The ZyXEL XGS3700/GS3700 Series are advanced Layer 2 Plus (Layer 3 Lite) Gigabit managed switches perfect for data centre access, SMB core/aggregation, and mission critical PoE applications. The Series consists of eight (8) models including 24- and 48-port configurations, PoE and non-PoE models, as well as 1GbE (GS3700 Series) and 10GbE (XGS3700 Series) uplink options. The complete Series is designed with an advanced feature set with static routing, policy-based routing (PBR), VRRP and ECMP support. The high redundancy hardware architecture includes dual, internal power supplies and hot-swappable fan and power modules. The PoE models also comply with the IEEE 802.3at PoE Plus standard and provide industry-leading PoE power budget of up to 1000 watts. The ZyXEL XGS3700/GS3700 Series features a no single point of failure (NSPOF) hardware and software design to provide the resiliency needed for non-stop business continuity. Its high redundancy hardware architecture includes dual, internal power supplies-which not only ensures 100% uptime in the event of a power supply failure, but also saves rack space compared to external power supplies. Additionally, both the fan module and the power supply modules are hot-swappable to enable zero downtime troubleshooting. In terms of software features, the ZyXEL XGS3700/GS3700 Series supports Equal Cost Multipath Routing (ECMP) and Virtual Router Redundancy Protocol (VRRP) for increased network availability and reliability. With ECMP, the XGS3700/GS3700 Series switch can distribute traffic across multiple high-bandwidth links to increase bandwidth availability. VRRP provides a dynamic and automatic approach to virtual router redundancy. It allows several first-hop virtual routers to dynamically share an IP address, with one assigned as master and the others as backup. Should the master fail, a backup is automatically assigned to fill its place. The result is improved network resiliency and lower administrative overhead compared to running dynamic routing protocols or client discovery mechanisms.