3Com Switches warranty Ethernet to Fddi Switching, Ethernet-to-ATM Switching

Models: Switches

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Ethernet to FDDI Switching

SuperStack II Switch 2200

The SuperStack II Switch 2200 is a full-featured Ethernet/FDDI switch that employs state-of-the-art RISC and ASIC-based technology for high- end workgroup performance and server/backbone connectivity. The SuperStack II Switch 2200 is the price/performance leader in its class. It provides 16 switched 10BASE-T Ethernet ports and one high-speed FDDI port for server or backbone links. The FDDI port can be config- ured with DAS, allowing you to set up a resilient LAN. Advanced switching features include virtual workgroups for flexible management, user-defined packet filters to control traffic flow, IP fragmentation for optimizing Ethernet/ FDDI transfers, and IEEE 802.1D bridging for optimizing switching in various LAN environments.

Elastic packet buffering guarantees a maximum number of buffers for each port, dynamically allocating additional buffers as needed to alleviate port congestion and minimize dropped

SuperStack II Switch 2200

Front view

Console port

FDDI port (DAS/SAS)

16 switched 10BASE-T/RJ-45 ports

Back view

RESET

NMI

INSERTED

AC connection

Advanced Redundant Power

 

System connection

packets during high-traffic periods. Roving Analysis Port (RAP) allows you to monitor traffic on any Ethernet port.

Ethernet-to-ATM Switching

SuperStack II Switch 2700

The SuperStack II Switch 2700 is a

12-port integrated Ethernet workgroup switch with the added advantage of an ATM port for high-speed backbone or server connections. The switch is ideal for workgroups that need increased bandwidth across Ethernet ports

and also require a high-speed ATM downlink to an ATM campus backbone now or in the future. SuperStack II Switch 2700 future proofs your network with built-in ATM link capability, making ATM migration simple and economical. Ethernet switching operates even if the ATM port is not configured, allowing you to implement Ethernet LAN switching now and connect the LAN to an ATM backbone later. You get advanced cell- based switching without having to make changes in existing LAN devices, which protects your current network investment. The ATM port

SuperStack II Switch 2700

Front view

Console port

ATM port

12 switched 10BASE-T/RJ-45 ports

OC-3c multimodule

 

Back view

Advanced Redundant Power System connection

AC connection

accommodates an OC-3c multimode

haul distances greater than 2 kilometers.

155 Mbps SONET/SDH interface for

Two software-selectable options for

local and collapsed backbone ATM

Ethernet switching—cut-through and

connections, or a DS-3 45 Mbps

store-and-forward modes—offer more

interface for wide-area links. Single-

flexibility for network design.

mode ATM offers support over long-

 

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3Com Switches warranty Ethernet to Fddi Switching, Ethernet-to-ATM Switching

Switches specifications

3Com switches have long been a significant player in the networking landscape, known for their reliable performance and robust features tailored for both small and medium-sized businesses as well as enterprise environments. Over the years, 3Com has developed a range of switches that cater to various networking needs, supporting a diverse array of applications. As part of HP's networking product line since their acquisition, 3Com switches have integrated advanced technologies and offered a variety of characteristics that enhance network performance and collaboration.

One of the main features of 3Com switches is their high-performance switching capabilities. Many 3Com models provide Gigabit Ethernet connectivity, allowing for rapid data transfers and reducing latency in network communications. This is particularly beneficial for businesses that rely on real-time data processing and high-bandwidth applications, such as video conferencing and large file transfers.

Another noteworthy characteristic of 3Com switches is their intelligent management features. They often come equipped with a web-based interface that allows for streamlined configuration and monitoring of network traffic. This enables IT administrators to manage their networks efficiently, deploying updates and troubleshooting issues with ease. Further enhancing network manageability, many 3Com switches support SNMP (Simple Network Management Protocol), enabling centralized management of multiple devices across a network.

Furthermore, 3Com switches incorporate Power over Ethernet (PoE) technology, allowing them to deliver power along with data through standard Ethernet cables. This is particularly advantageous for powering devices such as IP cameras, VoIP phones, and wireless access points without the need for additional power sources, simplifying deployment and reducing clutter.

Scalability is another defining feature of 3Com switches. Many models are designed to facilitate easy expansion, accommodating growing network demands. Organizations can start with a few switches and expand their network infrastructure as their requirements evolve, ensuring that their investment in networking equipment remains relevant over time.

In terms of security, 3Com switches provide robust features such as VLAN support, network access control, and port security, safeguarding sensitive data and reducing the risk of unauthorized access. These elements are critical for maintaining a secure and reliable network environment.

In summary, 3Com switches deliver a combination of high performance, intelligent management capabilities, PoE technology, scalability, and robust security features. These characteristics make them an ideal choice for businesses looking to enhance their networking infrastructure and support dynamic and growing operational needs.