Sundance SMT712 - Manual (Page 29)

User Manual SMT712 Page 29 of 89 Last Edited: 11/12/2012 10:36:00
4.6.1
Control Registers
The write packets must contain the address where the data must be written to and
the read packets must contain the address where the required data must be read.
The following figure shows the memory map for the writable and readable registers
on the SMT712.
The access to a specific register is made by reading or writing to the address:
Address from Host = Offset + Register Address
Offset Description.
0x0000 SMT7xx Boards common registers (Reboot, global reset).
0x0400 SMT712 Registers (DACs, Clock and control).
0x0800 DACa data channel (Xlink 1)
0x0C00 DACb data channel (Xlink 2)
0x1000 Table of Contents (see Xlink Specifications for more details).
0x1400 Flash memory for bitstream storage.
0x2400 Event Block
Offset 0x0000 – SMT7xx Common Registers.
Register
Address
Writable Registers Readable Registers
0x04 Global Reset (bit31). Reserved.
0x80 Reconfiguration – Bitstream number. Reserved.
Offset 0x0400 – SMT712 Registers.
Register
Address
Writable Registers Readable Registers
0x08 Reserved. General Control register.
0x10 Set Control Register. Reserved.
0x20 Clear Control Register. Reserved.
0x24 Reserved Board Name and Version.
0x40 Reserved. Firmware Version and Revision Numbers.
0x44 DACA (MAX19692) Register 0x1. Read-back (FPGA Register) DACA (MAX19692)
Register 0x1.
0x48 DACB (MAX19692) Register 0x1. Read-back (FPGA Register) DACB (MAX19692)
Register 0x1.
0x4C DACA and B data source selection Read-back (FPGA Register) DACA and B data
source selection
0xC0 Clock Generator (AD9516-2) register 0x00 – Serial
Port Configuration Read-back (FPGA register) Clock Generator
(AD9516-2)
register 0x00 – Serial Port
Configuration
0xC4 Clock Generator (AD9516-2) register 0x04 – Read-
back control Read-back (FPGA Register) Clock Generator
(AD9516-2) register 0x04 – Read-back control
0xC8 Clock Generator (AD9516-2) register 0x10 – PDF
and Charge Pumpe Read-back (FPGA Register) Clock Generator
(AD9516-2) register 0x10 – PDF and Charge
Pumpe