ekahau site survey

Ekahau Site Survey steps

Ekahau Site survey steps Pre-Survey Preparation Understand the Environment: Gather floor plans and understand the physical layout. Define Objectives: Clarify what you aim to achieve with the survey (e.g., coverage, capacity, roaming). Select the Right Tools: Ensure you have the latest version of Ekahau AI Pro and a charged Ekahau Sidekick. On-Site Survey Execution Physical[…]

Glass wifi antennas

waveantenna: Bridging Connectivity and Aesthetics with Glass Antennas

Introduction In the ever-evolving landscape of wireless communication, a groundbreaking solution has emerged—one that seamlessly integrates technology into our surroundings while preserving aesthetics. Enter WAVEANTENNA, the glass antenna developed by AGC (AGC Inc.). In this blog, we’ll explore how WAVEANTENNA transforms ordinary windows into intelligent communication hubs, bridging the gap between architecture and connectivity. The[…]

wifi site survey software

WiFi Site Survey Software

WiFi Site Survey Software Introduction As a telecom network specialist, you play a crucial role in designing, implementing, and maintaining communication networks. When it comes to WiFi networks, conducting a thorough site survey is essential. In this guide, we’ll explore the importance of site surveys and introduce some top-notch software solutions. What Is a WiFi[…]

ekahau site survey

Ekahau site survey Luxembourg

Ekahau Site Survey: The Ultimate Guide for Wi-Fi Professionals If you are a Wi-Fi professional, you know how important it is to design, optimize, and troubleshoot wireless networks. You also know how challenging it can be to collect accurate and reliable data, analyze complex issues, and provide actionable recommendations. That’s why you need Ekahau Site[…]

WLAN design Luxembourg

WLAN design meets architectural integrity

 WLAN Design Meets Architectural Integrity Creating a robust Wi-Fi network while preserving the beauty and flow of your space is no easy feat. It’s a delicate dance between functionality and aesthetics, a waltz with Wi-Fi signals and architectural considerations. But fear not, for this guide offers strategies to navigate this artistic endeavor, ensuring both seamless[…]

WLAN FOR SCHOOLS LUXEMBOURG

WLAN Design for Schools

WLAN Design for Schools In today’s digital era, a robust and reliable wireless network is an essential part of a school’s infrastructure. This blog post will explore the key considerations when designing a WLAN (Wireless Local Area Network) for schools, drawing from various expert resources. Crucial Factors for Wi-Fi Network Design When designing a Wi-Fi[…]

Ekahau Predictive Site Survey

Predictive site survey with Ekahau

Optimizing WLAN with Ekahau Predictive Site Survey What is Ekahau Predictive Site Survey? Ekahau’s Predictive Site Survey is a powerful tool that allows network engineers to simulate and test network configurations before deployment1. It uses building floor plans and information about wall materials, obstructions, and environmental variables to predict Wi-Fi coverage and performance1. This tool[…]

Ekahau video training

Ekahau video training

The Ekahau Quick Start On-Demand training course is designed to take you through all of the basic workflows that you need to know to design networks, perform site surveys, and perform troubleshooting with spectrum analysis. This course consists of 3 major chapters: design, survey, and spectrum analysis. Here is a detailed overview of the course[…]

Cisco Meraki Luxembourg

Cisco Meraki Luxembourg

Cisco Meraki Cloud Solution in Luxembourg: In the digital age, businesses are increasingly reliant on robust and efficient network solutions. One such solution making waves in Luxembourg is the Cisco Meraki cloud solution. This innovative technology offers a comprehensive suite of network management tools that are transforming the way businesses operate. What is Cisco Meraki?[…]

wifi Luxembourg

RF Requirements for Real-Time Applications

RF Requirements for Real-Time Applications Understanding and meeting the RF requirements is key to optimizing WiFi performance for real-time applications. These requirements include: Frequency Bands: WiFi operates in the 2.4 GHz and 5 GHz and 6GHz bands. The 5 or 6 GHz band is often preferred for real-time applications due to its higher data rates[…]