Digital Storage Capacity : 1 TB. Hard Disk Interface : Serial ATA. Connectivity Technology : SATA. Brand : GEONIX. Special Feature : High Quality Branded Products. Hard Disk Form Factor : 3.5 Inches. Hard Disk Description : Solid State Drive. Compatible Devices : Desktop, Camera. Colour : Silver. Hard Disk Size : 1 TB.
- Laptop Hard drive disk (HDD)
- Read speed – 250 Mbps
- Write speed – 180 Mbps
- Interface – 2.5
- Large capacity for storing data.
- Persistent storage.
- Storage for your Everyday Computing Needs
- GEONIX products are tested on different system configurations and a multitude of platforms in our Lab; So you can be confident that our hard drives are compatible and will work within your PCs.
- 2 Years of manufacturing warranty.
- Comes with several variants – 320 GB, 500 GB and 1 TB.
Smarter Technology
A Geonix hard disk drive (HDD) or better known simply as a hard drive is a storage device in your computer that keeps different types of virtual data files and software applications. Through the hard drives, your motherboard is secured to be connected to your computer via power cables.
Geonix HDDs have a non-volatile memory.
Losing data during the loss of power can be a nightmare. And this is true with volatile memory devices. In this occurrence, it is common to experience problems such as opening a particular application or file or loading the operating system.
The good thing about Geonix HDDs is it is non-volatile. For example, when a SAS-3Gbps HDD encounters power outage, it manages to retrieve the data. In this way, it warrants the safety and protection especially of valuable data on your computer. Moreover, new releases of HDDs are equipped with extra protective abilities such as shock resistance.
HDDs have a longer lifespan.
Having a higher read-write cycle is a clear advantage of HDDs as data is directly written on the platter disks. These platter disks have high durability and rarely deteriorate. Thus, they can last and function for a long time. On the other hand, SSDs have lower read-write cycles since flash memories can only handle a limited number of writes. Additionally, repetitive read/write cycles wear out the flash memories and shorten their lifespan.
