KoPa 5G WiFi Digital Microscope Interactive System User Manual

KoPa 5G WiFi Digital Microscope Interactive System User Manual

Notes And Safety Requirements

Cautions and notes

1. To avoid danger or damage incurred to the lens, do not touch the lens or sensor directly with your fingers.

2. To avoid failure or electric shock hazard and so on, do not disassemble or modify the internal structure of the device.

3. Do not plug in or unplug the USB port or the HDMI port when hands are wet.

4. Do not use alcohol and other organic solvents to clean.

5. If the lens or sensor is dirty or damp, you should better use dry and non-linen fabric or professional lens tissue to wipe them. To avoid scratches on the surface, do not touch the lens with your fingers. Wipe the lens or sensor lightly.

6. The products are not specifically designed for an outdoor use. Do not expose it to outdoor environment without any protection. Excessive temperature and humidity will damage the lens. Please avoid using the product under the following environment: high temperature or high humidity environment, places with direct sunlight,  dirt or vibration and places near heat source.

7. Please use and store in the following environment:
   Operating temperature ： 0℃~ 40℃;
   Storage temperature ：-10℃~ 60℃;
   Operating Humidity ： 30~60%RH;
   Storage Humidity： 10~80%RH.

8. If any foreign matter, water or liquid enter into the device by accident, disconnect the USB cable immediately. Please send it to the maintenance center and do not use the hair dryer to dry it by yourself.

9. To prevent microscope from being tripped over or dropped, please put away the device’s USB cables in use or standby.

10. To avoid electric shock by accident, please power off microscope before you move your Windows PC or laptop.

11. The cleanliness of the device lens will directly affect clarity degree of contents from the computer screen during preview. Problems like various circles or spots on the screen may mostly be incurred by dirt on the lens. When cleaning, please use professional lens tissue or other professional detergent to clear the dirt on the lens.

12. Registered trademark and copyright information: this product is copyrighted by GUANGZHOU OSTEC ELECTRONIC TECHNOLOGY CO.,LTD.Without written authorization of the company, any organization or individual shall not copy, print or translate any part of this article into another language.

System Requirements

Requirements for Windows systems running KoPa software

Windows System Requirements
Microsoft Windows 10 (64 bit) or later version operating systems.
CPU: i5 10th generation or later version.
Hard drive: 512GB or more.
Memory: 16GB or more.
Graphics card: Core graphics.
Network card: 10/100/1000M adaptive.
Wireless NIC supports 5G WiFi IEEE802.11ac (except WiFi camera)

KoPa APP running requirements for Android and iOS systems

Android System Requirements
Android System 7.0 or later version.
CPU dual-core 1.7Ghz or later version.
Memory RAM 3GB or more.
Storage ROM 32GB or more.
Support wireless protocol 5G WiFi IEEE802.11ac.

iOS System Requirements
iOS System 11.0 or later version.
CPU dual-core 1.8Ghz or later version.
Memory RAM 2GB or more.
Storage ROM 32GB or more.
Support wireless protocol 5G WiFi IEEE802.11ac.

Hardware Introduction

Camera parts introduction

Smart embedded display camera

①| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
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②| Display| IPS 1080P 15.6″ high color gamut display.
③| Rotary shaft| meet the display front and back, up and down flip.
④| Female interface| connects to the eyepiece end of the binocular microscope.
⑤| Speaker hole| volume channel hole.
⑥| USB 3.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
⑦| USB 2.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
⑧| HDMI output interface| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.
⑨| Headphone and microphone interface| connect with headset cable to achieve transmission of audio signals.
⑩| Power switch| switch on and off. Keep press for 4 seconds to power on / off.
11| Easy focus hole| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par-focal with electronic imaging and observation under eyepiece.
12| USB 2.0 interface| output voltage is 5V, the maximum output current is 2A, can be connected to a mouse keyboard, U disk or for microscope (Olympus CX23 and Nikon Ei only) power supply.
13| Power input interface (DC 12V 5A)| connect with the adapter in the accessories to achieve power supply to the camera.
14| Male interface| connected to the objective end of the binocular microscope.
15| Tighten the screws| use the accessory Allen key to tighten the screws and fix the eyepiece of the microscope.

Smart embedded camera

①| HDMI output interface| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.
---|---|---
②| USB 2.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
③| USB 3.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
④| Female interface| connects to the eyepiece end of the binocular microscope.
⑤| Tighten the screws| use the accessory Allen key to tighten the screws and fix the eyepiece of the microscope.
⑥| Male interface| connected to the objective end of the binocular microscope.
⑦| Power switch| switch on and off. Keep press for 4 seconds to power on / off.
⑧| Power input interface (DC 12V 5A)| connect with headset cable to achieve transmission of audio signals.
⑨| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
⑩| Easy focus hole| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par-focal with electronic imaging and observation under eyepiece.
11| Headphone and microphone interface| connect with the adapter in the accessories to achieve power supply to the camera.

WiFi embedded camera

fix the eyepiece of the microscope.
③| Male interface| connected to the objective end of the binocular microscope.

④

| ACT indicator| turn to WiFi, the indicator light is blue.turn to other gears, the indicator light does not light up.

⑤

| USB / OFF / WiFi working mode switching| USB: when the USB cable connected to the computer, it can image acquisition through the computer software.OFF: turn off the power, the camera stops working on this time.WiFi: the wireless devices connect to the camera WiFi to image acquisition.
⑥| PWR (Power indicator)| turn to OFF, the indicator light is red.turn to USB or WiFi, the indicator light is green.
⑦| HDMI output interface (only for 12.0MP camera)| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.
⑧| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
⑨| Easy focus hole| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par-focal with electronic imaging and observation under eyepiece.
⑩| USB output / power supply| turn to USB: connects to Windows PC for data transfer, and the Windows PC side can image acquisition through software.turn to WiFi: connects to adapter to enable powering the camera, and wireless devices can connect to the camera WiFi to image acquisition.

11

| WAN network interface| WAN network interface: turn to WiFi: It can be connected to the router and access to the local area network, so that Windows PC, smartphones and tablets in the local area network can share the microscopic screen; it can also be directly connected to the Internet.

Smart display camera (C-mount or dovetail mount)

①| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
---|---|---
②| Display| IPS 1080P 15.6″ high color gamut display.
③| Speaker hole| volume channel hole.
④| USB 3.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
⑤| USB 2.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
⑥| HDMI output interface| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.
⑦| Rotary shaft| meet the display front and back, up and down flip.
⑧| Power input interface (DC 12V 5A)| connect with the adapter in the accessories to achieve power supply to the camera.
⑨| USB 2.0 interface| output voltage is 5V, the maximum output current is 2A, can be connected to a mouse keyboard, U disk or for microscope (Olympus CX23 and Nikon Ei only) power supply.
⑩| Headphone and microphone interface| connect with headset cable to achieve transmission of audio signals.
11| Power switch| switch on and off. Keep press for 4 seconds to power on / off.
12| Easy focus hole (only for dovetail mount model)| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par-focal with electronic imaging and observation under eyepiece.
13| Dovetail mount| connect with the dovetail slot on the trinocular microscope.
14| Standard C-mount| connect with trinocular microscope which has C-mount.
15| Dust cover (only for C-mount model)| screw out before use, for dustproofing and chip protection.
16| Tightening screw hole| tighten it with a screw to fix the camera on a trinocular microscope.

Smart camera (C-mount or dovetail mount)

①| Power input interface (DC 12V 5A)| connect with the adapter in the accessories to achieve power supply to the camera.
---|---|---
②| Headphone and microphone interface| connect with headset cable to achieve transmission of audio signals.
③| USB 3.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
④| USB 2.0 interface| can be connected to a mouse, keyboard, U disk, convenient for the use of software.
⑤| HDMI output interface| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.
⑥| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
⑦| Easy focus hole (only for dovetail mount model)| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par- focal with electronic imaging and observation under eyepiece.
⑧| Power switch| switch on and off. Keep press for 4 seconds to power on / off.
⑨| Dovetail mount| connect with the dovetail slot on the trinocular microscope.
⑩| Standard C-mount| connect with trinocular microscope which has C-mount.

WiFi camera (C-mount or dovetail mount)

①| 5G WiFi antenna| enhance the 5G WiFi signal transmission, to achieve wireless connection to the camera for image acquisition.
---|---|---
②| WAN network interface| turn to WiFi: it can be connected to the router and access to the local area network, so that Windows PC, smart phones and tablets in the local area network can share the microscopic screen; it can also be directly connected to the Internet.
③| HDMI output interface (only for 12.0MP camera)| through HDMI cable, connect with external monitor with HDMI interface to realize video, signal transmission, etc.

④

|

USB output / power supply

| turn to USB: connects to Windows PC for data transfer, and the Windows PC side can image acquisition through software.turn to WiFi: connects to adapter to enable powering the camera, and wireless devices can connect to the camera WiFi to image acquisition.
⑤| PWR (Power indicator)| turn to OFF, the indicator light is red.turn to USB or WiFi, the indicator light is green.
⑥| USB / OFF / WiFi working mode switching| USB: when the USB cable connected to the computer, it can image acquisition through the computer software.OFF: turn off the power, the camera stops working on this time.WiFi: the wireless devices connect to the camera WiFi to image acquisition.
⑦| ACT indicator:| turn to WiFi, the indicator light is blue.turn to other gears, the indicator light does not light up.
⑧| Easy focus hole (only for dovetail mount model)| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par- focal with electronic imaging and observation under eyepiece.
⑨| Dovetail mount| connect with the dovetail slot on the trinocular microscope.
⑩| Standard C-mount| connect with trinocular microscope which has C-mount.

ViMatrix parts introduction

network connection to the camera for image acquisition

Interactive workstation parts introduction

①| Power output interface (DC 5V 2A)| can power microscope (output voltage is 5V, maximum output current is 2A)
---|---|---
②| WAN network interface| it can be connected to the router and access to the local area network via network cable, so that Windows PC, smartphones and tablets in the local area network can share the microscopic screen; it can also be directly connected to the Internet.
③| LAN network interface| it can be connected to the Windows PC via network cable for data transfer, and the Windows PC side can image acquisition through software.
④| PC interface| it can be connected to the Windows PC via network cable for data transfer, and the Windows PC side can image acquisition through software.
⑤| Power output interface (DC 12V 1A)| can power microscope (output voltage is 12V, maximum output current is 1A).
⑥| Power input interface (DC 12V 5A)| connect with the adapter in the accessories to achieve power supply to the camera.

⑦

|

FAN / 5G4 / 5G3 / 5G2 / 5G1 / PWRindicator

| FAN: when the indicator light is on, it means the cooling fan is faulty.5G4 / 5G3 / 5G2 / 5G1: when the indicator light is on, it means the corresponding 5G channel of the product is running; when the indicator light is blinking, it means there is a device accessing the corresponding 5G channel or there is data transmission in the channel.PWR: it is in standby mode when the red light is on, and in on mode when the green light is on.
⑧| Power switch (OFF / ON)| dial to ON for power on, need to wait about 30 seconds; dial to OFF for power off, need to wait about 5 seconds.
⑨| Easy focus hole (only for dovetail mount model)| internal filament focus structure is used to adjust the 0.43X field lens of the camera to achieve par- focal with electronic imaging and observation under eyepiece.
⑩| Dovetail mount| connect with the dovetail slot on the trinocular microscope.
11| Standard C-mount| connect with trinocular microscope which has C-mount.

Camera and Microscope Installation Methods

Smart embedded display camera install to a binocular microscope

1. Separate the objective end of the binocular microscope from the eyepiece end, as shown in Figure 1:
   

2. Loosening the fixation screws of the binocular microscope;

3. Remove the eyepiece end of the microscope.

4. Installation for smart embedded display camera:

5. Snap the smart embedded display camera to the objective end of the microscope, oriented as in Figure 2;
   

6. Tighten the fastening screws on the objective end of the microscope, fix the smart embedded display camera on the microscope.

7. Installation for the objective end of the microscope, as shown in Figure 3:
   

8. Snap the eyepiece end of the microscope to the female interface end of the smart embedded display camera;

9. Tighten the fastening screws of the smart embedded display camera and fix the eyepiece end of the microscope on the smart embedded display camera.

10. The adapter interface is inserted into the power hole of the display screen, and then the adapter is connected to 110-240V AC power, as shown in Figure 4:
    

Smart embedded camera install to a binocular microscope

1. Separate the objective end of the binocular microscope from the eyepiece end, as shown in Figure 5:
   

2. Loosening the fixation screws of the binocular microscope;

3. Remove the eyepiece end of the microscope.

4. Installation for smart embedded camera:

5. Snap the smart embedded camera to the objective end of the microscope, oriented as in Figure 6;
   

6. Tighten the fastening screws on the objective end of the microscope, fix the smart embedded camera on the microscope.

7. Installation for the objective end of the microscope, as shown in Figure 7:
   

8. Snap the eyepiece end of the microscope to the female interface end of the smart embedded camera;

9. Tighten the fastening screws of the smart embedded camera and fix the eyepiece end of the microscope on the smart embedded camera.

WiFi embedded camera install to a binocular microscope

1. Separate the objective end of the binocular microscope from the eyepiece end, as shown in Figure 8:
   

2. Loosening the fixation screws of the binocular microscope;

3. Remove the eyepiece end of the microscope.

4. Installation for WiFi embedded camera:

5. Snap the WiFi embedded camera to the objective end of the microscope, oriented as in Figure 9;
   

6. Tighten the fastening screws on the objective end of the microscope, fix the WiFi embedded camera on the microscope.

7. Installation for the objective end of the microscope, as shown in Figure 10:
   

8. Snap the eyepiece end of the microscope to the female interface end of the WiFi embedded camera;

9. Tighten the fastening screws of the WiFi embedded camera and fix the eyepiece end of the microscope on the WiFi embedded camera.

Smart display camera install to a trinocular microscope

1. Remove the dust cover of microscope dovetail slot or standard C-mount, as shown in Figure 11.
   

2. Snap the camera onto the dovetail slot or screw it onto the standard C-mount of the microscope, oriented as in Figure 12; tighten the fastening screws on the dovetail slot of the microscope, fix the camera on the microscope.
   

Smart camera install to a trinocular microscope

1. Remove the dust cover of microscope dovetail slot or standard C-mount, as shown in Figure 13.
   

2. Snap the camera onto the dovetail slot or screw it onto the standard C-mount of the microscope, oriented as in Figure 14; tighten the fastening screws on the dovetail slot of the microscope, fix the camera on the microscope.
   

WiFi camera install to a trinocular microscope

1. Remove the dust cover of microscope dovetail slot or standard C-mount, as shown in Figure 15.
   

2. Snap the camera onto the dovetail slot or screw it onto the standard C-mount of the microscope, oriented as in Figure 16; tighten the fastening screws on the dovetail slot of the microscope, fix the camera on the microscope.
   

Interactive System Building

Student station connection

After mounting the student station camera on the microscope, connect the Windows PC with the camera’s USB cable as shown in Figure 1 below:

Tutor station camera connected to the ViMatrix / interactive workstation

1. After mounting the tutor station camera on the microscope, connect the Windows PC with the camera’s USB cable.

2. Connect the Windows PC to the ViMatrix with a long network cable, as shown in Figure 2 below.
   

3. After mounting the tutor station interactive workstation on the microscope, connect the camera’s PC interface to the Windows computer using a network cable, as shown in Figure 3 below:
   

The ViMatrix / interactive workstation connection

1. The power cord interface is inserted into the ViMatrix power hole, and then the power cord plug is connected to 110-240V AC, as shown in Figure 4 below:
   

2. Connect the LAN port of the ViMatrix to the Windows PC with a network cable.

3. Connect the WAN port of the ViMatrix with a network cable and if needed, the other end to the Internet, as shown in Figure 5 below.
   

4. The power cord interface is inserted into the interactive workstation power hole, and then the power cord plug is connected to 110-240V AC, as shown in Figure 6 below.
   

5. Connect the LAN port of the interactive workstation to the Windows PC with a network cable.

6. Connect the WAN port of the interactive workstation with a network cable and if needed, the other end to the Internet, as shown in Figure 7 below.
   

Disclaimer

1. In order to protect the legitimate rights and interests of users, please carefully read the instructions, disclaimers and safety instructions provided with this product before using it. The company reserves the right to update the above documents. Please operate the product according to the instructions and safety instructions.
2. Once you begin to use the product, you shall be deemed to have read, understood, recognized and accepted all terms and contents of the product’s instructions, disclaimers and safety instructions. Users undertake to be responsible for their actions and all consequences. User undertakes to use the product only for legitimate purposes and agrees to these terms and any relevant policies or guidelines that the company may establish.
3. In the process of using this product, please strictly abide by and execute the requirements including but not limited to the instructions and safety instructions. All personal injuries, accidents, property losses, legal disputes and other adverse events that cause conflicts of interest caused by violation of the safety instructions or irresistible factors shall be borne by users themselves, and the company shall not assume any responsibility.
4. Safety instructions:
5. Please do not use wet hands to plug and unplug the power supply of the equipment.
6. Please be sure to use a regular brand power socket, and make sure the grounding is well grounded to prevent electric shock.
7. Please be sure to make regular safety checks on sockets and plugs to avoid potential electrical safety hazards caused by aging and short circuit.
8. Please be sure not to use the product in a humid or hot environment t ensure the safety of the product.
9. Please be sure to loosen bundle cords of the power cable before using, to avoid electromagnetic induction and heating, thus increasing the heat dissipation speed.
10. Please be sure not to use the product equipment or socket or other places in high or easy to fall, so as to avoid damage.
11. Before opening the socket power supply, please be sure to turn off the load power switch of the product equipment.
12. The company reserves the rights to improve product, upgrade technology and change parameters without prior notice.

References

• GUANGZHOU OSTEC ELECTRONIC TECHNOLOGY CO.,LTD

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