The Asus ROG Rapture GT-BE98 gaming router has been showcased at CES 2023 as a piece of networking equipment ready to support the needs of avid gamers and professionals alike.
The router is constructed with an eight-antenna design and is capable of offering support for quad-band WiFi 7 (802.11be) with support for the latest 320MHz bandwidth and 4096-QAM. The router also delivers triple-level game acceleration with mobile game mode, AiMesh support and quad level security.
The Asus ROG Rapture GT-BE98 gaming router is rounded out with AURA RGB lighting to integrate the unit seamlessly with existing illuminated gaming gear. A total of three 10G ports on the unit will offer up to 10-times faster data transfer speeds to easily handle even the most demanding tasks.
Quad-Band WiFi 7 Routers
The Asus ROG Rapture GT-BE98 Has an Eight-Antenna Design
Trend Themes
1. Quad-band Wifi 7 - Quad-Band WiFi 7 is a growing trend in networking equipment design that presents an opportunity for businesses to create gaming routers with advanced features.
2. Multi-antenna Design - Multi-antenna design is a trend in gaming routers that presents an opportunity for businesses to improve signal strength and connectivity in wireless devices.
3. Triple-level Game Acceleration - Triple-level game acceleration is a trend in gaming router technology that presents an opportunity for businesses to create routers with advanced gaming features and capabilities.
Industry Implications
1. Networking Equipment - The networking equipment industry can take advantage of trends in gaming routers to develop products that offer advanced features and capabilities for improved connectivity and signal strength.
2. Gaming Industry - The gaming industry can take advantage of trends in gaming routers to develop products that offer improved connectivity and advanced features for gamers.
3. Wireless Technology Industry - The wireless technology industry can take advantage of trends in multi-antenna design to develop products that offer improved signal strength and connectivity for wireless devices.