Larg 2
Block Diagram
Board Features
- SoM DIMM Board Format
- Altera SoC with ARM® Cortex™-A9
- Linux™ operating system support
- Processor boot from SPI Flash or SD card
- 3 x LEDs (HPS Controlled)
- 1 x H/W MAC Address
- 1 x Battery Holder
- 1 x Remote Reset Switch Header
- 1 x Push Switch For Warm Reset
- 25K (Opt 40/85/110K) LE Programmable Logic
- 512 MByte DDR3
- 2 x SPI Flash
- 1 x FT232 USB I/F supporting Debug COM port
- 1 x 25 MHz Oscillator (HPS I/P)
- 132 x FPGA I/O (DIMM)
- 4 x Expander I/O (DIMM)
- 1 x Expander Interrupt (I/O Event)
- 4 x Single / 2 Differential Clock O/P (DIMM)
- 1 x 10/100/1000 Ethernet I/F (DIMM)
- 1 x USB OTG I/F (DIMM)
- 2 x I2C I/F (DIMM)
- 1 x SPI I/F (DIMM)
- 3 x LEDs (HPS Controlled)
- 1 x MicroSD® Card Socket
- Main Power Input 7-28V (5V Option)
- I/O Power Input Provided From Host (1.8-3.3V)
Larg 2 is aimed at control applications either in standalone operation or slaved to a hosting device (e.g. via USB COM or Ethernet interfaces). The marriage of the powerful dual-core ARM Cortex-A9 processor, a user programmable FPGA fabric and Linux operating systems make the Larg 2 a very cost effective, high performance, high accuracy, and low power computing platform.
The small 52mm x 134mm (2.0” x 5.3”) size of the Larg 2 allows it to fit into those often small corners of your system enclosure. The wide range power input has enough compliance range to allow stable operation from a small stack of standard batteries for this remote location applications.
Larg 2 can offer high accuracy control not possible in a more generic processing systems. The large array of I/O direct from FPGA part of the Altera
SoC allows the timing of signals to resolution of a few nanoseconds for those ultra-critical functions.
Larg 2
Block Diagram
Board Features
- SoM DIMM Board Format
- Altera SoC with ARM® Cortex™-A9
- Linux™ operating system support
- Processor boot from SPI Flash or SD card
- 3 x LEDs (HPS Controlled)
- 1 x H/W MAC Address
- 1 x Battery Holder
- 1 x Remote Reset Switch Header
- 1 x Push Switch For Warm Reset
- 25K (Opt 40/85/110K) LE Programmable Logic
- 512 MByte DDR3
- 2 x SPI Flash
- 1 x FT232 USB I/F supporting Debug COM port
- 1 x 25 MHz Oscillator (HPS I/P)
- 132 x FPGA I/O (DIMM)
- 4 x Expander I/O (DIMM)
- 1 x Expander Interrupt (I/O Event)
- 4 x Single / 2 Differential Clock O/P (DIMM)
- 1 x 10/100/1000 Ethernet I/F (DIMM)
- 1 x USB OTG I/F (DIMM)
- 2 x I2C I/F (DIMM)
- 1 x SPI I/F (DIMM)
- 3 x LEDs (HPS Controlled)
- 1 x MicroSD® Card Socket
- Main Power Input 7-28V (5V Option)
- I/O Power Input Provided From Host (1.8-3.3V)
Larg 2 is aimed at control applications either in standalone operation or slaved to a hosting device (e.g. via USB COM or Ethernet interfaces). The marriage of the powerful dual-core ARM Cortex-A9 processor, a user programmable FPGA fabric and Linux operating systems make the Larg 2 a very cost effective, high performance, high accuracy, and low power computing platform.
The small 52mm x 134mm (2.0” x 5.3”) size of the Larg 2 allows it to fit into those often small corners of your system enclosure. The wide range power input has enough compliance range to allow stable operation from a small stack of standard batteries for this remote location applications.
Larg 2 can offer high accuracy control not possible in a more generic processing systems. The large array of I/O direct from FPGA part of the Altera
SoC allows the timing of signals to resolution of a few nanoseconds for those ultra-critical functions.
Larg 2 SD Card Image
Larg 2 DTB
Larg 2 Product Page
Larg 2 Build Environment Setup Scripts
Larg 2 U-Boot Source