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Name / opt. VHD NameDirectionPinDescription
PLL_SDA_ioBidirK2I2C Si5345A-B
PLL_SCL_oOutK1I2C Si5345A-B
LEDOutC2Status LED
A_LOS_iInH9SFP A Signal Loss (HIGH indicates signal loss)

A_MDEF0_i

InG9SFP A Modul Module Absent (HIGH when module physically absent)
A_RS0_oOutJ9SFP A Rate Select RX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
A_RS1_oOutH8SFP A Rate Select TX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
A_SCL_oOutK10SFP A I2C Clock 
A_SDA_ioBidirK11SFP A I2C Data

A_TX_DIS_o

OutH10SFP A (HIGH disables transmitter)
A_TX_FAULT_iInL12SFP A Laser Fault (HIGH indicates fault)
B_LOS_iInK12SFP B Signal Loss (HIGH indicates signal loss)
B_MDEF0_iInJ13SFP B Modul Module Absent (HIGH when module physically absent)
B_RS0_oOutJ12SFP B Rate Select RX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
B_RS1_oOutL13SFP B Rate Select TX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
B_SCL_oOutH13SFP B I2C Clock
B_SDA_ioBidir

G10

SFP B I2C Data
B_TX_DIS_oOutG13SFP B (HIGH disables transmitter)

B_TX_FAULT_i

InG12SFP B Laser Fault (HIGH indicates fault)

C_LOS_i

In

F12

SFP C Signal Loss (HIGH indicates signal loss)
C_MDEF0_iInE12SFP C Modul Module Absent (HIGH when module physically absent)
C_RS0_oOutF13SFP C Rate Select RX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
C_RS1_oOutF9SFP C Rate Select TX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
C_SCL_oOutE13SFP C I2C Clock
C_SDA_ioBidirD11SFP C I2C Data
C_TX_DIS_oOutD12SFP C (HIGH disables transmitter)
C_TX_FAULT_iInC12SFP C Laser Fault (HIGH indicates fault)
D_LOS_iInB11SFP D Signal Loss (HIGH indicates signal loss)

D_MDEF0_i

InB12SFP D Modul Module Absent (HIGH when module physically absent)
D_RS0_oOutB13SFP D Rate Select RX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
D_RS1_oOutC13SFP D Rate Select TX (LOW for 1000BASE-SX, HIGH for 10GBASE-SR)
D_SCL_oOutA12SFP D I2C Clock
D_SDA_ioBidirF10SFP D I2C Data
D_TX_DIS_oOutE9SFP D (HIGH disables transmitter)

D_TX_FAULT_i

InD9SFP D Laser Fault (HIGH indicates fault)
LA00_PInM9SCL In
LA00_NInN5SDA In
LA01_POutL4SDA Out
LA01_NInJ5I2C MUX 0: SEL[0]

LA02_P

InM13I2C MUX 1: SEL[1]

LA02_N

InM12I2C MUX 2: SEL[2]
LA03_NInN6RS0
LA03_PInM5TX_DISABLE
LA04_NOutK7TX Fault A+B+C+D
LA04_PInJ7RS1

LA05_N

OutL5LOS A
LA05_POutK5DEF0 A, SFP A Inserted Flag
LA06_NOutJ6LOS B
LA06_POutK6DEF0 B, SFP B Inserted Flag
LA07_NOutM8LOS C
LA07_POutN8DEF0 C, SFP C Inserted Flag
LA08_NOutM7LOS D
LA08_POutN7DEF0 D, SFP D Inserted Flag
LA09_P  -N4/currently unused
LA09_N -

M4

/currently unused

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1SFP Control and I2C register writes of RX/TX modes are couppled coupled with a logical or. If at least one of them indicates HIGH the 10GBASE-SR is activated.

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  • LA00_P, LA00_N and LA01_P form a "three wire I2C" bus with seperate separate data in and output.
  • LA01_N, LA02_P and LA02_N are used as selector for the MUX.


SEL
I2C device
000SFP A
001SFP B
010SFP C
011SFP D
100Si5345 Clock Generator

For I2C adresses addresses see TEF0008 TRM.

LED

LED is used as Status LED and is on if at least on SFP is connected.

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MAX10 JTAG for programming is always enabled and accessible via the FMC connector, pin header J3 and testpointstest points.

Appx. A: Change History and Legal Notices

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DateDocument RevisionCPLD Firmware RevisionSupported PCB RevisionAuthorsDescription

Page info
modified-date
modified-date
dateFormatyyyy-MM-dd

Page info
current-version
current-version
prefixv.

REV01REV01, REV02

Page info
modified-user
modified-user

  • Added Legal Notices
  • some typos
  • small rearrangmentsrearrangements
2018-08-07
v.03
REV01REV01John Hartfiel
  • small style update
2018-06-07v.01REV01REV01Martin Rohrmüller
  • initial document

All

Page info
modified-users
modified-users


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