[Digital Electronics] - [Network equipment]

+ 3 years UMC H3C S316-CN 10 / 100M adaptive 16-port 100M switch

+ 3 years UMC H3C S316-CN 10 / 100M adaptive 16-port 100M switch
Product code: 2790400030
Unit price 45.51$
Sold quantity 3728
Available stock 7160

Product parameters:

  • Product Name: H3C Quidway S1016
  • Brand: H3C
  • Model: Quidway S1016
  • Condition: New
  • Transmission speed: 10Mbps 100Mbps
  • Switch Type: Ethernet Switch
  • Number of interfaces: 16
  • Whether to support VLAN: not supported
  • Whether stackable: not stackable
  • After - sales service: Genius

The H3C S1016 switch is an unmanaged Ethernet switch product developed by H3C. It provides 16 10 / 100M adaptive Ethernet interfaces conforming to the IEEE802.3u standard. All ports support full line speed non-blocking switching and port auto flipping. Buy the mounting brackets in a 19-inch standard rack.

Complies with IEEE802.3, IEEE802.3u and IEEE802.3x standards;

Provides 16 10 / 100M adaptive Ethernet ports;

Each port supports Auto-MDI / MDIX functionality;

Each port provides Speed ​​and Link / Act indicators, indicating the working status of the port;

Each port supports full duplex 802.3x flow control and half duplex back pressure flow control.

Using shared cache architecture, each port can be used to expand the cache space several times, can greatly enhance the burst of large traffic forwarding performance;

Integrated professional-level lightning protection circuit, can provide lightning protection level 4 (common mode protection 7KV) professional protection;



Dimensions (W × D × H)

266 mm × 162 mm × 44 mm

Fixed port

16 10 / 100Mbps adaptive Ethernet ports

Cable type

10 / 100Base-TX:

3/4/5 twisted pair, support the maximum transmission distance of 100m



Packet forwarding rate


Input voltage

100V-240V AC

Power consumption


Lightning protection

Common mode protection 7KV, lightning protection level 4

Working temperature

0 ° C to 40 ° C

Working environment humidity

5%~ 95%,

Cooling method

Natural heat dissipation