ekahau – MEC Networks Corporation https://mec.ph Your Partner in Innovation: The ICT and Physical Security Distributor in the Philippines Tue, 10 May 2022 07:44:01 +0000 en-US hourly 1 https://storage.googleapis.com/stateless-mec-ph-storage/2021/04/2a9b1c0d-cropped-mec-logo-email-signature-32x32.png ekahau – MEC Networks Corporation https://mec.ph 32 32 Ekahau Connect https://mec.ph/datasheet/ekahau-connect/ Thu, 28 Apr 2022 07:37:01 +0000 https://mec.ph/?p=63987 INQUIRE NOW Download Resources Now The All-In-One Product Suite for Better Wi-Fi Ekahau Connect™ enables you and your team to design, optimize and troubleshoot any Wi-Fi network faster and easier than ever before. Get accurate and actionable results with the complete suite of Ekahau Wi-Fi tools.   Manage every aspect of your wireless network with… Continue reading Ekahau Connect

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The All-In-One Product Suite for Better Wi-Fi

Ekahau Connect™ enables you and your team to design, optimize and troubleshoot any Wi-Fi network faster and easier than ever before. Get accurate and actionable results with the complete suite of Ekahau Wi-Fi tools.

 

Manage every aspect of your wireless network with our complete suite of Wi-Fi tools. Hardware, software, and services—it’s all included with Connect.

Key Benefits

  • Design a reliable, high capacity Wi-Fi network
  • Validate a new Wi-Fi deployment or optimize an existing Wi-Fi network
  • Analyze and troubleshoot Wi-Fi issues in real-time

All of the Must-Have Wi-Fi Tools for Your Wireless Kit are Included with Connect

Ekahau Sidekick

Ekahau Sidekick

Allows for advanced precision Wi-Fi site surveys and spectrum analysis as the only professional measurement device. your network.

Ekahau Pro

Ekahau Pro

Sets the industry standard for planning, validating, analyzing, and troubleshooting

Ekahau Survey App

Ekahau Survey App

Offers a full mobile survey solution enhanced for iOS devices, delivering an intuitive user experience and fast responsive interface.

Ekahau Analyzer App

Ekahau Analyzer App

Redefines the future of troubleshooting through faster, easier, and more accurate network health validation.

Ekahau Insights

Ekahau Insights

Gives you full network visibility, performance analytics, and simplified collaboration across multiple wireless network locations.

Ekahau Capture

Ekahau Capture

Easily collects the data you need to conduct advanced troubleshooting and in-depth analysis of challenging Wi-Fi problems.

Ekahau Cloud

Ekahau Cloud

Enables you to collaborate, share, and remotely track projects between multiple locations and teams, improving efficiency and preventing costly rework.

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Ekahau Sidekick https://mec.ph/datasheet/ekahau-sidekick/ Thu, 17 Feb 2022 03:34:21 +0000 https://mec.ph/?p=57687 INQUIRE NOW Download Resources Now Precise, plug-and-play Wi-Fi diagnostic and measurement device for professional results. Ekahau Sidekick® is the most advanced, all-in-one Wi-Fi diagnostic and measurement device on the market, delivering pinpoint accuracy for professional results. Build the highest performing wireless networks and diagnose network issues faster, more accurately, and on the go with your… Continue reading Ekahau Sidekick

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Precise, plug-and-play Wi-Fi diagnostic and measurement device for professional results.

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Ekahau Sidekick® is the most advanced, all-in-one Wi-Fi diagnostic and measurement device on the market, delivering pinpoint accuracy for professional results. Build the highest performing wireless networks and diagnose network issues faster, more accurately, and on the go with your Sidekick.

 

The accuracy of the Sidekick allows you to identify the signal correctly the first time ensuring you get the right number of APs in the right location for your design. Relying on a Wi-Fi adapter or dongle adds high variance and risk that can significantly increase the cost and reduce the effectiveness of your network. Get the right tool for the job with Sidekick.

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Two Enterprise-Grade
Wi-Fi Radios

Minimize Wi-Fi site survey and troubleshooting time with dual-band internal radio capable of surveying all 802.11 Wi-Fi networks, including 802.11ax (Wi-Fi 6) networks.

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Lightning Fast
Spectrum Analyzer

The Sidekick’s high-resolution spectrum analyzer speed is 4-10 times faster and more accurate than other Wi-Fi spectrum analyzers, resulting in more precise pinpointing of interference issues and quicker problem resolution.

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Seven Omni
Directional Antennas

Being consistent is the difference between failure and success. The Sidekick delivers unbeatable reliability using seven factory-tested internal antennas placed in an optimum orientation that deliver standard and consistent measurement accuracy.

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Ekahau: Planning Your Ideal Wi-Fi Network Capacity https://mec.ph/news/ekahau-planning-your-ideal-wifi-network/ Thu, 10 Feb 2022 03:15:16 +0000 https://mec.ph/?p=56288 Phones, tablets, laptops, and more! Wi-Fi capacity, like business, frequently develops and transforms. New devices are being added to wireless networks every day. This amplifies not only density but overall traffic on the network. According to a recent Cisco report, the number of devices connected to IP networks will be more than 3X the global… Continue reading Ekahau: Planning Your Ideal Wi-Fi Network Capacity

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Phones, tablets, laptops, and more! Wi-Fi capacity, like business, frequently develops and transforms. New devices are being added to wireless networks every day. This amplifies not only density but overall traffic on the network. According to a recent Cisco report, the number of devices connected to IP networks will be more than 3X the global population by 2023.

 

With the rapid-fire increase in the number of devices coming on to networks, a well-designed, dependable network planned for capacity and growth is critical.

Defining Wireless Network Capacity

Wireless network capacity is a computation of the number of devices that can be backed simultaneously on a wireless network grounded on the bandwidth being consumed and the number of Wi-Fi radios accessible on the network. Along with coverage and channel utilization, understanding network capacity needs is a substantial demand when designing a wireless network.

Additional APs Doesn’t Always Equate to Additional Wi-Fi Capacity

One of the biggest misconceptions or responses when designing for capacity is to add a lot of access points (APs) to your network to accommodate the added devices. Whether designing for a new network or upgrading a subsisting network, you need to design with the capacity conditions to meet your business’s requirements.

Understanding Your Capacity Wireless Requirement

Wrong planning will affect traffic and lead to poor performance on your network. Wi-Fi is a contention grounded medium, meaning devices are contending for time to communicate on the network. When numerous devices are fighting for a spot, data rates drop. Devices hold out for an opening with an available radio and reattempt the connection. Dropped data rates mean low quality, buffering, latency, and frustratingly slow application use. It also involves increasing help desk tickets for IT or the network proprietor.

 

This is the first thing you need to do, whether making changes to a subsisting network or designing for a greenfield network. Pinpoint your capacity demand based on the devices and the applications on your network. This is called your capacity utilization network requirement, and it is critical in your design process.

 

Now let us get into the specific factors for an ideal Wi-Fi network capacity.

6 Factors for Getting Your Ideal Wi-Fi Network Capacity

  1. Devices on the network. Would there be phones, laptops, handheld scanners, or printers, and how many of each would connect to the network?
  2. Applications running on the network. How will those devices be used? Will they demand voice, HD video streaming, etc.?
  3. Throughput for each piece of equipment. How substantial is the data transferred on the network?
  4. Network topology or network configuration. What approach will be used for physical and logical topology? What will be the blueprint of the network’s nodes, switches, and APs?
  5. Accessible capacity and bandwidth. What is the condition for the application, and how consequential is the bandwidth required? Grounded on the other conditions, is there room in your network design, or will you need to make further adjustments?
  6. Future growth/needs. However, will your network be qualified to accommodate that growth with little or no changes if your conditions change?

 

So how do you design a network that can accommodate the projected growth of multiple devices? We have a tool for that. Ekahau Pro has a built-in planner that will allow you to design a network for present capacity conditions while also accommodating coming growth.

 

Ekahau Pro simplifies the capacity utilization formula to minimal simple device and usage profile inputs. It also lets you task multiple capacity zones to consider for networks with a wide variance in capacity conditions for distinct parts of the floorplan.

 

Once you have determined your requirements, you can begin constructing your predictive design and deploying your network. But capacity planning doesn’t stop once you have deployed your design. The optimization phase of the Wi-Fi lifecycle is the continuous monitoring and maintenance required for a high-performing dependable wireless network.

 

You should be consistently gathering data on your network to guarantee your design is meeting the capacity needs. Identify trends on your network like peak traffic times, packet loss, or throughput performance and work optimizations into your ongoing network maintenance. The most significant thing to remember is that network demands can alter over time, and you need to ensure your network is up to the task.

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Ekahau: How to Enhance Every Stage of your Wi-Fi Lifecycle https://mec.ph/news/ekahau-how-to-enhance-your-wifi-lifecycle/ Wed, 01 Dec 2021 02:01:21 +0000 https://staging.mec.ph/?p=54067 No matter where you are in the Wi-Fi lifecycle, Ekahau Connect includes intuitive and potent Wi-Fi tools to aid you in managing every step.

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Handling the lifecycle of the wireless network of your business is a non-stop process. You do not just set it up and forget about it. No matter where you are in the Wi-Fi lifecycle, Ekahau Connect includes intuitive and potent Wi-Fi tools to aid you in managing every step.

The Wi-Fi Lifecycle

The Wi-Fi lifecycle includes all of the stages you commonly see with setting up and handling a robust wireless network. It passes through the earliest predictive design, validation, network optimizations, upkeep, and troubleshooting. Understanding the stages and fitting yourself with the right tools can help you boost dependability and performance for your network.

5 Steps to Enhance Every Step of the Wi-Fi Lifecycle

1. Design

Designing your Wi-Fi means transposing network demands into a high-performing and dependable network for your business. To meet or exceed business-critical operations, Wi-Fi needs to be well-designed, not just installed.

 

To start your design, you will first work with design stakeholders to gather requirements. Take into account the information about the site layout, constructing paraphernalia, network architecture, devices on the network, application, and occasionally, aesthetics. Some of this data is not always readily available. In those scenarios, you have to use your own judgment to make estimates.

 

Once conditions have been established and approved by the design stakeholders, you can start your predictive design. Predictive designs are done in the modeling software in which you can import your floor plan and delineate the surroundings. With this, you can simulate walls, input coverage/capacity conditions, and plot your access point (AP) placement.

 

Ekahau Pro is the industry-standard software for designing Wi-Fi networks. Using an ultra-fast and accurate 3D propagation machine, Pro allows you to directly design a high-capacity network based on your conditions. On the other hand, Ekahau Cloud allows you to share your design and check results with the rest of your organization. Enjoy the flawless collaboration between the central office and field areas, and make design participating with your entire company simple and easy.

 

2. Validate

Like all designs, Wi-Fi design is an iterative process, so once you have completed your predictive design, you need to validate it. The most common system of design confirmation is performing an AP on a Stick (APoS) check. By mounting APs in the locales preliminarily linked, you will be ready to validate effects like AP placements, channel application, capacity, content, and RF in the terrain. This will ensure that your design is performing as predicted. 

 

Validating your design is critical to successful network deployment. Mounting the APs and any external antennas can help reveal any implicit fine-tuning needed before running the final cabling and installing the APs. The confirmation phase is the “measure doubly, cut formerly” part of the Wi-Fi lifecycle. This aids you in alleviating the threat of expensive redesign, rewiring, and reinstallation after the APs have been stationed.

 

The confirmation stage of the Wi-Fi lifecycle also includes post-deployment confirmation once the network outfit has been installed and configured rightly. 

 

With the Ekahau Survey mobile app along with your Ekahau Apprentice, you can conduct pre-and post-installation confirmation checks. By using the power of the Apprentice, you will be ready to get a more accurate understanding of how your APoS or post-implementation design is performing. Survey transforms your smartphone or tablet into a lightweight inspection tool supplying you the freedom of movement and enhanced safety. Dissect the results of your check with Ekahau Pro and make any necessary adaptations to meet your conditions. 

 

You can also share your results via the cloud with multiple people in the field who can now work simultaneously on the same design. Critical data can be speedily sent to the Wi-Fi expert in charge.

3. Optimize

Now your Wi-Fi is perfect, and you can go home, right? Not yet! Wi-Fi optimization is the ongoing monitoring and upkeep needed for an efficient and dependable wireless network. 

 

 

For numerous networks, the optimization phase takes the longest time. This is because the network is continuously tweaked to accommodate changes in operation situations and the number of client devices or changes in the physical landscape. This is similar to shifting stocks in storage or changes in the office room arrangements.

 

 

Regularly performing an RF check of your network will give the precious data demanded to make smart Wi-Fi adaptations. The process of accomplishing regular health check checks, troubleshooting issues, and enforcing fixes will open the doors to a stable network that will last.

4. Troubleshoot

Most of the time, you do not know a network issue or Wi-Fi outage has been happening until the help office tickets start rolling in. Time is precious, and every moment counts when troubleshooting your network.

 

Troubleshooting can be a high-stress phase of the Wi-Fi lifecycle. However, with the right tools, you can fix and go back to the optimization phase.

 

A spectrum analyzer is critical in the troubleshooting process. It records and measures the strength (power/energy) of both Wi-Fi and non-Wi-Fi business that exists in your network terrain. This allows you to rapidly identify possible intruders. In addition, a spectrum analyzer can show the channel of calculated traffic, empowering you to optimize your network channels for top performance while avoiding impediments.

 

When users report problems, troubleshooting with Ekahau tools is quick and easy. Onsite staff can fire up the Ekahau Analyzer mobile app and Ekahau Apprentice to identify possible issues. The intuitive dashboard provides a quick view of network health. It can detect primary and secondary signal strength, Signal-to-Noise Rate (SNR), channel, connectivity, spectrum outturn, data rates, and possible interferences. 

 

Remote collaboration with Ekahau Connect is also great for troubleshooting networks. Autopilot mode in Survey automatically tracks your path. This makes it easy for non-Wi-Fi experts to gather measures in areas where users are passing issues. The measured data can also be bear back to the Wi-Fi expert for analysis.

 

Ekahau Capture, along with Apprentice, allows anyone to fluently collect Wi-Fi packets to determine complex problems. 

5 – Design (Again?)

Occasionally, network conditions change, leaving your network performance lacking. Other times, company growth exceeds what your network can accommodate. This leads to a new design or an upgrade for your network. But good news! The process is the same; simply gather your conditions, design, validate and optimize your network!

Conclusion

Throughout the Wi-Fi lifecycle, Ekahau Connect enables flawless collaboration across departments, onsite staff, and remote experts. From the advanced design features of Ekahau Pro to the easy-to-use mobile Survey and Analyzer apps and the sheer delicacy of the Apprentice, Connect includes all of the tools you need to make and maintain a high-performing wireless network across every stage of the Wi-Fi lifecycle.

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Ekahau Pro https://mec.ph/datasheet/ekahau-pro/ Tue, 21 Sep 2021 00:59:00 +0000 https://mec.ph/?p=48862 INQUIRE NOW Download Resources Now A Professional Tool for Wireless Professionals Set the standard for planning, validating, analyzing, and troubleshooting your network. Ekahau Pro ensures high performance and includes capacity, planning, and analysis. It supports all Wi-Fi access points, thousands of antennas, and legacy and current Wi-Fi standards, including 802.11ax (Wi-Fi 6). If a Wi-Fi network… Continue reading Ekahau Pro

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A Professional Tool for Wireless Professionals

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Set the standard for planning, validating, analyzing, and troubleshooting your network.

Ekahau Pro ensures high performance and includes capacity, planning, and analysis. It supports all Wi-Fi access points, thousands of antennas, and legacy and current Wi-Fi standards, including 802.11ax (Wi-Fi 6). If a Wi-Fi network is not yet in place, Ekahau Pro will automatically determine how many access points are needed and where they should be placed. Ekahau Pro will also recommend a network configuration for optimal performance. For Wi-Fi networks already in place, Ekahau Pro provides quick and easy site surveys, coverage and capacity analysis, network optimization, and troubleshooting.

Key Features

Troubleshoot and Report

☑ Display access point and channel configurations to reveal common interference issues

 

☑ Analyze collected data using one of 17 heatmaps to quickly determine the performance of the Wi-Fi network macOS and iPad are trademarks of Apple Inc

 

☑ Generate easy-to-interpret reports for your entire Wi-Fi project with a single click or create fully customized reports

Network Planning

☑ Automated access point placement and network optimization

 

☑ Automated wall detection from CAD floorplans

 

☑ Coverage and Capacity simulations

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Supports Latest Wi-Fi Standards and All Wi-Fi Vendors

☑ Supports legacy and modern Wi-Fi standards, including 802.11ax (Wi-Fi 6)

 

☑ Includes 2500+ Wi-Fi access points and antennas from all vendors for planning in 3D

 

☑ Cisco Integration: Cisco DNAc & Prime Import / Export, BLE planning, Cisco AP name detection. Multi-SSID detection. Multi-radio detection

 

☑ Aruba HPE Integration: Airwave project import, BLE planning, AP name detection, Multi-SSID detection, Multi-radio detection

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Critical Wi-Fi Design Aspects https://mec.ph/infographics/critical-wifi-design/ Wed, 04 Aug 2021 09:32:40 +0000 https://mec.ph/?p=48502 Wi-Fi Design CRITICAL DESIGN ASPECTS 1. Primary Coverage Goal OBJECTIVES ▶ Provide Wi-Fi service in all required location ▶ High-quality signal strength ▶ Maintain high data rates RESULTS ▶ Improve airtime efficiency ▶ Improve density handling 2. Secondary Coverage Goal OBJECTIVES ▶ Provide coverage for 2APs in each location RESULTS ▶ Improve client roaming ▶… Continue reading Critical Wi-Fi Design Aspects

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Wi-Fi Design

CRITICAL DESIGN ASPECTS

1. Primary Coverage Goal

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OBJECTIVES

▶ Provide Wi-Fi service in all required location

▶ High-quality signal strength

▶ Maintain high data rates

RESULTS

▶ Improve airtime efficiency

▶ Improve density handling

2. Secondary Coverage Goal

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OBJECTIVES

▶ Provide coverage for 2APs in each location

RESULTS

▶ Improve client roaming

▶ Low latency roaming for real-time application

▶ Redundancy for AP failure

3. Capacity Plan

High Client Density

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Low Client Density

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CONSIDERATIONS

▶ More spectrum in 5 GHz provides up to 8x the capacity of 2.4 GHz

▶ Understand client mix

▶ Client offered load/ SLA

▶ Model airtime demand

▶ Understand airtime saturation limits (80% BE, 50% BE/VO/VI, 35% VO)

RESULTS

▶ Optimal number of APs

▶ Proper client distribution between 5 GHz and 2.4 GHz

▶ Leave idle airtime for growth

Client Device Efficiency

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4. Minimize Interference

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OBJECTIVES

▶ Isolate APs on the same channel

▶Reduce shared airtime

▶ Limit contention domains

▶ Eliminate external interference

RESULTS

▶ Minimize co-channel interference (CCI) and adjacent channel interference (ACI) between APs on the same or overlapping channels

▶ Ideally, only one AP audible on each channel in a physical location

▶ Ideally, remove sources of external RF interference or avoid impacted channels if they cannot be removed

HIGH-PERFORMANCE WI-FI TIPS & TRICKS

1. Design for 5 GHz as Primary

▶ The 5 GHz band provides 8 times the capacity of 2.4 GHz

2. Define Coverage Goal(s)

▶ Too aggressive can lead to co-channel interference

▶ Too conservative can lead to poor client performance

3. Place APs Where Users Are Located

▶ In-room placement is best for client performance

▶ Avoid hallways, if possible unless required for voice roaming

4. Tailor Coverage to the Facility

▶ Leverage RF obstructions for frequency re-use

▶ Consider proper antennas and orientation for signal propagation

5. Fine Tune AP Power Levels

▶ Align with on-site signal measurements of RF propagation

▶ Align with AP density and frequency re-use requirements

6. Disable 2.4 GHz Radios if Necessary

▶ There are fewer available channels in 2.4 GHz

▶ Disabling radios can prevent co-channel interference and shared capacity between clients

▶ Some APs allow switching 2.4 GHz radio to 5 GHz

7. Design and Validate with Representative Client Devices

▶ Spot-check with actual client devices to ensure the design matches actual client performance

▶ Alternatively, measure with a standard RF site survey adapter and compensate the signal based on the actual client device characteristics

8. Higher AP Density Requires Smaller Channel Widths

▶ Reduces co-channel interference and shared capacity between clients

▶ Reduces client contention and improves network stability

9. Disable Low Data Rates to Improve Performance

▶ 802.11b clients can significantly impact network performance

▶ Reduces overhead from management frames and broadcast/multicast traffic

10. Minimized the Number of SSIDs

▶ Network overhead increases with each SSID defined

RF DESIGN PROCESS

1. GATHER REQUIREMENTS

▶ Blueprints/ CAD drawings

▶ Coverage areas

▶ Facility layouts & construction materials

▶ Client number and mix

▶ Client density distribution

▶ Critical applications/ business process

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2. PRE-INSTALLATION DESIGN

▶ Predictive modeling

▶ Wall attenuation measurements

▶ “AP on a stick” measurement

▶ Wired network integration

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3. POST INSTALLATION VALIDATION

▶ RF site survey (passive/ active/ spectrum)

▶ RF tuning channel and power plans

▶ Association and authentication tests

▶ Roaming tests

▶ Spectrum analysis

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We, at MEC, can help you achieve that with the help of Ekahau Wireless Design products.

Talk to us for inquiries or for FREE product consultation.

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2021 Wi-Fi by the Numbers https://mec.ph/infographics/ekahau-2021-wifi-by-the-numbers/ Thu, 29 Jul 2021 07:49:54 +0000 https://mec.ph/?p=48375 2021 Wi-Fi by the Numbers They’re all critically dependent on the reliability of your Wi-Fi network. Remote working, virtual events, e-commerce, and automation aren’t achieved through longer, thicker, sturdier cords — they’re empowered by wireless connectivity.    The priorities now shift to, is your business’ Wi-Fi network designed for and capable of supporting these new initiatives?… Continue reading 2021 Wi-Fi by the Numbers

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2021 Wi-Fi by the Numbers

They’re all critically dependent on the reliability of your Wi-Fi network.

Remote working, virtual events, e-commerce, and automation aren’t achieved through longer, thicker, sturdier cords — they’re empowered by wireless connectivity

 

The priorities now shift to, is your business’ Wi-Fi network designed for and capable of supporting these new initiatives? Is it even meeting the unexpected needs sprung on it last year when the pandemic blazed through?

We, at MEC, can help you achieve that with the help of Ekahau Wireless Design products.

Talk to us for inquiries or for FREE product consultation.

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