Our Solutions

For all of our products, We will supply a” Limited 5-year Warranty with free technical support”.

S.M.A.R.T stands for “Self-Monitor and Report Technology”, which is built-in hard drives and solid state drives to indicate the condition of drives. All DiskMFR SSD series support S.M.A.R.T, and DiskMFR provides SSD Dash, a free downloaded tool on DiskMFR official website to help users get S.M.A.R.T values easily. The S.M.A.R.T contains Average P/E Cycle Count, Total Power-on Time, Power-on Cycle Count, Total Host Writes/Read, and other specific information.

In SSD, lots of scattered data pieces will generate in use. The Garbage Collection (so-called GC) mechanism is to move these pieces into specific physical units and then reuse the original units to store new data. Garbage Collection is necessary and results in the overall performance of SSD. DiskMFR optimizes the algorithm for highly efficient GC to ensure SSD works smoothly.

Solid-state drives are physically indistinguishable from FLASH drives, memory cards, and flash memory in mobile phones, so you don’t have to worry about x-rays.

An SSD (Solid State Drive) is basically a flash storage device, which is the next-generation equivalent of an HDD (Hard Disk Drive). Where they differ greatly is an HDD contains spinning magnetic platters which are read and written to by heads floating on a cushion of air along with a series of guides known as ‘actuator arms’, while an SSD contains no moving parts, and instead of spinning platters uses a special type of memory known as NAND flash. The most important advantages of an SSD compared to an HDD are as below: The key advantage is that they are much faster than an HDD.

• An SSD contains no moving parts, so there is no mechanical wear.
• An SSD produces next to no heat at all.
• An SSD is silent, as it contains no mechanical parts.
• An SSD consumes much less power compared to an HDD.
• Robustness. Drop an HDD onto the floor and the chances of it still working are remote. Drop an SSD, and unless you are very unlucky, the SSD will not be damaged and should continue to function normally.
• An SSD has very much faster access times compared to an HDD.
• An SSD has a much greater data throughput than an HDD.

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• RAM stands for Random Access Memory. It acts as a middle ground between the small, super-fast cache in your CPU and the large, super-slow storage of your hard drive or solid-state drive (SSD). Your system uses RAM to store working parts of the operating system temporarily, and the data your applications are using actively. RAM is not a form of permanent storage.

• Think of your computer as an office. The hard drive is the filing cabinet in the corner. The RAM is like an entire office workstation, while the CPU cache is like the actual working area where you actively work on a document.

• The more RAM you have, the more things you can have quick access to at any one time. Just as having a bigger desk can hold more bits of paper on it without becoming messy and unwieldy (as well as requiring more trips back to the filing cabinet to reorganize).

• Unlike an office desk, however, RAM cannot act as permanent storage. The contents of your system RAM are lost as soon as you turn the power off. Losing power is like wiping your desk clean of every document.

The useful life of an SSD is governed by three key parameters: SSD NAND flash technology, capacity of the drive, and the application usage model. In general, the following life cycle calculator can be used to figure out how long the drive will last.

• Life [years] = (Endurance [P/E cycles] * Capacity [physical, bytes] * Overprovisioning Factor) / (Write Speed [Bps] * Duty Cycle [cycles] * Write % * WAF) / (36 *24* 3,600)

1. Parameters: Endurance, NAND P/E Cycle: 100K SLC, 30K eMLC, 3K MLC
2. Capacity: Usable capacity of the SSD
3. Overprovisioning Factor: Over provision NAND percentage
4. Write Speed: Speed of write-in Bytes per second
5. Duty Cycle: Usage duty cycle
6. Write %: percentage of writes during SSD usage
7. WAF: Controller Write Amplification factor

DiskMFR develops, manufactures, and supports NAND flash storage and security products with perfection and reliability in mind. All DiskMFR products are fully dedicated to the embedded and NetCom markets with their highly demanding applications. Each aspect of a DiskMFR product is targeting the best possible solution:

• The components are selected for low defects, extended longevity, and wide temperature range
• The firmware features enable the highest endurance and retention with options that go far beyond commonly available standards
• Our own PCB development guarantees high tolerance for frequent temperature cycles
• In-house manufacturing creates a wide range of products at the highest quality level
• The DiskMFR security options add a new level of protection to the stored data or even to the complete system by offering a truly secure key storage via an upgradeable and replaceable hardware device

This is summarized in three words: Store. Secure. Trust.

Product Set

•  Leading-edge technology: Broad range of form factors and interfaces tailored for the embedded and Netcom market
• Specific feature set: Firmware customized for performance, specific feature set, or feature adaption

Quality

• Quality management system: ISO 9001
• High reliability: Thorough qualification process, 100% test at full specification range

Sales Support

• Intensive customer relationship: DiskMFR Warranty & RMA
• management: Quick web-based product availability check

Technical Support

• Design-in: Direct access to experienced design, system, and firmware engineers with our FAE teams

Product Life Cycle Management

• Locked BOM (H/W and F/W): Controlled BOM and Firmware, Change Notification Process
• Longevity: Up to 10 years

Supply Chain Management

• Worldwide Support: Global Key Account teams
• Stable and reliable supply: Strategic partnership with key supplies, Predictive analytics forecasting process

Competitiveness

• Price/Performance: TCO optimized products and services, Design to cost, and customer requirements

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