Delkin Blog

Using uSD MLC Cards for Seismic Sensors

 

Seismic sensors are critical safety devices in a wide range of industries. They monitor ground motion and detect earthquakes in order to trigger alerts and important safety procedures, such as the shut-off of gas lines in factories and in homes. Naturally, seismic sensors need a rugged storage device that can withstand shock and vibration without any kind of operational loss. This allows for accurate data logging and tracking of both earthquake events and aftershocks. uSD MLC cards for seismic sensors are a popular option among industrial designers. These flash memory devices are adaptable to the small form factors that are typical of seismic sensors and provide the kind of rugged operational capacity necessary in these devices.

 

uSD MLC Card Basics

uSD cards—or microSD cards, as they are also known—are the smallest available memory card. They are designed to the specifications of the Secure Digital Association, as are all SD cards. This allows industrial OEMs to use them with confidence that they won’t experience any kind of compatibility issues, since the cards all have the same basic features. uSD cards usually come with standard SD adapters, so that they can easily be used in devices that take standard-size SD cards.

 

uSD MLC cards use MLC NAND flash technology. With this kind of flash, two bits of data are stored on every cell in the device, which allows for larger capacity uSD and SD cards.

 

uSD MLC Cards for Seismic Sensors

uSD MLC cards for seismic sensors have to offer strong vibration and shock tolerance to operate in the rugged conditions required for these devices. In terms of shock tolerance, uSD MLC cards offer 1500G, 0.5msec duration. The vibration ratings are as follows:

  • 7GRMS
  • 20-80Hz/1.52mm displacement
  • 80-2000Hz, 20G acceleration

 

uSD cards for seismic sensors should also come with the kinds of features expected of industrial grade storage, including extended temperature ranges. They should have a controlled bill of materials which ensures that no changes will be made to any component, including the firmware or controller, without a new product number being issued. Controlled BOMs also ensure that OEMs get advanced notice of product changes, so that they can place orders of the older format before it is discontinued.

 

Seismic sensors operate in complex and demanding conditions. Let Delkin’s customer support team help you select the best storage solution to maximize the performance of your device. Contact us today for assistance.

 

Contact

  • This field is for validation purposes and should be left unchanged.

Related Posts

Get the Facts about mSATA 256GB

  Are you considering an mSATA SSD for your device? mSATA refers to mini-SATA, which...

Understanding the Price of Data Failure

  Data security is a significant concern for anyone who uses anything from a smartphone...

Industrial Flash Storage in Flight Data Recorders

Flight data recorders are a key component of aviation safety. Information gleaned from flight...

Technical Success Story: Locked BOM Maximizes Performance and Speed

  A locked BOM, or bill of materials, is one of the key advantages to...

Taking a Closer Look at Data Reliability Testing

  When it comes to flash memory, reliability is key. This is especially true for...

Power Fail
What Is Intelligent Power Management?

  Power management is a critical issue for industrial applications and embedded storage for many...

Industrial CompactFlash
Spotlight on CF Industrial Cards

  CompactFlash, or CF, cards are one of the most popular and well known choices...

Infotainment in Car
What Is an Embedded Module?

  Within computer units, there are smaller systems that are designed to perform a single...

Delkin CFexpress
Taking a Closer Look at CFexpress Cards

  Are you looking for a high-speed, removable storage solution with enough capacity for even...

Corporate Profile
FAQs about Embedded Computing Applications and Embedded Systems

  If you’ve used a key fob, smartphone, or GPS system, you’ve used an embedded...