When I reviewed the Swann Xtreem 4K wireless home security camera last year, I found it offered good visual performance for the price, but its app and speakers were a bit slow and underwhelming.
The new EVO Wireless 2K Security cameras announced this week sacrifice some of that video quality for an even more affordable price.
Plus, a new solar version of the camera does away with the need to recharge the camera's battery completely, making it perfect for year-round security.
Both the standard EVO Wireless 2K Security Camera ($139.95) and the solar-powered variant ($179.95) deliver 2K Quad HD video with a 120-degree wide-angle view and 10-metre infrared night vision. The hub-free design means you can set them up anywhere within Wi-Fi range without additional base stations or complicated wiring.
With the solar panel option, Swann claims just 45 minutes of direct sunlight provides enough power for daily operation, eliminating the hassle of climbing ladders to swap out batteries every few months.
Both cameras include Swann's True Detect heat and motion sensing technology, which the company says reduces false alarms by distinguishing between people, vehicles, and other movement. Two-way audio lets you communicate through the camera via the Swann Security app, (hopefully the audio has been improved).
Local storage comes via included MicroSD cards – 32GB for the battery version and 16GB for the solar model – with no ongoing subscription fees. The IP56 weatherproof rating should handle Australian conditions, from scorching summers to winter downpours.
According to Swann CEO Alex Talevski, the goal is making "smart home protection and peace of mind" accessible to everyone, whether you're renting, buying your first home, or simply want hassle-free security without monthly fees.
The cameras are available now through Swann's website and major retailers including Bunnings Warehouse, Harvey Norman, JB Hi-Fi, and Officeworks.
At these price points, they're positioning themselves as budget alternatives to premium brands like Arlo and Ring, though the proof will be in real-world performance and app reliability.
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Nick Broughall
Nick Broughall
Nick Broughall
