Evolving Demands in Manufacturing Environments
The factory process is stable, and manufacturing equipment manufacturers have always used this as the main design specification. In terms of performance, it is not necessary to use too high-specification industrial grade micro sd cards due to automatic actions. However, this situation has been broken due to changes in the internal and external environments.
Two Factors of Improve Performance
External Factor: Market Differentiation
The external reason refers to the fact that under the trend of M-type society, it has become normal to sell products to differentiate the market with different qualities, and the requirements for product quality must first come from the precision of production equipment, so the external environment stimulates the process equipment changes.
Internal Factor: Technological Advancements
The internal factor is that with the increasing advancement of IT technology, the problems of products with high performance but controversial stability in the past have been gradually resolved. At the same time, the purchase cost has not increased, and the options are better while the cost remains unchanged. Under these circumstances, the process equipment has begun to undergo new changes.
What Is An Industrial Computer?
Industrial PC (IPC) mainly refers to a personal computer designed for industrial use and can be used as an industrial controller.
Features of Industrial PCs
The basic performance and compatibility of industrial computers are almost the same as those of commercial personal computers. However, industrial computers have more protective measures and focus on stability in different environments. Such as beverage production line control, automobile production line control, etc. Stability is required in harsh environments, such as dustproof, waterproof, anti-static, etc.
Applications of Industrial PCs
At present, Industrial PC has been widely used in communications, industrial automation, medical treatment, environmental protection, aviation, and human life. In response to the development of automation control in recent years, the internal specifications of industrial PC have also been greatly improved.
The Industrial Grade Micro SD Card Market Makes Waves
In the storage field, hard disks have always been the main storage medium for computers. The computer referred to here includes both consumer and industrial computers. However, the situation on the industrial computer side has changed.
The Shift from HDDs to SSDs
SSD takes advantage of its low power consumption and is not afraid of vibration. With various advantages of low cost, related manufacturers have begun to conquer the market in the field of industrial computers and have achieved good results.
Although SSD manufacturers are not to be outdone by launching new products designed specifically for industrial computers to stay in the market. With the continuous optimization of flash memory capacity and price, it has now become the main choice for industrial computers.
Why Hard Disks Fall Short for Industrial Use
The industrial computers that follow the consumer computer architecture have always generally inherited the same architecture. However, in terms of the demand for IPC in the application field, since the demand for data storage is not high. And large-capacity hard disks are for industrial computer users, it’s just a chat, even a bit flashy.
In addition to the high capacity, the hard disk uses mechanical actions for data access, which leads to a high failure rate and one of the disadvantages. Because industrial control is still the largest application field of industrial computers. In a factory environment, the vibration frequency of manufacturing equipment. And the intensity is much higher than the use environment of general consumer computers, which can be said to be a great test for hard disks designed for consumer computers.
Industrial Grade Micro SD Card Manufacturers
At present, including industrial grade micro sd card manufacturers that used to be mainly consumer products, have successively introduced industrial specifications of flash memory.
Especially in recent years, the technology of industrial-grade micro sd cards has made great progress. And most industrial PC manufacturers have listed memory cards as the main equipment.
Key Technical Specifications of Industrial Grade Micro SD Cards
What Are the Form Factors of Industrial Grade Micro SD Cards?
The industrial microSD memory card boasts a compact design, making it an ideal choice for space-constrained applications. Its small form factor allows it to fit seamlessly into diverse devices, from drones to surveillance systems. Despite its size, it offers robust durability and reliability, characteristic of industrial-grade memory solutions. This ensures it can withstand harsh environmental conditions while providing ample storage capacity to meet the needs of various industrial applications.
How Are Industrial Grade Micro SD Cards Extensively Tested for Reliability?
-
Pre-Production Testing: Sample cards are put through a battery of tests to simulate real-world usage.
-
Environmental Testing: Cards are exposed to extreme temperatures, humidity, and salt spray.
-
Vibration and Shock Testing: Cards are subjected to vibrations and shocks for durability.
-
High-Pressure and Altitude Testing: Tested under varying atmospheric pressures.
-
Compatibility Trials: Tested with various devices and OS for seamless integration.
Such comprehensive testing regimes underscore the reliability of industrial grade micro sd cards, ensuring your valuable data remains safe and secure.
Understanding UHS-I Speed Class U1 for MicroSD Memory Cards
-
UHS-I Technology: Enables faster data transfer rates.
-
Speed Class U1: Guarantees a minimum write speed of 10MB/s.
-
Application Use: Ideal for HD video recording and high-res photography.
Understanding UHS-I Speed Class U1 for MicroSD Memory Cards
The UHS-I Speed Class U1 specification is a standard for microSD memory cards, reflecting certain performance capabilities. Here’s a breakdown:
-
UHS-I Technology: UHS, or Ultra High Speed, refers to a bus interface that enables faster data transfer rates, making it ideal for applications like recording high-definition video and continuous shooting in photography.
-
Speed Class U1: The ‘U1’ denotes a minimum sequential writing speed of 10MB/s. This ensures that your card can handle recording full HD videos and capture high-resolution stills smoothly without any lag.
-
Application Use: UHS-I U1 cards are suitable for digital cameras, camcorders, and other devices requiring substantial data transfer volume and speed. They’re perfect for those who demand reliability during medium-intensity tasks.
Overall, UHS-I Speed Class U1 is a robust standard for consumers looking for dependable performance in everyday multimedia tasks.
Real Capacity vs. Advertised Capacity in Flash Storage
When you purchase a flash storage device, you might notice that the actual available capacity for storing your data is less than the advertised capacity.
Why This Happens
-
Formatting and System Files: Required for organizing data.
-
Overprovisioning: Reserved for wear leveling and error correction.
Understanding these technical aspects can help set realistic expectations about storage capabilities in industrial grade micro sd card use cases.
Future Demand for Micro SD Card Industrial Grade
In terms of demand, flash memory will develop in industrial control and other environments with higher requirements for storage media; as for hard disks, it will continue to be used in applications with a more stable environment and higher storage requirements. Such as POS or security monitoring. Dominate the market. In other words, there will be two types of industrial computer architectures for storage media in the future market. When considering specifications, companies can first consider their own capacity requirements and equipment environment. And then supplement the opinions of system integrators. Choose an architecture that initially meets your needs.
Understanding High Insertion Ratings for Industrial Grade microSD Memory Cards
What Are High Insertion Ratings?
High insertion ratings indicate how often a microSD card can be inserted and removed from a device without experiencing failure or significant wear. This feature is crucial for industrial microSD memory cards.
Why Are They Important?
-
Frequent Handling: In industrial settings, memory cards often need to be swapped out regularly, whether for data transfer, updates, or maintenance tasks. High insertion ratings ensure the card can withstand repeated handling without losing functionality.
-
Durability in Tough Environments: These cards are designed for use in challenging conditions, such as manufacturing plants or field operations, where dust, moisture, and vibrations are common. High insertion ratings contribute to the durability needed to operate reliably in such settings.
-
Cost-Effectiveness: Frequent replacements due to wear can be costly. Cards with robust insertion ratings reduce the need for frequent purchases and interruptions, thereby saving time and resources.
Applications
Industries like transportation, logistics, and medical equipment manufacture demand robust solutions for data storage. High insertion rated microSD cards support these needs by providing reliable performance in devices where they are frequently removed and reinserted.
By understanding the significance of high insertion ratings, businesses can select the right microSD cards to ensure long-term, efficient performance. This capability meets the demands of environments where data integrity and device uptime are critical.
When you purchase a flash storage device, you might notice that the actual available capacity for storing your data is less than the advertised capacity. This discrepancy arises because part of the device’s total capacity is reserved for formatting and essential maintenance tasks, such as file system management and overprovisioning.
Here’s how it works:
-
Formatting and System Files: A portion of the storage is utilized for creating the file system structures and formatting. These are necessary for the device to organize and retrieve your data efficiently.
-
Overprovisioning: Some storage space is intentionally left unlisted to improve performance and longevity. This extra space, known as overprovisioning, helps with wear leveling and error correction.
Therefore, while a flash drive might be labeled as having, say, 64GB, the real capacity you can use for your files will be slightly lower. Understanding these technical aspects can help set realistic expectations about storage capabilities.
Why Choose Dellwa?
From Dellwa sales manager Alan Tsai said:
“The application field of industrial-grade micro sd card 32GB and memory card wholesale price are about automotive, telecom, GPS, embedded, recorder and displays, medical and healthcare, etc.
Dellwa Co., Ltd. Industrial Graded microSD 3.0 memory card is specially designed for industrial computers and embedded applications. The microSD card has a performance close to that provided by SLC flash memory, increasing the number of erasing and writing by nearly 20,000 times.
The wholesale price is less than half of the general SLC flash memory, which is suitable for all embedded system manufacturers who need large capacity and have limited budget.
We are glad to provide you memory wholesale prices and memory card wholesale price for suitable you are significant and sophisticated equipment. “
For more information about memory news, please click here.
If you have demand of purchasing wholesale micro sd cards bulk, please don’t hesitate and feel free to contact us!”