Home 9 Electronics Recycling 9 Replacing an Ethernet Network Switch to Increase Network Performance
Keeping an Ethernet network switch running smoothly is a challenge many IT departments face. However, as data demands from increased traffic grows, a network switch’s efficiency decreases. Choosing an Ethernet network switch to manage a computer network depends on several factors. For example, the number of ports needed, network traffic levels, and the intended application. Cisco and HP are two of the leading brands in Ethernet network switches. Each offers a variety of models with a range of functionality, from industrial data center levels of activity to more compact designs for smaller-scale operations. First, it’s crucial to understand the difference between fixed port and modular switches. These are the two primary categories under which Ethernet network switches fall:

Fixed Port

Obviously, there are a fixed amount of ports on these types of switches. This configuration can include unmanaged, smart, and managed L2 and L3 switches. Variations of these appear in newer generations of fixed port network switches. Cisco makes a 300 and 500 series of fixed port network switches that are popular. HP offers its Aruba series, as well as the popular FlexNetwork series.

Modular Switches

Modular switches enable the addition of expansion modules to accommodate and adapt to changing network needs. They tend to be specific to a particular application, and link to auxiliary functions like power and cooling. HP offers modular versions of the Aruba and FlexNetwork series as well. In addition, Cisco’s Catalyst series has been a solid standby for many.

Recycling an Ethernet network switch

Of course, purchasing more recent makes and models of devices like an Ethernet network switch leads to recycling outdated versions. Many newer generations of Ethernet network switches provide higher speeds, reduced lag, and redundancy options for backup in case of outages. HP and Cisco Ethernet network switches are excellent prospects for refurbishing. Certified ITAD experts can assist in the process of recycling an old Ethernet network switch, while maximizing the return on cost and keeping your network running seamlessly.
Effective ITAD strategies for Data Centers

Effective ITAD strategies for Data Centers

In the ever-evolving landscape of data management, businesses frequently encounter the need to retire their data center hardware. Such scenarios often arise when companies decide to shut down all or part of a data center operation. The process of decommissioning a data center is riddled with logistical intricacies, and among these, planning for the disposition of retired assets stands out as a crucial aspect. The dismantling of data center equipment without a well-thought-out strategy for reuse, remarketing, or secure disposal can lead to a host of problems.

Enhance Risk Management with ITAD

Enhance Risk Management with ITAD

Organizations are rapidly transitioning their communication systems, data storage infrastructure, and administrative functions to the digital realm, all in pursuit of maintaining a competitive edge. However, this shift toward a technologically advanced world exposes companies to higher risks of cybersecurity threats and data breaches. In essence, your business’s sensitive data is vulnerable at any given moment. Therefore, a well-rounded risk management strategy must include a robust ITAD plan to mitigate your company’s overall risk.

Enhancing Data Center Sustainability Through ITAD

Enhancing Data Center Sustainability Through ITAD

In the rapidly evolving landscape of data center operations, sustainability has emerged as a paramount concern. One of the linchpins of this sustainability drive within data centers is the practice of IT Asset Disposition (ITAD), a multifaceted process that plays a pivotal role in ensuring both ecological responsibility and data security.

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