16 Ports Rugged Ethernet Switch µMAGBES-A16MDX
The µMAGBES-A16MDX is a 16-port manageable Compact Gigabit Ethernet switch of the 4th generation of Thrikasa switches. The robust design, low power consumption, and the various mechanical configurations make the switch ideally suited for any application that need a rugged and reliable solution.
The µMAGBES-A16MDX is a 16-port manageable Compact Gigabit Ethernet switch of the 4th generation of Thrikasa switches. The robust design, low power consumption, and the various mechanical configurations make the switch ideally suited for any application that need a rugged and reliable solution.
Robust & Compact Design
Robust & Compact Design
Low Power Consumption
Low Power Consumption
PRODUCT CATEGORY
PRODUCT CATEGORY
Rugged Network Switches
Rugged Network Switches
Rugged Network Switches
USE CASES
USE CASES
Multi-Purpose
Multi-Purpose
Multi-Purpose
QUALIFICATION
QUALIFICATION
JSS55555, MIL STD 461E
JSS55555, MIL STD 461E
JSS55555, MIL STD 461E
Key Features
Key Features
Key Features
Designed to Meet MIL STD 810F & 461E
Designed to Meet MIL STD 810F & 461E
HE 30 based Rugged MIL Housing
HE 30 based Rugged MIL Housing
CLI on Serial Interface (optional)
CLI on Serial Interface (optional)
Robust & Compact Design
Robust & Compact Design
Technical Specifications
Technical Specifications
Technical Specifications
Quality of Service, Port Based VLAN, and IEEE 802.1Q VLAN
Quality of Service, Port Based VLAN, and IEEE 802.1Q VLAN
Supports Rapid Spanning Tree IEEE 802.1D 2004
Supports Rapid Spanning Tree IEEE 802.1D 2004
Operating Temperature of -20ºC to +60ºC and optionally at -40ºC to +85ºC
Operating Temperature of -20ºC to +60ºC and optionally at -40ºC to +85ºC
Jumbo Frame Support of 10k Byte
Jumbo Frame Support of 10k Byte
Areas of Operations
Areas of Operations
Applicable environments based on design, certification,
and performance parameters.
Applicable environments based on design,
certification, and performance parameters.
Airborne Systems
Airborne Systems
For airborne systems, rugged computing ensures seamless operation in challenging conditions, supporting navigation,
communication, and mission control with unwavering reliability, even in the most dynamic environments.
For airborne systems, rugged computing ensures seamless operation in challenging conditions, supporting navigation, communication, and mission control with unwavering reliability, even in the most dynamic environments.
Ground Systems
Ground Systems
In ground systems, rugged computing solutions ensure dependable performance even in the harshest environments. These systems support mission critical operations, field communications, and real-time data processing, maintaining reliability and durability under demanding conditions.
In ground systems, rugged computing solutions ensure dependable performance even in the harshest environments. These systems support mission critical operations, field communications, and real-time data processing, maintaining reliability and durability under demanding conditions.
Sea and Sub-Sea platforms
Sea and Sub-Sea platforms
In naval and submarine systems, rugged computing solutions provide secure, reliable performance in corrosive and extreme marine environments, ensuring continuous data transmission and operational integrity.
In naval and submarine systems, rugged computing solutions provide secure, reliable performance in corrosive and extreme marine environments, ensuring continuous data transmission and operational integrity.
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