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Product Basics
The 5CFAST.032G - 10 is a CFast storage device. It is equipped with a storage capacity of 32 GB, which provides a reasonable amount of space for data storage. Utilizing MLC (Multi - Level Cell) technology, this device offers a balance between cost - effectiveness and performance. CFast technology, known for its high - speed data transfer capabilities, makes this product suitable for applications that demand quick access to stored data.
Feature Highlights
One of the main features of the 5CFAST.032G - 10 is its 32 GB MLC storage. MLC technology allows for multiple bits of data to be stored in each cell, increasing the overall storage capacity. This, combined with the CFast interface, results in relatively fast read and write speeds. It can efficiently handle the storage and retrieval of data, whether it's large files in industrial applications or important system files in embedded devices. Additionally, the device is designed to be reliable, ensuring data integrity during operation.
Application Spheres
In industrial automation, the 5CFAST.032G - 10 can be used to store
program codes, configuration data, and historical operation records
of industrial equipment. Its fast data access speed is beneficial
for real - time control systems. In embedded systems, such as those
used in medical devices or transportation systems, the device can
store critical software and sensor - collected data. The compact
size and reliable performance of the CFast storage make it an ideal
choice for these space - constrained and high - reliability -
required applications.
Attribute Category | Attribute Details |
General Information | - Product Model: 5CFAST.032G - 10 - Product Type: CFast Storage
Device - Brand: B&R |
Storage Capacity | - Capacity: 32 GB. This capacity allows for the storage of a
significant amount of data, such as large - scale program codes,
comprehensive configuration files, and long - term historical
operation logs in industrial applications. |
Storage Technology | - Technology: Utilizes MLC (Multi - Level Cell) technology. MLC
enables the storage of multiple bits of data in each cell,
providing a cost - effective solution while maintaining a
reasonable performance level. It offers a balance between capacity
expansion and cost, making it suitable for various industrial
scenarios where cost - effectiveness is a consideration. |
Data Transfer and Performance | - Interface: CFast interface, which is known for its high - speed
data transfer capabilities. This results in relatively fast read
and write speeds, enabling efficient handling of data storage and
retrieval operations. Whether it's for quickly accessing program
files in real - time industrial control systems or rapidly storing
sensor - collected data in embedded devices, the CFast interface
ensures smooth data transfer. - Data Integrity: The device is
designed to maintain data integrity during operation. It can
safeguard the accuracy and reliability of stored data, which is
crucial for industrial applications where data loss or corruption
can lead to serious consequences, such as in critical industrial
control processes or data - sensitive embedded systems. |
Physical and Environmental Attributes | - Size: Compact size, which is beneficial for applications with
space - constraints, such as in embedded systems where every bit of
space matters. It can be easily integrated into small - form -
factor devices without taking up excessive space. - Operating
Temperature: Although specific temperature range details are not
provided in the given description, as an industrial - grade
product, it is likely designed to operate within a wide temperature
range. This allows it to be used in various industrial
environments, including those with extreme heat or cold, such as
factories with high - temperature processing areas or outdoor
industrial installations. |
Application - related Attributes | - Industrial Automation: Can be used to store program codes that
control the operation of industrial machinery. These codes are
essential for the proper functioning of automated production lines,
ensuring that machines perform tasks accurately and efficiently. It
also stores configuration data, which is used to set up and
customize the operation of industrial equipment according to
specific production requirements. Additionally, it can keep
historical operation records, which are valuable for analyzing
equipment performance, detecting trends, and conducting maintenance
planning. - Embedded Systems: Ideal for use in embedded systems,
such as those in medical devices, transportation systems, and
industrial monitoring devices. In medical devices, it can store
critical software and patient - related data. In transportation
systems, it may be used to store navigation data, vehicle
diagnostic information, or control algorithms. The device's compact
size, reliable performance, and suitable storage capacity make it a
preferred choice for these space - constrained and high -
reliability - required embedded applications. |