Control Options

This guide covers setting up your Rise 4K with external control systems via Network, RS232, RS485, or RS422 connections.

Need help powering your camera? Follow this link to Getting Started.

Network Joystick Controller Setup

PTZOptics joysticks can control the Rise 4K over the network using VISCA over IP, giving you physical joystick control without serial cables.

What you need

• For Network Control: A PTZOptics joystick (PT-SUPERJOY-G1 or PT-JOY-G4), an Ethernet connection to the same network, and the camera's IP address

1. Connect the joystick to your network via Ethernet.
2. Power on the joystick and wait for it to boot.
3. Configure the joystick with the camera's connection details:
   • Enter the camera's IP address.
   • Set the port to 5678 (TCP) or 1259 (UDP).
   • Set the protocol to VISCA over IP.
4. Test control: Use the joystick to pan, tilt, and zoom the camera.

For VISCA command bytes, TCP and UDP integration guidance, and response packets, see the VISCA API getting started guide.

tip

For multi-camera setups, assign each camera a unique address and configure the joystick to switch between them. The SuperJoy supports managing multiple cameras from a single interface.

important

Control connections can be made while the camera is powered on, but we recommend making all connections before powering on for proper detection.

Serial Joystick Control

PTZOptics cameras support serial control for direct, wired connection to PTZ joysticks, control systems, and automation platforms. For a conceptual explanation of single-ended vs. differential signaling, cable distance limits, and multi-camera wiring topologies, see Serial Control: RS232 vs. RS485 and RS422 Explained.

Control Method Comparison

Feature	RS232	RS485
Max Distance	~98.5 ft (30 m)	~3,937 ft (1,200 m)
Connector	8-pin Mini DIN	2-pin Phoenix (terminal block)
Multi-Camera	Daisy-chain	Multi-drop bus
Signaling	Single-ended	Differential (noise-resistant)
Protocols	VISCA, Pelco-D, Pelco-P	VISCA, Pelco-D, Pelco-P
Provides Power	No	No

Feature	RS232 (Rise 4K)	RS422 (Rise 4K)
Max Distance	~98.5 ft (30 m)	~3,937 ft (1,200 m)
Connector	RJ45 (RS232 IN, input-only)	RJ45 (RS422 IN and RS422 OUT)
Multi-Camera	Single camera only (no RS232 OUT)	Daisy-chain (RS422 OUT → RS422 IN)
Signaling	Single-ended	Differential (noise-resistant)
Protocols	VISCA, Pelco-D, Pelco-P	VISCA, Pelco-D, Pelco-P
Provides Power	No	No

Serial Joystick Controller Setup

Step 1: Connect the Serial Cable

Option A: RS232 Connection on Rise 4K (Single Camera — RJ45)

What you need

• For RS232 Control: A controller or joystick that supports VISCA, Pelco-D, or Pelco-P, plus an RS232 control cable

1. Connect an RS232 control cable (RJ45) from your controller's RS232 output to the camera's RS232 IN (RJ45) port.

note

The Rise 4K's RS232 IN port is input-only and supports a single camera connection. Multi-camera serial daisy-chaining on the Rise 4K requires using the RS422 IN and RS422 OUT ports instead.

warning

RS232 pinouts vary between manufacturers. If your controller's pinout differs from the camera's, you may need a null modem adapter or a custom cable.

See the Rise 4K RS232 Pin-Out Reference below for pin assignments.

Option B: RS422 Connection on Rise 4K (Long-Distance or Multi-Camera Daisy Chain — RJ45)

What you need

• For RS422 Control: A controller, joystick, or automation system that supports VISCA, Pelco-D, or Pelco-P, plus a Cat5e/Cat6 cable with RJ45 connectors

1. Connect a Cat5e/Cat6 cable with an RJ45 connector from your joystick controller to the camera's RS422 IN port (see the RS422 Pin-Out Reference below for pin assignments).
2. For multi-camera daisy-chaining: connect a standard straight-through Ethernet cable (Cat5e/Cat6) from the first camera's RS422 OUT port to the next camera's RS422 IN port.

Option A: RS232 Connection (8-Pin Mini DIN)

What you need

• For RS232 Control: A controller or joystick that supports VISCA, Pelco-D, or Pelco-P, plus an RS232 control cable

1. Connect an RS232 cable (8-pin Mini DIN) from your controller's RS232 output to the camera's RS232 Input port.
2. For daisy-chaining multiple cameras: connect the camera's RS232 Output to the next camera's RS232 Input.

warning

RS232 pinouts vary between manufacturers. If your controller's pinout differs from the camera's, you may need a null modem adapter or a custom cable.

See the RS232 Pin-Out Reference (8-Pin Mini DIN) below for pin assignments.

Option B: RS485 Connection (2-Pin Phoenix Terminal Block)

What you need

• For RS485 Control: A controller, joystick, or automation system that supports VISCA, Pelco-D, or Pelco-P, plus a twisted-pair cable (Cat5e, Cat6, or dedicated RS485 cable) with a Phoenix connector (terminal block)

1. Connect the positive (red) wire to the camera's positive Phoenix connector port (on the left).
2. Connect the negative (black) wire to the camera's negative Phoenix connector port (on the right).
3. Connect the positive and negative wires to the matching ports on your joystick controller.
4. For multi-drop: daisy-chain from the first camera's RS485 output to the next camera's RS485 input.

Step 2: Configure Your Controller

1. Set your controller to match the camera's protocol: VISCA (default), Pelco-D, or Pelco-P.
2. Set the baud rate to match the camera (default: 9600).
3. Assign each camera a unique address (default: 1).

tip

To change the camera's protocol from the IR remote, press [Menu], navigate to Communication Setup, and select your protocol.

Step 3: Test Control

Use your controller to pan, tilt, and zoom each camera. If a camera doesn't respond:

• RS232: Verify the RS232 cable is connected to the correct port (Input, not Output).
• RS485: Verify the twisted-pair cable is connected with the correct polarity (+ and -).
• Verify the protocol and baud rate match between the controller and camera.
• Verify each camera has a unique address.

Reference

RS232 Pin-Out Reference (8-Pin Mini DIN)

The Rise 4K uses 8-pin Mini DIN connectors for RS232. Pin assignments are as follows:

RS232 Input Port (from Controller)

Pin	Signal	Description
1	DTR	Data Terminal Ready
2	DSR	Data Set Ready
3	TXD	Transmit Data
4	GND	Ground
5	RXD	Receive Data
6	GND	Ground
7	IR Out	Infrared Output
8	NC	No Connection

RS232 Output Port (to Next Camera in Daisy Chain)

Pin	Signal	Description
1	DTR	Data Terminal Ready
2	DSR	Data Set Ready
3	TXD	Transmit Data
4	GND	Ground
5	RXD	Receive Data
6	GND	Ground
7	IR Out	Infrared Output
8	NC	No Connection

note

The RS232 Input and Output Mini DIN connectors use the same pin numbering and signal names for daisy-chain wiring.

Rise 4K RS232 Pin-Out Reference

The Rise 4K uses an RJ45 connector for its RS232 IN port (input-only from a controller):

Pin	Signal	Description
1	DTR	Data Terminal Ready
2	DSR	Data Set Ready
3	TXD	Transmit Data
4	GND	Ground
5	RXD	Receive Data
6	GND	Ground
7	IR Out	Infrared Output
8	NC	No Connection

RS422 Pin-Out Reference

The Rise 4K uses RJ45 connectors for RS422 IN and RS422 OUT. Because the camera swaps transmit and receive internally between RS422 OUT and RS422 IN, you can connect cameras in an RS422 daisy chain using a standard straight-through Ethernet cable:

Pin	RS422 IN Signal	RS422 OUT Signal
1	TX-	RX-
2	TX+	RX+
3	RX-	TX-
4	GND	GND
5	GND	GND
6	RX+	TX+
7	NC	NC
8	NC	NC

Serial Communication Parameters

Parameter	Value
Baud Rate	2400, 4800, 9600 (default), 38400
Start Bit	1
Data Bits	8
Stop Bit	1
Parity	None

Control Protocol Reference

Protocol	Default	Address Range	Notes
VISCA	Yes (default)	1-7	Industry standard for PTZ cameras
Pelco-D	-	0-254	Common in security systems
Pelco-P	-	0-31	Older Pelco variant

Joystick Compatibility

Joystick	Connection	Protocols
PT-SUPERJOY-G1	Network (VISCA over IP) or RS232	VISCA, ONVIF, NDI, Panasonic
PT-JOY-G4	Network (VISCA over IP) or RS232	VISCA, ONVIF, Sony VISCA
MiniJoy	Network (VISCA over IP) or RS422 / RS485 (Phoenix connector)	ONVIF, VISCA Over IP, VISCA TCP, NDI