AM620-Q1: Regarding- AM6202BTGFHIAMCRQ1- Processor

Hi Periyasamy,

I will need to involve one or more experts from different teams. Please expect delay in their response.

Thanks,

Stan

Hello, 

I am only able to address topics related to the AM62x processor and will do my best to address those. For PMIC and PHY related questions please file a separate ticket so it can be routed to the proper teams. 

Seenivasan Periyasamy said:

Is this part number “AM6202BTGFHIAMCRQ1” suitable for this configuration with FuSa feature

Yes

Seenivasan Periyasamy said:

• When this IC launched on market..? There are no stock availability in supplier(Digi-Key,Mouser), How to purchases..?
• EOL status for this part.?

This device is still active. I also see it as out of stock on ti.com. I will reach out to our marketing team to better understand availability. 

Seenivasan Periyasamy said:

Provide Evaluation part number with LPDDR4 part used in reference design.

The evaluation board can be found here: https://www.ti.com/tool/SK-AM62-LP . The DDR component is MT53E1G16D1FW-046 WT:A

Seenivasan Periyasamy said:

Power measurements report for this Part..? ( Measurements taken from Oscilloscope, Not Power calculator Tool in excel)

There is an application note with real measurements here: https://www.ti.com/lit/pdf/spradg1. 

Seenivasan Periyasamy said:

We need to access the RGMII interface directly from Sitara processor (Instead of MDI lines), How to get the RGMII interface lines.?

RGMII signals are directly pinned out and accessible. Please refer to the device datasheet. 

Seenivasan Periyasamy said:

Is LPDDR4 supports Dual rank..? if dual rank supports, how much maximum memory capacity can use..? Suggest, if there is any Ti tool to select the right LPDDR4 Part for Sitara processor.?

LPDDR4 supports single rank only with max addressable range of 2GB. More info on designing with DDR is available in this app note: https://www.ti.com/lit/pdf/sprad06 

AM62x is compatible with any DDR device that is JESD209-4B standard-compliant. 

Seenivasan Periyasamy said:

Do we have reference board stack up for this 441-pin FCBGA AMC Package

EVM design files are available here: https://www.ti.com/tool/SK-AM62-LP

Seenivasan Periyasamy said:

Why 32.768KHz crystal required for AM6252 processor? If we are not using in the design any effects on the processor performance? 

It is only needed if there is a plan to use RTC functionality. "Not used" LFOSC implementation instructions are in section 6.12.4.1.5 of the datasheet. 

Seenivasan Periyasamy said:

if we select the part respective clock frequency (Eg: T= 1.4GHz (0.85V), 400MHz M4F), can able to change the frequency up/down through SW.?

The frequency of M4 is fixed. A53 can be configured in SW after boot. Please refer to Table 6-2 Device Operating Performance Points in the datasheet. 

Hi,

Regarding question 2, we are currently out of stock for this part. Please contact your TI sales rep or b-ding@ti.com to get your order in.

Thank you for your response christopher, I got cleared the processor related queries and Still I am looking for PMIC related queries which i had posted.

1. This processor has inline ECC feature, it is mandatory to select LPDDR or DDR should have inline ECC features..?

Regarding PMIC: TPS6521920WRHBRQ1

1. Is this PMIC part “TPS6521920WRHBRQ1 “ suitable for LPDDR4 Design.
2. How to do first time EEPROM programming in IC..?
3. is it Internal EEPROM or whether it is communicate from processor through I2C..? once VSYS Power Up.
4. is this EEPROM one time programmable by Ti, or can able to write by user..?, if yes, how we can write/read to the EEPROM.
5. Is voltage monitor available for input(VSYS) & all Output rail.? 

Regards,

Seeni

I got processor clarification, can you please loop in experts for PMIC part related queries

Seeni, 

AM620 supports in line ECC for both LPDDR4 and DDR4. 

For the PMIC questions can you please open a separate ticket? This will help ensure it is routed to the appropriate PMIC answers and will help us to provide timely responses covering all topics. 

Thanks,

Chris