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MMC/project/MMC_inst.bid
JefferyLi0903 eb38dd380a 上传了扫频算法的硬件搭建和软件接口
2022-06-26 16:03:38 +08:00

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<?xml version="1.0" encoding="UTF-8"?>
<All_Bram_Infos>
<Ucode>00011001</Ucode>
<AL_PHY_BRAM>
<INST_1>
<rid>0X0004</rid>
<wid>0X0004</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u00_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_1>
<INST_2>
<rid>0X0005</rid>
<wid>0X0005</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u00_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_2>
<INST_3>
<rid>0X0006</rid>
<wid>0X0006</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u00_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_3>
<INST_4>
<rid>0X0007</rid>
<wid>0X0007</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u00_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_4>
<INST_5>
<rid>0X0008</rid>
<wid>0X0008</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_5>
<INST_6>
<rid>0X0009</rid>
<wid>0X0009</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_6>
<INST_7>
<rid>0X000A</rid>
<wid>0X000A</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_7>
<INST_8>
<rid>0X000B</rid>
<wid>0X000B</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u10_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_8>
<INST_9>
<rid>0X000C</rid>
<wid>0X000C</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_9>
<INST_10>
<rid>0X000D</rid>
<wid>0X000D</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_10>
<INST_11>
<rid>0X000E</rid>
<wid>0X000E</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_11>
<INST_12>
<rid>0X000F</rid>
<wid>0X000F</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u20_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_12>
<INST_13>
<rid>0X0010</rid>
<wid>0X0010</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u30_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_13>
<INST_14>
<rid>0X0011</rid>
<wid>0X0011</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u30_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_14>
<INST_15>
<rid>0X0012</rid>
<wid>0X0012</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u30_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_15>
<INST_16>
<rid>0X0013</rid>
<wid>0X0013</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_CODE/ram_mem_unify_al_u30_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_CODE/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_16>
<INST_17>
<rid>0X0014</rid>
<wid>0X0014</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u00_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_17>
<INST_18>
<rid>0X0015</rid>
<wid>0X0015</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u00_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_18>
<INST_19>
<rid>0X0016</rid>
<wid>0X0016</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u00_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_19>
<INST_20>
<rid>0X0017</rid>
<wid>0X0017</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u00_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u00</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_20>
<INST_21>
<rid>0X0018</rid>
<wid>0X0018</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u10_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_21>
<INST_22>
<rid>0X0019</rid>
<wid>0X0019</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u10_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_22>
<INST_23>
<rid>0X001A</rid>
<wid>0X001A</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u10_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_23>
<INST_24>
<rid>0X001B</rid>
<wid>0X001B</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u10_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u10</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_24>
<INST_25>
<rid>0X001C</rid>
<wid>0X001C</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u20_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_25>
<INST_26>
<rid>0X001D</rid>
<wid>0X001D</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u20_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_26>
<INST_27>
<rid>0X001E</rid>
<wid>0X001E</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u20_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_27>
<INST_28>
<rid>0X001F</rid>
<wid>0X001F</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u20_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u20</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_28>
<INST_29>
<rid>0X0020</rid>
<wid>0X0020</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u30_4096x8_sub_000000_000</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_29>
<INST_30>
<rid>0X0021</rid>
<wid>0X0021</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u30_4096x8_sub_000000_002</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>2</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_30>
<INST_31>
<rid>0X0022</rid>
<wid>0X0022</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u30_4096x8_sub_000000_004</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>4</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_31>
<INST_32>
<rid>0X0023</rid>
<wid>0X0023</wid>
<is_debuggable>n</is_debuggable>
<is_initialize>y</is_initialize>
<model_type>AL_PHY_BRAM</model_type>
<name>RAM_DATA/ram_mem_unify_al_u30_4096x8_sub_000000_006</name>
<width_a>2</width_a>
<width_b>2</width_b>
<logic_name>RAM_DATA/ram_mem_unify_al_u30</logic_name>
<logic_width>8</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>6</data_offset>
<depth>4096</depth>
<width>2</width>
<num_section>1</num_section>
<section_size>8</section_size>
<width_per_section>2</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>110</mode_type>
<width>2</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_32>
</AL_PHY_BRAM>
<AL_PHY_BRAM32K>
<INST_1>
<rid>0X0024</rid>
<wid>0X0024</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_000</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>0</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_1>
<INST_2>
<rid>0X0028</rid>
<wid>0X0028</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_008</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>8</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_2>
<INST_3>
<rid>0X002C</rid>
<wid>0X002C</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_016</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>16</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_3>
<INST_4>
<rid>0X0030</rid>
<wid>0X0030</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_024</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>24</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_4>
<INST_5>
<rid>0X0034</rid>
<wid>0X0034</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_032</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>32</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_5>
<INST_6>
<rid>0X0038</rid>
<wid>0X0038</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_040</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>40</data_offset>
<depth>4096</depth>
<width>8</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>8</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_6>
<INST_7>
<rid>0X003C</rid>
<wid>0X003C</wid>
<is_debuggable>y</is_debuggable>
<is_initialize>n</is_initialize>
<model_type>AL_PHY_BRAM32K</model_type>
<name>auto_chipwatcher_0_logicbram_4096x53_sub_000000_048</name>
<width_a>8</width_a>
<width_b>8</width_b>
<logic_name>auto_chipwatcher_0_logicbram</logic_name>
<logic_width>53</logic_width>
<logic_depth>4096</logic_depth>
<sub_bid_info>
<address_offset>0</address_offset>
<data_offset>48</data_offset>
<depth>4096</depth>
<width>5</width>
<num_section>1</num_section>
<section_size>53</section_size>
<width_per_section>5</width_per_section>
<bytes_in_per_section>1</bytes_in_per_section>
<working_mode>
<address_step>1</address_step>
<depth>4096</depth>
<mode_type>113</mode_type>
<width>8</width>
<num_byte>1</num_byte>
<ecc>0</ecc>
</working_mode>
</sub_bid_info>
</INST_7>
</AL_PHY_BRAM32K>
</All_Bram_Infos>
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