Audited Supplier
CS5500-B Series
Full-Duplex & Half-Duplex
Ethernet Switch
10Gbps
≧48
High Quality RTL chip
OEM/ODM
-10~45ºC
5%~95% No Condensation
2 Years
Industrial & Telecommunication
Metal
Rigosys or OEM
Carton Packing
440(W) x 43.6(H) x 400(D)mm
Wuxi
85176232
Product Description
Intelligent enhanced Ethernet power supply (POE model only)
CS5500 series switches support intelligent enhanced Ethernet power supply:
1. It supports IEEE 802.3af (PoE), IEEE 802.3at (PoE+) and IEEE802.3bt (HPoE) power supply standards and is fully backward compatible. A single port of the HPOE switch can provide up to 90W of power supply, which can provide Ethernet power supply for high-power terminals such as WiFi 7 wireless access points, high-power surveillance cameras, and video IP phones, making the network easier to use, more cost-effective, and more reliable.
2. Supports PoE intelligent power management functions, including enabling or disabling interface power supply, interface output power configuration, device power priority configuration, power overload protection, over-temperature protection, etc.
3. Supports POE intelligent power supply functions, including timed power supply, periodic restart of PD, monitoring of PD connectivity status and restart when lost, etc.
4. Support for permanent PoE maintains PoE power during switch reloads. This is important for critical endpoints such as medical devices and IoT endpoints such as PoE-powered lighting systems to ensure no interruption during switch reboots.
Complete QoS strategy
CS5500 series switches can provide high-quality QoS capabilities, achieve predictability of network performance, help users allocate network bandwidth more fully, use bandwidth resources more reasonably, and ensure network service quality:
1. It supports refined flow classification capabilities based on the MAC layer, IP layer, and application layer, and can assign different priorities to various flows based on business characteristics.
2. Supports various flow actions, including the re-identification function of the service traffic priority field, and the redirection or mirroring function of the traffic, to achieve network scalability.
3. It supports flow control strategies such as traffic supervision and traffic shaping, and supervises traffic specifications to regulate the use of bandwidth resources by various types of traffic and improve bandwidth utilization.
4. It has complete queue scheduling algorithms and congestion avoidance algorithms to meet the service quality requirements of different user terminals and different business types of the enterprise.
Large table entries, flexible and efficient system resource optimization capabilities
The CS5500 series access switches have the capability of large table entries, which may meet the user access requirements of the campus for large table entries such as MAC table, routing table, and ARP table,maximize the utilization of chip table resources.
Intelligent virtualization technology
CS5500E series switches support intelligent virtualization technology, and realize link aggregation between multiple devices through MLAG (cross-device link aggregation), thereby providing device-level link protection. Building a Layer 2/Layer 3 active-active system through MLAG+VARP has strong advantages in scalability, reliability, overall architecture and availability. MLAG can bring the following benefits to users:
Multiple reliability protections to ensure business continuity
Rich security control strategies
The CS5500 series switches provide a comprehensive set of security control strategies to enhance monitoring of network access traffic and reduce threats:
Simple operation and maintenance management
1. It supports IEEE 802.3af (PoE), IEEE 802.3at (PoE+) and IEEE802.3bt (HPoE) power supply standards and is fully backward compatible. A single port of the HPOE switch can provide up to 90W of power supply, which can provide Ethernet power supply for high-power terminals such as WiFi 7 wireless access points, high-power surveillance cameras, and video IP phones, making the network easier to use, more cost-effective, and more reliable.
2. Supports PoE intelligent power management functions, including enabling or disabling interface power supply, interface output power configuration, device power priority configuration, power overload protection, over-temperature protection, etc.
3. Supports POE intelligent power supply functions, including timed power supply, periodic restart of PD, monitoring of PD connectivity status and restart when lost, etc.
4. Support for permanent PoE maintains PoE power during switch reloads. This is important for critical endpoints such as medical devices and IoT endpoints such as PoE-powered lighting systems to ensure no interruption during switch reboots.
Complete QoS strategy
CS5500 series switches can provide high-quality QoS capabilities, achieve predictability of network performance, help users allocate network bandwidth more fully, use bandwidth resources more reasonably, and ensure network service quality:
1. It supports refined flow classification capabilities based on the MAC layer, IP layer, and application layer, and can assign different priorities to various flows based on business characteristics.
2. Supports various flow actions, including the re-identification function of the service traffic priority field, and the redirection or mirroring function of the traffic, to achieve network scalability.
3. It supports flow control strategies such as traffic supervision and traffic shaping, and supervises traffic specifications to regulate the use of bandwidth resources by various types of traffic and improve bandwidth utilization.
4. It has complete queue scheduling algorithms and congestion avoidance algorithms to meet the service quality requirements of different user terminals and different business types of the enterprise.
Large table entries, flexible and efficient system resource optimization capabilities
The CS5500 series access switches have the capability of large table entries, which may meet the user access requirements of the campus for large table entries such as MAC table, routing table, and ARP table,maximize the utilization of chip table resources.
Intelligent virtualization technology
CS5500E series switches support intelligent virtualization technology, and realize link aggregation between multiple devices through MLAG (cross-device link aggregation), thereby providing device-level link protection. Building a Layer 2/Layer 3 active-active system through MLAG+VARP has strong advantages in scalability, reliability, overall architecture and availability. MLAG can bring the following benefits to users:
1. Simplify business: The application of MLAG cross-device link aggregation technology can replace the original spanning tree protocol, eliminating the interaction of a large number of protocol messages between devices, simplifying network operation, and shortening the convergence time during network turbulence.
2. High reliability: The control plane is separated from the forwarding plane, and the control plane is independent, isolating the fault domain. When a switch fails, all data will be transmitted through another switch, providing high reliability protection for the user network.
3. Unnoticed service upgrade: During the upgrade process, the client has no perception of service interruption, which reduces risk and improves efficiency.
Multiple reliability protections to ensure business continuity
1. Supports over-current protection, over-voltage protection and over-temperature protection technologies.
2. Supports built-in AC and low-voltage DC power supply structure design. At the same time, the whole machine also supports power supply and fan fault detection and alarm, and can automatically adjust the fan speed according to temperature changes.
3. Without enabling STP, the fast link protection protocol SmartLink can be used to provide fast link protection, allowing users to still provide basic link redundancy when STP is disabled, while providing millisecond-level fault recovery that is faster than STP.
Rich security control strategies
The CS5500 series switches provide a comprehensive set of security control strategies to enhance monitoring of network access traffic and reduce threats:
1. It supports multiple authentication technologies such as AAA, TACACS+, RADIUS, etc., provides users with a complete security authentication mechanism, flexibly adapts to the multiple authentication requirements of the network environment, and ensures the legitimacy of terminal devices and users accessing the network.
2. Supports ARP Inspection, which detects, records and promptly prevents ARP spoofing attacks by checking the legitimacy of ARP packets, thereby enhancing network security.
3. Supports anti-DDoS attacks (ICMP Flood/Smurf/Fraggle/LAND/SYN Flood), ensures normal network access services for legitimate users, and improves user application experience.
4. Supports ACL policies such as Standard ACL and extend ACL, IPv6 ACL, and Time Range. Administrators can define network access rules in a fine-grained and flexible manner to control and filter data traffic, thereby strengthening the refined management of network access.
Simple operation and maintenance management
1. Supports a variety of management interfaces including Console port, USB port, independent out-of-band management port, etc.; supports multiple management methods including CLI command line, WEB network management, Telnet network management, etc., to facilitate device management.
2. Supports SNMP v1/v2c/v3, RMON, Syslog and other protocols to facilitate daily management and maintenance of the network. It also supports encryption methods such as SSH2.0 to make network management more secure.
3. Supports mirroring functions such as SPAN/RSPAN/ERSPAN, flow mirroring, CPU Mirror, etc. to monitor and troubleshoot network traffic.| Technical Specifications | |||
| Hardware Specifications | |||
| Hardware Parameters | CS5500E-24T4X-PS | CS5500E-48T4X-S | CS5500E-24T4X-S |
| Port form | 4*10GE SFP+ ports,24*10/100/1000Base-T | 4*10GE SFP+ ports, 48* 10/100/1000Base-T electrical ports | 4*10GE SFP+ ports, 24* 10/100/1000Base-T electrical ports |
| POE | Support IEEE 802.3af/IEEE 802.3at power supply standards | - | - |
| Console port | 1 RJ45 Console port | ||
| Out-of-band management port | 1 RJ45 port | ||
| USB port | 1 USB port | ||
| power supply | Single power supply | Single power supply | Single power supply |
| Supply voltage range | AC: 100~240V~, 50/60HZ; | AC: 100~240V~, 50/60HZ | AC: 100~240V~, 50/60HZ |
| LVDC: -48V~60W | LVDC: -48V~60W | ||
| Power consumption | Typical power consumption: 415W/Maximum power consumption: 430W (POE is 400W) | Typical power consumption: 20W/Maximum power consumption: 45W | Typical power consumption: 15W/Maximum power consumption: 30W |
| fan | 2. Left in, right out | 2. Left in, right out | 1. Left in, right out |
| temperature | Working environment temperature: -10ºC-45ºC | ||
| humidity | Relative humidity of working environment (non-condensing): 5%~95% | ||
| Chassis size mm (height x width x depth) | 43.6×440×300mm | 43.6*440*300mm | 43.6*440*300mm |
| Weight (Kg) | 4.8Kg | 4Kg | 2.9Kg |
| Software Features | |||
| Features | CS5500E-24T4X-PS | CS5500E-48T4X-S | CS5500E-24T4X-S |
| Ethernet | Support Jumbo Frame | ||
| Support Flow Control | |||
| Support Storm-control | |||
| Support Port-Block (unicast/broadcast/multicast) | |||
| Support Port Isolation | |||
| Link Aggregation | Support static and dynamic link aggregation | ||
| Support SLB | |||
| VLAN Features | Support 4K VLANs | ||
| Support Access/Trunk/Hybrid | |||
| Support Default VLAN | |||
| Support VLAN Classification based on port, MAC, subnet, and protocol | |||
| Support basic QinQ, flexible QinQ, VLAN mapping | |||
| Support Voice VLAN | |||
| Support Guest VLAN | |||
| MAC Features | Support MAC address automatic learning and aging | ||
| Support static, dynamic, and black hole MAC | |||
| Support MAC Flapping detection | |||
| Support Port Bridge | |||
| Ethernet Ring Protection | Supports STP (IEEE 802.1d), RSTP (IEEE 802.1w), and MSTP (IEEE 802.1s) | ||
| Support BPDU Filter, BPDU Guard, Root Guard, Loop Guard | |||
| Supports anti-TC-BPDU attack | |||
| Support Loopback detection | |||
| Layer 2 multicast | Support IGMP v1v2v3 snooping | ||
| Support Fast leave | |||
| Support static IGMP Snooping group | |||
| Support MVR | |||
| ARP | Support static/dynamic ARP | ||
| Support ARP aging | |||
| Support free ARP | |||
| Support ARP proxy | |||
| IPv4 Routing | Support IPv4 Static Route, black hole routing, VRF, URPF check | ||
| Support RIP, OSPF, IBGP/EBGP, routing policy, policy routing, ICMP | |||
| Support IGMP v1/v2/v3, IGMP Proxy | |||
| Support IGMP-DM, PIM-SM, PIM-SSM | |||
| IPv6 Routing | Support ICMPv6 | ||
| Support NDP | |||
| Support PMTU | |||
| Support IPv6 static routing, RIPng, OSPFv3 | |||
| Support MLD v1/v2, MLD v1/v2 Snooping, MVRv6, PIM-SMv6 | |||
| Support DHCPv6 Relay and DHCPv6 Snooping | |||
| Support IPv6 routing policy | |||
| QoS | Support simple flow classification and complex flow classification | ||
| Supports flow marking, re-marking, redirection, flow mirroring and other flow actions | |||
| Support traffic monitoring based on interface, VLAN, flow/aggregate flow, etc. | |||
| Traffic shaping based on ports and queues | |||
| Support SP, WDRR, SP+WDRR queue scheduling modes | |||
| Supports congestion avoidance mechanisms such as WRED and tail drop | |||
| Support traffic statistics | |||
| reliability | Support VRRP | ||
| Support Smartlink | |||
| Support MLAG | |||
| Network Virtualization | Support VARP | ||
| Security and Management | Support SSHv2.0 | ||
| Support AAA, RADIUS, TACACS+ authentication | |||
| Support 802.1X authentication | |||
| Support Standard ACL filtering and Extend ACL filtering | |||
| Support ARP Inspection | |||
| Support IP Source Guard | |||
| Support Port Security | |||
| Support VLAN Security | |||
| Support COPP | |||
| Support CPU Traffic Limit | |||
| Support anti-DDOS (ICMP Flood/Smurf/Fraggle/LAND/SYN Flood) attacks | |||
| Support Telnet/SSH ACL filtering | |||
| Support Link-Flapping detection | |||
| Support DHCP Sever, DHCP Server, DHCP Relay, DHCP Snooping, DHCP Client, DHCP option82 | |||
| Support RMON | |||
| Support sFlow v4/v5 | |||
| Support IP SLA | |||
| Support NTP | |||
| Support Errdisable | |||
| DNS support | |||
| Support LLDP | |||
| Support BGP MD5 encryption and national encryption algorithm SM3 encryption | |||
| Configuration and maintenance | Support command line CLI, WEB UI, Inspur IDE configuration management | ||
| Supports terminal services such as Console, Telnet, and SSH | |||
| Support user rights management | |||
| Support SNMPv1/v2c/v3 network management protocol | |||
| Support Bootstrap | |||
| This time the license control | |||
| Support uploading and downloading files via FTP and TFTP | |||
| Support software process monitoring | |||
| Support log, alarm and debug functions | |||
| Support system diagnostic information | |||
| Support traceroute and ping network diagnosis | |||
| Support manual restart and scheduled restart | |||
| Support SPAN/RSPAN/ERSPAN, CPU Mirror, flow mirroring, multi-source and multi-destination mirroring | |||
| Support CPU statistics | |||
| Support L2 Ping | |||
| Support for UDLD | |||
| Support loopback | |||
| Support NTP | |||
| Support system software upgrade | |||
| Support MCE | |||
| Support USB flash drive startup | |||
FAQ:
Q: Are you manufacturer or trading company?
A: Manufacturer, and industry network total solution provider.
Q: Do you accept ODM/OEM?
A: Yes. We provide customized expert service.
Q: What is your minimum order quantity?
A: MOQ is 1 unit.
Q: What's the payment type?
A: T/T.
Q: How about shipping time?
A: Within 3-15 days after receiving full payment , but if you need OEM/ODM, the lead time depends on the specific specifications of the product.
Q: How about after-sales service?
A: 7/24 hours online and respond to user's field device problems in time.
Q: How about the warranty?
A: 5 years.
OEM/ODM or more requirements, welcome to contact us.
