Bridging World's Digital Divide with Multi-Gigabit Wireless

Introducing Curvalux 3.2 mmW FWA

World’s fastest "Wireless Fiber”
> 2.5 Gbps
Lowest-cost P2MP Fixed Wireless Access
Consumes 60W of power
Solar power ready
24-31 GHz mmW
Curvalux 3.2 CPE with Wifi or 5G
Tested and proven in USA, Asia, Africa and S. America

Curvalux Phased Array Technology

Curvalux is Based on Satellite Communications

Phased array Antenna
Focused beams, high capacity
Long range & low power consumption
100% solar powered

Curvalux vs Competition

Fiber like speeds
Faster than 5G
Consuming 1/30th the power vs 5G
20+ km of proven range
Extremely low cost

Curvalux Team & Capabilities

Curvalux technical skills

Phased array Antenna Design
MMIC Chip Development
Circuit Board Design
Imbedded Software Development
Mechanical Engineering
Supply Chain Management
IP routing, Satellite & Wireless connectivity

Curvalux 3.2 Real World Testing

2025 Testing Results

San Francisco USA
Ventura, USA
Alabama, USA
Indonesia
Cameroon

Our Mission

Curvalux technologies aim to reduce the barriers that currently exist that prevent over 3.5 Billion from being able to access the internet. We aim to provide advanced, highly efficient and low cost systems to reduce the cost of deployment, operations and consumer adoption of broadband services. Mobile operators and telecommunications companies who have tested Curvalux extensively have come to the conclusion that they can now affordably address the rural communities with Curvalux without requiring massive number of deployment of towers and most importantly the multi-kilowatt power generation systems required by 4G and 5G systems.

OUR INNOVATIVE PATENTED TECHNOLOGY

Wide Area Low Powered Multi Beam Phased Array Antenna

Curvalux multi-beam phased array antenna systems are designed to work with any number of baseband communications technologies. The Curvalux team working in concert with globally leading telecommunications companies around the world have tested the system using both Wifi 5 and Wifi 6 access points and end user devices. Based upon field testing and customer feedback the Curvalux team has modified and improved upon the system design to improve its performance and resiliency such that current system is ready for commercial deployment. The plot below demonstrates the antenna performance measured in a globally recognized anechoic chamber. The performance of each 16 beam is minimum 18 dB isolation from all other side lobes demonstrating capabilities that exceed that of standard parabolic antennas.

CURVALUX 2

World's Most Advanced Wifi 5-6.4 GHz
Active Antenna 8 x 2 MIMO

Initial proof of concept testing in Hong Kong

Multiple Curvalux Edge Nodes were installed in the AirspaceIX's satellite & telecom facilities in Hong Kong for testing with CPEs and Wifi Smartphones. We successfully demonstrated rerouting IP signals via multiple Edge node to Edge node phased array beams proving Curvalux's main advantage of being able to deploy a wide area wireless broadband network with minimum number of installations requiring IP/Fiber connectivity. We also demonstrated over 150 Mbps to smartphones at range over 1.2 KM.

POC Testing In Jakarta and West Java, Indonesia

We installed Curvalux Edge Nodes in two buildings in Jakarta. One on the rooftop of Paktel, a subsidiary of Airspace IX and a building 2km away. We set up two Edge Nodes to reroute the IP traffic via the phased array beams from the Edge Node at Paktel to the Edge Node on the second building and back to the roof top of Paktel to the CPE. We were able to consistently achieve 100Mbps using 20 MHz Wifi channels. This test demonstrated Curvalux's ability to avoid interference in a large city which had hundreds of other wifi 5 access points operating in the same frequency channel.

Mass POC testing in Manila, Philippines

Working with one of the dominant telecommunications companies in the Philippines, we conducted a comprehensive wide area testing of all 16 beams of a single Edge Node. The test sites were 200m to 2km from the tower and the total and simultaneous aggregate throughput achieved was 2 Gbps using Wifi CPEs and smart phones. This test demonstrates the extremely high capacity of wireless broadband that can be provided by Curvalux. The total DC power consumed by the Curvalux Edge Node was measured at 100W only.

Wifi 6 Testing with Curvalux in Las Vegas, USA

Working in conjunction with a local ISP, we set up Curvalux on their roof and connected Wifi 6 Access Points to the phased array beams. About 1 kilometer away, we used the Samsung Galaxy 10, the world's first smartphone with Wifi 6 capability to access the Wifi 6 access point at speeds exceeding 400Mbps. This demonstrably faster than any 5G system who's range is much shorter and lower throughput at cell edge coverage. Curvalux with Wifi 6 is a much lower cost alternative to 5G.

Deployment in Semirara Island, Philippines

Over 10 rural village homes have been provided ultra high speed broadband via Curvalux as part of a commercial trial. The Curvalux Edge Node was installed about 1 to 5km from the users. The CPEs were installed on a elevated basis to provide better line of site to the tower and to clear the thick vegetation that would otherwise fade the signals. The customers use a outdoor 5 GHz wifi CPE which has a indoor 2.4 GHz signal. The customers are very satisfied to have amazing speeds over 100Mbps.

POC Testing in Kuwait

This was the first POC trial which took place completely by the local partner who did the trial set up and implementation based upon our instructions and without our field support. During the trials the capabilities of Curvalux was demonstrated to both the government as well as all the licensed telecommunications companies. During the testing users were able to achieve over 200Mbps of connectivity to their Wifi 5 smart phones over 200 to 300 meters from the tower.

POC Testing in Ulaanbaatar Mongolia

We set up a POC on top one of the tallest buildings in UB. From this vantage point we were able to test the long range limits of Curvalux. We were able to deliver a 20Mbps signal using Wifi 5 CPEs to locations 17 and 20 km from the tower. This POC will now be moved to provide live trials to areas of UB that are underserved by terrestrail mobile services.

POC testing in Selangor, Malayasia

This is an ongoing trial for the government in conjunction with one of the leading telecommunications companies in Malaysia. We are demonstrating Curvalux's ability to delivery high speed fixed wireless services to a wide and dispersed area cost effectively and most importantly without requiring expensive electrical power. During the testing we achieved over 300Mbps to a CPE 8km from the tower using 2x2 MIMO and wifi 5 Access Points at the tower. The end user was so happy with the performance they immediately demanded the operator to remove the LTE modem which was delivering only 10Mbps and to replace it with Curvalux.