I3C Protocol Validation
The Improved Inter Integrated Circuit (I3C) is a MIPI convention used across multiple sensors that figure in mobile products, smartphones, wearables and safety systems in automobiles.
Soliton’s I3C software solution* validates the interface thoroughly using NI’s PXI Platform and provides a comprehensive bundle of reports in minutes.
* software development is in-progress.
Do you like to know more about Soliton's I3C Protocol Validation, shoot us with your questions.
fSCL – SCL Clock Frequency
tLOW_OD – SCL Clock Low Period
tHIGH_OD – SCL Clock High Period
tSU_OD – SDA Data Setup Time
tHD_OD – SDA Data Hold Time
tCAS – Clock After Start Condition
tCBP – Clock After Stop Condition
fSCL – SCL Clock Frequency
tLOW_PP – SCL Clock Low Period
tHIGH_PP – SCL Clock High Period
tSU_PP – SDA Data Setup Time
tHD_PP – SDA Data Hold Time
tCASr – Clock After Repeated START (Sr)
tCBSr – Clock Before Repeated START (Sr)
VIL – Low Level Input Voltage
VIH – High Level Input Voltage
Vhys – Input Hysteresis
VOL – Output Low Level
VOH – Output High Level (only for Push-Pull mode)
trDA_OD – SDA DATA Rise Time (Open Drain)
tfDA_OD – SDA DATA Fall Time (Open Drain)
tCR – SCL Clock Rise Time (Push Pull)
tCF – SCL Clock Fall Time (Push Pull)
S0 – Send any other value other than 7’h7E/W during Broadcast Message
S1 – Induce Parity Error in CCC Message
S2 – Induce Parity Error in Write Data
S3 – Induce Parity Error in Dynamic Address Arbitration
S4 – Send any other value other than 7’h7E/R after Sr during Dynamic Address
S5 – Send illegally formatted CCC Message
Frame Error – Send invalid Preamble bits, missing Command / Data / CRC word
Parity Error – Send invalid Parity bits
CRC Error – Send invalid CRC
tEGDE – Edge to Edge Period
tSKEW – Diff b/w signals for ‘Simultaneous’ change
tSYMBOL – Time b/w successive Symbols
Ability to run, abort, get status of an I3C test script from within an external programming environment such as TestStand. In this case, the script will be running in the background based on Soliton Script Engine. TestStand will communicate with the Engine using VI Server or similar method.
The software solution will include I3C Validation Script Engine and Script Editor with script steps (modules) for I3C Slave testing using PXIe-657x digital pattern card.
Test Plan Editor – Allows user to create and edit automated test scripts. But the tool will come with the standard template scripts to perform compliance testing on the I3C Slave device.
Run Test Screen – The Run screen allows user to select the scripts created and execute the test on the I3C Slave device connected to the tester. At the end of test execution, Run Screen generates comprehensive test reports and also records every I3C transaction.
1. Ability to run, pause, resume, abort, get status of test scripts.
2. Data Logging capability: The tool will generate three types of reports.
a) Compliance Report – a high level report based on the I3C specification limits.
b) Raw Data – this is a detailed log which will save each and every iteration of the sweep parameter along with the other nominal parameters used for every transaction in the compliance test.
c) I3C Communication Report – logs each and every I3C transaction packet between Master & Slave
Do you like to know more on Soliton's I3C Protocol Validation, shoot us with your questions.
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