EVERET EVZ405 5x 4K UHD POV Video Camera

BEFORE USE

1. The camera is a compact 4K camera featuring a 1/2.5” 8.5MP CMOS sensor and digital signal processor (DSP).
2. High-end 5x optical zoom 4k lens with 85 degree field of view to capture high quality images.
3. Before operation, please fully read and follow all instructions in the manual.
4. The camera power input range is 100-240 VAC (50-60Hz), ensure the power supply input is within this rate before powering on.
5. The camera power voltage is DC12V/12W. We suggest you use it with the original power supply adapter or use PoE+ (IEEE802.3at) compatible switch.
6. Please keep the power cable, video cable and control cable in a safe place. Protect all cables especially the connectors.
7. Operational environment: 0℃-50℃, humidity less than 90%. To avoid any danger, do not put anything inside the camera, and keep away from the corrosive liquid.
8. Avoid stress, vibration and damp during transportation, storage and installation.
9. Do not detach the camera housing and cover. For any service, please contact authorised Everet technicians.
10. Video cable and control cable should be individually shielded, and cannot be substituted with other cables.
11. Do not direct the camera lens towards strong light, such as the sun or the intensive light.
12. Use a dry and soft cloth to clean the camera housing applied with neutral cleaning agent when needed. To avoid damage on the camera lens, never use strong or abrasive cleaning agents on the camera housing.
13. Put the camera on fixed and smooth desk or platform.
14. Power Supply Polarity (Drawing).

Note: The video quality may be affected by the specific frequencies of electromagnetic fields.

PACKING LIST

Check all bellow items when you open the package:

NETWORK SECURITY

If you will use the camera connected to a network, your attention is asked. It is your responsibility to take precautions such as subscribed below to protect against network security risks.

• Avoid network connections using public lines
• Use the camera in a network secured by a firewall
• Protect your network against unauthorised access by restricting users to log in with an authorised user name and password.
• Change the administrator password periodically.
• After accessing the camera as an administrator, be sure to close all web browsers.

QUICK START

1. Check if following products are in the box
   – Camera
   – DC12V Power Adapter
   – Power Cable
   – Wall mount
   – IR Remote Control
   
2. Check all cable connections before power on.
   Power on the camera with the included 12V Power Adapter or use a POE+ switch
   
   POE+ Switch Requirements:
   (POE+ IEEE 802.3af/at compliant with total power of 126W up to 30W per port)
   
   Example recommended unmanaged POE+ network switches:
   – 8-port: TL-SG1008MP
   – 8-port: NETGEAR GS110TPP PoE+ Smart Switch  
   – 16-port: NETGEAR GS716TPP PoE+ Smart Switch 
   – 24-port: NETGEAR GS724TPP PoE+ Smart Switch
   Example recommended managed POE+ network switches:
   – 8-port: NETGEAR GSM4212P AV Line M4250-10G2F-PoE+ 
   – 24-port: NETGEAR GSM4230P AV Line M4250-26G4F-PoE+
   – 40-port:  NETGEAR GSM4248P AV Line M4250-40G8F-PoE+      
   
3. Check if you get video output from SDI on a display.
   
   NOTE: The default resolution of the camera is 1080P30. If your display does not support this resolution you can easily change the resolution with the IR remote control. Please go to chapter: IR Remote Controller in this manual and follow instructions ‘Change video output Resolution for SDI, HDMI and USB3.0′ on how to do this.
   
4. Please check the default camera IP adress (192.168.1.188) for operation in your network or simply change IP adress in OSD menu settings using IR remote controller. Please go to chapter ‘OSD Menu’ and follow instructions ‘Change IP address’ how to do this.
   
5. In the basic settings, focus, iris and white balance will be adjusted automatically (factory setting)

HOW TO TURN POWER ON AND OFF

1. Set all the power switches of the camera and devices connected to ON
2. The camera does not have a power switch. When power is supplied to it, the status display LED will light up red.
3. If you use POE power please check the switch is supporting POE+
   (PoE+ IEEE 802.3af/at compliant with total power of 126W up to 30W per port)
4. Press red button on the IR remote control to start self-configuration
5. Press the [ON/STANDBY] red button on the remote control for 2 seconds, the camera will enter standby

PRODUCT HIGHLIGHTS

• Sony DSP 1/2.5 inch 8.5MP sensor providing UHD video
• High quality 4K optical lens 85 degree field of view, 5x optical zoom
• 3G-SDI and IP video output simultaneously
• 3G-SDI compatible with Blackmagic Design SDI Level-B
• 4K IP Video Streaming with H.264 or H.265 encoding
• White Balance, Exposure, Focus, Iris can be adjusted automatically or manually
• Power over Ethernet (PoE) support
• 128 presets supported
• Standard Sony VISCA, VISCA over IP, PELCO-P, PELCO-D control protocol; IP VISCA over both TCP and UDP
• Daisy chain supported, max 7 cameras connected in VISCA protocol
• Image flip function, support upside-down installation
• Support RS232/RS485
• OSD menu in English, IP address, streaming resolution and size can be set in OSD menu
• 3 year warranty
• IR remote control

TECHNICAL SPECS

CAMERA INTERFACE

CAMERA DIMENSIONS

IR REMOTE CONTROLLER

Menu button:
Enter the OSD menu

Number buttons

Set Preset:  Long press (3 seconds) the number button to save preset

Clear Preset: Press clear button and number button to clear the relative preset. Long press (3 seconds) the clear button to clear all presets.

Run Preset: Short press the number button to run the relative preset.

Power button

Red button: in normal work mode, short press one time, camera will enter standby mode; short press again, the camera will start self-configuration and go to HOME position; it will go to No.0 preset position if that was set.

Green button: not defined

Blue button: not defined

Focus (Left): +/-

Manual focus, available in manual focus mode

Zoom (Right): +/-

Control the lens zoom rate

Navigate : Up/Down/Left/Right

In normal working mode, use navigate key to control pan/tilt

Confirm/Home button:

In normal working mode, short press to let the camera go back to Home position.

OSD MENU

System

1. Press the MENU key on the IR remote controller, to enter the OSD menu
2. After entering the main menu, use the UP/DOWN keys on the IR remote controller to navigate through the menu. Once selected, the main menu will change to blue background, and the right side will show all sub menu options.   
3. Press the navigate RIGHT key to enter sub menu; use UP/DOWN key to select the submenu.
   use the LEFT/RIGHT key to select parameter.
4. Press the MENU key again to return to previous menu. Press the MENU key continuously to exit the OSD menu. Settings that have been changed are automatically saved.

Focus

Exposure

Image

Quality

Control

Format

Reset

Info

WEB SETTINGS

Login

Run a browser and input IP address (default IP address is 192.168.1.188) to enter login interface as seen below. 

Default account
Username: admin
Password: admin

NOTE: If you cannot enter the webinterface with the default IP address there are two common situations that could be causing this problem.

PC is not in the same range as the default IP address of the camera

• In this case you would need to change the Ethernet adapter settings of your PC to get in the same IP range as the camera. Please check on the internet how to do this according to the OS system that you are using.

PC and Camera are connected to a DHCP router.

1. Get into the OSD menu of the camera with the IR Remote controller.
2. Navigate to IP.

3. Set DHCP to ‘ON’
4. Press on the menu button of the IR Remote controller until you exit.
5. Restart the Camera and wait until it is completely rebooted.
6. Follow steps 1 and 2,  check the IP address and try to get access again in the webbrowser.

Live video image and control

After you have successfully logged in you will see the live video image of your camera as below.

You will also be able to control following settings as you can see on the left image.

You will also be able to control following settings as you can see on the left image.

1. Zoom
2. Focus
3. Focus mode: auto/manual
4. Pan/tilt speed
5. Focus speed
6. Zoom speed
7. Set Presets

Video Encode Settings

Set following settings

1. Enable/disable Main or Substream
2. Encode mode: H.264 / H.265
3. Profile: Baseline, MP, HP
4. RTSP Adress can be used to get video feed in for instance VLC or other RTSP decoders
5. Resolution choose the encoding resolution
6. Set your prefered bitrate
7. Set Framerate
8. Bitrate control: Varable or Constant Bitrate
9. Set I-Frame interval

NOTE: We suggest keeping the resolution and framerate the same as your decoding project to prevent unnecessary encoding process.  The I-Frame we suggest to set double as high as the framerate unless you are capturing sports or events with lots of movements per second. In that case we suggest to keep it the same as the famerate.

Video Transmission

RTMP

Real Time Messaging Protocol (RTMP) is a is a communication protocol for streaming audio, video, and data over the Internet, originally developed by Adobe for real-time streaming of video, audio, and data.

In the early days of streaming, the Real-Time Messaging Protocol (RTMP) was the de facto standard for transporting video over the internet (or in laymen’s terms, streaming). RTMP is a TCP-based protocol designed to maintain persistent, low-latency connections — and by extension, smooth streaming experiences.

Most media servers can receive RTMP. Even social media players like Facebook, YouTube, and Twitch accept it.

Enable RTMP streaming for e.g.  YouTube or Facebook or any other RTMP address.

RTMP address: streamurl/streamkey

SRT

SRT stands for ‘Secure Reliable Transport’, and is a video streaming transport protocol designed to connect two endpoints for the purposes of delivering low latency video and other media streams across networks such as the public internet. In a nutshell, SRT brings the best quality live video over the most unreliable networks by dynamically adapting to the real-time network conditions. Compared to RTMP, SRT is more than twice as fast and when tested using dedicated hardware encoding and decoding equipment, the difference was even more with SRT being 5 to 12 times faster than RTMP.

SRT has been adopted by many of the big players in network TV, sports broadcasts and remote production. For example vMix has implemented both INPUT and OUTPUT of SRT to use remote video in a production.

Listener mode: Will listen on the specified Port for connections. Hostname is ignored.
Caller mode: Is used to connect to the specified Hostname and Port.

SRT Mode: Listener

Enable: enable or disable SRT stream by clicking on the “switch button”

Port: Select through which Port you want to send the SRT stream. Make sure that the caller side has the same port number.

Encryption: Enable to secure stream with a password.

Key Length: Indicates the specified key length for AES encryption.

Passphrase: fill in the password

Main/sub stream: On the caller side you need the fill in the stream ID that you want to use.

NOTE: On the caller side you only need to fill in r=0 (main stream)  or r=1 (sub stream) not the entire URL.

Caller mode

SRT Mode: Caller

Enable: Enable main stream and/or substream

IP: Fill in the IP address of the listener side for both main and substream

Port: Fill in the Portnumber on the listener side for both main and substream. Make sure that the sub and main stream have different portnumber when they both are enabled.

Encryption: Enable encryption

Key length: Indicates the specified key length for AES encryption.

Passphrase: fill in the password

Streamid: fill in Main stream: r=0 | Sub stream: r=1

Encoding NDI with H.265

The Everet cameras also support encoding NDI with H.265. Please follow instructions below if you are using vMix. If you are using windows you need to download the HEVC APP from the MS store at first.
1. Install the NDI Tools with the NDI version you wish to use.
https://www.ndi.tv/tools/#download-tools

2. Locate the runtime directory and copy Processing.NDI.Lib.x64.dll to the desktop.

In the case of NDI 4.5 this will be the following:

C:\Program Files\NewTek\NDI 4 Runtime\v4

3. Rename the file on the desktop to Processing.NDI.Lib.dll

4. Copy the file into the C:\Program Files (x86)\vMix\ndi\x64 directory, replacing the existing file.

5. vMix will now use the updated NDI version.

NOTE: These steps will need to be repeated each time the vMix version is updated, as it will overwrite the file each time.

Image Adjust

Focus

Set camera to auto or manual focus. Enable or disable Digital Zoom.

Exposure mode

Auto, Manual, Iris Priority, Shutter Priority and Brightness Priority

White balance mode

Auto, Indoor, Outdoor, One Push,  Auto Tracking (ATW), Manual

 Image

Enable mirror, flip, backlight compensation, WDR (wide dynamic range) and set Gamma.

Image Quality

Configure brightness, sharpness, contrast and saturation.

Noise reduction

Includes 2D/3D reduction. There is an on/off option for 2D, and off/auto/1~4 options.

Ethernet

In the image below you see the default Ethernet settings of the camera. This can be adjusted to your network preferences.

DHCP: Enable/Disable

Enable DHCP if the camera is connected to a DHCP router that dynamically grants an IP address, netmask, gateway, and DNS. When DHCP is disabled you would need to manually set the IP address, netmask, gateway, and DNS.

HTTP Port: 80

This is a standardized Port number to communicate between webclients and webservers. We suggest not to change this unless you have specific reasons.

RTSP Port: 554
This is the communication port used to stream the RTSP stream to any RTSP receiving hardware or software. We suggest not to change this unless you have specific reasons.

Visca over IP: 52381

This is the port number used to communicate PTZ commands over IP. This important if you want to control the camera with our Windows controller application, PTZ Controller and Bitfocus Companion.

Firmware Upgrade

How to update

Click “select file” icon, to open dialog box, select to open the file. First upgrade the ARM file and then the ISP file.  Click “upgrade” to start the upgrade process. Only use certified upgrade files from everetimaging.com support website.

Note: DO NOT power off or take other actions during the upgrade process, the camera will reboot automatically when the upgrade is finished. Afterwards login into webinterface and select “reset all” to reset the camera completely.

Reset Options

Account Settings

Used for setting your login username and password. First Input the accountname, then input password twice, click ok to finish settings. Please remember account and password, otherwise you are not able to login.

USING VLC TO VIEW RTSP/RTMP VIDEO

Default addresses

RTSP

• Default RTSP main streaming address: rtsp://192.168.1.188/stream/main
• Default RTSP sub streaming address: rtsp://192.168.1.188/stream/sub

RTMP

• Default RTMP main streaming address: rtmp://192.168.1.188:1935/app/rtmpstream0
• Default RTMP sub streaming address: rtmp://192.168.1.188:1935/app/rtmpstream1

1. Run VLC Media Player.

2. Select Media > network stream, to show “open media” interface.

3. Input RTSP address in URL.

4. Click play to view the real time stream.

Note: If there is to much delay, select the “more option” to change the buffer time (VLC default buffer time is 1000ms).

VISCA

VISCA OVER IP

VISCA over IP means VISCA protocol transmit via IP, to reduce RS232/RS485 cable layout (the controller must support IP communication function)

Communication port spec:

• Control port: RJ45 Gigabit LAN
• IP protocol: IPv4
• Transmit protocol: UDP
• IP address: set via web end or OSD menu
• Port address: 52381
• Confirm send/transmission control: depend on applied program
• Applied range: in the same segment, not suitable for bridged network.
• Turn on camera: In the menu, set VISCA option to OVER IP

HOW TO USE VISCA OVER IP

VISCA Command

It means commands from controller to peripheral equipment, when peripheral equipment receives commands, then return ACK. When commands executed, will return complete message.

For different commands, camera will return different message.

VISCA Inquiry

It means inquiry from controller to peripheral equipment when peripheral equipment receives this kind of commands, it will return required message.

VISCA Reply

It means ACK, complete message, reply or error reply, it is sent from peripheral equipment to controller.

Command format: the following is message head and valid message format. Note: LAN output way is big-endian, LSB is in the front.

Payload type:

Data definition as following:

Payload length

Valid data length in Payload (1~16), is command length.

For example, when valid data length is 16 byte

        Byte 2 : 0x00    Byte 3 : 0x10

Controller will save sequence number of each command, when one command sent, the sequence number of the command will add 1, when the sequence number becomes the max value, it will change to 0 for next time. The peripheral equipment will save sequence number of each command, and return the sequence number to the controller.

Payload

According to Payload type, the following data will be saved.

• VISCA command

Save VISCA command packet

• VISCA inquiry

Save VISCA message packet

• VISCA reply

Save VISCA return packet

• VISCA device setting command

Save VISCA equipment setting command packet.

Control command

The following data is saved in control command payload

• Controlled reply

The following data is saved in return command payload of control command.

Delivery confirmation

VISCA over IP uses UDP as transmission communication protocol, UDP communication message transmission is not stable, it is necessary to confirm delivery and resent in application.

Generally, when controller sends a command to peripheral equipment, controller will wait for the return message then send the next command, we can detect and confirm if the peripheral equipment receive the commands from return message’s lag time. If controller shows it is overtime, it is regarded as error transmission.

If controller shows it is overtime, resend the commands to check peripheral’s status, resent command sequence number is same as last command, the following chart list the received message and status after resending the commands.

Sequence chart as following

Sequence chart when command lost and Sequence chart when returned message is lost.

Note: Do not set IP address, subnet mask, gateway parameter in VISCA over IP command, otherwise it will cause network breaks off.