Download Altera Cyclone® V-based System on Module

Altera Cyclone V-based System on Module
®
block diagram
Focus on your product IP
with a ready to use SOM
SPARK-100
Ready to use full featured
ARM environment
®
Standard SMARC connector
Altera SoC
USB
hub
UART
SDIO(SD card)
I2C direct
314 pins SMARC interface
Complete FPGA
configurability including I/O,
clocks and power options
USB
OTG phy
2xUSB Host
DUAL ARM
CORTEX™ A9
(HPS)
I2C
extender
2xSPI
GPIO
2xCAN
GE phy
145 FPGA I/Os
6 Transceivers
JTAG
Connector
Clock
distributors
Power
distributors
1GB DDR3
128MB
Serial NOR
(QSPI)
4GB eMMC
The Spark-100 is a ready to use industrial embedded System-On-Module (SoM) based on
Altera Cyclone® V SOC. The SOC integrates a dual-core ARM Cortex®-A9 processor (HPS),
peripherals and memory controllers with a large FPGA fabric.
Using the FPGA’s configurable logic, the Spark enables unlimited possibilities to add
customized accelerators and virtually any peripheral set, giving the developer the power and
flexibility to design the optimal solution for his application.
ARM and FPGA signals are routed to the SMARC® interface as per standard definitions, yet
FPGA interfaces can be freely configured according to user application. The SOM has a single
5V input with all power sequencing done internally, developers can set the FPGA’s I/O voltage
to any required voltage supported by the SOC. The device has a comprehensive clocking
mechanism, including a built- in clock distribution mechanism.
Spark-100 uses a standard SMARC® interface, which is supported by key industry vendors,
offering compatibility with other vendor’s platforms.
Altera Cyclone V-based System on Module
®
General
Main features
• Based on Altera CycloneV SoC, U672 package
Processor (HPS)
• Single or dual Cortex A9 @ 800/925MHZ
• Per core:
• NEON™ SIMD coprocessor
• Floating Point Unit VFPv.3
• Connectivity between ARM and FPGA
• Three AXI bridges for high speed connectivity
between FPGA and ARM
Memory
• 1G DDR3, 32bits wide @400Mhz, expandable to
2GB with optional ECC
• 32MB NOR Flash
• 4GB eMMC
HPS Connectivity
• 1G Ethernet with built-in PHY
• Two USB V2.0 Host or single USB OTG port
• SD Card interface
• Four I2C buses
• Up to 2 USART ports (TX, Rx, CTS, RTS)
• Up to two SPI buses
• Up to two CAN interfaces
• GPIOs
Debug
• On board JTAG interface for byte blaster
FPGA capabilities
• From 25KLE and up to 110KLE
• 145 I/Os
• 6x3.125G transceivers
• Configurable I/O bank voltage
• Enhanced build in clock distribution
• Support for external 16 bits wide DDR3
• PCIe Gen1 x1 and x4
Power
• Single input power 5V
Mechanical
Standard SMARC form factor:
• Dimensions: 82mm x 50mm (3.22 x1.96 inch)
• 314 pin edge connector
OS Support
• Linux distribution
Carrier Board
• CB-50
• Kontron SMARC™ Evaluation Carrier - 51100
CB-50 Networking development board for Spark-100
Main
features
The CB-50 is a fully featured development board for ShiraTech’s Spark-100. It provides extensive connectivity
to both HPS and FPGA along with an HSMC slot for expansion modules. It is equipped with three built in
Gigabit Ethernet ports for networking applications such as Industrial Ethernet. Quick start up is enabled
with pre loaded Linux software as well as sample FPGA firmware for the available interfaces.
HPS Interfaces
FPGA interfaces
• 1G Ethernet, RJ-45
• UART, Build in UART to USB
converter, Micro USB connector
• 2xUSB host, type A
• USB OTG, Micro USB
• Expansion interface which
includes the following interfaces:
• 2 CAN ports
• 2xI2C buses
• 2xSPI buses
• GPIOs
• VGA interface
• Audio output and input jacks
• Standard HSMC slot
• 2x1G Ethernet ports for networking
applications(optional)
SD card
Debug
• Micro SD slot for SW bring
up and storage
• JTAG/ICE interface
• Byte bluster with Micro USB
interface (optional)
Power
• 12V inlet, PS included
• On/off power switch
ShiraTech Ltd. | 3 HaZabarim St, Zoran 42823, Israel. | Tel: +972-77-5007265
E-mail: [email protected] | www.shiratech.com