Maven Project SG

06/04/2021

Are you struggling to connect reliably to WiFi at home? Experiencing lag during video calls? Long video buffers while watching Youtube/Netflix? Unstable internet performance while gaming? Let Maven help you today! We are a group of engineers developing wireless diagnostic technologies to identify WiFi problems conveniently. Since 2020, Maven has effectively improved the WiFi performance of hundreds of homes and business.

Maven specializes in WiFi services. Using Maven's proprietary technology, our engineers can clearly and quickly pinpoint good and poor WiFi spots. Our technology can also identify WiFi performance with wireless interference. Check out how Maven has helped improve WiFi for our client:
https://www.mavenproject.sg/case-study/how-maven-improved-greendot-hq-wifi

Start a conversation with us today for technical/IT/wireless help!

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22/03/2021

The team at Maven had a chance to have a go with DSan's presentation tool during one of our technical sharing session. The wireless clicker system was not performing reliably for some of the panellists. Being an engineer 😂, the team measured and identify various common problems. Link of the article below to learn more!

https://www.mavenproject.sg/case-study/how-to-deploy-wireless-presentation-clicker-reliably

Wireless presentation clickers are used widely to control presentation slides changes. How can we improve the reliability of a wireless clicker system? How can we expand the wireless coverage of a clicker system? How can a user affect the signal strength of a transmitter (clicker)? In this article,

01/03/2021

Are all antenna the same? Here are the comparisons of all the antennas Maven has measured during the Pro Audio Antenna Shootout 2020.

Part 1 (Omni-directional Antenna): https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-1

Part 2 (Directional Antenna): https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-2-directional-antenna

Part 3 (Active Antenna):
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-3-active-antenna

Part 4 (Conclusion):
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-4-conclusion

23/02/2021

Combining Antenna through RF Diversity vs Combining Antenna through Passive Combiner.

Infographic for a quick comparison on our Antenna Experiment Part 4 (Conclusion)! For more info, check out https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-4-conclusion

01/02/2021

Infographic for a quick comparison on our Antenna Experiment Part 3 (Active Antenna)! For more info, check out https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-3-active-antenna

25/01/2021

Infographic for a quick comparison on our Antenna Experiment Part 2 (Directional Antenna)! For more info, check out https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-2-directional-antenna

20/01/2021

Infographics for a quick comparison on our Antenna Experiment Part 1 (Omnidirectional Antenna)! For more information, check out https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-1

06/01/2021

Here’s a summary of Maven’s Professional Audio Antenna Shootout 2020. In this experiment, we are testing antennas from

1. Audio Technica
2. Sennheiser
3. Shure
4. Wisycom
5. Mipro
6. Professional Wireless System
7. RF Venue
8. AKG

Part 1: Passive omnidirectional antennas
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-1

Part 2: Passive directional antennas
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-2-directional-antenna

Part 3: Active antennas
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-3-active-antenna

Part 4: Conclusion where we talk about
1. Antenna Radiation Pattern (why does it differ from the datasheet?)
2. Why consider 3dB beamwidth? (why not 4, 5 or 6dB?)
3. Importance of conducting wireless coverage measurement and the difference between indoor/outdoor environment.
4. Real-world RF Diversity System (actual measurement results)
5. Should you passively combine antenna input?
https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-4-conclusion

Maven would like to express our thanks to industry and academic friends for making this experiment possible! Have a good 2021 ahead!

How does the antenna perform differently in the real world? In this conclusion of Maven's antenna shootout series, we are exploring various antenna concepts and how they affect the performance of an RF system. Concepts such as Antenna' Radiation Pattern, Wireless Coverage Range, RF Diversity and Pas

05/01/2021

Hi friends, thank you so much for the support, we have crossed our 100 Free WiFi Assessments! The purpose of the free WiFi assessment was to gather feedback and at the same time, improve the measurement system the team at Maven has developed.

It was our pleasure to help home and businesses to
1. Identify WiFi dead spots
2. Recommend ideal router placement to boost WiFi performance
3. Increase WiFi speed
Thank you, everyone, for the support and have a good 2021 ahead. 😊🙏

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30/12/2020

This is the last part of our Antenna Shootout 2020. In this article, we are concluding various antenna concepts that were discussed throughout the series.

These concepts include:
1. Antenna Radiation Pattern (why does it differ from the datasheet?)
2. Why consider 3dB beamwidth? (why not 4, 5 or 6dB?)
3. Importance of conducting wireless coverage measurement and the difference between indoor/outdoor environment.
4. Real-world RF Diversity System (actual measurement results)
5. Should you passively combine antenna input?

Maven would like to express thanks to our industry and academic friends for making this experiment possible! Happy New Year everyone.

https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-4-conclusion

How does the antenna perform differently in the real world? In this conclusion of Maven's antenna shootout series, we are exploring various antenna concepts and how they affect the performance of an RF system. Concepts such as Antenna' Radiation Pattern, Wireless Coverage Range, RF Diversity and Pas

17/12/2020

An active antenna has additional circuitry built-in, typically to provide additional gain, thus achieving higher signal strength than its passive counterpart. Are active antenna better than passive antenna? When should you use them and what are the drawbacks? In this blog post, the team at Maven has measured various professional audio wireless antennas' performance in both open-air and indoor environment.

https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-3-active-antenna

In this part of the series, we will explore active antennas and their performance in open-air and indoor coverage performance. Active antennas are mostly receiving only. When should you boost the gain on your active antenna? What will happen if you boost too much signal gain on an active antenna?

08/12/2020

In this part 2 of the experiment, we will be looking at the passive directional antennas (linearly and circularly polarized). These antennas are measured in both open-air and indoor environment to evaluate on their real-world performance beyond the datasheet. The team will also compare the technical benefits between omnidirectional and directional antenna.

Thank you for the great response for part 1!

https://www.mavenproject.sg/case-study/antenna-shootout-professional-audio-part-2-directional-antenna

In this part of the series, we will explore directional antennas, such as the Log-Dipole (commonly known as Fin) and Helical antennas, and their performance through the same characteristics of different directional antennas and how they affect the performance. We will also compare between directiona