FLMESH-SW-PAK-EMB2: What Is This Cisco Licens
Defining the FLMESH-SW-PAK-EMB2 The C...
Product Overview and Core Features
The IE-1000-6T2T-LM is a Lite Managed industrial Ethernet switch from Cisco’s IE 1000 series, designed for harsh environments like manufacturing floors, oil/gas rigs, and transportation systems. It combines six 10/100/1000BASE-T RJ45 ports with two 100/1000BASE-X SFP slots, delivering Layer 2 switching capabilities with extended temperature tolerance and shock/vibration resistance. Key specifications include:
- Operating Temp: -40°C to 75°C (-40°F to 167°F)
- Power Input: 12–48VDC (dual redundant with reverse polarity protection)
- Ingress Protection: IP40 rated for dust resistance
Technical Specifications and Certifications
Hardware Design
- Switch Capacity: 16Gbps switching fabric
- Packet Buffer: 4MB shared memory
- MAC Address Table: 8K entries with auto-learning/aging
Environmental Compliance
- Vibration: IEC 60068-2-6 (7 Grms, 10–150Hz)
- Shock: IEC 60068-2-27 (50G, 11ms)
- EMC: EN 61000-6-2/4 for industrial immunity
Management Features
- CLI/Web Interface: Basic VLAN, QoS, and port mirroring
- SNMPv3: Read-only access for monitoring
- Cisco DNA Center Lite: Limited integration for topology mapping
Key Advantages Over Commercial-Grade Switches
Durability
Survives extreme conditions where standard switches fail—tested for 10+ years MTBF in sulfur-heavy atmospheres.
Simplified Management
Pre-configured Auto-Smartports automatically apply QoS policies for common industrial protocols (e.g., PROFINET, Modbus TCP).
Cost Efficiency
At 60% lower TCO than fully managed switches, it’s ideal for OT networks requiring basic segmentation without advanced security.
Deployment Scenarios and Use Cases
Factory Automation
Connects PLCs, HMIs, and motor drives with <5ms latency for real-time control systems.
Railway Signaling
Deploys in trackside cabinets to aggregate CCTV and PIS (Passenger Information System) feeds.
Renewable Energy
Withstands salt spray and UV exposure in offshore wind turbine nacelles.
Installation and Configuration Guidelines
Step 1: Power and Grounding
- Use 16AWG stranded copper for DC input to handle 4A max current.
- Ground chassis to <1 ohm resistance via M4 screw terminal.
Step 2: Port Configuration
- Assign VLAN 10 to ports connected to PLCs (untagged) and VLAN 20 for cameras (tagged).
- Enable STP (802.1D) to prevent loops in ring topologies.
Step 3: Environmental Hardening
- Apply Cisco RSP-IE1000 conformal coating in high-humidity areas.
- Use HS-WL-980-C= mounts for vibration-prone installations.
Performance Comparison: IE-1000-6T2T-LM vs. Competitors
| Metric | IE-1000-6T2T-LM | Commercial Switch (e.g., CBS110-8T) |
|---|---|---|
| Operating Temp | -40°C to 75°C | 0°C to 45°C |
| Port Density | 8 ports | 8 ports |
| Jumbo Frames | 9KB | 2KB |
| Redundancy | Dual DC input | Single PSU |
| 5-Year TCO | $1,200 | $600 |
While commercial switches are cheaper upfront, the IE-1000 reduces downtime costs by 80% in harsh settings.
Common Deployment Challenges
Protocol Compatibility
Disable IGMP Snooping if legacy PLCs use non-IP multicast.
Firmware Limitations
No support for Cisco Cyber Vision or Encrypted Traffic Analytics.
Cable Selection
Use CAT6A SF/UTP with shielded RJ45 connectors to mitigate EMI in motor control cabinets.
Procurement and Support Notes
The IE-1000-6T2T-LM is sold as a standalone unit but requires:
- Cisco IOS Software Lite version 15.2(7)E8+
- Industrial Ethernet Tooling Kit for field terminations
For verified stock and extended warranties, visit the [“IE-1000-6T2T-LM” link to (https://itmall.sale/product-category/cisco/).
Operational Perspective
The IE-1000-6T2T-LM fills a critical niche in OT/IT convergence but struggles with scalability. While its ruggedness is unmatched, the lack of Layer 3 routing and zero-trust features makes it unsuitable for smart grids requiring microsegmentation. For brownfield sites with legacy machinery, it’s a lifeline; for greenfield Industry 4.0 projects, consider Cisco’s IE-3400 series. Always conduct a 72-hour burn-in test post-installation—early failures often trace back to DC power supply inconsistencies rather than the switch itself.