Speciﬁcations, Applications, VOL-2008 Mini-Hub, Example

Speciﬁcations

Operating temperature	0° to 50°C (-32° to 122°F)

Storage temperature	-30° to 60°C (-22° to 140°F)

Operation humidity	5% to 95% non-condensing

EMI certiﬁcations	CE marking
	FCC Class A

Dimensions	31.1 cm x 11.5 cm x 4.45 cm
	12.24 in. x 4.53 in. x 1.75 in.

Weight	1.27 kg (2.8 lbs.) per unit

Shipping weight	1.8 kg (4 lbs.)

Applications

Appendix A – Collision Domain and Distance

In shared fast Ethernet™ , the collision domain limits the operating distance of the network. In any collision domain, the round trip propagation delay must not exceed 512 bit times. Each bit time in fast Ethernet is 10 ns. The following table gives typical delays as speciﬁed by the IEEE 802.3 standard.

VOL-2008 Mini-Hub

To calculate other distances for ﬁber use the following formula:

Fiber distance (m) - 320 – UTP length

(m)x 1.112 (all units in meters). The VOL-2008 Mini-Hub is a Class II repeater. The following diagram illustrates some operating distances on ﬁber and copper.

Example 1

Applications

Component	Round Trip Delay	Maximum Delay
	in Bits/Meter
Two TX/FX DTE’s	N/A	100

Cat 3 Cable Segment	1.14	114 (100 m)

Cat 5 Cable Segment	1.112	111.2 (100 m)

Fiber Cable	1.00	412 (412 m)

Class I Repeater	N/A	140

Class II Repeater TX/FX	N/A	92

Example 2

10 m UTP	100 m UTP
308 m Fiber	200 m Fiber

VOL-2008 specifications

IBM VOL-2008 is a significant component in the realm of technology, specifically catering to the evolving needs of enterprise-level data management and processing. This machine represents a strategic innovation designed to enhance performance, increase reliability, and optimize the operational efficiency that businesses can achieve through advanced computing systems.

One of the main features of the IBM VOL-2008 is its powerful processing capability. Equipped with multi-core processors, it is engineered to handle heavy workloads and simultaneous processing tasks, ensuring that organizations can perform complex calculations and data analysis without latency. This feature is particularly beneficial for industries relying on real-time data processing, such as finance, healthcare, and research.

Another standout characteristic of the VOL-2008 is its robust storage solution. With integrated high-capacity data storage options, this system allows enterprises to store vast amounts of data securely and access it quickly. Enhanced data management techniques, such as virtualization and automated backup systems, further amplify the effectiveness of storage performance, catering to the demands of big data analytics and extensive data retrieval.

In terms of reliability, the IBM VOL-2008 incorporates advanced security features designed to protect data integrity and prevent unauthorized access. These security measures include encrypted storage solutions, robust authentication protocols, and comprehensive disaster recovery systems. By prioritizing security, IBM ensures that businesses can operate confidently without the constant threat of data breaches or loss.

The VOL-2008 also efficiently incorporates cutting-edge technologies, such as artificial intelligence and machine learning capabilities. These technologies empower organizations to harness predictive analytics, providing insights that lead to informed decision-making processes. This intelligence helps businesses streamline operations and improve customer experiences by leveraging data-driven strategies.

Additionally, the IBM VOL-2008 is designed with scalability in mind. Businesses can start with a configuration that meets their current needs and expand as necessary. This flexibility makes it an ideal solution for growing enterprises looking to adapt to market changes swiftly.

Overall, the IBM VOL-2008 encapsulates an array of advanced features and technologies that position it as a robust solution for data-intensive applications. With its focus on performance, security, and scalability, it stands out in the landscape of enterprise computing, making it a valuable asset for organizations striving for technological advancement in today’s digital age.