HUAWEI launches revolutionary WiFi 6 Plus enabled HUAWEI AX3 Router
Huawei Consumer Business Group India has launched the latest HUAWEI Wi-Fi AX3 dual core router bolstered with support for the Wi-Fi 6 standards. The latest router not only supports the Wi-Fi 6 standards but also integrates unique chipset collaboration technologies using its self-developed Gigahome Wi-Fi chipsets. This enables a range of Huawei Wi-Fi 6 devices to deliver an optimal user experience when connecting to Huawei Wi-Fi 6 Router. HUAWEI Wi-Fi AX3 dual core routers will be available in India on Flipkart and Amazon.
Rishi Kishor Gupta, Vice President, Consumer Business Group, Huawei India, said while commenting on the launch, “We are happy to introduce our latest range of Wi-Fi 6 routers in India that exemplify our deep understanding of 5G technologies. HUAWEI Wi-Fi AX3 dual core routers are equipped with new-generation Wi-Fi standards offering consumers faster speed, larger capacity, lower latency, and higher power efficiency. With a focus on extensive R&D, we have heavily invested in developing a dedicated chipset for these routers that offers a combination of software and hardware eliminating more than 80% of problems relating to frame freezing, delays, and disconnections. We are confident, our consumers will appreciate the choice of powerful performance offered by the latest HUAWEI Wi-Fi AX3 routers with its advanced features and ease of use.”
As the connecting hub for Huawei's revolutionary 1+8+N all-scenario smart life strategy, the HUAWEI WiFi AX3 features financial-level HUAWEI HomeSec security safeguards, providing users with an intuitive, lightning-fast, stable, and secure Wi-Fi 6 connection at all times.
HUAWEI WiFi AX3 dual core routers come equipped with Huawei's exclusive Gigahome processor and Gigahome Wi-Fi 6 chipset. With the Wi-Fi 6 standards as the basis, Huawei has incorporated multi-chip collaborative technology, to ensure that the HUAWEI WiFi AX3 offers "Wi-Fi 6 Plus" at a doubled network speed, alongside enhanced wall penetration capabilities when used with other Huawei Wi-Fi 6 devices.
The Gigahome Wi-Fi 6 chipset made this solution possible, by improving the frequency bandwidth to up to 160 MHz, as well as by realizing on-demand automatic packet fragmentation in narrow-band mode via dynamic narrow-band technology. This has the effect of stabilizing the working brand frequency bandwidth at 2 MHz, for a wall-penetrating network signal that doesn't stall. Or simply put, users can enjoy a faster network near the device, and more stable connections from further distances away.
Price and Availability
The HUAWEI AX3 dual core Wi-Fi 6 routers are a reflection of Huawei’s technological expertise and in-depth understanding of networks. HUAWEI Wi-Fi AX3 dual core routers will be available exclusively on Flipkart and Amazon.in. Users can purchase the latest routers at ₹3,999 as part of a limited period introductory offer. The offer will be valid until stock lasts.
Alteryx brings Unified Platform Experience to boost Analytics Automation
Alteryx has announced expanded cloud-connected platform experiences for its flagship...
Roposo brings in Shipstreak, end-to-end order management tool
Roposo has launched Shipstreak, a comprehensive order management solution design...
Adobe integrates Generative AI-based capabilities into Photoshop
Adobe has unveiled Generative Fill in Photoshop, bringing Adobe Firefly generati...
MediaTek organizes its 12th Chapter of Technology Diaries
MediaTek has hosted its 12th Chapter of Technology Diaries themed ‘The Vision to Go...
Startup Odisha to feature on CII’s Corporate-Startup Connect Platform CII ICONN
In an effort to provide startups in Odisha with a strong corporate connection, Startup Odi...
Pega introduces Pega GenAI to Infuse Generative AI Capabilities in Pega Infinity '23
Pegasystems has announced Pega GenAI – a set of 20 new generative AI-powered booster...
Unisys continues to connect young engineers with business leaders through its flagship event
Unisys announces the winners of the company’s annual technical project competition f...