

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Ready to Deploy.

One vendor. One standard. Enterprise-grade network infrastructure at national scale.

Talk to Our Experts

Network Infrastructure.

WiFi Alliance CertifiedFCC CompliantBICSI CertifiedPCI DSS Ready

Get a Quote

Capability

IpOctet

Regional IT Provider

Big Box Retailer Install

In-House IT

RF Engineering (Ekahau)

Sometimes

Rarely

Post-Install Validation

Partial

Best effort

WiFi 6E/7 Ready

Sometimes

WiFi 6 only

Varies

PoE Budget Planning

Basic

Sometimes

Guest Network Isolation

Basic VLAN

Sometimes

Cloud Management

Sometimes

Vendor-specific

Varies

DAS Capability

85-Warehouse WiFi Overhaul.

National 3PL — Industrial Wireless Deployment

Deployed WiFi 6E across 85 distribution centers with industrial-rated APs, eliminating scanner disconnects and enabling real-time inventory tracking across 12M sq ft.

WiFi 6E Access Points

Industrial PoE Switching

RF Validation Walks

Cloud Management Setup

Discuss Your Project

EnterpriseWireless.

Network Infrastructure.