Dimensions (WxDxH) @mm : 285 x 102 x 27 mm, (11.3 x 3.9 x 1.1 in)
Weight (kg) : 0.896, (1.98 lb)
TECHNICAL SPECS
Speed : 10/100/1000Mbps Gigibit Ethernet
Number of Ports : 16
PoE ports : N/A
Total PoE Budget : N/A
Loop Detection : N/A
Short cable power saving : N/A
Energy Efficient Ethernet Support (IEEE 802.3az) : Yes
Jumbo Frame Support : 9KB
Queue WRR Ratio : 1:2:4:8
MAC Table Size : 8K
Packet buffer size : 2MB
IEEE 802.1p QoS : Yes
Max Power Consumption : 9.5W
Operating Temperature : 0 to 50° C
MTBF (hours) : 554,582
FCC Class : A
Features:
Plug and Play
• The standards-based Gigabit switches sense and adjust for network speed
and cabling type automatically. Easily integrate into your existing Ethernet
network - no matter if it is running at 10/100Mbps or Gigabit speed
• Simple set up with no software or configuration needed
• Front panel LEDs keep you informed of power status, link speed and link activities
Traffic Prioritization
• Prioritize mission-critical applications such as voice and video Support IEEE 802.1 p and DSCP-based QoS for delivering data based on priority and type
High Quality and Reliable Performance
• Superior network performance at nonblocking rate delivers true Gigabit speed with no compromise
• Durable by MTBF numbers)
Supports all Types of Networks
• Each port delivers up to metal case and long product life (shown 2000Mbps of
network speed (full duplex)
• Supports jumbo frames up to 9K packets size on GS105v5 and GS116v2, up to
9,270 bytes on GS108v4
• Honors TOS/802.1p prioritization
Overview:
The NETGEAR® Gigabit Unmanaged Switch series helps businesses costeffectively expand their network to Gigabit speeds and higher port counts. The GS105v5, GS108v4, and GS116v2 Gigabit Ethernet switches come with 5, 8, and 16 Gigabit copper ports in a desktop metal case and are wall-mountable. These switches are energy efficient, built to last, and rigorously tested to provide the reliability businesses need. 802.1p traffic prioritization and jumbo frame support allow for seamless integration with more sophisticated networks.