Name: ASX-200BX Marconi 2.5Gb/s Backbone ATM Switch with Dual Power
Brand: Marconi
SKU: ASX-200BX
Price: 1310.69 USD
Availability: InStock
Rating: 4.8 (125 reviews)

Product Overview
The ASX-200BX Marconi switch handles backbone ATM traffic by delivering consistent 2.5 Gb/s speeds and reliability through its dual power design. It's a solid choice where steady and efficient network switching is needed in backbone setups.

General Information
Brand	Marconi
Part Number	ASX-200BX
Condition	Refurbished

Technical Information
Port Speed	Up to 622 Mbps
POE Support	No
Switching Capacity	2.5 Gbps
Switch Forwarding Rate	2.5 Gbps
Layer Support	Layer 2

Performance
Latency	< 10 µs

Management and Configuration
Security Features	LANE, SPVC/SVC, SNMP security, rerouting/resiliency features

Power & Cooling
Power	Dual (redundant) power
Power Supply	Dual redundant power supply

Physical Characteristics
Weight	4.00

Product Description
The ASX-200BX is a backbone ATM switch built for environments needing fast and reliable data transfer. It's often found in enterprise networks and Internet service providers where high throughput and stability are crucial. Network engineers and system administrators rely on this switch to handle ATM traffic efficiently across their backbone infrastructure. Key Features Offers 2.5 Gb/s switching capacity for smooth data flow Equipped with dual power supplies to prevent downtime Supports multiple ATM interfaces for flexible connectivity Low latency switching optimized for backbone use Robust hardware built to operate continuously in demanding setups Typically deployed in central offices and data centers, the ASX-200BX plays a key role in maintaining network performance. It helps keep data moving steadily, reducing bottlenecks in critical communication paths.

Use Cases
The ASX-200BX Marconi 2.5Gb/s Backbone ATM Switch is typically deployed in backbone network environments requiring high-speed and reliable ATM cell switching. Organizations operating large-scale data centers, telecommunications infrastructure, or enterprise IT setups benefit from its consistent throughput and dual power supply design for uninterrupted operations. How It's Used: Aggregating ATM traffic in campus backbone networks for universities or large enterprises. Supporting high-bandwidth telecommunications core networks where low latency ATM switching is critical. Facilitating interconnection between storage clusters in data centers requiring reliable cell switching. Implementing in service provider networks to maintain uptime and throughput for critical backbone links. Deploying in distributed enterprise IT environments to ensure resilient backbone connectivity for virtualized workloads. This switch enhances operational efficiency by providing stable and scalable ATM backbone connectivity, ensuring minimal downtime through its dual power supplies. Its performance characteristics support demanding workloads where consistent data flow and network reliability are essential.