According to INS11681-13 500 Series Z-Wave Chip Programming Mode, section 6.3 USB protocol, when Auto Programming Mode is enabled, the USB interface will be configured as a programming interface device with USB VID 0658h and PID 0280h.

ZW050x USB Programming Driver is required to be installed during USB programming. This driver is included in Z-Wave Programmer software package.

Below is an example for UZB/SD3503 programming via USB. For ZM5101, the hex file name should be *_ZW050x_USBVCP_y*.hex in Z-Wave embedded SDK, under /ProductPlus/Bin/SerialAPI_*

According to INS11681-13 500 Series Z-Wave Chip Programming Mode, section 6.3 USB protocol, when Auto Programming Mode is enabled, the USB interface will be configured as a programming interface device with USB VID 0658h and PID 0280h.

ZW050x USB Programming Driver is required to be installed using USB programming. This driver is included in Z-Wave Programmer software package.

Below is an example for UZB/SD3503 programming via USB. For ZM5101, the hex file name should be *_ZW050x_USBVCP_y*.hex in Z-Wave embedded SDK, under /ProductPlus/Bin/SerialAPI_*

To update the firmware of UZB, the following is required:

• Install Z-Wave Programmer tool
• Install ZW050x USB Programming Driver, which is included in Z-Wave Programmer software package
• Program UZB firmware in \SD3503\ProductPlus\Bin included in Z-Wave embedded SDK, need to use a SD3503 USBVCP firmware with bootloader.

For more details, please refer to KB: Z-Wave 500: Programming UZB3 Controller Stick

The UZB SD3503 firmware version in SDK v6.81.06 is v6.07.

Using the Z/IP Gateway, recommend referring to INS14281 Z-Wave 700 Getting Started for Controller Devices.

To be short, install Z/IP Gateway Debian package (.deb) on your Linux platform, start the Z/IP Gateway, and then test using PyZ/IP (gui.py) or Z-Ware examples.

To update the firmware of UZB, the following is required:

• Install Z-Wave Programmer tool
• Install ZW050x USB Programming Driver, which is included in Z-Wave Programmer software package
• Program UZB firmware in \SD3503\ProductPlus\Bin included in Z-Wave embedded SDK, need to use a SD3503 USBVCP firmware with bootloader.

For more details, please refer to KB: Z-Wave 500: Programming UZB3 Controller Stick

The UZB SD3503 firmware version in SDK v6.81.06 is v6.07.

To update the firmware of UZB, the following is required:

• Install Z-Wave Programmer tool
• Install ZW050x USB Programming Driver, which is included in Z-Wave Programmer software package
• Program UZB firmware in \SD3503\ProductPlus\Bin included in Z-Wave embedded SDK, need to use a SD3503 USBVCP firmware with bootloader.

For more details, please refer to KB: Z-Wave 500: Programming UZB3 Controller Stick

The UZB SD3503 firmware version in SDK v6.81.06 is v6.07.

On Associations view, select the Notification Node, press [Get Groups] to list all Groups available for the selected node, then navigate to Group 2 (Basic Set), chose the Switch Binary on the Node List on the left side of PC Controller before pressing [Create], and you will see the Node ID of Switch Binary is added into the Group 2.

RSTb pin should be pulled up to VIO, see CP2102N Datasheet, section 2.1 Power.

If the voltage regulator is not used, VREGIN pin should be connected to VDD together, see Figure 2.3 in datasheet.

Is there any reason not using the on-chip voltage regulator while using USB Bus-powered mode?

You may refer to Figure 2.5 for USB Bus-powered connection. In this case, VREGIN is the regulator input while VDD is output 3.3 V typically, and VIO can power from VDD pin.