Starting Strong with the Kingston A2000 NVMe PCIe SSD

The high-end PC market is brimming the fanciest lights of and the sound of silence from all the water-cooling you can muster. Don’t even mention the lofty numbers from the breakneck speeds that will often leave you wondering what to use it for. And now on the other side of the spectrum, these high-end solutions come trickling down, gracing the entry-level market the bounties that anyone can bask in without breaking the bank.

Enter the gifts of the Kingston A2000 – a PCIe NVME SSD that spells great performance at a fraction of the cost, making it a great choice for entry-level users who want to start out with a capable storage solution or those looking to jump from SATA SSDs or even from traditional hard drives. Capable of delivering blazing-fast transfer speeds of up to 2,000/2,000MB/s, the Kingston A2000 is three times faster than conventional SATA SSDs. And without the hurdles and challenges that come with cable routing and management, if that’s the sort of thing you’ll want to avoid. It even works wonders inside an Ultrabook or small form-factor PCs thanks to its super compact size.

If security is of great concern to you, the Kingston A2000 features a suite of data protection features to ease your worries. The Kingston A2000 itself is a self-encrypting drive that supports end-to-end data protection with 256-bit AES Hardware-based encryption. Furthermore, it even has a built-in support for eDrive, a security storage specification for use with BitLocker.

The Kingston A200 prides itself as a high-performance SSD with an amazing value, and for good reason. It comes in 250GB, 500GB and 1TB models, and are priced at PhP2,500, PhP4,500, and PhP7,650 respectively. It’s even backed by Kingston’s 5-year warranty with free technical support.

Simply put, if you’re looking to dabble in the art of building your own gaming PC or you want to step up your gaming experience, the Kingston A2000 presents itself as one of the most affordable solutions that don’t compromise on performance.