Page History
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| Company | Trenz Electronic GmbH |
|---|---|
| PCN Number | PCN-20240514 |
| Title | TE0807-03 to TE0807-04 Hardware Revision Change |
| Subject | Hardware Revision Change |
| Issue Date | 2024-1208-0127 |
Products Affected (Updated)
Compared to a previous PCN version, bold marked affected products were updated.
This change affects all Trenz Electronic TE0807 SoMs: TE0807-03*.
Affected Product | Changes | Replacement |
|---|---|---|
| TE0807-03-4AI21-A | #1 ... #33 | TE0807-04-4AI81-A |
| TE0807-03-4AI21-AZ | #1 ... #33 | TE0807-04-4AI81-A |
| TE0807-03-4AI21-C | #1 ... #33 | TE0807-04-4AI81-C |
| TE0807-03-4AI21-X | #1 ... #33 | S-VariantEOL |
| TE0807-03-4BE21-A | #1 ... #33 | TE0807-04-4BE81-A |
| TE0807-03-4BE21-AK | #1 ... #33 | TE0807-04-4BE81-AK |
| TE0807-03-4BE21-AZ | #1 ... #33 | TE0807-04-4BE81-A |
| TE0807-03-7AI21-A | #1 ... #33 | TE0807-04-7AI81-A |
| TE0807-03-7DE21-A | #1 ... #33, Refer to table below. | TE0807-04-7DE81-A |
| TE0807-03-7DE21-AK | #1 ... #33 | TE0807-04-7DE81-AK |
| TE0807-03-7DE21-AS | #1 ... #33 | TE0807-04-7DE81-AS |
| TE0807-03-7DE21-AZ | #1 ... #33 | TE0807-04-7DE81-A |
| TE0807-03-7DE21-KZ | #1 ... #33 | TE0807-04-7DE81-AK |
| TE0807-03-7DI21-A | #1 ... #33 | TE0807-04-7DI81-A |
| TE0807-03-7DI21-AZ | #1 ... #33 | TE0807-04-7DI81-A |
| TE0807-03-7DI21-C | #1 ... #33 | TE0807-04-7DI81-C |
| TE0807-03-7DI24-A | #1 ... #33 | TE0807-04-7DI84-A |
| TE0807-03-7DI24-AZ | #1 ... #33 | TE0807-04-7DI84-A |
| TE0807-03-7NE21-A | #1 ... #33 | TE0807-04-7NE81-A |
Affected Product | Changes | Replacement |
|---|---|---|
| TE0807-03-7DE21-A | #1 | TE0807-03-7DE81-A |
| TE0807-03-7DE81-A |
ED: Tabelle sollte fertig sein!
Changes
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| #7 | TE0807-03-7DE81-E | |
| TE0807-03-7DE81-E | #2 ... #6, #8 ... #33 | TE0807-04-7DE81-A |
Changes
#1 Changed DDR4 SDRAM (U2, U3, U9, U12) from K4A8G165WB-BIRC to K4A8G165WC-BITDTCV. Set resistor (R68) to not fitted.
Type: Schematic Change
Reason: BOM Optimization.
Impact: DDR timing needs to be considered in customer design. Trenz Reference Design reflects it without changing timing but custom firmware needs to be checked and eventually updated by customer.
#2 Changed DCDC EN63A0QI (U4) to MPQ8633BGLE-Z and adapted power circuit.
Type: Schematic Change
Reason: EOL of Component.
Impact: None. Increased current output capability. Minor changes in electrical characteristics.
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#3 Changed DCDC TPS82085SIL/MUN3CAD03-SE (U13) to MPM3860GQW-Z and adapted power circuit. Added optional (default: not fitted) pull-up resistor (R77) for signal "PG_VCU".
Type: Schematic Change
Reason: Increase current capability.
Impact: None. Increased current output capability. Minor changes in electrical characteristics.
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#4 Changed DCDC (U15, U19, U20, U21, U22, U23, U24, U29, U30, U31, U38) from TPS82085SIL/MUN3CAD03-SE to MPM3834CGPA and adapted according circuit.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None. Minor changes in electrical characteristics.
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#5 Increased voltage from 1.35 V to 1.45 V via voltage divider resistors (R28, R30) and changed voltage rail name accordingly from PL_GT_1V35 to PL_GT_1V45.
Type: Schematic Change
Reason: Improve voltage rail behaviour.
Impact: None.
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#6 Increased voltage from 1.05 V to 1.15 V via voltage divider resistors (R33, R35) and changed voltage rail name accordingly from PL_GT_1V05 to PL_GT_1V15.
Type: Schematic Change
Reason: Improve voltage rail behaviour.
Impact: None.
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#7 Changed PLL (U5) from Si5345A-B to Si5345A-D-GM.
Type: Schematic Change
Reason: Updated to new PLL revision.
Impact:
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New programming file is necessary. Trenz reference design consideres new PLL programming information but custom programming files need to be updated by customer. For more information take a look at AN1006-Si534x-8x-RevB-RevD-Differences.
#8 Changed inverted buffer SN74LVC1G06DRL to not inverted buffer SN74LVC1G07DRL (U16A/U16B).
Type: Schematic Change
Reason: Harmonize logic with other module series.
Impact:
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Logic state change for LED D1.
#9 Added diode (D3) between U41 pin 3 net MR and voltage
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rail LP_DCDC.
Type: Schematic Change
Reason: Protect manual reset pin.
Impact: None.
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#10 Improved voltage rail VTT layout and added decoupling capacitor (C213 ... C215
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).
Type: Schematic Change
Reason: VTT layout and decoupling improvement.
Impact:
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Improved VTT voltage rail reliabililty.
#11 Relocate DDR4 memory chips to use bigger
...
package size.
Type: PCB Change
Reason: Increase DDR4 usage flexibility.
Impact:
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None. Larger packages can be assembled.
#12 Enabled DDR4 test usage via connecting
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DDR4-TEN
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signals together for DDR4 memory (U2, U3, U9, U12) and pulling them down via 499 Ohm resistor (R103)
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. Added testpoint (TP3) for signal DDR4-TEN.
Type: Schematic Change
Reason: Enable DDR4 test improvement.
Impact: None.
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#13 Added option to use remote
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sense for
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DCDC (U29, U30, U31) via resistor
...
Type: Schematic Change
Reason: Remote sense option.
Impact: None.
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(R13, R90, R106) (Default: not fitted).
Type: Schematic Change
Reason: Remote sense option.
Impact: None.
#9 Added option to use remote senses for DCDCs U31 via resistor R106 (Default: not fitted).
Type: Schematic Change
Reason: Remote Add remote sense option.
Impact: None.
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#14 Added additional decoupling
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capacitor (C136, C149...
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C152, C155, C156, C201...C212, C216
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...C234
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).
Type: Schematic Change
Reason: Improve decoupling.
Impact: None.
#15 Added pull-up resistor for "HOLD"-function (R92, R100) and "WP"-function (R93, R102) for flash (U7
...
Type: Schematic Change
Reason: Improved SPI interface usage with different flashs.
Impact: None.
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, U17).
Type: Schematic Change
Reason: Improved SPI interface usage with different flashs.
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Type: Schematic Change
Reason: Enable POR Override Add option to enable POR_OVERRIDE feature.
Impact: None.
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#17 Changed 10 nF capacitor (C112) from 16 V, 0402 to 10 V, 0201.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
#18 Changed 100 nF capacitor (C37, C79, C95, C96, C130, C131, C133) from 6.3 V, X5R, 0201 to 50 V, X7R, 0402.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
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#19 Changed capacitor (C12 ... C16, C18 ... C21, C42, C44, C45, C170, C171) from 4.7 µF to 10 µF
...
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
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#20 Changed 10 µF capacitor (C65
...
... C67) from 16 V, 0603 to 6.3 V, 0401.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
#21 Changed capacitor (C129, C132, C140 ... C148, C153) from 10 µF, 16 V to 22 µF, 10 V.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
#22 Changed capacitor (C73, C75) from 100 µF, 6.3 V, 1206 to 22 µF, 10 V, 0603.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
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#23 Changed 100 µF capacitor (C29 ... C32, C35, C36, C43, C46, C52, C166 ... C169) from 6.3 V, 1206 to 4 V, 0805.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
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#24 Changed 47 µF capacitor (C22 ... C28, C33, C34, C68 ... C70, C74, C76 ... C78, C80 .... C88, C110, C154, C198, C199, C200, C205) from 0805 to 0603.
Type: Schematic Change
Reason: BOM Optimization.
Impact: None.
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#25 Changed ferrid bead (L1 ... L5, L7) from BKP0603HS121-T to MPZ0603S121HT000.
Type: BOM Change
Reason:EOL of component.
Impact: None.
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#26 Changed resistor (R41, R58) from 2 kOhm to 2.49 kOhm.
Type: Schematic Change
Reason: BOM optimization.
Impact: None.
#27 Changed resistor (R74) from 4.7 kOhm, 0201 to 10 kOhm, 0402.
Type: Schematic Change
Reason: BOM optimization.
Impact: None.
#28 Added testpoints (TP4, TP6 ... TP9, TP11, TP13, TP14, TP19 ... TP22, TP34 ... TP67).
Type: Schematic Change
Reason: Improve voltage measuring possibilities.
Impact: None.
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#29 Added Trenz address on PCB.
Type: PCB Change
Reason: Required for export to UK.Improve product identification. (ED: ???)
Impact: None.
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#30 Added CE-, UKCA-, RoHS-, and WEEE-logo.
Type: PCB Change
Reason: Required for export to UK. (ED: ???) Improve product classification.
Impact: None.
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#31 Updated components from library.
Type: Schematic Change
Reason: Use latest component data.
Impact: None.
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#32 Changed signal trace lengths.
Type: PCB Change
Reason: Result of changes above.
Impact: Changed trace length have to be taken into account in existing designs. The trace length for new revision will be available in TE080x series pinout generator. Please check if change in trace length still matches your requirements. Adaption of carrier may be necessary.
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#33 Added system and power diagram. Updated legal notices and revision history. Updated page count and order.
Type: Documentation Update
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The revision number is visible on the top side of the PCB.
Production Shipment Schedule
From January March 2025, after old stock is gone. If the new revision is not suitable for your application and still the former revision of the board is needed, please contact us.
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