Dahua Technology SF1008LP 8-Port Unmanaged Desktop Switch with 4-Port PoE
Technical Specification
| Make | Dahua Technology |
|---|---|
| Manufacturer | Dahua Technology USA Inc. |
| Category | Video Surveillance>Switchers & Switches |
| Model code | SF1008LP |
| Switcher Type | IP |
| POE | Yes |
| Video inputs / ports | 8 |
| Physical Specifications |
Dimensions mm: 190 x 100 x 30 Weight g: 490 g |
| Electrical Specifications |
Voltage: 48 V ~ 57 V DC Power Consumption: Full load: 60 W |
| Environmental Specifications |
Operating Temperature oC: -10 ~ +55 C (14 ~ 131 F) Operating Humidity %: 5 ~ 95 |
Product description
The Dahua Technology DH-SF1008LP is a robust 8-Port Unmanaged Desktop Switch designed to enhance network performance in various environments. Equipped with 4 × 10/100 Mbps PoE ports and 4 × 10/100 Mbps Ethernet ports, it offers seamless connectivity for diverse applications.
Key Features
- Intelligent PoE: Ensures efficient power consumption control with real-time monitoring, prioritising important ports to prevent malfunctions.
- Hi-PoE 60W (Orange Port): Supports high-power devices with a maximum power output of 60W, adhering to IEEE802.3af, IEEE802.3at, and Hi-PoE standards.
- Extended PoE Range: Achieves a transmission distance of up to 250 metres, catering to extensive wired transmission requirements while maintaining a reduced bandwidth of 10 Mbps.
- PoE Watchdog: Automatically detects and restarts failed ports, reducing manual maintenance and enhancing continuous operation.
- 8-Pin PoE Power Supply: Provides enhanced compatibility and reduced cable loss with simultaneous power supply across signal and idle lines.
Ideal Use Cases
The DH-SF1008LP is perfectly suited for various applications, such as home networks, office environments, server farms, and small-scale retail establishments. Its wide operating temperature range from -10°C to +55°C ensures reliability across diverse conditions.
With its capability to manage a 1.8 Gbps capacity and accommodate a MAC table size of 2K, this switch is engineered to fulfil demanding network requirements while maintaining robust performance standards.

