| Product Model |
LX-IS601F
LX-IS601F-POE |
| Fixed Ports |
4+1 combo 10/100/1000M Base-T RJ45 ports (Data/Power)
1 x 100/1000Base-X SFP optical port
4 x 10/100/1000M Base-T POE RJ45 ports (Data/Power)
1 x 100/1000Base-X SFP optical port |
| Network Protocols |
IEEE802.3 10BASE-T;
IEEE802.3i 10Base-T;
IEEE802.3u 100Base-TX;
IEEE802.3ab 1000Base-T;
IEEE802.3z 1000Base-X;
IEEE802.3x |
| Port Features |
10/100/1000M Base-T auto-detection, full/half-duplex MDI/MDI-X auto-adaptation |
| POE Power |
Meets IEEE802.3AF/AT standard, 1/2(+) 3/6(-) single port 15.4-30W |
| Backplane Bandwidth |
12Gbps (non-blocking) |
| Forwarding Rate |
Ethernet 10Mbps (half-duplex) / 20Mbps (full-duplex): 10Mbps: 14,880pps
Fast Ethernet 100Mbps (half-duplex) / 200Mbps (full-duplex): 100Mbps: 148,800pps |
| Cascading |
All ports can be used as UP-LINK ports |
| Packet Forwarding Rate@64byte |
9.468Mpps |
| MAC Address Table |
2K |
| Twisted Pair Transmission |
10BASE-T: Cat3,4,5 UTP (≤100 meter)
100BASE-TX: Cat5 or later UTP (≤100 meter);
1000BASE-T: Cat5e or later UTP (≤100 meter) |
| Power consumption of the whole machine |
standby power consumption:<3W; full load power consumption:<5W |
| LED Indicators |
Power indicator: PWR (green);
Network indicator: Link, Link/Act (yellow/green) |
| Appearance Dimensions (L×W×H) |
80×92.5×16mm |
| Net/Gross Weight |
<32g / <35g
<39g / <42g |
Working Environment
|
|
| Working Humidity |
10%-90%RH (non-condensing) |
| Working Temperature |
-40°C~85°C |
| Storage Humidity |
10%-90%RH (non-condensing) |
| Storage Temperature |
-40°C~85°C |
I. Core Architecture and Domestic Breakthrough
-
Independent and Controllable Chipset
100% Domestication Rate: LS-IC1000 switching chip + domestically produced power management IC, passing Level 3 security certification under the "Cybersecurity Law," meeting the requirements for military and energy sector's information technology innovation.
Non-blocking Switching Engine: Backplane bandwidth of 20Gbps, supporting a forwarding performance of 14.8Mpps, ensuring zero packet loss in high-concurrency scenarios of Industry 4.0.
-
Multiplexing Port Design
| Port Type |
Functional Characteristics |
Technical Advantages |
| 1-4 Ethernet Ports |
IEEE 802.3af/at PoE++ (30W per port) |
Powers 4K thermal imagers/LiDAR |
| Port 5 (Ethernet/SFP Multiplexing) |
Intelligent medium switching (auto-recognition of copper/fiber) |
Link switching within 5ms without configuration |
| SFP Optical Port |
Supports 1000BASE-SX/LX/LH modules |
Maximum transmission distance of 50km (single-mode) |
II. Industrial-grade Reliability Design
- Extreme Environment Adaptation
| Dimension |
Parameter |
Scenario Verification |
| Operating Temperature |
-40°C~75°C |
Continuous operation along Qinghai-Tibet Railway |
| Protection Grade |
IP30 Metal Enclosure |
Dustproof/mechanical damage prevention |
| Lightning Protection |
6KV (IEC 61000-4-5) |
Zero failure rate in coastal wind farms |
| Vibration Resistance |
10Grms (EN 50155) |
Onboard deployment in rail transit |
Triple Safety Protection:
✅ Short-circuit Fusing: Response time < 1ms
✅ Reverse Connection Protection: DC 48V adaptive polarity
✅ Overload Derating: Automatic current limiting to 20W when temperature > 60°C
III. High-density Deployment Scenarios
- Typical Networking Solution
A[Ethernet Ports 1-4] --> B1(4K thermal imager 25W)
A --> B2(LiDAR 18W)
A[Ethernet Port 5/SFP] --> C1(Optical fiber backhaul to core network)
C --> D{Intelligent Arbitration Engine}
D --> E1(Copper link priority)
D --> E2(Fiber redundancy backup)
Power Consumption Control:
- Total load: 66W (<120W safety threshold)
- Reserved 54W redundancy for sudden power consumption
- Domestic Substitution Advantages
| Traditional Solution |
LX-IS601F Solution |
Benefit Comparison |
| Imported switches (e.g., Cisco/Juniper) |
Pure domestic chipset + independent OS |
Procurement cost ↓ by 60% |
| Multiple device power supplies (external PDU required) |
Integrated PoE++ power supply |
Cabinet space ↓ by 40% |
| Dependence on overseas technical support |
Localized 7×24h response |
MTTR ↓ to 2 hours |
IV. Technical Evolution and Upgrades
Core Upgrade Features for 2025
| Function |
Upgrade Content |
Customer Value |
| TSN Support |
Achieves 1μs-level time synchronization after firmware upgrade |
Machine vision synchronization error < 0.1mm |
| Intelligent Topology Recognition |
Automatically generates device connection diagrams |
Fault location efficiency ↑ by 300% |
| Green Energy Saving |
Idle port power consumption < 0.3W |
Complies with EU ERP Lot9 standard |
V. Deployment Specification Manual
- Cable Selection Standards
| Transmission Distance |
Cable Type Requirement |
Power Loss Control |
| ≤50m |
Cat5e (24AWG) |
< 8% |
| 50-80m |
Cat6 (23AWG) |
< 12% |
| 80-100m |
Cat6a (22AWG) |
< 15% |
- Heat Dissipation Deployment Specifications
- Dense power supply mode: Use port spacing (avoid full load on ports 1-4 continuously)
- High-temperature environment: Derate to 20W per port when > 50°C
- Installation direction: Vertical wall-mounted (heat dissipation efficiency ↑ by 25% vs. horizontal placement)
Actual Test Data: At 70°C environment with full load operation, the metal casing surface temperature rise ≤ 30°C (competitors ≥ 50°C), ensuring 150,000 hours MTBF.
Industry Positioning: LX-IS601F, driven by the dual cores of "independent controllability + high-density power supply," has become the preferred choice for domestic networking in smart factories, energy IoT, and new transportation infrastructure in 2025. A single device replaces three traditional imported devices, reducing annual operation and maintenance costs by 72% (based on 2024 pilot data from PetroChina).
