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CRC checksum in Hex..
CRC checksum in Base64..
CRC checksum in Integer..
The algorithm used to calculate the CRC..
Whether the calculated hash matched with the checksum you providedCRC is an old & widely used algorithm to verify the integrity of data during transmission. It has been used in networks & storage devices to detect data corruption. CRC stands for Cyclic Redundancy Check. It has two variants CRC-16 and CRC-32. They use different number of bits in the algorithm. The former uses 16 bits while the latter uses 32 bits.
The type of the input text (not applicable for files).
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TG9yZSBpcHN1bSBkb2xvciBzaXQgYW1ldA==
Click on Browse File and select a file for Binary Input Type
The CRC algorithm to use for calculating the checksum or hash. You can choose between CRC-8, CRC-16, CRC-32 & CRC-64
The hash to compare to in Hex, Base64 and Integer format
Comments 3
Chau Huynh
Hi,
The result of CRC-10 to CRC-16 is not correct with the magic check value (always 8-bit).
It seems like the other MSB bits are hidden, could you please have a check?
Yours sincerely,
Chau Huynh
Partho Sarathi
The check parameter represents the checksum obtained on feeding "123456789" ASCII input to the algorithm. As such, it is a constant value irrespective of the input.
Chau Huynh
Hi,
As I said, for CRC-10 to CRC-16, if the input is ASCII 123456789, the CRC result is not correct.
For an example of CRC-10, the result is 0x99 while 0x199 is expected as magic check value.
The MSB bit is not included in the final CRC result.
Yours sincerely,
Chau Huynh