A4H124-24TX P0973JM

¥3,625.00

‌Parameters & Specifications‌:

‌Model‌: A4H124-24TX P0973JM‌.
‌Brand‌: ENTERASYS‌.
‌Port Count‌: 24 ports (RJ45) for Ethernet connectivity‌.
‌Switching Capacity‌: 12.8 Gbps‌.
‌Throughput‌: 9.5 Mpps‌.
‌VLANs‌: Supports up to 4096 virtual interfaces (VLANs)‌.
‌MAC Address Table Size‌: 16K entries‌.

‌Dimensions & Weight‌:

Specific dimensions and weight are not provided, but the switch is designed for rack-mount or desktop use, implying a standard size and weight suitable for such installations.

Category:

Description

‌Parameters & Specifications‌:

‌Model‌: A4H124-24TX P0973JM‌.
‌Brand‌: ENTERASYS‌.
‌Port Count‌: 24 ports (RJ45) for Ethernet connectivity‌.
‌Switching Capacity‌: 12.8 Gbps‌.
‌Throughput‌: 9.5 Mpps‌.
‌VLANs‌: Supports up to 4096 virtual interfaces (VLANs)‌.
‌MAC Address Table Size‌: 16K entries‌.

‌Dimensions & Weight‌:

Specific dimensions and weight are not provided, but the switch is designed for rack-mount or desktop use, implying a standard size and weight suitable for such installations.

‌Series‌:

Belongs to the ENTERASYS A4H series of switches, known for their high performance and manageability in network environments‌.

‌Features‌:

‌Managed Switch‌: Provides advanced network management capabilities‌
‌Stackable‌: Allows for easy expansion by stacking multiple switches together‌
‌Performance‌: High throughput and switching capacity ensure efficient data handling‌
‌Security‌: Supports features like SNMP, RMON, Telnet, HTTP, TFTP, and SSH for secure remote management‌
‌Quality of Service (QoS)‌: Supports DiffServ, ensuring optimal network performance for different types of traffic‌

‌Functions/Applications‌:

‌Network Connectivity‌: Ideal for connecting devices in a LAN environment, providing high-speed Ethernet connectivity‌
‌Management & Monitoring‌: With its managed capabilities, it allows network administrators to monitor and manage network traffic efficiently‌
‌Business & Enterprise Use‌: Suitable for small to medium-sized businesses and enterprise environments that require reliable and high-performance network infrastructure‌