Black Box ServSwitch iPATH, ACR1000A-CTL manual Ipath, Security

Models: ACR1000A-CTL ServSwitch iPATH

1 46
Download 46 pages 6.96 Kb
Page 10
Image 10

ServSwitch iPATH

2.1.4 Security

Security considerations form a major part of ServSwitch iPATH operation, ensuring that users have rapid access only to the systems for which they have permission. At its core, ServSwitch iPATH manages an important three-way relationship between the users, the ServSwitch Agility receiver(s) and the channels from the host computers.

The diagram shows a representation of the three-way relationship which exists between users, receivers and channels, as shown in Figure 2-2:

User

Access

Access

permitted

denied by

by default

default

iPATH

Receiver

Access always permitted

Channel

Figure 2-2. The diagram shows the three way relationship, controlled by iPATH, between users, receivers and channels.

To successfully gain access to a channel:

The user requires permission to use the receiver,

The receiver requires permission to connect with the channel,

AND

The user must have permission to access the channel.

In most cases, the need for three access permissions per connection is unnecessary and raises administration overheads. Hence, by default, ServSwitch iPATH grants open access for the user to the receiver and the receiver to the channel while restricting the final, most crucial piece of the puzzle. For those who require it, the lock upon the user to receiver stage can be applied individually or globally.

Page 10

724-746-5500 blackbox.com

Page 10
Image 10
Black Box ServSwitch iPATH, ACR1000A-CTL manual Ipath, Security

ACR1000A-CTL, ServSwitch iPATH specifications

The Black Box ServSwitch iPATH, ACR1000A-CTL, is a cutting-edge KVM (Keyboard, Video, Mouse) switch designed to deliver seamless control over multiple systems from a single workstation. This versatile device is ideal for IT professionals, data centers, and multimedia environments where efficient management of multiple servers and computers is essential. The iPATH series represents a significant advancement in KVM technology, ensuring both reliability and performance.

One of the hallmark features of the iPATH, ACR1000A-CTL, is its ability to switch between multiple computers effortlessly. With support for up to 16 different systems, users can easily navigate between servers using a simple button press or remote control, streamlining workflows and enhancing productivity. The switch supports high-resolution video formats, enabling crisp visuals and ensuring compatibility with modern display technologies, which is crucial for tasks that require detailed graphical representation.

In terms of connectivity, the Black Box ServSwitch iPATH boasts a robust array of options. It features standard USB ports for keyboard and mouse connectivity, as well as VGA and HDMI support for video output. This flexibility allows for easy integration into existing setups without the need for extensive modifications. Additionally, it incorporates advanced signal processing technologies to maintain high-quality video output even over long distances.

The iPATH ACR1000A-CTL also supports audio switching, enabling users to manage sound output from different systems alongside video and input devices. This consolidation of capabilities into a single switch not only reduces desk clutter but also simplifies the overall user experience.

Security is a priority for the iPATH series, as it includes features to protect sensitive data and ensure safe switching between systems. The device is designed to prevent cross-contamination of data by isolating signals between active connections, thereby securing information during operation.

Moreover, the Black Box ServSwitch iPATH is built with user-friendly operation in mind. It includes an intuitive interface and LED indicators that provide clear status updates, allowing users to monitor connections at a glance. With its reliable performance and feature-rich design, the ACR1000A-CTL stands out as a top choice for professionals seeking to efficiently manage multiple computing environments while ensuring the flexibility and security of their operations.