Meet

GIGAMESH

A Ground-breaking Wireless Solution To
Network Decongestion and 5G Backhaul

GigaMesh

Innovative Wireless Backhaul Solution

GigaMesh is an innovative wireless backhaul solution, based on patented millimetre wave wireless technology for Mesh Architecture. Unlike other wireless backhaul solutions, GigaMesh forms multiple point-to-point (Multi-P2P) links of multi-Gbps capacity. At the center of this solution is a packet Microwave radio system with an electronically steerable and flexible narrow beam architecture.

GigaMesh reduces network congestion and also makes your existing infrastructure 5G ready. A single GigaMesh device can provide upto 40 links with 2+ Gbps capacity each, communicating upto a range of 10 kilometers. This flexibility in range makes it suitable for both decongesting the dense urban networks as well as extending rural coverage. Using such a high backhaul capacity, you can support 4X more users per cell.

This revolutionary approach to high-speed multiple point-to-point (Multi-P2P) communication yields up to 6 times reduction in capital expenditure (CapEx) per link as compared to the state-of-the-art point-to-point (P2P) wireless solutions.

This revolutionary approach to high-speed multiple point-to-point (P2P) communication yields up to 6 times reduction in capital expenditure (CapEx) per link as compared to the state-of-the-art point-to-point (P2P) wireless solutions.

With an in-built ability to dynamically reconfigure 80+ Gbps capacity per tower remotely through software, GigaMesh brings in Software Defined Networks (SDN) capability to telecom backhaul thereby reducing the operational costs significantly.

6X

Cost Reduction per Link

4X

More Users per Tower

80+

Gbps

Backhaul Capacity per Tower

10

KM

Communication Range

Add 4X More Users Per Tower

With per cell data demand growing exponentially, you require fibre-like backhaul speeds in your network. GigaMesh gives you fibre-like backhaul capacity of 80+ Gbps per tower without deploying any fibre and enables you to serve 4X more users per cell.

With GigaMesh, you can achieve 6X cost reduction per link as compared to other wireless solutions available in the market. GigaMesh’s staggering 80+ Gbps capacity per device and its ability to simultaneously form multiple P2P links removes the hassle of dealing with large number of P2P wireless devices for each tower.  

Fibre-like Backhaul Speeds

6X Cost Reduction

4X More Users per Tower

Instant Deployment

Hassle-free Setup

80+ Gbps Capacity per Device

Set Up A Link Instantly

While it takes many months to deploy fibre, setting up a link using GigaMesh takes just a few seconds. On the other hand, existing P2P wireless devices require considerable manual effort as they have mechanically aligned links. GigaMesh devices have electronically steered links which align automatically and instantly.

Set Up A Link Instantly

While it takes many months to deploy fibre, setting up a link using GigaMesh takes just a few seconds. On the other hand, existing P2P wireless devices require considerable manual effort as they have mechanically aligned links. GigaMesh devices have electronically steered links which align automatically and instantly.

Instant Deployment

Hassle-free Setup

80+ Gbps Capacity per Device

SDN in Telecom Backhaul

GigaMesh devices are inherently designed for remote monitoring and control, making them ideal for Software-defined Networks (SDN). This feature allows the Telecom Operators to dynamically add/remove links and maintain them remotely, thus achieving significant reductions in OpEx costs.

Monitor the Network Remotely

Add/Remove Links Remotely

Reduce OpEx Costs

Advantages of GigaMesh



GigaMesh P2P E-band devices Fiber
Low CapEx Cost
( X / 6 )

( X )

( 3X )
Scalability of capacity
( Upto 80+ Gbps per Device )

( Fixed at 2 Gbps per Device )

( 100+ Gbps )
Quick Link Setup
( Few Seconds )

( Few Hours )

( Few Months )
Low OpEx Cost
( Y / 10 )

( Y )

( 10Y )

GigaMesh Provides

Enterprise Connectivity

With GigaMesh, operators can quickly set up multi-Gbps wireless links to their enterprise customers who are beyond the reach of fibre infrastructure. GigaMesh devices promise fibre-like connectivity at a fraction of the cost involved in laying and maintaining fibre. GigaMesh devices can strategically remove all internet dead spots in operator’s network with great ease.

GigaMesh Provides

SDN-ready Rural Broadband

GigaMesh enables operators to quickly deploy SDN-ready networks even in rural areas without requiring expensive fibre deployment. GigaMesh can be used to set up backhaul as well as distribution networks in a very short span of time. This, by design, ensures that both backhaul and fronthaul are SDN-ready and follow mesh topology.

GigaMesh Provides

4G/5G Backhaul

Operators can use GigaMesh to rapidly add more capacity to their networks in urban areas. GigaMesh achieves 6x reduction in link cost and enables operators to serve 4x more customers per tower, while simultaneously upgrading the network to mesh topology. By adding fibre-like wireless backhaul capacity of 80+ Gbps per tower with GigaMesh, you’ll be 5G ready automatically.

GigaMesh Provides

Strategic Communication

GigaMesh can be suitably configured to meet the complex communication needs of the strategic sector. GigaMesh forms very fine pencil beams which have a very small footprint at the receiver’s end making it difficult to intercept outside the territory of interest. Encryption capabilities can easily be built on top these features to add an extra layer of security.

Founders

Neha Satak

Founder & CEO

Neha is a serial entrepreneur and a researcher. She holds a PhD from Texas A&M University and a Master’s from Indian Institute of Science in Aerospace Engineering. She worked as a Postdoctoral Research Associate with the Air Force Research Lab, USA. She loves entrepreneurship because it has endless possibilities to create and it challenges one to go out of their comfort zone.

Prasad H L Bhat

Founder, Chairman, & CTO

Prasad is a serial entrepreneur and a researcher. He did his Masters and PhD in Computer Science and Automation Engineering at the Indian Institute of Science. He loves core technology development and has been an architect for various technologies including a microsatellite, a visual search engine, a stochastic game theory solver, the software tool for the latest 3D measurement TI chipset.