Техническая Спецификация для Atmel ATSAM3S-EK2
52
Atmel AVR2055
8348D-AVR-06/12
5. If the WSNRunner application will be used, see Section
instructions
6. Demonstration of OTAU functionality and programming devices with Serial
Bootloader require the Serial Bootloader package, which should be downloaded
from the Atmel website
10.2 Pre-built images
PS SDK for megaRF devices. The user can load them onto the STK600 board or
RCB128RFA1 board as described in Section
Table 10-3. Firmware images supplied with BitCloud PS for megaRF.
Application
Platform
Location and filename
SE Meter
megaRF-STK600RCB
./Evaluation Tools/SEDevice/SE_Meter.hex
SE in-premise display
megaRF-STK600RCB
./Evaluation Tools/SEDevice/SE_IPD1.hex
SE thermostat
megaRF-STK600RCB
./Evaluation Tools/SEDevice/SE_Thermostat.hex
SE energy service portal
megaRF-STK600RCB
./Evaluation Tools/SEDevice/SE_ESP.hex
HA dimmer switch
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_DimmerSwitch.hex
HA dimmable light
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_DimmableLight.hex
HA occupancy sensor
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_OccupancySensor.hex
HA remote control
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_RemoteControl.hex
HA TC
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_TC.hex
HA thermostat
megaRF-STK600RCB
./Evaluation Tools/HADevice/HA_Thermostat.hex
Runner
megaRF-STK600RCB
./Evaluation Tools/Runner/Runner.hex
ZAppSI demo
SAM7X-EK
./Evaluation Tools/Demo/SEMeter(hosted)_SAM7X.bin
PC
./Evaluation Tools/Demo/SEMeter(hosted)_PC.exe
NOTE
Default images of reference devices are preconfigured to operate a network with
standard link security mode on channel
0x0F
with Extended PAN ID
0xAAAAAAAAAAAAAAAA
.
10.3 Programming the boards
Firmware images can be loaded to the boards using the following methods:
programming using JTAG either in IAR Embedded Workbench or AVR Studio, and
programming with Serial Bootloader. Before programming, make sure that the fuse
bits are configured correctly, as described in Section
10.3.1 Setting fuse bits
devices during production. It also describes some use cases when certain fuse bits
require values different from the default ones. Based on own application-specific
requirements, the fuse bits can be changed as well. See
description.
NOTE
Modifying fuse bit settings is possible only using JTAG programming interfaces and
cannot be done with the Serial Bootloader package tools.
Table 10-4. Fuse bit settings for the ATmega128RFA1 device.
Table 10-4. Fuse bit settings for the ATmega128RFA1 device.