| >>> STE-228-X3X1 Description: |
| The STE-228-X3X1 is the most advanced multi-layer,high performace 24 x 10/100 Mbps ports plus 4 port |
| Gigabit uplinks optic fiber switch. With an aggregate line rate of 9.5 Mpps, the STE-228-X3X1 offers |
| switching on both L2 and L3 traffic. Filtering, policing, priority tagging can be performed in real time with no |
| impact on forwarding performance. |
| Supporting the latest Metro Ethernet L2 VPN applications,the STE-208-X3X1 offers double 802.1Q VLAN |
| stacking, also known as Q-in-Q. This allows enterprise and service provider networks to breakthrough the |
| 4K VLAN tag limitation. Furthermore,STE-228-X3X1 also provides MPLS Tunnel/VC packet labeling for |
| standards-based IETF L2 VPN via MPLS.With 8 Class of Service (CoS) queues via SP, RR, WFQ and WRR |
| distribution, the STE-228-X3X1 enables full range of service applications such as low latency VoIP and real- |
| time video, as well as mission critical data. |
| Optimized for the most demanding network switching requirements, the STE-228-X3X1 integrates auto- |
| learning/aging MAC and IP LPM tables. Advanced Ethernet features such as multiple and rapid spanning |
| tree (802.1s and 802.1w), flow control (802.3x), prioritization (802.1p) and 9K jumbo frame are fully |
| integrated. All L2/L3 traffic is switched at line rate. For load balancing as well as redundancy purposes, |
| ECMP and WCMP are incorporated. Up to 32 trunk groups (8 links per group)can be assigned for link |
| aggregation (802.3ad). |
| Providing line-rate packet filtering and classification, the advanced Fast Filter Processor (FFP) offers |
| ContentAware network processing per port. It supports TOS/DiffServ, rate limiting, policing, shaping, |
| metering, scheduling, priority tagging, and remapping down to flows as small as 64 kbps, making it ideal for |
| committed bandwidth usage and firewall applications. |
| Designed for increasing multicast applications, the STE-228-X3X1 switches all L2/L3 multicast packet sizes |
| at line rate. IPMC packets are hardware replicated up to 8 and 32 VLANs across the Fast and Gigabit |
| Ethernet ports, respectively. Multicast traffic can also be managed by three port filtering modes to control the |
| distribution behavior. |
| |
| >>> Hardware Interface: |
|
> Gigabit ports: 2 10/100/1000Base-TX RJ45 ports or 2 optional SFP 1000Base-X LC ports.
|
|
> 24 100Base-FX SC/PC ports
|
| |
| >>> Optic Interface: |
| > 1000Base-X |
| Dual MM fiber(50/125μm), single wavelength 850nm, dual LC , operating distance 550m. |
| Dual MM fiber(62.5/125μm), single wavelength 850nm, dual LC, operating distance 275m. |
| Dual SM fiber, single wavelength 1310nm or 1550nm, dual LC , operating distance 15/40km. |
| |
| > 100Base-FX |
| Single SM fiber, dual wavelength 1550nm/1310nm, SC/PC , operating distance 20/40km. |
| Dual SM fiber, single wavelength 1310nm or 1550nm, dual SC, operating distance 20/40/60/80km |
| Dual MM fiber, single wavelength 1310nm, dual SC, operating distance 2km. |
| |
| >>> Performance |
| > 8.8G backplane performance. |
| > 16384 mac address entries. |
| |
| >>> Layer 2 ethernet switching: |
| > Line-rate switching for all packet sizes and conditions. |
| > 4K Virtual Local Area Networks (VLAN) Groups. |
| > Static L2 entries (immune from aging) |
| > Jumbo packets up to 9 KB (9216 bytes) on every ports. |
| > Ethernet/IEEE 802.3 packets (64 bytes to 1522 bytes) |
| |
| >>> Multicast: |
| > Line-rate switching for all packet sizes and conditions. |
| > Optional source port check. |
| > IGMP snooping for 128 multicast groups. |
| > IGMP snooping per VLAN |
| > MVR on user port ,802.1Q user port and QinQ user port |
| > Multiple “multicast VLAN” support |
| |
| >>> VLAN Support: |
| > 4094 tagged (802.1Q) VLANs |
| > Ingress filtering for 802.1Q VLAN security |
| > Protocol-based VLAN with priority |
| > Independent VLAN Learning (IVL) |
| > QinQ frame(1526 bytes) |
| > 802.1Q frame(1522 bytes) |
| > 255 VLAN's support per chassis |
| > VLAN on trunk port |
| > 802.1Q trunk on access ports and trunk ports. |
| |
| >>> Class of Service ( COS ): |
| > IEEE 802.1p standard |
| > 8 CoS queues per egress port. |
| > Egress Rate Shaping per Queue |
| > Strict priority, round robin, Weighted Round Robin, Weighted Fair Queuing, and combination queuing |
| scheduling of packets |
| > 8 levels of packet priority |
| > 802.1Q priority information |
| > Mmechanisms of priority remapping, per-flow mechanisms, IPv4 TOS, IPV6, and DSCP. |
| > Priority to CoS queue mapping |
|
> 2 levels of drop precedence by additional level of CoS within each queue.
|
| |
| >>> Spanning Tree Protocol ( IEEE 802.1D ) |
| > IEEE 802.1D Spanning Tree Protocol. |
| > IEEE 802.1s multiple spanning-trees. |
| > IEEE 802.1w Rapid Spanning Tree Protocol. |
| > Per port Fast Rapid Spanning Tree Support and per-VLAN Layer 2 entry purging. |
| |
| >>> Security: |
| > MAC address count restrictions per user port with notification |
| > Layer 2 – Layer3 packet classification and filtering at line-rate |
| > PVLAN between access ports and trunk ports. |
| > IEEE 802.1X |
| |
| >>> Management |
| > Support CLI:console and telnet(SSH) access |
| > Support SNMP MIB II |
| > Support SNMP trap event |
| > Support SNMP v1, SNMP v2, SNMP v3 |
| > Support Web-management |
| > Support Remote Syslog |
| > Support self-diagnostic |
| |
| >>> Power Supply Interfaces: |
| > AC90~264V/1.2A max, 50/60Hz, or DC18~36V/2A, or DC36~72V/1.5A. |
| > Power Consumption: ~50W |
| |
| >>> Physical Interfaces: |
| Dimensions: 19-inch rack-mount width, 1.0U height. |
| Weight: 5 Kg |
| Operating temperature: 0 ℃ ~ 50 ℃ |
| Storage temperature: -25 ℃ ~ 55 ℃ |
| Humidity: 5% ~ 95% RH Non-condensing |
Dự Án 0932096866
Kinh Doanh Dự án: 093209.6866
Phân phối Dự Án: 083467.8989
Chương trình Khuyến mại Quý 3 năm 2022
Khuyến mại 30.6.2019 - 30.7.2019
Hướng dẫn sử dụng UPS ZLPOWER 1000VA
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