Shenzhen N-NET Technology Co. Ltd

Model Number: NT-M2600-9 Brand Name: N-net Key Specifications/Special Features: Overview:NT-M2600 is an L2 Web-smart media converter with switch functionWith 1.6Gbps non-blocking switch fabric, 1K MAC address table and 802.3x full-duplex flow control, the NT-M2600 offers wire-speed packet transfer performance without risk of packet loss2 100Base-FX fiber ports extend the transmission distance of network up to 100km

For efficient management, with its built-in web-based management, the NT-M2600 offers an easy-to-use and configuration facility

Via the WEB interface the NT-M2600 can be programmed for basic switch management functions such as per port speed duplex settings, VLAN, QOS, broadcast storm and bandwidth control to enhance bandwidth utilization

Features:

1. 155M at fiber port, 10/100/M self-adaptive at Ethernet ports, half/full-duplex self-adaptive
2. About 1K MAC address capacity, update automatically
3. Supports broadcast storm protection
4. Max-rate data transmission (wire-speed): 148 800 frm/s (100M), 14,880 frm/s (10M)
5. Supports 1552byte VLAN data frame transmission (hardware configuration: 1552/1536BYTE)
6. Supports dividing into 16 groups VLAN, supports QoS and port blocking
7. Supports store-and-forward working mode, supports half/full duplex,supports 802.3x flow control under full duplex working mode, supports auto-sensation of MDI/MDIX
8. Supports filter/forward special DA option
9. Network line status LED: transmission rate indicator(10/100M)
10. Fiber and twisted-pair's connection status
11. Supports 8-level bandwidth control: 128, 256, 512, 1, 2, 4, 8M, full speed
12. Supports 6 Ethernet ports communications simultaneously, using for connecting NIC, switch, and HUB
13. Supports the IEEE802.1q, which can guarantee the backbone features of most mainstream products, such as inter-switch's VLAN function
14. High-capacity network caching technology ensures data transmission and multimedia applications
15. Non-blocking switch, ensuring data-transmission's security and stability