13.56Khz RFID Card

A high-frequency RFID card, known as the 13.56 RFID card, is ideal for ISO/IEC 14443, offering a reading distance of 1-10CM, and ISO/IEC15693, with a reading distance of 10-90CM. This technology operates at 13.56Mhz and is designed for identifying and sensing tagged individuals and objects for access control, automation, and various other applications. The primary aim of the 13.56 RFID card was to reduce tag costs while addressing the demands of high-volume card applications. The coil of the card, printed with ink on PVC, does not necessarily have to be made of hard copper wrappings at this frequency.

The RFID card market is inundated with various options, with the NXP Mifare 1K card being the most widespread. This particular card is commonly referred to as an IC card, as it is the most popular one. However, in China, the FM 1108 card has become a compatible replacement for the NXP Mifare 1K and is gaining popularity worldwide. The memory of the Mifare 1K card is 8K and is divided into 16 sectors, with each sector consisting of 16 bytes per block and four blocks per sector. The card comes with a single password and visiting control for each sector along with a unique 32-bit UID number. The data block for the card ranges from 0 to 3 blocks per sector and the third block contains the control data, including Key A and Key B. It is important to note that the manufacture code at the 0 blocks of 0 sectors cannot be changed. Knowing the construction of the M1 chip is crucial when it comes to encoding data.

Our company, Razlon, boasts two advanced production lines designed to manufacture high-quality 13.56Mhz RFID cards. With an inlay capacity of 100,000 sheets per day, we take pride in being able to provide our customers with a reliable and efficient service. Our 13.56 RFID cards are our flagship product, catering to a wide range of industries and domains. Whether it's for security purposes, access control, or inventory management, our RFID cards are designed to deliver tangible results and help streamline your operations. At Razlon, we understand the importance of staying ahead of the competition, and our commitment to using cutting-edge technology sets us apart in the market. Choose Razlon for all your RFID needs, and experience the difference for yourself.

We offer a range of solutions for various industries, including door access control, library management, enterprise management, anti-counterfeiting measures, laundry identification, fixed-assets management, medical patient tracking, medicine logistics management, and stock management. Our sample cards demonstrate the capabilities and functionality of our products, and we strive to provide our customers with tailored solutions that meet their specific needs. Contact us today to learn more about how we can help optimize your operations and enhance security and efficiency.

The following chart illustrates the various stages involved in the process of placing an order to shipment. This chart provides a clear understanding of the sequential steps that take place from the initial order placement until the final shipment is sent out. By following this chart, businesses can efficiently manage their order processing and ensure timely delivery to customers.
The first step in the process is the order placement. This can be done through various channels such as online platforms, phone calls, or direct interaction with sales representatives. Once the order is placed, it is essential to verify the accuracy of the order details, including the items, quantities, and delivery address.
After the order is confirmed, it moves to the next step which is order processing. This stage involves gathering the necessary items from the inventory and preparing them for shipment. It also includes tasks such as quality checks, packaging, and labeling to ensure that the products are in perfect condition and ready for dispatch.
Once the order is processed, it is ready for shipment. The shipping department takes charge of this stage and arranges the transportation of the goods. This involves selecting the appropriate carrier based on factors like destination, urgency, and cost-effectiveness. The shipping department also handles all the necessary documentation, such as customs clearance for international shipments.
After the shipment is arranged, it moves to the final stage which is the actual shipment. The goods are loaded onto the selected carrier and dispatched to the intended destination. During this stage, tracking tools may be used to monitor the progress and location of the shipment. It is essential to keep the customer updated about the shipping details and provide them with a tracking number for reference.
Once the goods reach the destination, they undergo the process of delivery. This involves unloading the shipment, verifying the contents, and ensuring that they match the order. If any discrepancies or damages are identified, they are immediately reported to the respective departments for resolution. Finally, the goods are delivered to the customer, completing the order placement to shipment process.
In conclusion, this chart clearly depicts the step-by-step process involved in placing an order and ensuring its successful shipment. By following this chart, businesses can streamline their operations, minimize errors, and provide an efficient order fulfillment experience to their customers.

And there is the fastest and cheapest logistics for you!

Welcome to everyone who wants to do RFID card business!!

Q: What is the M1 UID card?

A: M1 UID card’s full name is Mifare UID Chinese magic card, for short, UID Card. The M1 UID card is mostly same as the M1 card, but the only exception is that UID has an additional function, which is 0 sector data can be optionally changed. This means the chip manufacturer code is optionally changed. We can edit all data without any password, meanwhile, repeat to write is allowed.

Q: What is the CUID card(GEN2)?

A: CUID is the upgraded one from UID. The only difference between CUID and UID is that CUID uses regular password authentication to encode block 0(if encode wrong, need to make a card zero, then encode again), however UID uses order to encode block 0. The disadvantage is that re-encode is impossible if the check of the UID number is wrong.

Q: What is the FUID Card (GEN2)?

A: FUID is also upgraded from UID. Re-write is impossible if the revised block 0 is wrong, and it is difficult to test out.

Q: What is the UFUID Card?

A: As for the high cost of FUID, UFUID is the upgraded one from FUID. Block 0 can be optionally changed many times before fixed. After fixed, no change is allowed.

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