WRITE - 1.0 English

• <value in dec> – Repeat the current command n times.
• <value in dec>KB – Amount of data to be transferred in KB. For example, 50 KB, 100 KB, etc.
• <value in dec>MB – Amount of data to be transferred in MB. For example, 5 MB, 10 MB, etc.
• <value in dec>GB – Amount of data to be transferred in GB. For example, 1 GB, 2 GB, etc.

• <value in number of clks (dec) > – Issue transaction after specified number of clks.
• <bandwidth in dec > Mb/s – Bandwidth for Write transactions. For example, 12,500 Mb/s.

• <value in number of clks (dec) >
• Add specified delay between two beats in an AXI transaction.

• random – Random data is generated on all Write data beats. wdata_pat_value field gives a seed value for RNG.
• same_as_src – All Write data beats are generated with PARAM_SRC_ID value.
• same_as_addr – All Write data beats are generated with the corresponding beat start address.
• constant – All Write data beats are generated with the constant value is set on wdata_pat_value field.
• walking_1 – The value of 1 walks through (bit wise) the Write data beats where rest of bits are 0
• walking_0 – The value of 0 walks through (bit wise) the Write data beats where rest of bits are 1.

• <seed_value in hex> – When wdata_pattern is selected as random, this field value is used as the seed for the RNG.
• <value in hex> – When wdata_pattern is selected as constant, this value is used as constant data which sent in all Write data beats.

• enabled – Data integrity checks are enabled for the Write transaction. For example, the transaction data is stored in the memory by AXI-TG to compare later when Read occurs to this location.
• disabled – Data integrity checks are disabled for this Write transaction. For example, Read data comparison is not available.

• <value in hex> – This field is used when axi_addr is set to start_addr value. If txn_count > 0, for each AXI transaction issued, increment the address by the specified value. If add_incr_by = 0, all transactions are issues with same axi_addr.
• <seed_value in hex> – This field value is used as the seed for RNG to generate random addr when axi_addr field is set any one of the following options: random, random_aligned, random_unaligned, random_uniform, random_uniform_aligned, or random_uniform_unaligned.
• auto_incr – The first transactions start address is picked from axi_addr field and then each transactions start addresses are calculated by using this expression: start_address (from second txn) = previous_start_address + ((1<<axi_size) × (axi_len+1)).
• For example, txn_count 3, axi_addr 0000_0000, axi_size 6, axi_len 0. The start address of all three transactions are: First txn start address: 0000_0000, Second txn start address: 0000_0000 + ((1<<6) × (0+1)) = 0000_0040, Third txn start address: 0000_0040 + ((1<<6) × (0+1)) = 0000_0080

• <value in hex> – Targeted slave ID value can be given in this field for the transaction.
• <Parameters> – Targeted slave ID can be given using Parameters such SLAVE_DST_ID0, SLAVE_DST_ID1, These parameters hold the slave ID value in adv_axi_tg top.

• <value in hex>
• The base_addr can be specified in this field. The incremented addr for the txns are looped back to the base address when the high address boundary is reached.

• The high address can be specified here. The traffic generator increments up to this value. After the incremented addr reaches the high_addr boundary, the next transaction start address is the base_addr.

• <value in hex> – AXI transaction start address value. If txn_count > 0, the next transaction address is calculated using addr_incr_by.
• random – Any random address is generated between base_addr and high_addr. addr_incr_by field value is set as the seed to the RNG.
• random_aligned – Any random aligned address is generated between base_addr and high_addr. addr_incr_by field value is set as the seed to the RNG.
• random_unaligned – Any random unaligned address is generated between base_addr and high_addr. addr_incr_by field value is set as the seed to the RNG.
• random_uniform – Uniformly distributed random addr is generated between base_addr and high_addr. addr_incr_by field value is set as the seed to the RNG.
• random_uniform_aligned – Uniformly distributed random aligned addr is generated between base_addr and high_addr. addr_incr_by field value is set a the seed to the RNG.
• random_uniform_unaligned – Uniformly distributed random unaligned addr is generated between base_addr and high_addr. addr_incr_by field value is set as the seed to the RNG.

• This hex value passes to the AXI_xx_AWLEN port.

• This hex value passes to the AXI_xx_AWSIZE port.

• <value in hex> – All the Write transactions are sent with this ID.
• auto_incr – The first Write transaction is sent out with ID of 0 and the each consecutive transactions IDs is incremented by 1.

• <value in hex> – 0x1, 0x2
• INCR, WRAP

• Set to 0, this AXI port is not used in the HBM IP.

• Set to 0, this AXI port is not used in the HBM IP.

• Set to 0, this AXI port is not used in the HBM IP.

• Set to 0, this AXI port is not used in the HBM IP.

• Set to 0, this AXI port is not used in the HBM IP.

• Set to 0, thi s AXI port is not used in the HBM IP.

C_AXI_WR_BASEADDR

(TG Parameter)

C_AXI_WR_HIGHADDR

(TG Parameter)

C_AXI_WRITE_MAX_SIZE

(TG Parameter)