Noise & License-free 60 GHz
Edgecore Terragraph certified products utilize the 60 GHz mmWave band to enable the delivery of multi-gigabit connectivity wirelessly allowing quick roll-out of fiber-like wireless networks. The 60 GHz mmWave band offers unparalleled performance by combining both the benefits of unlicensed band operation with no interference. The vast bandwidth and unique signal-absorbing nature of the band limits interference and simplifies network planning, while the unlicensed nature of the spectrum helps to further minimize costs.Learn More
Resilient Mesh Network
Terragraph certified products are able to form a multi-node mesh network, allowing for built-in signal re-rerouting to ensure high availability and reliability. The inherent flexibility of the multi-node mesh network ensures high network resiliency and service availability in large variety of deployment scenarios, leveraging on the self-configuring and self-healing capabilities. The advanced mesh architecture simplifies planning, overcomes range and LoS limitations and enables efficient and low-cost expansion of the network footprint.
Time-division Multiple Access
Time-division Multiple Access (TDMA) protocol enables unprecedented scalability, high throughput and low latency in unlicensed, multipoint networks. TDMA enables the allocation of different numbers of time slots per frame to different nodes. Thus, bandwidth can be supplied on demand to different nodes by concatenating or reassigning time slots based on priority. Since TDMA technology separates nodes according to time, it ensures that there will be no interference from simultaneous transmissions.Learn More
Beamforming Technology with Phased Array Antenna
Edgecore Terragraph certified products implement phased array antennas to retain the highly directional signal required for 60 GHz, while make it steerable to communicate over a wide area. With the beamforming technology, the distribution node communicates with the client node with a narrow and steerable beam. The narrow antenna beam is electronically steered towards each client node without affecting latency and ensures spatial interference immunity and higher uplink capacity for longer range due to high antenna gain.