参数资料
型号: ORSO42G5-EV
厂商: Lattice Semiconductor Corporation
文件页数: 128/153页
文件大小: 0K
描述: BOARD EVAL DEV PLATFORM ORSO42G5
标准包装: 1
系列: ORCA® 4 系列
类型: FPGA
适用于相关产品: ORSO42G5
所含物品: 板,线缆,电源
其它名称: ORSO42G5EV
Lattice Semiconductor
ORCA ORSO42G5 and ORSO82G5 Data Sheet
76
Figure 50. Minimum Timing Specs for Memory Blocks-Read Cycle (-1 Speed Grade)
Table 19 summarizes the Embedded Memory Signals at the Core/FPGA interface. In the table, an input refers to a
signal owing into the embedded core and an output refers to a signal owing out of the embedded core.
Table 19. Embedded Memory Core/FPGA Interface Signal Description
Register Maps
The memory map for the ORSO42G5 and ORSO82G5 core is only part of the full memory map of the ORSO42G5
and ORSO82G5 devices. The ORSO42G5 and ORSO82G5 are ORCA Series 4 based devices and thus use the
system bus as a communication bridge. The ORSO42G5 and ORSO82G5 core register map contained in this data
sheet only covers the embedded ASIC core of the device, not the entire device. The system bus itself, and the
generic FPGA memory map, are fully documented in the MPI/System Bus Application Note. As part of the system
bus, the embedded ASIC core of an FPSC is located at address offset 0x30000. The ORSO42G5 and ORSO82G5
embedded core is an eight-bit slave interface on the Series 4 system bus. The ORSO42G5 and ORSO82G5 core
registers are clocked by the system bus main clock.
Each ORCA device contains a device ID. This device ID is unique to each ORCA device and can be used for device
identication and assist in the system debugging. The device ID is located at absolute address 0x0-0x3. The
ORSO42G5 and ORCA82G5 device IDs are 0xDC012282. More information on the device ID and other Series 4
generic registers can be found in technical note TN1017, ORCA Series 4 MPI/System Bus.
If a clock is not provided to the reference clock, the registers will fail to operate.
FPGA/Embedded Core
Interface Signal Name]
Input (I) to
or Output (O)
from Core
Signal Description
Memory Slice Interface Signals
D_[A:B][35:0]
I
Data in – memory slice [A:B]
CKW_[A:B]
I
Write clock – memory slice [A:B].
CSWA_[A:B]
I
Write chip select for SRAM A – memory slice [A:B].
CSWB_[A:B]
I
Write chip select for SRAM B – memory slice [A:B].
AW_[A:B][10:0]
I
Write address – memory slice [A:B].
BYTEWN_[A:B][3:0]
I
Write control pins for byte-at-a-time write-memory slice [A:B].
Q_[A:B][35:0]
O
Data out – memory slice [A:B].
CKR_[A:B]
I
Read clock – memory slice [A:B].
CSR_[A:B]
I
Read chip select – memory slice [A:B]. CSR_[A:B]= 0 selects SRAM A.
CSR_[A:B]= 1 selects SRAM B.
AR_[A:B][10:0]
I
Read address – memory slice [A:B].
CKR
AR[10:0],
CSR
Q[35:0]
1.5 ns
4.5 ns
0.5 ns
2.0 ns
0 ns
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