Code Conversion

IP blocks

• 16-Bit Priority Encoder — L1 Upgrade — L2 Upgrade Mediumverilogsimsyn

  16-bit priority encoder with registered outputs and Valid/Ready skid buffer for backpressure handling.

• 4-Bit BCD to Binary Converter — L2 Upgrade Mediumverilogsimsyn

  A 4-bit BCD to binary converter with Valid/Ready interface and skid buffer for backpressure handling.

• 4-Bit Binary to BCD Converter (Shift-and-Add-3) Mediumverilogsimsyn

  A synchronous 4-bit binary to BCD converter using the shift-and-add-3 algorithm with FSM control.

• 4-Bit Thermometer to Binary Encoder Easyverilogsimsyn

  Converts a 4-bit thermometer code to a 2-bit binary value with clamping for overflow.

• 8-Bit One-Hot Encoder Easyverilogsimsyn

  Encodes a 3-bit binary input into an 8-bit one-hot output.

• 8-Bit Priority Decoder (One-Hot to Binary) — L1 Upgrade — L2 Upgrade Mediumverilogsimsyn

  An 8-bit priority decoder that converts one-hot input to binary index, featuring registered output, valid/ready interface, and skid buffer for backpressure handling.

• 8-Bit Thermometer to Binary Encoder Easyverilogsimsyn

  Combinational priority encoder converting 8-bit thermometer code to 3-bit binary index with MSB priority.

• 8-Bit to 16-Bit Sign Extender Easyverilogsimsyn

  Combinational logic module that sign-extends an 8-bit input to a 16-bit output by replicating the MSB.

• 8-to-16 Zero Extension — L1 Upgrade Mediumverilogsimsyn

  Registered 8-to-16 bit zero extension with enable control and valid handshake.

• Binary to Excess-3 4-bit — L1 Upgrade — L2 Upgrade Mediumverilogsimsyn

  Glitch-free 4-bit Binary to Excess-3 converter with Valid/Ready skid buffer for backpressure handling.

• Binary→Thermometer Compare-Gen (8→9) Easyverilogsimsyn

  Generate-for compare converter from 8-bit binary to a 9-bit thermometer code slice.

• Binary→Thermometer LUT (4→15, Case) — L1 Upgrade — L2 Upgrade Hardverilogsimsyn

  A registered 4-bit to 15-bit thermometer code converter with valid/ready interface and skid buffer for backpressure handling.

• Gray-Code Incrementer 8-Bit Mediumverilogsimsyn

  Registered 8-bit Gray code incrementer with Gray-to-binary and binary-to-Gray conversion logic.

• N-Bit Gray to Binary Decoder Easyverilogsimsyn

  Converts N-bit Gray code input to corresponding Binary output using a combinational XOR reduction chain.

• N-bit Priority Encoder — L1 Upgrade — L2 Upgrade Mediumverilogsimsyn

  N-bit priority encoder with registered output and valid/ready skid buffer for flow control.

• One-Hot→Binary Case Decode (4→2) — L1 Upgrade — L2 Upgrade Mediumverilogsimsyn

  A registered one-hot to binary decoder with valid/ready handshaking and skid buffer for backpressure handling.

• One-Hot→Binary MSB-Priority OR Tree (8→3) — L1 Upgrade Easyverilogsimsyn

  Registered 8-to-3 one-hot to binary encoder with MSB priority and validity check.

• Pipelined Gray↔Binary Register 8-bit Mediumverilogsimsyn

  Synchronous 8-bit register performing bidirectional Gray code and Binary code conversion with enable and reset controls.

• Thermometer Select 8-Bit — L1 Upgrade Hardverilogsimsyn

  Registered pipelined thermometer-to-binary encoder for 8-bit inputs with valid flag synchronization.

• Thermometer-to-Binary Encoder — L1 Upgrade Mediumverilogsimsyn

  A pipelined module that converts a 16-bit thermometer code into a 4-bit binary index.

• Trailing-One Encoder 8-bit — L1 Upgrade Mediumverilogsimsyn

  Registered pipeline for encoding the index of the first trailing one in an 8-bit input vector.

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