S1720-20GFR-4TP
-
Model:
S1720-20GFR-4TP Huawei S1700 Series Switch -
Detail:
16 Gigabit Ethernet ports ,2 Gig SFP and 2 dual-purpose 10/100/1000 or SFP,AC 110/220V -
Price:
$252.00
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Overview
16 Gigabit Ethernet ports ,2 Gig SFP and 2 dual-purpose 10/100/1000 or SFP,AC 110/220V
Product overview
The S1700 series enterprise switches (S1700s) are next-generation energy-saving Ethernet access switches. The S1700 uses high-performance hardware, which offers a wide array of features to help customers build secure, reliable, high-performance networks. The S1700 is easy to install and maintain, and is ideal for small-size and medium-size enterprises, Internet cafes, hotels, and schools.
The S1700 consists of unmanaged switches, a web-managed switch and Web/SNMP-based switches:
- • Unmanaged switches include the S1700-24-AC, S1700-52R-2T2P-AC, S1724G, S1700-24GR and S1700-16G
- • The web-managed switches include the S1728GWR-4P, S1720-10GW-2P, S1720-10GW-PWR-2P, S1720-28GWR-4P, S1720-28GWR-4X, S1720-28GWR-PWR-4P, S1720-28GWR-PWR-4X, S1720-52GWR-4P, S1720-52GWR-4X, S1720-52GWR-PWR-4P, S1720-52GWR-PWR-4X, S1720-28GWR-PWR-4TP
- • Web/SNMP-based switches include the S1700-28FR-2T2P-AC, S1700-28GFR-4P-AC, S1700-52FR-2T2P-AC, S1700-52GFR-4P-AC, S1720-20GFR-4TP and S1720-28GFR-4TP, S1720-10GW-2P-E, S1720-10GW-PWR-2P-E, S1720-28GWR-4P-E, S1720-28GWR-4X-E, S1720-28GWR-PWR-4P-E, S1720-28GWR-PWR-4TP-E, S1720-28GWR-PWR-4X-E, S1720-52GWR-4P-E, S1720-52GWR-4X-E, S1720-52GWR-PWR-4P-E, S1720-52GWR-PWR-4X-E
Product specifications
Model | S1720-20GFR-4TP |
Downlink Ports | 16 Ethernet 10/100/1,000 ports |
Uplink Ports | 4 Gig SFP ports, 2 combo 10/100/1,000 Base-T Ethernet ports |
MAC Address Table | 16K MAC |
Dimensions in mm (W x D x H) | 442 x 220 x 43.6 |
Input Voltage |
100V to 240V; 50 Hz/60 Hz |
EEE | Supported |
Power Consumption | <20.7W |
Operating Temperature | 0m to 1,800m: 0°C to 45°C 1,800 to 4,000m: Decreases 1°C for every 200m increase in altitude |
Humidity (non-condensing) | 5% to 95% |
Heat Dissipation |
Fan-free natural heat dissipation |