4.1.2.2 Z-Wave Configuration
In the Customer EEPROM section, some bytes are reserved for Z-Wave related functionality (see the following table).
The host controller can access the EEPROM variables via the following SPI commands:
The host controller writes the EEPROM variables after receiving dedicated command
frames. To inform the ATA8510 Flash software about the EEPROM
update, the bit
- Trigger EEPROM Secure Write (command ID 0x16)
- Write EEPROM (command ID 0x09)
- Read EEPROM (command ID 0x0A)
| Field | EEPROM Address | Register Name |
|---|---|---|
| Home ID | 0x0280 | zwave_home_id_0 (low byte) |
| 0x0281 | zwave_home_id_1 | |
| 0x0282 | zwave_home_id_2 | |
| 0x0283 | zwave _man_id_3 (high byte) | |
| Node ID | 0x0284 | zwave _nodeId |
| Configuration | 0x0285 | zwave_config |
| Node Name | 0x0286 | zwave_nodeName_0 (low byte) |
| 0x0287 | zwave_nodeName_1 | |
| .. | .. | |
| 0x0294 | zwave_nodeName_14 | |
| 0x0295 | zwave_nodeName_15 (high byte) | |
| Node Location | 0x0296 | zwave_nodeLoc_0 (low byte) |
| 0x0297 | zwave_nodeLoc_1 | |
| … | … | |
| 0x02A4 | zwave_nodeLoc_14 | |
| 0x02A5 | zwave_nodeLoc_15 (high byte) |
g_zWaveCr.ReloadEep must be set to reload the local SRAM
variables.