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UG473 (v1.11) November 12, 2014
Block RAM Attributes
Reset or CE Priority - RSTREG_PRIORITY_[A|B]
This attribute determines the priority of RSTREG or REGCE while asserting RSTREG
when DO_REG = 1. Valid values are RSTREG or REGCE.
Optional Output Register On/Off Switch - DO[A|B]_REG
This attribute sets the number of pipeline register at A/B output of the block RAM. The
valid values are 0 (default) or 1.
Extended Mode Address Determinant - RAM_EXTENSION_[A|B]
This attribute determines whether the block RAM of interest has its A/B port as
UPPER/LOWER address when using the cascade mode. Refer to the Cascadable Block
RAM section. When the block RAM is not used in cascade mode, the default value is
NONE.
Read Width - READ_WIDTH_[A|B]
This attribute determines the A/B read port width of the block RAM. The valid values are:
0 (default), 1, 2, 4, 9, 18, 36, and when using RAMB36E1 port A in SDP mode, 72.
Write Width - WRITE_WIDTH_[A|B]
This attribute determines the A/B write port width of the block RAM. The valid values are:
0 (default), 1, 2, 4, 9, 18, 36, and when using RAMB36E1 port A in SDP mode, 72.
9 [8:0] [7:0] [7:0] [0] [8]
18 [17:0] [15:0] [15:0] [1:0] [17:16]
36 (only for
RAMB36E1)
[35:0] [31:0] [31:0] [3:0] [35:32]
Table 1-17: SDP Macro for RAMB18E1 and RAMB36E1
Port Width
SRVAL/INIT
Full Width
SRVAL/INIT Mapping to DO SRVAL/INIT Mapping to DOP
DO SRVAL/INIT DOP SRVAL/INIT
36
RAMB18E1
SDP MACRO
[35:0] [31:0] [33:18]/[15:0] [3:0] [35:34]/[17:16]
72
RAMB36E1
SDP MACRO
[71:0] [63:0] [67:36]/[31:0] [7:0] [71:68]/[35:32]
Table 1-16: RAMB18E1 and RAMB36E1, SRVAL and INIT Mapping for Port A and Port B (Cont’d)
Port Width
SRVAL/INIT_(A/B)
Full Width
SRVAL/INIT_(A/B) Mapping to DO SRVAL/INIT_(A/B) Mapping to DOP
DOADO/DOBDO (SRVAL/INIT)_(A/B) DOP(A/B)/DOP SRVAL/INIT_(A/B)
- 7 Series FPGAs 1
- Memory Resources 1
- Revision History 2
- RCCK_RST 3
- RCKC_RST 3
- RREC_RST 3
- RREM_RST 3
- Table of Contents 5
- About This Guide 9
- Additional Support Resources 10
- Block RAM Resources 11
- Block RAM Introduction 13
- UG473_c1_01_052610 15
- Read Operation 16
- Write Operation 16
- Write Modes 16
- NO_CHANGE Mode 17
- Conflict Avoidance 18
- Optional Output Registers 19
- Simple Dual-Port Block RAM 20
- Cascadable Block RAM 21
- Byte-Wide Write Enable 21
- RAMB36E1 TDP mode 36 4 22
- RAMB36E1 SDP mode 72 8 22
- RAMB18E1 TDP mode 18 2 22
- RAMB18E1 SDP mode 36 4 22
- Block RAM Library Primitives 23
- Block RAM Port Signals 26
- Set/Reset 27
- Cascade In 29
- Block RAM Address Mapping 30
- Block RAM Attributes 31
- Read Width - READ_WIDTH_[A 33
- Avoidance, page 18 34
- Considerations 35
- Block RAM Applications 37
- Block RAM 38
- Register 38
- Block RAM Timing Model 39
- RCCK_REGCE 40
- RCKC_REGCE 40
- RCKO_DO_REG 40
- Clock Event 1 41
- Clock Event 2 41
- Clock Event 4 41
- Stacked Silicon Interconnect 43
- Built-in FIFO Support 45
- Synchronous FIFO 46
- FIFO Primitives 48
- UG473_c2_04_052610 49
- Standard Mode 51
- UG473_c2_05_052610 51
- Empty Flag 52
- Almost Empty Flag 52
- Read Error Flag 52
- Full Flag 53
- Write Error Flag 53
- Almost Full Flag 53
- FIFO Timing Characteristics 58
- EMPTY Signal 59
- RCCK_WREN 60
- RCKO_AFULL 60
- RCKO_FULL 60
- RCKO_WRERR 61
- RCCK_RDEN 61
- FIFO Applications 64
- UG473_c2_11_052610 65
- 512 x 144 FIFO 66
- UG473_c2_12_052610 66
- UG473_c2_13_052610 67
- Built-in Error Correction 69
- ECC Modes 70
- UG473_c3_01_052610 71
- RAMB36E1 72
- UG473_c3_03_052610 73
- FIFO36E1 73
- ECC Modes of Operation 76
- UG473_c3_06_100610 78
- UG473_c3_07_070110 78
- Standard ECC 79
- Standard ECC Write 80
- Standard ECC Read 80
- Set by Attributes 80
- ECC Encode-Only Write 80
- ECC Encode-Only Read 81
- DO_REG = 0 82
- DO_REG = 1 82
- Encode-Only ECC Write Timing 83
- Encode-Only ECC Read Timing 83
- Decode-Only ECC Write Timing 83
- Decode-Only ECC Read Timing 83
- RCKO_PARITY_ECC 85
- RCKO_SBIT_ECC 85
- RCKO_SBIT_ECC_REG 85
- RCKO_DBIT_ECC 85
- RCKO_DBIT_ECC_REG 85
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