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Online Stream Slicer/ Data Width Converter

The Online Bit Slicer / Data Width Converter takes an input stream or file as binary data and slices into chunks of desired number of bits. It can also be used as base converter, bit inverter, character modifier, or file type modifier.

The Verilog code for converting any bit width to any bit width on the fly is also available. The module can accept any input data widths varying from 1-bit to 16-bits and converts (splits, slices) it to any size data every clock where both input width and output width can be changed every clock as well. No FIFO is used. Implemented using muxes and demuxes only. Contact me for further details.

I use online bit slicer to convert data to required data width in a stream. I hope it helps to you too. Enjoy...

Input Encoding
Format
Input data file can be binary, text coded bin, hex.
Input data stream can be text coded bin, or hex.

Bin: Each bit in file represents itself as 1 bit data. 0b1 -> 0b1
Text Bin: Each character in stream represents 1 bit data coded as binary. '1' -> 0b1
Text ASCII: Each character in stream represents and converted to 8 bit data coded as ASCI. '1' -> 0b00110001
Text Hex: Each character in stream represents 4 bit data coded as hex. '1' -> 0b0001
:
Input Order
Input Order:
Input data processing order.
LSB: Inverts bits in each input stream within the selected bit with itself(bit 7 <-> bit 0).

Order width field is is used as the bit width to be inverted.

If left empty no inversion occurs. MSB: Left most bit is processed first. No inversion occurs. Order width field is not used.
Input Order
LSB: Inverts bits in each input data stream within the selected bit width itself.

If bit width is selected as 8 bit 7 is change location with bit 0. (bit 7 <-> bit 0).
If left empty no inversion occurs.
Input Length
?
Data Length:
Input data length in number of bits. separators are included if exist.

Each separator is counted as 1 bit,4 bits, 8bits for Text bin, Text ASCII, Text Hex respectfully.

This field is applicable to hex or ASCII format where the bits of last character may not be fully used .

If left empty, tool will calculate the length based on the input data
Input Length
The Length
Input Seperator:
Input Seperator
This field is applicable to text formats.

If not empty, the separator character will be removed from the input stream or file before processing.

If left empty, tool will calculate the length based on the input data
Input File
Input Data File
The source can be provided as an input file or a manually entered stream in the input stream field.

In case both fields are provided input stream will be processed.
:
Input Stream
Input Stream
Input stream to be sliced. Only Text formats are valid. Binary format is not applicable.
:
Output Data width:
Output Data Width
The slice lengh in bits.

Output Seperator:
Output Seperator
The separator character for the putput.

Output Encoding
Format
Output data file can be binary, text coded bin, hex.
Output data stream can be text coded bin, or hex.
Output Type
Output Type:
Display output, or send as a file.
Output Type
Display output, or send as a file.
Identify
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Identify
Due to heavy processing load on CPU and misuse by robots,
you are required to identify yourself first.
Sliced Output
Calculation Time: 0 ms
Print Time: 0 ms

Notes:
  • Base Converter Mode: This tool can also be used to convert from bin to hex or vice versa with no slicing by setting the input and output widths equal, but the formats different
  • Inverter Mode: This tool can also be used to invert any size bit chunks (such as byte, 32bit) with no slicing by setting the input and output widths equal but selecting the LSB
  • Character Modification Mode: This tool can also be used to remove or replace the separator character within a stream with no slicing by setting the input and output widths equal, but the separator characters different for the input and the output.
  • File Modification Mode: This tool can also be used to covert file types from bin to txt or vice versa

Analyzer
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The bus width converter of size of a bus, known as its width, is important because it determines how much data can be transmitted at one time. The address bus, The data bus and The control bus are the internal bus or the expansion bus. ISA 8-bit ISA 16-bit EISA VLB PCI 32-bi PCI 64-bit AGP AGP (x2 Mode) AGP (x4 Mode) AGP (x8 Mode) ATA33 ATA100 ATA133 Serial ATA (S-ATA) Serial ATA II (S-ATA2) USB 1 USB 2.0 1 FireWire FireWire 2 SCSI-1 SCSI-2 - Fast SCSI-2 - Wide SCSI-2 - Fast Wide SCSI-3 - Ultra SCSI-3 - Ultra Wide SCSI-3 - Ultra 2 SCSI-3 - Ultra 2 Wide SCSI-3 - Ultra 160 (Ultra 3) SCSI-3 - Ultra 320 (Ultra 4) SCSI-3 - Ultra 640 (Ultra 5) demonstrates the suitability of the tool for implementing the constellation mapping and demapping functions, which can also be easily adapted for compatibility with other wireless standards. The modes supported are gray-coded QPSK, 16QAM, and 64QAM modulation schemes. The mapping process also multiplies each constellation point by a scaling factor in the gray mapping for the three constellation modes and the associated scaling factor. The demapper performs the complementary operation of the mapper by extracting the bitstream from the received complex stream. The mapper takes groups of bits and maps them to specific points. A specific magnitude and phase represents a certain combination of bits. The operating mode for each user is configured at run time and is determined by assessing the channel quality. this adjusts the modulation scheme of each user, to maximize throughput while meeting an acceptable error rate. The bit splitter.
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