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USB2ANY: EVM that use 30pin connector

einfochips an Arrow Company
Intellectual 536 points
Part Number: USB2ANY
Other Parts Discussed in Thread: TPS65400EVM-678, , TLC6C5712EVM, TLC6C5724EVM, TLC6C5816EVM, DAC8742HEVM, LP5860TEVM, LP5861TEVM, LP5867WCSPEVM, PGA300, PGA900, PGA305

Tool/software:

Hi TI Expert,

If possible, could you please provide a list (as many as you know) of EVMs that utilize the 30-pin cable/connector (not the 10-pin)? TPS65400EVM-678  is one example for the same.

Thank you for your support.

Best regards,
Vaibhav Kundariya

  • 0
    TI__Mastermind 33580 points

    I'm working with our EVM planning team to pull a list of boards which include USB2ANY in the EVM kitlists. Once I have the list, I'll provide it to you. You'll have to check the EVMs yourself and inspect the user's guides to see which EVMs include or utilize the full 30-pin header.

  • 0 in reply to Derek Payne
    Intellectual 536 points

    Hi  , 

    Thank you for working with our EVM planning team to prepare the list of EVM boards that include USB2ANY in the kit. We are fine with reviewing the user guides to identify which EVMs include or utilize the full 30-pin header.

    Out of curiosity, could you clarify whether the EVM list you are preparing includes EVM boards that require a separate USB2ANY purchase for the GUI interface, or if it is limited to EVMs that already include USB2ANY in the kit at the time of purchase?

    Additionally, do we have any data or a list of EVMs that utilize the USB-2-GPIO2 and could potentially be replaced by the next-generation USB2ANY? 

    -

    Vaibhav 

  • 0 in reply to einfochips an Arrow Company
    TI__Mastermind 33580 points

    We don't have a database of every EVM that was designed for use with USB2ANY, but we do have a material management database that tracks companion boards shipped with our EVMs, and we have a RoHS/REACH compliance management system that has similar. Over the years, we have definitely started excluding USB2ANY from kitlists, so there are potentially some EVMs which are not represented, but as the platform aged in the absence of support, fewer people used it after 2017, so I think the following list is quite representative of the current meaningful usage.

    • PGA970EVM - uses GPIO10/11
    • TLC6C5712EVM - uses PWM
    • TLC6C5724EVM - uses additional GPIO
    • TLC6C5816EVM - uses PWM and additional GPIO
    • TPS22993EVM-033 - uses 5V supply, GPIO9, GPIO8
    • TPS65400EVM-678 - uses additional GPIO
    • DAC8742HEVM - uses additional GPIO
    • LP5860TEVM - uses 5V supply and additional GPIO
    • LP5861TEVM - uses 5V supply and additional GPIO
    • LP5867WCSPEVM - uses 5V supply and additional GPIO
    • LP5864EVM - uses 5V supply and additional GPIO

    Some other obsolete EVMs may have used other features (I note PGA300, PGA305, and PGA900 used USB2ANY 30-pin and a substantial number of extra features beyond just GPIO, but ended up removed from online availability after "irregularities"). I don't think we care about supporting obsolete EVMs. There are also EVMs which include the 30-pin header and adapters, but only use a few things like I2C - I didn't include them.

    If you'd like to review the list yourself to be sure, I've attached a text file with all the EVMs found in the two data sources. Some of the boards are not actually EVMs, and are simply adapters or bridging boards for older interfaces; a few boards are no longer available for purchase as well.

    Fullscreen boards that use usb2any.txt Download 
    LP8731YZREVM
LM75AEVM
PGA900EVM-034
DRV10975EVM
LP5012EVM
LM36274EVM
PGA300EVM-034
PGA305EVM-034
 PGA900EVM-034 
LP8864EVM
TPS65290BMEVM
TPS65290ZBEVM
TPS65290LMEVM
LM3642TL-LTEVM
LM3642TLEVM
LMX25312265EVAL/NO
LMX25312080EVAL/NO
LM48901SQEVAL/NOPB
LMX25311778EVAL
LM48903TLEVAL/NOPB
LM3565EVM
LMK04832EVM-CVAL
LMX2433EVAL/NOPB
LM3630EVM
LMK04828BEVM
LMK04821EVM
LMK04826BEVM
LMK00304EVM/NOPB
LMK00306EVM/NOPB
LMK00308EVM/NOPB
LMH6881EVAL/NOPB
LMH6882EVAL/NOPB
LM3646EVM
TPS65132BEVM
LMK04806BEVAL/NOPB
LMK04808BEVAL/NOPB
LMK03000CEVAL/NOPB
LMK04000BEVAL/NOPB
LMK04033BEVAL/NOPB
LM3561EVM
LP8556TM-EVM/NOPB
LM3532EVM/NOPB
PGA970EVM
LMX25412690EVAL/NO
DS90UB914A-CXEVM
LP8557IEVM
LMX2581EVM
LM3639AYFQEVM
LMX2492EVM
LMX2571EVM
LMX2487E-EVM
TPS650830EVM-095
LMP92066EVM
TLC6C5712EVM
LM3695EVM
LP8556SQ-EVM/NOPB
DRV10963AEVM
TPS22993EVM-033
LMX2820EVM
TPS65218EVM-100
DRV10987EVM
DRV10983Q1EVM
DRV10983EVM
DRV10975EVM 
LMH1218EVM
LM3632EVM
USB2ANY-UWIRE
LM36922EVM
LM36923EVM
LM3648EVM
TPS65400EVM-678
LM3643EVM
LM3644EVM
LM3643AEVM
TPS22994EVM-091
TPS65132WEVM-669
TPS68470EVM-089
TPS61177AEVM
PGA900EVM
LP5024EVM
LMK04616EVM
TLC6C5716EVM
LM36923HEVM
TPS65651AEVM-765
TPS65651EVM-765
TPS65652EVM-765
TPS65651BEVM-765
LMK04610EVM
LMK04208EVM
TPS65680EVM
TPS65126EVM-003
DAC70508EVM
DAC70504EVM
TLC6C5816EVM
DAC8742HEVM
LMK04832EVM
TPS65632EVM-712
TPS65132SEVM-866
TPS65132LEVM-711
LP3907TLEVM
LMX2592EVM
LMX2582EVM
TPS657095EVM-122
LMX8410LEVM
LP8866EVM
TLC6C5724EVM
LP5036EVM
LMX2694EPEVM
ONET1130EC-EVM
TPS929120EVM
LP5860EVM
TPS929240EVM
TPS929160EVM
LP5861TEVM
LP5860TEVM
LP5861TEVM
LP5813-12WCSPEVM
LP5867WCSPEVM
LP5813-12WSONEVM
LP5811-10EVM
LP5815DRLEVM
LP5814DRLEVM
TPS92402RRVEVM
LM3645EVM
LED016A
LP5814YCHEVM
LP5815YCHEVM
LMX1205MSEVM
LM49370RLEVAL/NOPB
LMX25412060EVAL/NO
LMX25412060EVAL/NOPB
LMX25412380EVAL/NO
LMX25412380EVAL/NOPB
LMX25412690EVAL/NOPB
LMX25413030EVAL/NO
LMX25413030EVAL/NOPB
LMX25413320EVAL/NO
LMX25413320EVAL/NOPB
LMX25413740EVAL/NO
LMX25413740EVAL/NOPB
LP5864EVM
TPS62360EVM-655
TPS65290EVM
ULC1001-DRV290XEVM

  • 0 in reply to Derek Payne
    TI__Mastermind 33580 points

    Apologies, I just noticed your query about USB2GPIOv2 - I could request a similar query, but I think there's not much to analyze from this data. The USB2GPIOv2 provides an SMBus implementation that is compatible with the USB2ANY 10-pin pinout. There are likely some devices relying on the ALERT line for SMBus or PMBus, which is unfortunately placed on a USB2ANY pin that does not support interrupt function - but the next-generation platform could easily allocate an interrupt pin for this use case and just not expose that functionality to the USB2ANY compatibility layer. Perhaps the more complex question is how to manage the pull-ups, since the USB2GPIOv2 apparently has four separate possible pull-up implementations (see table 3.2 in the user's guide for the interface). I'm not sure who's depending on the integrated pull-up behavior, but I suspect that requiring minor rework to include on-board pull-up resistors for compatibility with a next-generation interface is not a terrible burden in most cases, so perhaps backward compatibility with the pull-up functionality is not a serious impediment.