Zircon

Experience lightning-fast speed.

Being the fastest is our passion.

Performance First.

It is all about speed.

Enjoy the performance and refresh yourself.

Be ready for real speed.

The art of performance.

Performance Is in Our Sole.

We deliver performance

Fast as lightning.

0

No products in the cart.

Zircon

Experience lightning-fast speed.

Being the fastest is our passion.

Performance First.

It is all about speed.

Enjoy the performance and refresh yourself.

Be ready for real speed.

The art of performance.

Performance Is in Our Sole.

We deliver performance

Fast as lightning.

Home

About Zircon

Welcome to Zircon - the premier brand for solid state drives (SSDs). At Zircon, we understand the importance of lightning-fast data transfer and access speeds. That's why we've dedicated ourselves to developing the best SSDs on the market.

Our drives are designed with performance and reliability in mind. Whether you're a gamer, a creative professional, or just someone who needs their data to be accessible at all times, Zircon has an SSD solution for you.

Our product lineup includes a range of form factors and storage capacities to fit any need. From high-capacity internal drives to ultra-compact external options, we've got you covered.

But we don't just stop at hardware. We also offer software solutions to help you optimize your system and get the most out of your Zircon SSD.

Thank you for choosing Zircon. We're confident that our drives will exceed your expectations and help you get the most out of your computer.

Our Partners

FAQs

Here you’ll find frequently asked questions and solutions
for your computing life upgraded with Zircon SSD

SSD is short for solid-state drive. An SSD is built using NAND Flash or DRAM memory chips in place of the platters and other mechanical mechanisms found in hard disk drives (HDDs).

This is a difficult question to answer, as no two systems are the same and performance can be affected by the OS, any drivers loaded, applications in use, the speed and configuration of the processor and many other factors. Several test web sites and magazines have tested SSDs against HDDs and found SSDs to be much faster. For example, if we compared random read performance, SSDs are more than 20000% faster than high-performance HDDs. It is worth noting that SSD drives are not affected by the physical limitations of hard drives. HDD platters are circular in design (like a CD) and data held at the centre of the circle is accessed at a slower rate than data on the edges. SSDs have a uniform access time across the entire drive. HDD performance also suffers from data fragmentation, whereas SSDs performance is not significantly impacted even if the data is not stored contiguously.
S.M.A.R.T. stands for Self-Monitoring, Analysis, and Reporting Technology and is a part of the ATA standard. SMART attributes are used to measure drive “health” and enabled to warn the user (administrator, software program, etc.) of impending drive failure.
Wear leveling is a technique by which the SSD controller attempts to prolong the lifespan of the SSD by ensuring that data writes are distributed evenly among available cells. Because each cell can only endure a finite number of writes/erasures, it is possible that, without wear leveling, some cells would be unevenly stressed, which would prematurely end the life of the entire SSD.
No. Defragmentation is not required. Because SSDs have no moving parts, they can access any data location equally fast. You should disable automatic defragmentation on your computer. Frequently defragmenting your SSD will reduce its lifespan.

No, Partitioning does not affect the life of your SSD.

AHCI stands for Advanced Host Controller Interface.

This specification enables communication with an attached storage device.

Think of it as a translator, allowing two devices (your Queuing (NCQ) or Hot Plugging (aka Hot Swapping) functionality as well as Power Management in SATA storage devices.

The Advanced Host Controller Interface (AHCI) is a technical standard defined by Intel that specifies the operation of Serial ATA (SATA) host bus adapters in a non-implementation-specific manner.

Your SSD is comprised of NAND flash memory, dynamic random access memory (DRAM), and a controller microchip.The NAND memory is where the data that you place on the SSD is stored. The DRAM is the SSD’s cacheThe controller is a micro processor that coordinates NAND memory and host interface.
Endurance refers to the finite, expected lifespan of the SSD.Every SSD has a limited number of program/erase (P/E) cycles that it can endure.This number is influenced by certain conditions, such as the data retention period the NAND is designed for, the operating temperature, the storage temperature, etc Because typical PC usage patterns are often less demanding than those in the lab and because SSD wear leveling techniques continue to advance, SSDs may last much longer than users expect or even than the manufacturer’s warranty period.

TRIM is a facility by which the OS can notify the SSD when data is either marked for erase or no longer valid.
TRIM helps to make Garbage Collection more efficient by preparing invalid data for deletion. When the OS “deletes” data, the data does not actually go anywhere.
The space in which it resides is simply marked as “free space” that may be used later.
By default, the OS doesn’t let the SSD know which data is now free.
TRIM allows the OS to inform the SSD which data is no longer valid, allowing the SSD to skip over invalid data when performing Garbage Collection.

No, only Windows 7 and above supports the TRIM feature.
[XP/ Vista] – OS does not support Trim command. [Win7/Win server 2008 or later version] -FAT32 is not supported; NTFS is supported -TRIM cannot be done, but Enable/Disable is possible. -Enable TRIM in Windows : fsutil command a. Go to All programs > Accessories > Right-click Command Prompt, and then run with administrator privileges. b. Enter fsutil behavior query DisableDeleteNotify, and press Enter -> “DisableDeleteNotify = 0” means Trim is enabled. If it is not working, enter fsutil behavior set DisableDeleteNotify 0, and then press Enter to make it work. [Linux] – Using the fstrim command is recommended, but since it may differ for each Linux version, please refer to Linux websites for details. [Mac OS] – Please contact the manufacturer
In general, most modern RAID controllers do not support the TRIM command yet. There are, however, some limited controllers or PC chipsets that support RAID. Please check with the manufacturer of your particular RAID controller to determine if TRIM is supported.

SSD VS HDD Difference ?

Solid State Drives store data on flash memory chips, while Hard Disk Drives store data on rapidly spinning disks with magnetic surfaces. Because solid state drives do not use moving parts, they are significantly faster, more reliable, and less power hungry than traditional hard drives
• Although the SSD market is growing and gaining more popularity, it is still relatively new. As with any new technology, it is only a matter of time before sales increase to a level that will allow manufacturing costs to reduce. In the last few years, the price gap between SSD and HDDs has gotten much smaller.
1.SSDs offer incredible performance in terms of both Random and Sequential Reads and Writes. This means incredibly fast boot ups, shut downs, and application loads in addition to faster multimedia file editing, data searches, and web browsing. Overall, machines equipped with an SSD feel more responsive than their HDD-equipped counterparts. 2.Because SSDs are based on NAND flash memory, which has no moving parts, they benefit from very high levels of reliability and durability. Additionally, the lack of mechanical components also results in lower power consumption, which means longer battery life for notebook users. 3.SSDs can fit into much smaller form factors, making them suitable for use in the latest ultra-portable machines that are on the market and less bulk and fewer components also means less weight. 4.SSDs, unhindered by the limitation of a mechanical drive head, excel at multitasking. This means that you can run more programs at one time without sacrificing speed or productivity.

Why Zircon SSD ?

• Zircon SSDs are OS independent and will run on any system supporting a standard SATA interface.
No additional drivers are required.
Zircon SSDs conform to the International Disk Drive Equipment and Materials (IDEMA) standard, which classifies approximately 93 percent of their actual physical memory capacity as usable space for storage. To make calculations easier for consumers, manufactures rate drive capacity based on the assumption that 1 GB is equal to 1,000 Megabytes (MB) rather than 1,024 MB. When calculating capacity, the OS uses the more accurate 1,024MB, resulting in the discrepancy you notice when looking at the reported capacity versus the actual capacity.
No, Solid State Drives do not need defragmentation because they have no moving parts and can access any location on the drive equally fast. Please disable any defragmentation utilities on your computer because they will only wear down the performance of your SSD.
Yes, all Zircon Solid State Drives offer TRIM support.
Yes, Zircon SSDs work in both laptops and netbooks, as long as the machine supports a standard SATA 6Gb/s (SATA III) interface and has a 2.5” storage bay.
There is a third-party adapter on the market to convert from SATA to IDE. However, Zircon does not recommend that you to use this type of converter and cannot guarantee that your SSD will be fully functional using such a device.

Our Partners

Click

Egypt