CyberPower Jabari Ryzen 3 3200G 8GB 480GB SSD NVMe Windows 10 Gaming PC

System Details

Look as good as you game with the Cyberpower Jabari AMD Ryzen 3 3200G Vega 8 Graphics 8GB RAM 480GB NVMe Gaming PC from Laptops Direct. This entry-level gaming system features an AMD Ryzen 3 3200G processor with Radeon Vega 8 graphics, 8GB of DDR4 2400MHz RAM, and 480GB of lightning fast NVME storage. It comes in a Cyberpower Onyxia tempered glass gaming case complete with x3 Cyberpower ARGB fans. You’ll also get Windows 10 fully installed meaning you’re ready to game straight out of the box.

System Highlights

Your quad-core AMD CPU comes clocked at 3.6GHz with a turbo of 4.0GHz across those cores making it ideal for gaming sessions as well as everyday tasks. The onboard Radeon Vega 8 Graphics will allow you to enjoy your favourite gaming titles in high definition. It’s also a perfect option if you’re looking to upgrade later by adding your own graphics card. Your NVMe SSD will make your system feel more responsive than ever. A normal hard drive transfers data at around 126MB/s. A normal SSD is faster, reading data at around 520MB/s. Your NVMe SSD can read data at more than 2000MB/s, making it more than 15x faster than a standard hard drive!

Why Cyberpower?

Cyberpower are an award-winning system builder based in Gateshead and one of the largest system builders in the United Kingdom. We’re a top-tier partner with the major brands such as Intel, AMD and Nvidia, meaning we’re serious about what we do, we have the pedigree to outdo the competition, and we have the support to help you when you need it. Every Cyberpower system you purchase from Laptops Direct comes with lifetime technical support alongside a 5-year warranty. This includes 5 years’ labour, 2 years’ parts, and 6 months’ collect-and-return for UK customers. If you have any issues with any of your Cyberpower hardware, please contact us directly on support@cyberpowersystem.co.uk and we’ll get you sorted.

*Please note: images are for illustration purposes only and some components in the final systems may differ from those visible*