CHAPTER 3: Installation and Preconfiguration

3.3.5CONNECTING CPUS

CPU Cables run from the Matrix ServSwitch to the keyboard port, mouse port (if this is separate), and video-output port of each CPU you want to directly attach to it. Different types of this cable fit the connectors on different computers (see Appendix B). This cable also comes in the different lengths supported by different applications (see Section 3.2.3).

1.Make sure that the Matrix ServSwitch is turned off and unplugged.

2.For Mac CPUs: Plug a ServSwitch Micro Mac Converter (KV99MCON) into each of the CPU ports on the Switch’s rear panel that you’ll be connecting to a Mac CPU.

3.Take the CPU Cable you’ll be running to the first CPU and plug its DB25 male connector into one of the CPU ports on the Switch’s rear panel (preferably the lowest-numbered one—refer to Figure 2-3 in Section 2.4), or into the Mac Converter attached to the port if the cable is going to a Mac. Use the other (consecutively higher-numbered) CPU ports for the rest of the CPU Cables.

4.For Mac CPUs that don’t output VGA-compatible video: As described on its installation sheet, set a Mac Video Adapter for ServSwitch (KV99MA) to emulate the proper monitor for each of your Mac CPUs, then attach the Adapter to the Mac CPU’s video port. (Keep in mind that unless all of your CPUs are Mac type, you’ll need multisync monitors at your user stations.)

5.If all of the CPUs you will be attaching to your Matrix ServSwitch system are Sun models, and none of the monitors you want to use support 640 x 480 resolution: Take the CPU Cable attached to the Switch’s lowest-numbered CPU port. Plug the video strand of this cable into the video port of a powered and operating Sun CPU that is outputting video in a resolution that at least one of your user- station monitors supports. (You can also unplug this CPU’s keyboard and mouse and attach the keyboard/mouse strand of the CPU Cable instead, but be aware that this will cause the CPU to suspend normal operation and go into a locked-up “panic mode.” To recover the CPU from this mode when you’re ready to power the system, turn the Switch system ON, select that CPU, and type in the proper character sequence—usually “OK” [Enter].)

This step is necessary in order for the Switch’s on-screen display to be properly synchronized when the Switch is powered up, so that it will then be possible to configure all of your CPU ports for Sun keyboard and mouse. If you skip this step, it will cause a series of hardware and firmware incompatibilities that will prevent your Switch system from working. To avoid this complication altogether, we strongly recommend that you use multisync monitors rather than monitors that don’t support 640 x 480 resolution.

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Black Box ServSwitch manual Connecting Cpus

ServSwitch specifications

The Black Box SRX ServSwitch is an innovative KVM (Keyboard, Video, Mouse) switch that offers robust solutions for managing multiple computers from a single workstation. This device stands out in environments ranging from data centers to broadcasting studios, where efficient control over multiple systems is crucial.

One of the key features of the SRX ServSwitch is its high-resolution video support. It can handle video resolutions up to 4K at 60Hz, ensuring that users can enjoy sharp and clear visuals without lag. This level of performance is essential for professionals who rely on precise graphics for tasks such as video editing and design work.

The SRX ServSwitch employs advanced USB technology, allowing for seamless connectivity with various peripherals. It supports USB 2.0 devices, which means users can connect printers, external drives, and other devices without worrying about compatibility issues. Additionally, the switch allows for USB device sharing, enabling multiple computers to access the same peripherals efficiently.

Security is a significant concern in today’s IT environments, and the Black Box SRX ServSwitch addresses this through its advanced security features. It includes support for secure booting and end-to-end encryption, ensuring that data remains protected when switching between systems. This makes it suitable for environments that handle sensitive information, such as financial institutions or healthcare facilities.

The design of the SRX ServSwitch is another standout characteristic. With its easy-to-use interface, users can quickly switch between connected systems using hotkey commands or the push-button interface. This usability improves productivity since users can manage multiple systems without the hassle of different keyboards and mice.

Furthermore, the SRX ServSwitch is built to be scalable, allowing for the addition of more channels as needed. This flexibility means that organizations can adapt their KVM switch setup as their operational needs grow. It supports both local and remote management, offering organizations the ability to control systems from various locations seamlessly.

The build quality of the Black Box SRX ServSwitch is robust, designed to handle the rigors of continuous use in demanding environments. It is compatible with various operating systems, ensuring that users can integrate it into their existing setups without significant reconfiguration.

In summary, the Black Box SRX ServSwitch offers a comprehensive solution for KVM management, characterized by high-resolution video support, USB compatibility, security features, easy usability, scalability, and durability. It is a valuable investment for organizations seeking an efficient way to manage multiple systems centrally.