Hub-Module FEX MGT Data Fanout Map ------------------------------------- Revision: 28-Apr-2015 This FEX MGT Data Fanout Map is presented in two sections. The first section shows the map from the Zone 2 inputs through to the ROD MegArray connectors. The second section shows the map from the Zone 2 inputs through to the Hub's FPGA MGT inputs. Understandings: - The FEX cards are numbered 3:14 by their ATCA Logical Slot Number. - The 6 Aurora Lanes carrying FEX readout data are assigned to the ATCA Fabric Interface Channel Ports in the following way: Aurora Lane 0, 1, 2, 3, 4, 5 FEX End ATCA Tx0, Tx1, Tx2, Tx3, Rx2, Rx3 Hub End ATCA Rx0, Rx1, Rx2, Rx3, Tx2, Tx3 Hub Zone 2 Pins c,d g,h c,d g,h a,b e,f Hub Zone 2 Row lower lower upper upper upper upper - All FEX Aurora data on the ATCA backplane is "right side up". That is, if for high speed routing considerations, a given FEX card criss-crosses some of its MGT Transmitter direct and complement output pins with the ATCA backplane direct and complement pins then it will also setup these MGT Transmitters to invert their output data. - The MegArray connector pinout is defined by the V1p4 document from 6-May-2015 written by Ed. - With these understandings, all readout data delivered to the ROD will be "right side up" with the map that follows. Description of the Columns in this Map Table: - MGT Fanout Channel Number, this table is listed in order of the MGT Fanout Channels on the Hub circuit board. The Hub Module netlist is in terms of MGT Fanout Channel Number. - FEX, this is the FEX card number 3:14, i.e. the ATCA Logical Slot Number of the FEX card. - Aurora Lane, this is the Aurora protocol Lane number of the readout data from this source, 0:5. - Zone 2 Input Pins, this column shows the ATCA Fabric Interface connector and pin numbers where this data source arrives on the Hub Module, e.g. J23-C/D2 means connector J23 pins C2 and D2. The pin carrying the direct signal (aka non-inverted signal) is always listed first, the pin carrying the complement signal (aka inverted signal) is listed second. - Lay, the signal layer (not physical layer) in the Hub PCB on which this differential pair is routed to the MGT Fanout Array. - Inv, indicates whether or not the trace routing inverts this differential signal on its way from the Zone 2 connector to the MGT Fanout input. - MegAry Con, shows whether this signal is routed to the S1 or S2 MegArray connector. - MegArry Pins, lists the pins used in the MegArray connector for this readout signal, e.g. F/E39 means pins F39 and E39 are used for this differential signal. The pin carrying the direct signal is always listed first and the pin carrying the complement signal is listed second. - ROD FEX Input, this is the input to the ROD in Ed's notation from his version V1p4 MegArray Pinout from 6-May-2015. - Lay, the signal layer (not physical layer) in the Hub PCB on which this differential pair is routed from the MGT Fanout output to the MegArray connector. - Inv, indicates whether or not the trace routing inverts this differential signal on its way from the MGT Fanout to the MegArray connector. The map table for the connections between the backplane Zone 2 pins and the Hub's FPGA is similar but instead of the MegArray connections it shows the connections to the FPGA MTG Receivers in terms of Quad and channel within the Quad. Again the index to this table is MGT Fanout Channel Number. Although the readout data from the FPGA on This Hub does not pass through the MGT Fanout it is listed at the end of this table for completeness. Map from Zone 2 Fabric Interface Inputs to ROD MegArray Connectors: ----------------------------------------------------------------------- MGT Zone 2 Meg Meg ROD Fanout Aurora Input Ary Arry FEX Channel FEX Lane Pins Lay Inv Con Pins Input Lay Inv ------- --- ------ -------- --- --- --- ---- ----- --- --- 1 3 0 J23-C/D2 7 N S1 F/E39 0 7 N 2 3 1 J23-G/H2 8 Y S1 J/H38 1 8 Y 3 3 2 J23-C/D1 9 N S1 F/E37 2 9 N 4 3 3 J23-G/H1 6 Y S1 J/H36 3 6 Y 5 3 4 J23-A/B1 7 N S1 F/E35 4 7 N 6 3 5 J23-E/F1 8 Y S1 J/H34 5 8 Y 7 4 0 J22-C/D10 9 N S1 F/E33 6 9 N 8 4 1 J22-G/H10 6 Y S1 J/H32 7 6 Y 9 4 2 J22-C/D9 7 N S1 F/E31 8 7 N 10 4 3 J22-G/H9 8 Y S1 J/H30 9 8 Y 11 4 4 J22-A/B9 9 N S1 F/E29 10 9 N 12 4 5 J22-E/F9 6 Y S1 J/H28 11 6 Y 13 5 0 J22-C/D8 7 N S1 F/E27 12 7 N 14 5 1 J22-G/H8 8 Y S1 J/H26 13 8 Y 15 5 2 J22-C/D7 9 N S1 F/E25 14 9 N 16 5 3 J22-G/H7 6 Y S1 J/H24 15 6 Y 17 5 4 J22-A/B7 7 N S1 F/E23 16 7 N 18 5 5 J22-E/F7 8 Y S1 J/H22 17 8 Y 19 6 0 J22-C/D6 9 N S1 J/H20 18 9 N 20 6 1 J22-G/H6 6 Y S1 F/E19 19 6 Y 21 6 2 J22-C/D5 7 N S1 J/H18 20 7 N 22 6 3 J22-G/H5 8 Y S1 F/E17 21 8 Y 23 6 4 J22-A/B5 9 N S1 J/H16 22 9 N 24 6 5 J22-E/F5 6 Y S1 F/E15 23 6 Y 25 7 0 J22-C/D4 7 N S1 J/H14 24 7 N 26 7 1 J22-G/H4 8 Y S1 F/E13 25 8 Y 27 7 2 J22-C/D3 9 N S1 J/H12 26 9 N 28 7 3 J22-G/H3 6 Y S1 F/E11 27 6 Y 29 7 4 J22-A/B3 7 N S1 J/H10 28 7 N 30 7 5 J22-E/F3 8 Y S1 F/E9 29 8 Y 31 8 0 J22-C/D2 9 N S1 J/H8 30 9 N 32 8 1 J22-G/H2 6 Y S1 F/E7 31 6 Y 33 8 2 J22-C/D1 7 N S1 J/H6 32 7 N 34 8 3 J22-G/H1 8 Y S1 F/E5 33 8 Y 35 8 4 J22-A/B1 9 N S1 J/H4 34 9 N 36 8 5 J22-E/F1 6 Y S1 F/E3 35 6 Y --------------- 37 Other Hub 0 J23-C/D3 7 Y S2 E/F3 HRD0 7 Y 38 Other Hub 1 J23-G/H3 8 N S2 H/J8 HRD2 8 N --------------- 39 9 0 J21-C/D10 9 Y S2 B/C4 71 9 Y 40 9 1 J21-G/H10 6 N S2 E/F5 70 6 N 41 9 2 J21-C/D9 7 Y S2 B/C6 69 7 Y 42 9 3 J21-G/H9 8 N S2 E/F7 68 8 N 43 9 4 J21-A/B9 9 Y S2 B/C8 67 9 Y 44 9 5 J21-E/F9 6 N S2 E/F9 66 6 N 45 10 0 J21-C/D8 7 Y S2 B/C10 65 7 Y 46 10 1 J21-G/H8 8 N S2 E/F11 64 8 N 47 10 2 J21-C/D7 9 Y S2 B/C12 63 9 Y 48 10 3 J21-G/H7 6 N S2 E/F13 62 6 N 49 10 4 J21-A/B7 7 Y S2 B/C14 61 7 Y 50 10 5 J21-E/F7 8 N S2 E/F15 60 8 N 51 11 0 J21-C/D6 9 Y S2 B/C16 59 9 Y 52 11 1 J21-G/H6 6 N S2 E/F17 58 6 N 53 11 2 J21-C/D5 7 Y S2 B/C18 57 7 Y 54 11 3 J21-G/H5 8 N S2 E/F19 56 8 N 55 11 4 J21-A/B5 9 Y S2 B/C20 55 9 Y 56 11 5 J21-E/F5 6 N S2 E/F21 54 6 N 57 12 0 J21-C/D4 7 Y S2 B/C22 53 7 Y 58 12 1 J21-G/H4 8 N S2 E/F23 52 8 N 59 12 2 J21-C/D3 9 Y S2 B/C24 51 9 Y 60 12 3 J21-G/H3 6 N S2 E/F25 50 6 N 61 12 4 J21-A/B3 7 Y S2 B/C26 49 7 Y 62 12 5 J21-E/F3 8 N S2 E/F27 48 8 N 63 13 0 J21-C/D2 9 Y S2 B/C28 47 9 Y 64 13 1 J21-G/H2 6 N S2 E/F29 46 6 N 65 13 2 J21-C/D1 7 Y S2 B/C30 45 7 Y 66 13 3 J21-G/H1 8 N S2 E/F31 44 8 N 67 13 4 J21-A/B1 9 Y S2 B/C32 43 9 Y 68 13 5 J21-E/F1 6 N S2 E/F33 42 6 N 69 14 0 J20-C/D10 7 Y S2 B/C34 41 7 Y 70 14 1 J20-G/H10 8 N S2 E/F35 40 8 N 71 14 2 J20-C/D9 9 Y S2 B/C36 39 9 Y 72 14 3 J20-G/H9 6 Y S2 E/F37 38 6 Y 73 14 4 J20-A/B9 7 Y S2 B/C38 37 7 Y 74 14 5 J20-E/F9 6 N S2 E/F39 36 8 N --------------- -- This Hub 0 -- - - S2 B/C2 HRD1 - - -- This Hub 1 -- - - S2 H/J6 HRD3 - - Map from Zone 2 Fabric Interface Inputs to This Hub's FPGA MGT Inputs: -------------------------------------------------------------------------- Revision: 27-Nov-2016 MGT Aur- Zone 2 Hub FPGA MGT Receiver Fanout ora Input ---------------------- Channel FEX Lane Pins Lay Inv Ch-Quad Typ Pins Lay Inv ------- --- ---- -------- --- --- ------- --- ------ --- --- 1 3 0 J23-C/D2 7 N Rx1-126 GTY AF43/4 2 Y 2 3 1 J23-G/H2 8 Y Rx0-126 GTY AG45/6 3 N 3 3 2 J23-C/D1 9 N Rx3-125 GTY AH43/4 4 Y 4 3 3 J23-G/H1 6 Y Rx2-125 GTY AJ45/6 5 N 5 3 4 J23-A/B1 7 N Rx1-125 GTY AK43/4 2 Y 6 3 5 J23-E/F1 8 Y Rx0-125 GTY AL45/6 3 N 7 4 0 J22-C/D10 9 N Rx3-124 GTY AM43/4 4 Y 8 4 1 J22-G/H10 6 Y Rx2-124 GTY AN45/6 5 N 9 4 2 J22-C/D9 7 N Rx1-128 GTY V43/4 2 Y 10 4 3 J22-G/H9 8 Y Rx0-128 GTY W45/6 3 N 11 4 4 J22-A/B9 9 N Rx3-127 GTY Y43/4 4 Y 12 4 5 J22-E/F9 6 Y Rx2-127 GTY AA45/6 5 N 13 5 0 J22-C/D8 7 N Rx1-127 GTY AB43/4 2 Y 14 5 1 J22-G/H8 8 Y Rx0-127 GTY AC45/6 3 N 15 5 2 J22-C/D7 9 N Rx3-126 GTY AD43/4 4 Y 16 5 3 J22-G/H7 6 Y Rx2-126 GTY AE45/6 5 N 17 5 4 J22-A/B7 7 N Rx1-130 GTY K43/4 2 Y 18 5 5 J22-E/F7 8 Y Rx0-130 GTY L45/6 3 N 19 6 0 J22-C/D6 9 N Rx3-129 GTY M43/4 4 Y 20 6 1 J22-G/H6 6 Y Rx2-129 GTY N45/6 5 N 21 6 2 J22-C/D5 7 N Rx1-129 GTY P43/4 2 Y 22 6 3 J22-G/H5 8 Y Rx0-129 GTY R45/6 3 N 23 6 4 J22-A/B5 9 N Rx3-128 GTY T43/4 4 Y 24 6 5 J22-E/F5 6 Y Rx2-128 GTY U45/6 5 N 25 7 0 J22-C/D4 7 N Rx3-132 GTY B43/4 2 Y 26 7 1 J22-G/H4 8 Y Rx2-132 GTY C45/6 3 N 27 7 2 J22-C/D3 9 N Rx1-132 GTY D43/4 4 Y 28 7 3 J22-G/H3 6 Y Rx0-132 GTY E45/6 5 N 29 7 4 J22-A/B3 7 N Rx1-131 GTY F43/4 2 Y 30 7 5 J22-E/F3 8 Y Rx0-131 GTY G45/6 3 N 31 8 0 J22-C/D2 9 N Rx3-130 GTY H43/4 4 Y 32 8 1 J22-G/H2 6 Y Rx2-130 GTY J45/6 5 N 33 8 2 J22-C/D1 7 N Rx2-231 GTH G16/5 2 N 34 8 3 J22-G/H1 8 Y Rx3-231 GTH E16/5 3 Y 35 8 4 J22-A/B1 9 N Rx3-131 GTY E31/2 4 Y 36 8 5 J22-E/F1 6 Y Rx2-131 GTY G31/2 5 N --------------- 37 Other Hub 0 J23-C/D3 7 Y Rx3-133 GTY A31/2 2 N 38 Other Hub 1 J23-G/H3 8 N Rx2-133 GTY B33/4 3 N --------------- 39 9 0 J21-C/D10 9 Y Rx1-133 GTY C31/2 4 Y 40 9 1 J21-G/H10 6 N Rx0-133 GTY D33/4 5 N 41 9 2 J21-C/D9 7 Y Rx0-232 GTH E 2/1 2 N 42 9 3 J21-G/H9 8 N Rx1-232 GTH D 4/3 3 Y 43 9 4 J21-A/B9 9 Y Rx2-232 GTH C 2/1 4 N 44 9 5 J21-E/F9 6 N Rx3-232 GTH B 4/3 5 Y 45 10 0 J21-C/D8 7 Y Rx0-233 GTH D14/3 2 N 46 10 1 J21-G/H8 8 N Rx1-233 GTH C16/5 3 Y 47 10 2 J21-C/D7 9 Y Rx2-233 GTH B14/3 4 N 48 10 3 J21-G/H7 6 N Rx3-233 GTH A16/5 5 N 49 10 4 J21-A/B7 7 Y Rx2-229 GTH N 2/1 2 N 50 10 5 J21-E/F7 8 N Rx3-229 GTH M 4/3 3 Y 51 11 0 J21-C/D6 9 Y Rx0-230 GTH L 2/1 4 N 52 11 1 J21-G/H6 6 N Rx1-230 GTH K 4/3 5 Y 53 11 2 J21-C/D5 7 Y Rx2-230 GTH J 2/1 2 N 54 11 3 J21-G/H5 8 N Rx3-230 GTH H 4/3 3 Y 55 11 4 J21-A/B5 9 Y Rx0-231 GTH G 2/1 4 N 56 11 5 J21-E/F5 6 N Rx1-231 GTH F 4/3 5 Y 57 12 0 J21-C/D4 7 Y Rx2-227 GTH AA2/1 2 N 58 12 1 J21-G/H4 8 N Rx3-227 GTH Y 4/3 3 Y 59 12 2 J21-C/D3 9 Y Rx0-228 GTH W 2/1 4 N 60 12 3 J21-G/H3 6 N Rx1-228 GTH V 4/3 5 Y 61 12 4 J21-A/B3 7 Y Rx2-228 GTH U 2/1 2 N 62 12 5 J21-E/F3 8 N Rx3-228 GTH T 4/3 3 Y 63 13 0 J21-C/D2 9 Y RX0-229 GTH R 2/1 4 N 64 13 1 J21-G/H2 6 N Rx1-229 GTH P 4/3 5 Y 65 13 2 J21-C/D1 7 Y Rx0-225 GTH AL 2/1 2 N 66 13 3 J21-G/H1 8 N Rx1-225 GTH AK 4/3 3 Y 67 13 4 J21-A/B1 9 Y Rx2-225 GTH AJ 2/1 4 N 68 13 5 J21-E/F1 6 N Rx3-225 GTH AH 4/3 5 Y 69 14 0 J20-C/D10 7 Y Rx0-226 GTH AG 2/1 2 N 70 14 1 J20-G/H10 8 N Rx1-226 GTH AF 4/3 3 Y 71 14 2 J20-C/D9 9 Y Rx2-226 GTH AE 2/1 4 N 72 14 3 J20-G/H9 6 Y Rx3-226 GTH AD 4/3 5 Y 73 14 4 J20-A/B9 7 Y Rx0-227 GTH AC 2/1 2 N 74 14 5 J20-E/F9 6 N Rx1-227 GTH AB 4/3 3 Y