MTS8000 series switch has compact configuration and powerful extension capability. The switch provides industry-leading SFP+/QSFP port density inside 6U/11U/15U chassis. Besides, it provides lots of ports in various types and can support PoE/PoE+. MTS8000, together with other switches in MAMMATHUS series, provides an end-to-end total network solution.

MTS8000 series switches have dual redundant engines, up to 8 media module slots and they are able to support GE, SFP, SFP+ and QSFP type of ports. Besides, both MTS8006 and MTS8010 have 2 switch fabric slots. Moreover, MTS8000 devices can be managed by SDN controller via OpenFlow 1.3. Thus, no matter serves as a spine node in spine-leaf topology or as a core node in traditional topology, MTS8000 can play its best part.

MTS8000 has enhanced L2/L3 feature set and is able to support data center level network. The switch support router protocols such as OSPF/BGP/ISIS etc. It also support core routing protocol such as MPBGP/MPLS. The switch also supports stacking and MCLAG, which can provide a higher level network redundancy and performance. Besides, MTS8000 support all switching/routing feature sets of MTS2700 & MTS2800 and can offer continuous security strategy and configuration logic.

> See datasheet

The MTS2900 Series of Managed Ethernet Switches feature industry-leading port density & switching speed. The device can serve as a core switch, combined with MTS2600, MTS2700 or MTS2800 for a compact data network solution as well as an aggregation switch with MTS8000 for larger networks.

MTS2900 Switches have 48 SFP+ slots to support 1G/10G SFP modules & multiple SFP applications from 550m multi-mode SFP to 80km single-mode SFP+. The 40G QSFP offers high-speed uplink/interconnection links & can be used in spine-leaf model deployments supporting openflow 1.3 SDN controller.

With an enhanced Layer 2/L feature set, the MTS2900 can support database-level networks with maximum configuration flexibility. These switches support router protocols including OSPF, BGP & ISIS, core routing protocols such as MPBGP & MPLS for continuous network security & configuration logic.

> See datasheet

MTS2800 Series Switches offer a complete data access & aggregation solution. Equipped with redundant PSUs, these ruggedized, compact & low-noise devices are ideal for space-constrained locations with temperatures up to 55°C.

All RJ45 ports support auto-negotiation & MDI/MDI-X. With four or six SFP+ slots & stacking configuration functionality, these switches provide reliable & flexible options for multiple applications including desktop, ELV room & data aggregation layer.

With comprehensive Layer 2/3 feature sets, these devices are a reliable choice for network planning. General security & flow-control technology such as DAI, DHCP snooping, IGMP snooping & 802.1x help network administrators deploy a secure & robust network infrastructure.

> See datasheet

MTS2700 Series Switches offer a full access solution with a wide variety of security features including DAI/DHCP snooping, optimized multicast via IGMP snooping & broadcast control to ensure network security & stability.

All MTS2700 RJ45 ports are PoE/PoE+ enabled & provide up to 30W power supply for PoE devices. An ideal Layer 2/Layer 3 switch with modular PSUs, these devices provide FRU & reliably perform in harsh environments (up to 55°C).

> See datasheet

The MTS 2600 Series entry level access switch delivers reliable performances without sacrificing flexibility. A 10 Gigabit port ensures uplink speed to the core switch & MTS 2600 Series RJ45 ports support auto-negotiation & MDI/MDI-X. All SFP+ slots can work under 1/10G mode & support 1G & 10G MTS SFP modules, including fiber & UTP/STP*.

For higher port density & access-level performance, MTS 2600 supports stacking & downlink-oversubscribe design with 24 GE access port coupling with four 10G SFP+ uplink ports. MTS 2600 Series Switches support ERPS & with hardware-based broadcast control, these switches are deployable in ring topology.

* For full SFP detail, refer to MAMMUTHUS Series brochure. 
> See datasheet.