Tag: Zippy

  • ACT Smart Wi-Fi powers up homes with 5x faster speeds across devices

    ACT Smart Wi-Fi powers up homes with 5x faster speeds across devices

    MUMBAI: Buffering be gone! ACT Fibernet is turning homes into connectivity powerhouses with its latest report on ACT Smart Wi-Fi, powered by Zippy. The findings reveal that this intelligent home Wi-Fi solution doesn’t just promise speed, it delivers up to 5x faster performance across laptops, mobiles, and smart TVs, all while improving Quality of Experience (QoE) by 17 without customers needing to upgrade their broadband plans.

    Unlike conventional routers that treat every device the same, Smart Wi-Fi dynamically senses each device’s capability and signal strength, intelligently switching between the 2.4 GHz and 5 GHz bands. The result? Devices demanding higher bandwidth think laptops streaming 4K content or mobile gaming sessions automatically get the fastest, most stable connection, while other devices are seamlessly balanced across the network.

    The report shows that laptops and mobiles saw the largest performance gains, while even older smart TVs recorded nearly 3x improvement in stability and responsiveness. Smart Wi-Fi devices spent 71 per cent of their time on high-bandwidth channels, compared with just 48 per cent under traditional setups. High-capacity channels were used 30 per cent more often, while low-bandwidth channel usage dropped 41 per cent, ensuring smoother video calls, lag-free gaming, and uninterrupted streaming even in multi-device households.

    Quality of Experience, a holistic measure of speed, signal, stability, and latency, rose 18 per cent overall, with the most noticeable improvements on devices that depend heavily on adaptive channel switching. Adoption is already impressive: two out of three ACT Fibernet customers are now on Smart Wi-Fi, reflecting widespread satisfaction and trust.

    ACT Fibernet vice president marketing Naveen Nahar said, “Homes and offices are increasingly digital. People expect more than just high-speed internet, they expect consistency and seamless performance across all devices. Smart Wi-Fi, powered by Zippy, maximises the potential of existing broadband plans, automatically managing connectivity and bandwidth to keep streams, games, and calls smooth even in busy households.”

    The benefits of Smart Wi-Fi multiply when combined with Mesh networks, which extend signal coverage across larger spaces. Together, the technology ensures every device gets the right bandwidth at the right time, creating a self-optimizing network that adapts to the home rather than forcing the home to adapt to it.

    With ACT Smart Wi-Fi, homes aren’t just connected, they’re smarter, faster, and more reliable, turning every room into a high-speed hub that keeps up with modern digital lifestyles.
     

  • ‘Rainbow’ voted best children’s TV show in UK

    ‘Rainbow’ voted best children’s TV show in UK

    MUMBAI: A survey conducted by BBC Worldwide in the UK to celebrate the launch of the new CBeebies Weekly pre-school magazine, takes a nostalgic look at the favourite kids programmes of yesteryear.

    George, Zippy and Bungle came out soaring up above the roofs and houses as Rainbow was voted number one show most fondly remembered from early childhood (3-6 years old). The show aired in the UK from 1972 to 1992. It was a children’s puppet programme featuring music and stories.

    The study confirms that they are still as cherished as today’s the Teletubbies, Tweenies and Charlie & Lola, all featured in the new weekly magazine.

    1000 people took part in the Omnibus survey, which asked 25-45 years old to take a trip down memory lane and select their favourite kids programme of all time.

    The Magic Roundabout with Zebedee, Ermintrude and Dougal came in a close second, and as if by magic, bowler-hatted Mr Benn and his costumed world of adventures grabbed joint third position with Little Ted, Big Ted, Jemima and Humpty still holding a firm place in Play Schoolers’ hearts. Slumbering Bagpuss came in at number five.