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Network switches - What you should know

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/Network switches - What you should know

Switches are an essential part of computer networks, providing a way of connecting devices together to allow communication between them. A switch is a network device that connects devices on a local area network (LAN) to allow them to communicate with each other. Switches operate at the data link layer of the OSI model, which is the second layer of the seven-layer model. This layer is responsible for the reliable transfer of data between network devices.

Basic informations

Switches come in different types and configurations, with varying capabilities and performance characteristics. The most common types are:

  • Unmanaged Switches – these switches are the simplest type and are typically used in small networks. They provide basic connectivity between devices and cannot be configured.
  • Managed Switches – these devices offer more advanced features such as VLANs (Virtual Local Area Networks), QoS (Quality of Service) and port mirroring.
  • Layer 3 switches – these switches are also known as routing switches because they can route traffic between different subnets or VLANs. They are more expensive than other types of these devices, but are essential in larger networks.

Switches can be further classified based on their architecture, such as:

  • Modular Switches – these switches allow more ports or features to be added by adding modules to the switch.
  • Fixed Switches – urządzenia te są dostarczane z ustaloną liczbą portów i funkcji, których nie można zmienić ani uaktualnić.
  • Stackable Switches – these devices come with a fixed number of ports and features that cannot be changed or upgraded.

Switches use a variety of technologies to enable communication between devices, such as:

  • The most common technology used in switches is Ethernet. This is a set of standards for transmitting data over a LAN.
  • Spanning Tree Protocol (STP) is a protocol used in switches to prevent loops in the network. It works by disabling redundant links between switches, ensuring that there is only one active path between any two devices.
  • Virtual Local Area Networks (VLANs). VLANs enable the creation of logical networks within a physical network. This provides security and performance benefits by distributing traffic between different groups of devices.
  • When it comes to choosing a network switch for an organisation, there are several factors to consider, including performance, scalability, reliability and cost. The three main players in the switch market are Cisco, Dell & IBM. Let's take a closer look at each of these companies and their characteristics.

Cisco

Cisco is a dominant player in the networking industry and offers a wide range of switch models designed for businesses of all sizes. Their switches are known for their high performance, reliability and advanced features such as virtualisation and security.

One of Cisco's flagship switch models is the Catalyst series, which offers a range of options for different network sizes and requirements. Catalyst switches are designed for data centre, campus and branch office environments and can support up to 10Gbps per port. Catalyst switches are also equipped with advanced security features such as access control lists (ACLs), port security and MAC address filtering.

Another popular Cisco switch series is the Nexus series, which is designed for high-performance data centre environments. Nexus switches can support up to 40Gbps per port and offer advanced features such as virtualisation, storage networking and high availability.

Dell

Dell is another big player in the switch market, offering a range of switch models for small and medium-sized businesses. Dell switches are known for their ease of use, affordability and scalability.

One of Dell's popular switch ranges is the PowerConnect series, which offers a range of options for different network sizes and requirements. PowerConnect devices are designed for small and medium-sized businesses and can support up to 10Gbps per port. PowerConnect switches are also equipped with advanced features such as VLAN support, link aggregation and QoS.

Another popular Dell switch series is the N-Series, which is designed for high-performance data centre environments. The N-series switches can support up to 40Gbps per port and offer advanced features such as virtualisation, storage networking and high availability.

IBM

IBM is also a major player in the switch market, offering a range of enterprise-level switch models. IBM switches are known for their advanced features, high performance and reliability.

One of IBM's flagship switch models is the System Networking RackSwitch series, which offers a range of options for networks of different sizes and requirements. RackSwitches are designed for data centre environments and can support up to 40Gbps per port. RackSwitch devices are also equipped with advanced features such as virtualisation, storage networking and high availability.

Another popular IBM switch series is the System Networking SAN series, which is designed for storage area network (SAN) environments. Such switches can support up to 16Gbps per port and offer advanced features such as Fabric Vision technology, which provides real-time visibility and monitoring of this environment.

Summary

Overall, each of these switch manufacturers offers a range of models to meet the needs of businesses of different sizes and requirements. When selecting such a device, factors such as performance, scalability, reliability and cost should be considered, as well as the specific features and capabilities offered by each switch model.

Post-lease IT equipment - Is it worth it?

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/Post-lease IT equipment - Is it worth it?

As companies and individuals are constantly upgrading their IT equipment, the need to properly dispose of or reuse old or obsolete equipment is becoming increasingly important. In this article, we will outline the benefits of reusing and recycling IT equipment at the end of a lease, whether for servers and data centres or personal computers.

Reselling IT equipment at the end of a lease

One option for re-using post-leasing IT equipment is to resell it to third-party resellers who specialise in refurbishing and reselling used equipment. These resellers can carry out thorough testing and repairs to ensure the equipment is in good condition, and then sell it at a reduced cost to companies or individuals who may not have the budget for new equipment. This can be a win-win situation, as the vendor can make a profit and the buyer can save money and still receive reliable equipment.

Donating IT equipment after leasing

Another option is to donate equipment to schools, non-profit organisations or other groups in need. Not only can this help those who may not have access to the latest technology, but it can also provide tax benefits for the company or individual donating the equipment. Many companies have programmes that allow employees to donate used IT equipment to charitable organisations.

Recycling post-lease IT equipment

Recycling equipment is another option that can benefit the environment. Many electronic devices contain hazardous materials that can be harmful if not disposed of properly, and recycling ensures that these materials are disposed of safely and responsibly. In addition, many recycling companies can recover valuable materials from equipment, such as copper and gold, which can be reused in new electronics.

Repurposing post-lease IT equipment for personal computers

In addition to reusing post-lease IT equipment for servers and data centres, individuals can also benefit from reusing used equipment for personal computers. For example, an old laptop can be used as a backup device or media server, while an outdated desktop computer can be used as a home server for file storage or media streaming. By repurposing this equipment, individuals can save money and reduce electronic waste. It is also possible to upgrade and upgrade one's PCs, as well as laptops, using post-lease parts, as they have a lower price than new ones.

However, be sure to buy post-lease equipment from reliable shops. Compan-IT offers post-lease equipment from reliable and trusted sources, which are tested and thoroughly checked before sale.

Summary

Reusing and recycling IT equipment at the end of a lease can bring many benefits, including savings, environmental sustainability and the opportunity to help those in need. It is important for businesses and individuals to consider these options when upgrading their IT equipment, as it can be a responsible and financially wise decision. By choosing to resell, donate or recycle equipment, companies and individuals can have a positive impact on the environment and community, while also benefiting their own bottom line.

ITAD and E-Waste Recycling, What are the differences?

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/ITAD and E-Waste Recycling, What are the differences?

Electronic devices, for example smartphones, laptops, televisions, household appliances, are an integral part of our daily lives. However, the constant upgrading and discarding of these devices creates electronic waste, which can harm the environment and people's health. The solution to this problem is electro-recycling, which provides a safe way to recycle electronic devices.However, electronics recycling and IT asset disposal (ITAD) are two terms that are often used interchangeably, but are actually two separate processes. Although both involve the proper disposal of electronic equipment, they have different goals and methods. In this article, we will discuss the differences between electronics recycling and ITAD.

Electronics recycling

Electronics recycling is the process of collecting, disassembling and separating various components of electronic devices to recover valuable materials such as copper, aluminum and precious metals. Recycling helps reduce the amount of electronic waste that ends up in landfills, conserves natural resources and reduces the environmental impact of manufacturing new electronic devices.

IT Asset Disposal (ITAD)

This is a more comprehensive process that includes proper management of all aspects of decommissioned IT assets. This includes data sanitization, secure storage, remarketing and environmentally friendly disposal. ITAD's goal is to maximize the value of decommissioned IT assets while minimizing risks related to data security, compliance and environmental impact.

Data Erasure

One of the key differences between electronics recycling and ITAD is the emphasis on data security. In ITAD, data sanitization is a critical part of the process. It involves securely removing or destroying data from decommissioned IT assets to ensure that sensitive information does not fall into the wrong hands. Data sanitization must be carried out in accordance with industry standards and regulations to ensure compliance.

Refurbishing & remarketing 

This process involves assessing the condition and value of decommissioned IT equipment that may need to be repaired or data deleted before being sold. ITAD providers can resell the equipment through online marketplaces or buy-back programs. Remarketing benefits businesses by recovering value and providing affordable options for individuals and small businesses. It also benefits the environment by reducing electronic waste and conserving resources.

Differences between electronics recycling and ITAD

Although electronics recycling and ITAD share the common goal of reducing electronic waste, there are some key differences between the two practices. Electronics recycling focuses on recovering valuable materials from devices, while ITAD deals with the safe disposal of decommissioned IT equipment. ITAD service providers must adhere to strict data security standards and ensure that all data is safely removed before disposal or resale.

Benefits of electronics recycling and ITAD

Electronics recycling and ITAD offer a number of benefits, including environmental and economic advantages. Electronics recycling reduces waste in landfills and conserves natural resources. It also creates employment opportunities in the recycling industry. ITAD provides companies with a safe and cost-effective way to dispose of decommissioned IT equipment while ensuring that sensitive data is safely disposed of. ITAD also allows companies to recover some of the value of decommissioned IT equipment through resale or donation.

Summary

Electronics recycling and ITAD are two important practices that help reduce electronic waste and promote a more sustainable future. While electronics recycling focuses on recovering valuable materials from electronic devices, ITAD deals with the safe disposal of recalled IT equipment. By partnering with reputable electronics recyclers and ITAD, such as SDR-IT along with strategic partner COMPAN-IT, individuals and companies can be assured that their electronic waste is properly managed and disposed of in a safe and environmentally friendly manner.

Servers and Data Centers

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/Servers and Data Centers

Data centers and servers are the backbone of today's digital world. They store, process and transmit huge amounts of data every day, enabling us to access information, communicate with others and conduct business online. In this article, we will outline the importance of data centers and servers, how they operate, and the challenges and trends shaping their future.

What is a data center?

A data center is a facility used to store computer systems and related components, such as telecommunications and storage systems. Data centers are designed to provide high levels of availability, security and reliability to ensure that stored and processed data is always available and protected.

They come in a variety of sizes, from small server rooms to large corporate facilities that can cover hundreds of square meters. Some data centers are owned and operated by individual organizations, while others are operated by third-party service providers and offer hosting services to multiple customers.

How do the servers work?

Servers are the backbone of data centers, providing the computing power needed to process and store data. A server is a computer system that is designed to provide specific services or resources to other computers or devices connected to a network.

Servers can perform many functions, such as hosting websites, running applications and storing and processing data. A server can be a physical machine or a virtual machine that runs on top of a physical machine. Virtualization technology allows multiple virtual servers to run on a single physical machine, allowing organizations to maximize computing resources and reduce costs.

Challenges and trends

As the demand for digital services continues to grow, data centers and servers face several challenges and trends that will shape their future.

  • One of the primary challenges is the need for greater energy efficiency. Data centers consume huge amounts of energy, and as the number of data centers grows, so does their environmental impact. To meet this challenge, data centers are adopting more energy-efficient technologies, such as advanced cooling systems, and using renewable energy sources such as solar and wind power.
  • Another challenge is the need for greater security. Data breaches can have serious consequences, both for organizations and individuals. Data centers are implementing more stringent security measures, such as multi-factor authentication and encryption, to protect against cyber attacks.
  • In terms of trends, "edge processing" is becoming an important trend in data center and server architecture. It involves processing data closer to the source, reducing latency and improving performance. This is especially important for applications requiring real-time data processing, such as autonomous vehicles and industrial automation.

Summary

Data centers and servers are essential components of the digital infrastructure that supports our modern world. They enable us to access and store vast amounts of information, and provide the computing power needed for critical applications and services. As the demand for digital services continues to grow, data centers and servers will face ongoing challenges and trends that will shape their future. By adopting innovative technologies and strategies, data centers and servers can continue to evolve and meet the needs of our rapidly changing digital world.

Supermicro Ultra SuperServer

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/Supermicro Ultra SuperServer

Supermicro Ultra SuperServer® is Supermicro’s 11th generation high performance general purpose server. The Ultra is designed to provide the highest performance, flexibility, scalability and serviceability in demanding IT environments, as well as to power critical corporate workloads.

Unmatched performance: support for two 2nd Generation Intel® Xeon® Scalable processors with up to 28 cores per socket and up to 6TB of ECC DDR4 memory in 24 DIMM slots with Intel® Optane “¢ DCPMM support, the Ultra is designed to support demanding and complex loads. The Ultra is available in NVMe all-flash configurations where users can benefit from reduced latency and increased IOP. With NVMe, it is possible to increase storage latency up to 7x and increase throughput by up to 6x.1 The ROI benefits of NVMe deployments are immediate and significant.

Exceptional flexibility: discover the freedom to adapt to different loads with the versatile Supermicro Ultra system. Improve your server environment with the perfect combination of computing power, memory and storage performance, network flexibility and serviceability. This highly scalable system provides excellent expansion and storage options thanks to our patented vertical system. With support for multiple PCIe add-on cards, the Ultra Future protects your business against ever-changing computation and storage. This Ultra server is designed to handle any workload in any number of demanding environments.

Continuous reliability and serviceability: Achieve higher levels of high availability and data storage with the latest Intel® Xeon® Scalable processors, ECC DDR4 memory modules, NVMe-enabled disk bays, and energy-efficient redundant power supplies. Designed from the ground up as an enterprise class, the Ultra is fully equipped with energy-efficient components and built-in redundancy.

Supermicro Ultra Servers are designed to give the greatest possible power, flexibility and scalability. It is a great choice to meet the most demanding operations in Enterprise, Data Center and Cloud Computing environments.

NVIDIA hits BIG in the Data Center market

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/NVIDIA hits BIG in the Data Center market

Nvidia is a company known for producing high-performance graphics cards and gaming hardware, but the company is also making waves in the data center space with its Nvidia Data Center platform. The platform offers a set of hardware and software products designed to accelerate data center workloads, from machine learning and AI to scientific computing and virtual desktop infrastructure.

NVIDIA'S Hardware

At the heart of the Nvidia Data Center platform is a line of data center GPUs, including the H100, A100, V100 and T4. These chips are optimized to accelerate a wide range of workloads, from training deep learning models to running virtual desktops. They offer high levels of parallelism and performance, and are designed to be scalable and meet the needs of large data centers. In addition to GPUs, Nvidia also offers a range of data center hardware products, including the DGX A100 system, which combines eight A100 GPUs with NVLink interconnect technology to deliver high performance computing and storage in a single server.

Software to manage

In addition to its hardware products, Nvidia also offers a suite of software products designed to help data center operators manage and optimize their workloads. This includes Nvidia GPU Cloud (NGC), which provides a repository of pre-trained deep learning models, as well as tools for deploying and managing GPU-accelerated workloads. Nvidia also offers a range of software tools for managing and optimizing GPU performance, including the Nvidia CUDA Toolkit, which provides a set of libraries and APIs for developing GPU-accelerated applications, and the Nvidia GPU Management Toolkit, which provides tools for monitoring and optimizing GPU performance in data center environments.

Purpose of the systems

The Nvidia Data Center platform is used in a wide range of industries and applications, from scientific computing and weather forecasting to financial services and healthcare. For example, the platform is used by the National Center for Atmospheric Research to perform high-resolution climate change simulations and by the Centers for Disease Control and Prevention to analyze genomic data to identify disease outbreaks. In the financial services industry, the Nvidia Data Center platform is used to run complex risk simulations and predictive analytics models, while in healthcare it is used to accelerate medical imaging and drug discovery research.

Summary

The Nvidia Data Center Platform offers a powerful set of hardware and software products designed to accelerate data center workloads across a wide range of industries and applications. With a focus on GPU acceleration and high-performance computing, the platform is well suited for machine learning and artificial intelligence workloads, as well as scientific computing and virtual desktop infrastructure. As data center workloads grow in complexity and scale, the Nvidia Data Center platform is likely to play an increasingly important role in accelerating data center performance and enabling new applications and use cases.

NVIDIA Hits BIG in Data Center Market

Posted on by test


/NVIDIA Hits BIG in Data Center Market

Nvidia is a company known for producing high-performance graphics cards and gaming hardware, but the company is also making waves in the data centre space with its Nvidia Data Centre platform. The platform offers a set of hardware and software products designed to accelerate data centre workloads, from machine learning and AI to scientific computing and virtual desktop infrastructure.

Hardware offer

At the heart of the Nvidia Data Centre platform is a line of data centre GPUs, including the A100, V100 and T4. These chips are optimised to accelerate a wide range of workloads, from training deep learning models to running virtual desktops. They offer high levels of parallelism and performance, and are designed to be scalable and meet the needs of large data centers. In addition to GPUs, Nvidia also offers a range of data centre hardware products, including the DGX A100 system, which combines eight A100 GPUs with NVLink connectivity technology to deliver high performance computing and storage in a single server.

Software offer

In addition to its hardware products, Nvidia also offers a suite of software products designed to help data centre operators manage and optimise their workloads. This includes the Nvidia GPU Cloud (NGC), which provides a repository of pre-trained deep learning models, as well as tools to deploy and manage GPU-accelerated workloads. Nvidia also offers a range of software tools for managing and optimising GPU performance, including the Nvidia CUDA Toolkit, which provides a set of libraries and APIs for developing GPU-accelerated applications, and the Nvidia GPU Management Toolkit, which provides tools for monitoring and optimising GPU performance in data centre environments.

Use cases

The Nvidia Data Center platform is used across a wide range of industries and applications, from scientific computing and weather forecasting to financial services and healthcare. For example, the platform is used by the National Center for Atmospheric Research to perform high-resolution climate change simulations and by the Centers for Disease Control and Prevention to analyse genomic data to identify disease outbreaks. In the financial services industry, the Nvidia Data Centre platform is used to run complex risk simulations and predictive analytics models, while in healthcare it is used to accelerate medical imaging and drug discovery research.

Summary

The Nvidia Data Centre Platform offers a powerful set of hardware and software products designed to accelerate data centre workloads across a wide range of industries and applications. With a focus on GPU acceleration and high-performance computing, the platform is well suited for machine learning and artificial intelligence workloads, as well as scientific computing and virtual desktop infrastructure. As data centre workloads grow in complexity and scale, the Nvidia Data Centre platform is likely to play an increasingly important role in accelerating data centre performance and enabling new applications and use cases.

Post-leasing IT equipment – Is it worth it?

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/Post-leasing IT equipment – Is it worth it?

As companies and individuals are constantly upgrading their IT equipment, the need to properly dispose of or reuse old or obsolete equipment is becoming increasingly important. In this article, we will outline the benefits of reusing and recycling IT equipment at the end of a lease, whether for servers and data centres or personal computers.

Reselling IT equipment at the end of a lease

One option for re-using post-leasing IT equipment is to resell it to third-party resellers who specialise in refurbishing and reselling used equipment. These resellers can carry out thorough testing and repairs to ensure the equipment is in good condition, and then sell it at a reduced cost to companies or individuals who may not have the budget for new equipment. This can be a win-win situation, as the vendor can make a profit and the buyer can save money and still receive reliable equipment.

Donating IT equipment after leasing

Another option is to donate equipment to schools, non-profit organisations or other groups in need. Not only can this help those who may not have access to the latest technology, but it can also provide tax benefits for the company or individual donating the equipment. Many companies have programmes that allow employees to donate used IT equipment to charitable organisations.

Recycling post-lease IT equipment

Recycling equipment is another option that can benefit the environment. Many electronic devices contain hazardous materials that can be harmful if not disposed of properly, and recycling ensures that these materials are disposed of safely and responsibly. In addition, many recycling companies can recover valuable materials from equipment, such as copper and gold, which can be reused in new electronics.

Repurposing post-lease IT equipment for personal computers

In addition to reusing post-lease IT equipment for servers and data centres, individuals can also benefit from reusing used equipment for personal computers. For example, an old laptop can be used as a backup device or media server, while an outdated desktop computer can be used as a home server for file storage or media streaming. By repurposing this equipment, individuals can save money and reduce electronic waste.

It is also possible to upgrade and upgrade one’s PCs, as well as laptops, using post-lease parts, as they have a lower price than new ones. 

However, be sure to buy post-lease equipment from reliable shops. Compan-IT offers post-lease equipment from reliable and trusted sources, which are tested and thoroughly checked before sale. Take a look at our offer, you will find the link at the end of the article.

Summary

Reusing and recycling IT equipment at the end of a lease can bring many benefits, including savings, environmental sustainability and the opportunity to help those in need. It is important for businesses and individuals to consider these options when upgrading their IT equipment, as it can be a responsible and financially wise decision. By choosing to resell, donate or recycle equipment, companies and individuals can have a positive impact on the environment and community, while also benefiting their own bottom line.

Switches – Highlights And Market Leaders

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/Switches – Highlights And Market Leaders

Switches are an essential part of computer networks, providing a way of connecting devices together to allow communication between them. A switch is a network device that connects devices on a local area network (LAN) to allow them to communicate with each other. Switches operate at the data link layer of the OSI model, which is the second layer of the seven-layer model. This layer is responsible for the reliable transfer of data between network devices.

Basic information about switches

Switches come in different types and configurations, with varying capabilities and performance characteristics. The most common types are:

  • Unmanaged – these switches are the simplest type and are typically used in small networks. They provide basic connectivity between devices and cannot be configured.
  • Managed – these devices offer more advanced features such as VLANs (Virtual Local Area Networks), QoS (Quality of Service) and port mirroring. They can be configured to optimise network performance and security.
  • Layer 3 switches – these switches are also known as routing switches because they can route traffic between different subnets or VLANs. They are more expensive than other types of these devices, but are essential in larger networks.

Switches can be further classified based on their architecture, such as:

  • Modular Switches – these switches allow more ports or features to be added by adding modules to the switch.
  • Fixed Switches – these devices come with a fixed number of ports and features that cannot be changed or upgraded.
  • Stackable Switches – these can be stacked to create a single, larger switch with more ports.

Switches use a variety of technologies to enable communication between devices, such as:

  • The most common technology used in switches is Ethernet. This is a set of standards for transmitting data over a LAN.
  • Spanning Tree Protocol (STP) is a protocol used in switches to prevent loops in the network. It works by disabling redundant links between switches, ensuring that there is only one active path between any two devices.
  • Virtual Local Area Networks (VLANs). VLANs enable the creation of logical networks within a physical network. This provides security and performance benefits by distributing traffic between different groups of devices.
  • When it comes to choosing a network switch for an organisation, there are several factors to consider, including performance, scalability, reliability and cost. The three main players in the switch market are Cisco, Dell and IBM. Let’s take a closer look at each of these companies and their switch offerings to see how they compare.

Cisco

Cisco is a dominant player in the networking industry and offers a wide range of switch models designed for businesses of all sizes. Their switches are known for their high performance, reliability and advanced features such as virtualisation and security.

One of Cisco’s flagship switch models is the Catalyst series, which offers a range of options for different network sizes and requirements. Catalyst switches are designed for data centre, campus and branch office environments and can support up to 10Gbps per port. Catalyst switches are also equipped with advanced security features such as access control lists (ACLs), port security and MAC address filtering.

Another popular Cisco switch series is the Nexus series, which is designed for high-performance data centre environments. Nexus switches can support up to 40Gbps per port and offer advanced features such as virtualisation, storage networking and high availability.

Dell

Dell is another big player in the switch market, offering a range of switch models for small and medium-sized businesses. Dell switches are known for their ease of use, affordability and scalability.

One of Dell’s popular switch ranges is the PowerConnect series, which offers a range of options for different network sizes and requirements. PowerConnect devices are designed for small and medium-sized businesses and can support up to 10Gbps per port. PowerConnect switches are also equipped with advanced features such as VLAN support, link aggregation and QoS.

Another popular Dell switch series is the N-Series, which is designed for high-performance data centre environments. The N-series switches can support up to 40Gbps per port and offer advanced features such as virtualisation, storage networking and high availability.

IBM

IBM is also a major player in the switch market, offering a range of enterprise-level switch models. IBM switches are known for their advanced features, high performance and reliability.

One of IBM’s flagship switch models is the System Networking RackSwitch series, which offers a range of options for networks of different sizes and requirements. RackSwitches are designed for data centre environments and can support up to 40Gbps per port. RackSwitch devices are also equipped with advanced features such as virtualisation, storage networking and high availability.

Another popular IBM switch series is the System Networking SAN series, which is designed for storage area network (SAN) environments. Such switches can support up to 16Gbps per port and offer advanced features such as Fabric Vision technology, which provides real-time visibility and monitoring of this environment.

Summary

Overall, each of these switch manufacturers offers a range of models to meet the needs of businesses of different sizes and requirements. When selecting such a device, factors such as performance, scalability, reliability and cost should be considered, as well as the specific features and capabilities offered by each switch model.

Supermicro Ultra SuperServer

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/Supermicro Ultra SuperServer

Supermicro Ultra SuperServer® is Supermicro's 11th-generation, high-performance general-purpose server. Ultra is designed to deliver superior performance, flexibility, scalability and serviceability in demanding IT environments, and to power critical enterprise workloads.

Unmatched performance: support for two scalable second-generation Intel® Xeon® processors with up to 28 cores per socket and up to 6 TB of ECC DDR4 memory in 24 DIMM slots with support for Intel® Optane Technology makes Ultra designed to handle demanding and complex workloads . Ultra is available in NVMe all-flash configurations, where users can benefit from reduced latency and increased IOP. With NVMe, it is possible to increase storage latency by up to 7 times and increase throughput by up to 6 times.1 The ROI benefits from NVMe deployments are immediate and significant.

Exceptional flexibility: Discover the freedom to adapt to different workloads with the versatile Supermicro Ultra system. Enhance your server environment with the perfect combination of computing power, memory and storage performance, network flexibility and serviceability. This highly scalable system provides excellent expansion and storage options with our patented vertical system. With support for multiple additional PCIe cards, the Ultra future-proofs your business with ever-changing computing and storage. This Ultra server is designed to handle any workload in any number of demanding environments.

Continued reliability and ease of service: Achieve higher levels of high availability and storage with the latest scalable Intel® Xeon® processors, ECC DDR4 memory modules, hot-swappable drive bays with NVMe support and energy-efficient redundant power supplies. Designed from the ground up as enterprise grade, Ultra is fully equipped with energy-efficient components and built-in redundancy.

Compan-IT International IT hardware supplier
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