Hardware Manual, Component Placement, Mechanical Files.
|Component Placement Diagram (SOM)|
|Component Placement Diagram (Carrier Board)|
Gain access to the phyCORE-AM57x SOM and development kit schematics by registering a support account at the following link: https://jira.phytec.com/servicedesk/customer/user/signup
And then submit a schematic request with this link: https://jira.phytec.com/servicedesk/customer/portal/3/create/103
phyCORE-AM57x SOM (PCB: PL1428.x)
phyCORE-AM57x Carrier Board (PCB: PL1435.x)
PHYTEC makes every effort to produce reasonably accurate 3D models. Our models are based on a mixture of parts provided by component manufacturers, component vendors, online 3D model databases, Mentor 3D model database and custom in-house modeled parts. The accuracy of models may vary to some extent from their real world counterparts both in dimensional accuracy and feature details. While we have generally found our models to be quite accurate to the boards we produce, PHYTEC does not make any guarantees to model accuracy. When high accuracy and precision are required in your application, we encourage you to make real world measurements and compare them against our 3D models to best ensure proper mechanical fit. Likewise, model feature details should also be examined and compared to their real world counterparts.
Use the following resources to plan your carrier board design and select the pin multiplex setting for each processor pad using TI's Pinmuxing tool.
|Reference file for PHYTEC Hardware|
Custom Parts, 2x High Density Connectors 160 pins (2 rows of 70 pins)
|Samtec Part Numbers||Part Information||STEP file|
phyCORE-Connector (phyCORE-AM57x SOM)
Schematic Reference Designator: X1, X2
Order using custom Part#: (REF-178709-03)
Schematic Reference Designator (PHYTEC Carrier Board): X1, X3
Email firstname.lastname@example.org to request samples or for a volume quote.