Differences Among Intel SoC Device Families

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ID 683648
Date 8/22/2018
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Document Table of Contents
Document Table of Contents x
Differences Among Intel SoC Device Families
Differences Among Intel SoC Device Families x
Overview of HPS Modules HPS MPU Subsystem Differences Stratix 10 HPS Interface to SDM Booting and Configuration Differences HPS Cache Coherency Controller Differences HPS System Memory Management Differences HPS On-Chip RAM Differences HPS Error Correction Differences HPS DMA Controller Differences HPS Clock Manager Differences HPS Reset Manager Differences HPS FPGA Manager Differences HPS System Manager Differences HPS Scan Manager Differences HPS Security Feature Differences HPS Interconnect Differences HPS-FPGA Bridge Differences HPS General Purpose I/O Interface Differences HPS I/O Configuration Differences HPS SDRAM Controller Subsystem Differences HPS NAND Flash Controller Differences HPS SD/MMC Controller Differences HPS Quad SPI Flash Controller Differences HPS USB 2.0 OTG Controller Differences HPS EMAC Differences HPS SPI Controller Differences HPS I2C Controller Differences HPS UART Controller Differences HPS CAN Controller Differences HPS Timer Differences HPS Watchdog Timer Differences HPS CoreSight Debug and Trace Differences Document Revision History
Differences Among Intel SoC Device Families

HPS I/O Configuration Differences

The available I/Os on SoC devices are divided into the following categories:

  • Dedicated function – Each I/O has only one function and cannot be used for other purposes.
  • Dedicated I/O with loaner capability – The I/Os are primarily used by the HPS, but individual I/Os can be used by the FPGA if the HPS is not using them.
  • Dedicated I/O – The I/Os can be used only by the HPS. The pins are not accessible to logic in the FPGA.
  • Shared I/O – The I/Os can be used by either the HPS or the FPGA. These pins are used by HPS peripheral signals, particularly high-speed HPS peripherals such as EMAC and USB. Pins can be assigned to either the HPS or the FPGA in blocks of 12.
  • FPGA I/O – These I/Os can only be used by the FPGA. Slow-speed HPS peripheral signals can be routed through the FPGA fabric and assigned to FPGA I/O.
Table 7.  Types and Numbers of HPS I/O Pins
Type Cyclone V SoC Arria V SoC Arria 10 SoC Stratix 10 SoC
Reset pins

3 dedicated function

3 dedicated function

2 dedicated function

SDM controls HPS resets18
Clock pins

2 dedicated function

2 dedicated function

1 dedicated function

Choose one of the 48 dedicated I/Os
JTAG pins

5 dedicated pins

JTAG interface is independent of FPGA JTAG interfaces

5 dedicated pins

JTAG interface is independent of FPGA JTAG interfaces

Chained internally into FPGA JTAG interface

4 optional dedicated

Independent or chained internally into FPGA JTAG interface

Peripherals pins

Up to 67 dedicated I/Os with loaner capability

94 dedicated I/Os with loaner capability

14 dedicated I/Os

48 shared I/Os

 48 total dedicated I/Os (including pins used for clock and JTAG)
Supported voltages

3.3 V

3.0 V

2.5 V

1.8 V

1.5 V

3.3 V

3.0 V

2.5 V

1.8 V

1.5 V

3.0 V

2.5 V

1.8 V

 1.8 V
18 The SDM controls the HPS resets, including POR, warm, cold, and debug resets. You can assign HPS_COLD_RESET to an available SDM I/O pin. This pin serves both as an input to reset the HPS and as an output to assert reset to the system when the HPS is in reset.
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