ASUS Lyra Trio 1300 Mbit/s White

£310.08 (£258.40 + VAT)

ASUS Lyra Trio. Maximum data transfer rate: 1300 Mbit/s, Wi-Fi data rate (max): 1300 Mbit/s, Frequency band: 2.4 – 5 GHz. Security algorithms: WPA2-PSK, VPN support: IPSec, L2TP, PPTP, OpenVPN. Management protocols: DHCP, DDNS, Port Forwarding, System Event Log. WAN connection: Ethernet (RJ-45). Placement: Table, Product colour: White

Out of stock

Email when stock available



SKU: 90IG04M0-BU9R10 Category:

Product Information

Lyra Trio – Corner to Corner WiFi
Smooth and Safe Connection to More

Every day, you text, chat online and connect with loved ones. You explore, and connect with your passions, your inspirations, and exciting new experiences. Lyra Trio connects you to more possibilities, while protecting your privacy along the way. Always stay connected to the people and things that matter most to you, with fast, simple and secure WiFi in every corner of your home.

Covers Multi-Story Homes up to 5400 sq. ft.
Whether you’re in the basement, the garden or the living room, you want all your WiFi devices to work smoothly. The ASUS Lyra Trio mesh WiFi system uses multiple wirelessly connected hubs to deliver a superfast, reliable and secure signal to every corner of your home.

Automatically Connect to the Strongest Signal
The multiple hubs of Lyra Trio work together to form a single network with one WiFi name. Once you’re on the network, Lyra Trio automatically connects you to the hub with the best signal and seamlessly switches hubs as you move around your home. It’s so smooth, you won’t even notice it — even if you’re video chatting or streaming video.

More Lane, More Traffic
Lyra Trio has a 3×3 MIMO antenna design that provides an additional spatial stream compared to 2×2 mesh WiFi systems, meaning it can handle more simultaneous network traffic for fast, reliable performance even when many devices are connected to the network. The individual Lyra Trio hubs also connect to each other using three lanes, maximizing data speeds as data hops from hub to hub, ensuring you get the best WiFi performance in every corner of your home.

Antennas Designed to Transmit Across Floors
Lyra Trio has a unique pyramid antenna design that minimizes interference and transmits the WiFi signal vertically as well as horizontally for better reception and performance in multi-story homes.

Faster WiFi Speed That Goes Farther

AiProtection Classic
Always Up-to-date Protection for Your Family

Every day, you rely on connected devices to manage and access your personal data, but you may not know if your privacy has been secretly compromised. The advanced cloud-based security powered by Trend Micro™ built in to Lyra Trio makes sure your privacy is always protected on all connected devices, even smart home (IoT) appliances.

More Stable WiFi with Wired Connections between Lyra Trio Hubs
Lyra Trio supports Ethernet backhaul, which means you can use network cables to connect multiple hubs together. If you have on-wall Ethernet ports in different rooms of your home, this feature lets your routers communicate with one another over a wired connection, making your WiFi system even more stable and reliable. It also reserves the entire 2.4GHz and 5GHz band for your wireless devices, letting you enjoy smoother and faster connections.

How Many Lyra Trio Hub Do I Need?
Lyra Trio uses multiple hubs to make it supremely flexible for any environment: no matter what size or shape your home is, Lyra Trio gives you all the coverage you need!

Get Ready for a Smarter Home
Your home is getting smarter than ever, so your router should be smart too. Lyra Trio works with Amazon Alexa, so you can integrate it into your smart home with ease to make your life easier. For example, you can just tell Alexa to prioritize the video streaming packets to ensure smooth movie experience by simply saying ‘Alexa, ask ASUS Router to turn on the Media Mode’.

Specification

Brand

Asus

Model

90IG04M0-BU9R10

Reviews

There are no reviews yet.

Be the first to review “ASUS Lyra Trio 1300 Mbit/s White”

Your email address will not be published.