VE2302 Development Kit
The VE2302 Development Kit (DK)is specifically designed to evaluate Avnet’s VE2302 System-on-Module (SOM) and AI Edge IO Carrier Card. With a VE2302 DK a designer can assess the capabilities of the AMD Versal™ AI Edge Adaptive SoC with a combination of versatile peripherals. This combination helps designers to kick-start product development giving access to the feature set of the Versal AI Edge Adaptive SoC.
The VE2302-DK uses the 80 XPIO, 22 HDIO, 13 PMC MIO, 12 LPD MIO and 8 GTYP transceivers that are available from the VE2302 SOM via three 160-pin Samtec AcceleRate® HD High-Density 4-Row connectors that mount to the Versal AI Edge IO Carrier Card. The first Samtec AcceleRate HD connector on the Versal AI Edge IO Carrier Card is mapped to various processor-based interfaces such as USB2.0, Gigabit Ethernet, CAN, microSD, push buttons, and LEDs. This connector also contains support interfaces such as the JTAG, UART, and SYSMON. The last interface of this connector comes from an HDIO bank on the VE2302 device and is mapped to one HSIO TXR2 expansion site. The second connector on the Versal AI Edge IO Carrier Card is mapped to four 22-pin MIPI interfaces (CSI or DSI), push buttons, dipswitch, and LEDs using XPIO banks from the VE2302 device. The last Samtec HD connector is dedicated to GTYP transceiver interfaces. The GTYP transceivers are mapped to HDMI 2.1 compliant TX and RX interfaces, 2 zSFP+ interfaces, and the HSIO TXR2 expansion site transceiver location. These GTYP interfaces have clocks provided by an on-board programmable clock generator from Renesas.
The VE2302-DK is a combination of a VE2302 SOM, Versal AI Edge IO Carrier Card, and a power supply with an Out-of-Box reference design, downloadable Hardware User Guide, Board Definition File (BDF), and Board-Support-Package (BSP) along with example designs to help developers get started in the development of custom applications.
The VE2302-DK is a great vehicle for bringing up initial designs targeting Avnet’s VE2302 SOM and provides an excellent starting point for creating your own custom carrier card.
Highlights
Target Applications:
- Edge Artificial intelligence
- Machine Learning
- Embedded Compute
- Edge Sensor (Radar, Lidar, Vision)
- Robotics
Key Features:
- TRIA VE2302 SOM
- MIPI 22-Pin Connectors x4 (CSI2/DSI)
- zSFP+ Connectors x2
- HDMI RX/TX Interfaces
- HSIO TXR2 PL Expansion Interface
- Gigabit Ethernet and USB2.0 Ports
- microSD Card Slot
- CAN Terminals x2
- User LEDs, Slide Switch, and Push Buttons
- USB Type-C JTAG/UART Debug Interface
Kit Includes:
- TRIA VE2302 SOM
- TRIA Versal AI Edge IO Carrier Card
- 12V Power Supply
- Quick start card
Specifications
| Technology | AMD Based Development Kit |
| Dimensions | 152.5mmx152.5mm |
| CPU | Dual-Core ARM Cortex-A72 Dual-Core ARM Cortex-R5F |
| Chipset | APSoC (All Programmable System-on-Chip) |
| Chipset Brand | Versal |
| Chipset Sub-brand | AI Edge |
| RAM | 4GB LPDDR4 (2x32) |
| Flash | 256MB Octal-SPI (NOR) 32GB eMMC (NAND) |
| Storage Interfaces | Micro-SD Card Slot |
| USB | USB 2.0 Type-A |
| Serial Interfaces | zSFP+ x2 I2C MAC EEPROM I2C 8-BIT IO EXPANDER I2C 2CH SWITCH |
| Bus Interfaces | CAN x2 I2C PMBus HSIO TXR2 PL Expansion |
| Display Interfaces | HDMI 2.1 Transmit and Receive MIPI 22-pin Connector (x4) |
| Network Interface | Gigabit Ethernet RJ45 |
| Camera Interface | MIPI 22-pin Connector (x4) |
| Firmware | Example Petalinux BSP Out-of-Box Design |
| Power Requirement | +12V +/- 5% (60W) |
| Environment | Modified Commerical Temperature (0C to 65C) |
| Min Temperature (°C) | 0C |
| Max Temperature (°C) | 65C |
| Cooling | Active Heatsink FAN Example |
| Carrier | TRIA Versal AI Edge IO Carrier Card |
| Miscellaneous | 3x 160-pin Micro Headers System Monitor (SYSMON) Boot Mode Control |
Errata & Product Change Notices
Hardware Guides
Mechanical Drawings
Product Brief
Order Info
Related Products
-
AAG Compute
VE2302 SOM
Add to basketThe VE2302 SOM provides the flexibility and versatility for developers to enable designs with the AMD Versal™ AI Edge series. This System-On-Module (S…
