Tsi fpga – Artesyn ARTM-831X Installation and Use (June 2014) User Manual
Page 180

TSI FPGA
ARTM-831X Installation and Use (6806800M76E)
180
0x1101
0x1141
0x1181
SerDesTrmStatReg0
SerDesTrmStatReg1
SerDesTrmStatReg2
Serdes Transmitter Status Register (8bit) [Hw: syn , WAck1,
RAck1]
The Serdes transmitter status is shown.
Reg0 is for Serdes-connection to the BaseBoard, Reg1 to DMC1
and Reg2 to DMC2.
0x1102
0x1142
0x1182
SupplTstPatTrmReg
0
SupplTstPatTrmReg
1
SupplTstPatTrmReg
2
Supplemental Test Pattern Transmit Register (16bit) [Hw: asyn
, WAck4, RAck4]
Static Test Pattern transmitted via the supplementary channel
towards the serial interface.
Reg0 is for Serdes-connection to the BaseBoard, Reg1 to DMC1
and Reg2 to DMC2.
0x1104
0x1144
0x1184
SupplTstPatCrcDisp
GenCtrlReg0
SupplTstPatCrcDisp
GenCtrlReg1
SupplTstPatCrcDisp
GenCtrlReg2
Supplemental Test Pattern, CRC and Disparity Generator
Control Register (8bit) [Hw: asyn, WAck4, RAck4]
This registers control the test pattern, CRC and Disparity
transmission.
Reg0 is for Serdes-connection to the BaseBoard, Reg1 to DMC1
and Reg2 to DMC2.
Deserializer to TSI Allocater Block (Des2TsiBlk) [Hw: Cy1, InR, OutR]
The Tsi2SerBlk contains 3 converter blocks from Serdes links of DspFpgas. Each converter can put the
payload information of up to 30720 from DspFpga at the opposite side to incoming timeslots of the
TSI.
The received supplemental channel test pattern data can be read by using the registers of this block.
Furthermore the CRC status signals from the SerDes IP Block are evaluated and CRC and Disparity
errors are counted and indicated. The the link synchronization is controlled by registers of this block
too.
Access via SPI- bus from GlueFpga (occupies 256 Byte address area), hereof assigned to this block:
1200...12FF
Address
Acronym
Description
0x1200
0x1240
0x1280
SerDesRcvCtrlReg0
SerDesRcvCtrlReg1
SerDesRcvCtrlReg2
Serdes Receiver Control Register (8bit) [Hw: syn, WAck1,
RAck1]
A Serdes reset or resync can be initiated via this register.
Reg0 is for Serdes-connection to the BaseBoard, Reg1 to DMC1
and Reg2 to DMC2.
Table 9-5 RTM FPGA Address map Overview (continued)