LM-S6054-48GT4X2Q
The LM-S6054-48GT4X2Q is a multi-gigabit Layer 3 switch designed to provide higher-than-Gigabit speeds at the access layer while maintaining strong connectivity to aggregation and core networks. It allows connected devices to operate at 2.5G speeds, which is ideal for modern endpoints that require more bandwidth than traditional Gigabit can offer
Lanmus Ethernet Managed
(LM-S6054-48GT4X2Q)
L3 Managed PoE Ethernet Switch 2 x 40/100G QSFP 48 port
The LM-S6054-48GT4X2Q is a next-generation Layer 3 managed Ethernet switch engineered for high-density, high-performance network environments that demand reliability, scalability, and advanced intelligence. Designed to meet the evolving needs of enterprise core networks, data centers, metropolitan area networks (MANs), and telecom infrastructures, this switch delivers carrier-grade performance with flexible deployment options across core, aggregation, and access layers
Model
LMT-GE-MM850
LMT-MM850
Series
LMT-GE-MM850
LMT-GE-MM850
LMT-GE-MM850
LMT-GE-MM850
Models
Gigabit
Gigabit
Gigabit
Gigabit
Gigabit
Gigabit
Hightlight Features
- Product Category: L3 Managed Ethernet Switch
- Model: LM-S6054-48GT4X2Q
- Hardware Specification: 48 × 2.5G Base-T + 4 × 25G SFP28 + 2 × 40G QSFP
- Switching Layer: L3 Managed Switch with advanced routing support
- Port Configuration: 48 × 100/1000/2.5G Base-T RJ45 ports + 4 × 10G/25G SFP28 uplink ports + 2 × 40G QSFP uplink ports + 1 × 10/100/1000BASE-T management port
- Optical Ports: 6 uplink ports (SFP28 + QSFP)
- Console & Management Ports: 1 × Console port + 1 × Management port
- Switching Capacity: 480 Gbps
- Forwarding Rate: 357 Mpps
- Jumbo Frame Length: 12K
- Port Features: Multi-speed auto-sensing ports (100M / 1G / 2.5G)
- Routing Features: Advanced L3 routing with OSPF, BGP, IPv4/IPv6 dual-stack
- Operating System: Linux-based system for stable performance
- Security Features: Port isolation supported, Broadcast storm control supported
- Surge Protection: 6KV
- Operating Temperature: 0°C to 45°C
- Altitude Support: Up to 5000 meters
- MTBF: >100,000 hours
- Warranty: 3 Years
- Performance Feature: Stable multi-gig access with high-speed uplink for enterprise and aggregation environments.
Key Specification
Key Specifications
Product Information
| Product Category | L3 Managed Ethernet Switch |
| Hardware Specifications | 48* 2.5G Base-T + 4* 25G SFP28 + 2* 40G QSFP |
| Warranty | 3 Years |
Port Specifications
| Total number of optical ports | 6 |
| Number of 1GE combo ports | 0 |
| Number of 1GE SFP ports | 4 (Compatible via SFP28) |
| Number of 10GE SFP+ ports | 4 (Compatible via SFP28) |
| Number of 10/100BASE-T ports | 0 |
| Number of 10/100/1000BASE-T ports | 1 (Management port) |
| Number of 10/100/1000/2500BASE-T ports | 48 |
| Number of 100/1000/2.5G/5G/10GBASE-T ports | 0 (Supports up to 2.5G) |
Power Supply
| Number of PoE Out ports | 0 |
| Number of PoE/PoE+ Out ports | 0 |
| Number of PoE/PoE+/PoE++ Out ports | 0 |
| PoE budget | N/A |
| PoE power pins | N/A |
System Specs
| Forwarding rate | 357 Mpps |
| Switching capacity | 480 Gbps |
Environment
| MTBF | >100,000 hours |
| Operating temperature | 0°C to 45°C |
| Altitude | Up to 5000m |
| Surge protection | 6KV |
Software Specifications
| PoE watchdog | N/A |
| Jumbo frame length (MTU) | 12K |
Security
| Port isolation | Supported |
| Broadcast storm control | Supported |
What is LM-S6054-48GT4X2Q?
The LM-S6054-48GT4X2Q is a multi-gigabit Layer 3 switch designed to provide higher-than-Gigabit speeds at the access layer while maintaining strong connectivity to aggregation and core networks. It allows connected devices to operate at 2.5G speeds, which is ideal for modern endpoints that require more bandwidth than traditional Gigabit can offer.
This switch can be commonly deployed in real deployment to bridge user devices, wireless systems, and smart infrastructure with high-speed uplinks. This makes sure that access-level performance and backbone connectivity are balanced and efficient.
Key Features
Optimized 2.5G Access for Real-World Device Performance
With 48 ports that support speeds up to 2.5G, this switch is built to match the speed requirements of modern endpoint devices that sit between 1G and 10G. Many systems today, such as Wi-Fi 6 access points and high-usage office systems, perform best at 2.5G. By supporting this range, the switch allows these devices to operate at their intended speed instead of being forced into lower bandwidth limits.
Layered Uplink Design for Structured Network Flow
The combination of 4 SFP28 and 2 QSFP uplink ports allows traffic to be distributed in a more structured way across the network. Instead of pushing all data through a single path, the switch enables separation between aggregation and backbone traffic. This helps maintain consistent performance when different departments or services generate traffic at the same time.
Intelligent Routing for Segmented Network Environments
The switch supports routing protocols such as OSPF and BGP, which allows the movement of traffic through the various parts of the network to be better controlled. It comes into play in a logically isolated environment, such as between departments, services, or branches, which helps minimize unnecessary traffic flow and enhances response time.
Consistent System Behavior Under Continuous Operation
The Linux-based system ensures that the switch maintains stable behavior over long periods of operation. This is important in business environments where networks run continuously without downtime. It also helps simplify management and troubleshooting when required.
Designed for Mixed Traffic Environments
In real deployments, networks rarely carry a single type of traffic. This switch is capable of handling a mix of data, such as user activity, application traffic, and system communication, at the same time. It maintains stable throughput without slowing down specific services.
Efficient Port Utilization Without Over-Provisioning
Instead of requiring all ports to be high-speed, this model balances performance by offering multi-speed access ports and higher-speed uplinks. This strategy aids in maximising the utilisation of hardware and yet provides a powerful network performance, particularly in cost-sensitive deployments.
Reliable Data Handling During Peak Usage
The internal architecture supports steady packet processing even when multiple ports are active at higher loads. This helps reduce packet loss and ensures that applications remain responsive during busy hours.
Scalable Network Design Without Complexity
The switch fits well with the expanding networks, where expansion is anticipated. It can be easily integrated into the existing infrastructure with no significant redesign, and the organization can grow in small steps without causing performance issues.v
Real Client Scenario Handled by Our Engineers
A commercial office building in Bur Dubai upgraded its wireless infrastructure to support more users and higher speeds. However, the existing switches were limited to 1G, which restricted overall performance.
To offer access point and user device connectivity, we used the LM-S6054-48GT4X2Q, which offers 2.5G connectivity. This enabled the network to make full use of the upgraded systems. The high-speed uplinks, which linked the building with the core, ensured that the building had a stable connection, improved wireless performance, and a user experience on all the floors.
When Should You Choose This Model?
This model is rational when your network is between standard Gigabit and full 10G infrastructure. When your users are busy on heavy-traffic apps such as shared storage, video systems, or cloud services, 1G ports may begin to slow down, but it may not be worthwhile or expensive to upgrade them to 10G. The LM-S6054-48GT4X2Q offers a balanced upgrade option in these situations with 2.5G access and high-speed uplinks. It is also a useful option in offices, Universities, and enterprise settings with increasing performance requirements, but where the network must be efficient, scalable, and manageable without requiring a complete re-design.
Why Choose LM-S6054-48GT4X2Q from SPOLLEX
Whether you are managing an enterprise office, retail space, a university, or an ISP network, SPOLLEX provides complete support for your deployment. We collaborate with you to create a solution that is compatible with your existing configuration and expansion.
Our team does the installations, configurations, and support, including AMC contracts, depending on your requirements. We guarantee the quick delivery and good services of all the LANMUS switches, which are available in the UAE, the Middle East, Africa, and Nepal.
Features
Order Informations
Device
LM-S6054-48GT4X2Q
Power Supply
AC input: 100~240V,47/63 Hz
Quick Start Guide
1
Warranty Card
1
Dimension (w x d x h)
440X330X44mm (W * D * H)
Frequently Asked Question (FAQ)
Compared to Gigabit, 2.5G offers a better bandwidth without causing significant alterations in infrastructure. It enables the execution of devices such as Wi-Fi access points and modern systems to operate efficiently, enhancing the overall network speed.
Yes, the ports have various speeds, such as 100M, 1G, and 2.5G. This enables the old devices and new systems to be compatible without problems.
It is very appropriate in wireless applications, particularly where the access points need a greater bandwidth. It assists in optimizing performance by eliminating speed constraints at the switch level.
The uplink ports give high-speed connectivity to aggregation or core switches. This will mean that data across devices can be easily transferred without delays.
The applicability of this switch can be seen in corporate offices, retail outlets, educational institutions, and service providers where there is a high number of users and devices that need a stable connection.
It does have Layer 3 routing capabilities like OSPF and BGP, which are used to control traffic in various sections of the network.
The switch has 48 ports and good performance capacity, making it relevant in medium to large deployments requiring the connection of many devices to be done effectively.
SPOLLEX offers end-to-end services such as network design, deployment, configuration, and AMC. This guarantees stability and easy running of your network in the long term.