Description
Overview:
Mesh WiFi 7 – iGate EW364S delivers powerful performance through cutting-edge technologies such as MRU (allowing users to utilize multiple resource units), MLO (multi-link operation with simultaneous high-band connections), 4K-QAM (20% higher data rates), and Puncturing (maintaining high channel efficiency even with interference).
It supports customizable WAN/LAN ports, allowing users to plug the incoming network cable into any port without distinguishing WAN from LAN — greatly simplifying installation.
Wi-Fi coverage expansion is effortless via the MESH/WPS one-button setup, requiring no technical expertise. Additionally, the router supports three flexible operating modes: Router, Wired Repeater (Bridge), and Wireless Repeater, enabling users to adapt to different networking needs with a simple and intuitive interface. This makes iGate EW364S an ideal choice for individuals and families looking to upgrade their home network with ease, performance, and intelligence.
Key Features:
– Significantly Enhanced Capacity – The iGate EW364S delivers ultra-high data speeds, low latency, and superior network scalability through new technologies, supporting a large number of users and devices in high-bandwidth environments.
– All-New Experience – The iGate EW364S supports advanced experiences such as low-latency XR for social gaming, online meetings, and high-quality video streaming for remote work and learning.
– OFDMA and MRU – While WiFi 6’s Resource Unit (RU) technology enabled simultaneous data transmission to multiple users—as opposed to just one—each user was limited to a single RU. WiFi 7 introduces MRU (Multiple Resource Unit) technology, allowing a single user to be assigned multiple RUs; this boosts speed, improves channel efficiency, and reduces latency.
– MLO (Multi-Link Operation) – Wi-Fi 7 integrates multiple multi-link options, significantly boosting throughput and reducing latency. A standout feature is the High-Band Simultaneous Multi-Link mode, which utilizes two high-frequency bands concurrently to create a unified data path, maintaining optimal performance even in congested network environments.
– 4K-QAM – Wi-Fi 7 employs an advanced modulation scheme of up to 4096-QAM (compared to the 1024-QAM maximum of Wi-Fi 6); this allows each modulation point to carry an additional 2 bits of information, thereby increasing transmission speeds by 20%.
– Puncturing – While Wi-Fi 6 cannot transmit data if a portion of the sub-band experiences interference, Wi-Fi 7 can bypass the affected section (such as the Secondary20 channel) and continue using the remaining bandwidth (e.g., 140 MHz) for data transmission, thereby optimizing channel utilization efficiency.
