PII-CUZ-600
PIISUN
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Matrix KVM switches control multiple computers or servers from one console. They improve efficiency and productivity by allowing multiple users to access different systems simultaneously. These switches have a central unit and remote units to transmit signals. They offer flexible configurations and support various video interfaces. They also have advanced features for enhanced control and data security. Overall, matrix KVM switches provide a centralized and efficient solution for managing multiple systems and improving productivity in IT environments.
Matrix KVM switches offer a range of features that enhance their functionality and usability. Some common features of matrix KVM switches include:
Multiple Computer Control: Matrix KVM switches allow users to control and manage multiple computers or servers from a single console, providing efficient access to various systems.
Simultaneous Access: These switches enable simultaneous access to multiple systems, allowing multiple users to control different computers or servers at the same time.
Matrix Architecture: Matrix KVM switches utilize a matrix architecture, enabling flexible configurations and seamless switching between different systems.
Video Interface Support: These switches support various video interfaces, such as VGA, DVI, HDMI, and DisplayPort, ensuring compatibility with different computer systems and monitors.
Keyboard and Mouse Support: Matrix KVM switches typically support USB or PS/2 connections for keyboard and mouse input, allowing users to control the connected systems using their preferred input devices.
Hotkey Switching: Many matrix KVM switches offer hotkey switching functionality, allowing users to switch between different systems by pressing a specific key combination on the keyboard.
Virtual Media Support: Some switches provide virtual media support, allowing users to access and transfer files between the local console and the connected systems.
User Management: Matrix KVM switches often offer user management options, allowing administrators to assign specific access rights and permissions to different users.
Security Features: These switches may include security features like encryption and authentication mechanisms to ensure data security and prevent unauthorized access.
Scalability: Matrix KVM switches are designed to be scalable, allowing users to easily expand their system by adding more computers or servers as needed.
Remote Access: Some matrix KVM switches offer remote access capabilities, enabling users to control and manage systems from a remote location over a network connection.
Easy Installation and Setup: These switches are typically designed for easy installation and setup, minimizing the time and effort required to deploy the KVM system.
Overall, matrix KVM switches provide a comprehensive set of features that simplify the management of multiple computers or servers, enhance productivity, and ensure efficient control and access to systems from a single console.
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Specifications
| Open API for 3rd party control systems | PIISUN Technology publishes a simple API structure to allow easy integration with other 3rd Party control systems supplied by companies like AMX, Crestron , HRS or MediaLon at a HTTP level. |
| LDAP integration | To help ease setup, the system has an LDAP interface so users and passwords from other systems can easily be imported. |
| SNMP v3 get / walk | External machines can interrogate A.I.M. to find out the status of the AdderLink Infinity network and units. SNMP v3 security is implemented, supporting AES/DES transport with MD5/SHA authentication. |
| External NTP server support - NTPv4.2 | Connect up to 3 NTP servers with authenticated connections using MD5 and Key ID as defined in the NTP standards. All AdderLink Infinity units in an A.I.M. network now get time using authenticated NTP from A.I.M. |
| System backups | Backups of the database can be saved internally, externally or emailed automatically. Automatic updates can be scheduled on an hourly, daily or weekly basis. |
| Centralized firmware upgrades | As well as managing its own firmware upgrade, A.I.M. manages the upgrade of each device on the network and can deploy firmware to hundreds of devices at the same time, meaning a system-wide upgrade takes only a few minutes. |
| Easy matrix setup | Using Zero Configuration networking, A.I.M. automatically obtains the MAC addresses of extender devices as they are attached to the network. The administrator allocates IP addresses, names and locations so that devices are easy to identify, configure and control. |
| Hardware | Industrial spec server with solid state memory. |
| Software | Closed system operating Linux. |
| Physical design | 19 inch 1U rack mountable chassis in a robust metal construction. 432mm/17" (w), 44mm/1.73" (h), 230mm/9" (d), 2.75kg/6lbs. |
| Power | External power IEC input unit, 100-240VAC 50/60Hz, 1.5A, input to power adapter. 12VDC, 60W output. |
| Operating temperature | 0 to 40ºC / 32 to 104ºF. |
| Approvals | CE, FCC. |
Matrix KVM switches control multiple computers or servers from one console. They improve efficiency and productivity by allowing multiple users to access different systems simultaneously. These switches have a central unit and remote units to transmit signals. They offer flexible configurations and support various video interfaces. They also have advanced features for enhanced control and data security. Overall, matrix KVM switches provide a centralized and efficient solution for managing multiple systems and improving productivity in IT environments.
Matrix KVM switches offer a range of features that enhance their functionality and usability. Some common features of matrix KVM switches include:
Multiple Computer Control: Matrix KVM switches allow users to control and manage multiple computers or servers from a single console, providing efficient access to various systems.
Simultaneous Access: These switches enable simultaneous access to multiple systems, allowing multiple users to control different computers or servers at the same time.
Matrix Architecture: Matrix KVM switches utilize a matrix architecture, enabling flexible configurations and seamless switching between different systems.
Video Interface Support: These switches support various video interfaces, such as VGA, DVI, HDMI, and DisplayPort, ensuring compatibility with different computer systems and monitors.
Keyboard and Mouse Support: Matrix KVM switches typically support USB or PS/2 connections for keyboard and mouse input, allowing users to control the connected systems using their preferred input devices.
Hotkey Switching: Many matrix KVM switches offer hotkey switching functionality, allowing users to switch between different systems by pressing a specific key combination on the keyboard.
Virtual Media Support: Some switches provide virtual media support, allowing users to access and transfer files between the local console and the connected systems.
User Management: Matrix KVM switches often offer user management options, allowing administrators to assign specific access rights and permissions to different users.
Security Features: These switches may include security features like encryption and authentication mechanisms to ensure data security and prevent unauthorized access.
Scalability: Matrix KVM switches are designed to be scalable, allowing users to easily expand their system by adding more computers or servers as needed.
Remote Access: Some matrix KVM switches offer remote access capabilities, enabling users to control and manage systems from a remote location over a network connection.
Easy Installation and Setup: These switches are typically designed for easy installation and setup, minimizing the time and effort required to deploy the KVM system.
Overall, matrix KVM switches provide a comprehensive set of features that simplify the management of multiple computers or servers, enhance productivity, and ensure efficient control and access to systems from a single console.
|
Specifications
| Open API for 3rd party control systems | PIISUN Technology publishes a simple API structure to allow easy integration with other 3rd Party control systems supplied by companies like AMX, Crestron , HRS or MediaLon at a HTTP level. |
| LDAP integration | To help ease setup, the system has an LDAP interface so users and passwords from other systems can easily be imported. |
| SNMP v3 get / walk | External machines can interrogate A.I.M. to find out the status of the AdderLink Infinity network and units. SNMP v3 security is implemented, supporting AES/DES transport with MD5/SHA authentication. |
| External NTP server support - NTPv4.2 | Connect up to 3 NTP servers with authenticated connections using MD5 and Key ID as defined in the NTP standards. All AdderLink Infinity units in an A.I.M. network now get time using authenticated NTP from A.I.M. |
| System backups | Backups of the database can be saved internally, externally or emailed automatically. Automatic updates can be scheduled on an hourly, daily or weekly basis. |
| Centralized firmware upgrades | As well as managing its own firmware upgrade, A.I.M. manages the upgrade of each device on the network and can deploy firmware to hundreds of devices at the same time, meaning a system-wide upgrade takes only a few minutes. |
| Easy matrix setup | Using Zero Configuration networking, A.I.M. automatically obtains the MAC addresses of extender devices as they are attached to the network. The administrator allocates IP addresses, names and locations so that devices are easy to identify, configure and control. |
| Hardware | Industrial spec server with solid state memory. |
| Software | Closed system operating Linux. |
| Physical design | 19 inch 1U rack mountable chassis in a robust metal construction. 432mm/17" (w), 44mm/1.73" (h), 230mm/9" (d), 2.75kg/6lbs. |
| Power | External power IEC input unit, 100-240VAC 50/60Hz, 1.5A, input to power adapter. 12VDC, 60W output. |
| Operating temperature | 0 to 40ºC / 32 to 104ºF. |
| Approvals | CE, FCC. |
