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DCWS-6028-C Thiết bị điều khiển truy nhập thông minh

55.600.000₫

DCN DCWS-6028-C is a new generation of high-performance 10G intelligent wireless controller. Designed for a new generation of high-speed wireless networks, it can manage up to 256 wireless access points (APs) and is suitable for small and medium-sized wireless network. DCWS-6028-C integrates exact user control management, perfect RF management and security mechanisms, super QoS and seamless roaming, providing powerful WLAN access control functions.

Thương hiệu: DCN Mã sản phẩm: DCWS-6028-C Còn hàng

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Overview

DCN DCWS-6028-C is a new generation of high-performance 10G intelligent wireless controller. Designed for a new generation of high-speed wireless networks, it can manage up to 256 wireless access points (APs) and is suitable for small and medium-sized wireless network.

DCWS-6028-C integrates exact user control management, perfect RF management and security mechanisms, super QoS and seamless roaming, providing powerful WLAN access control functions.

DCWS-6028-C has full layer 3 core switch function and powerful forwarding performance. It can be used as a wireless controller and layer 3 core switch at the same time. It offers 24 GE ports, 2 combo (GbE/SFP) ports and 2 10G SFP+ ports.

微信截图_20201109162627

Key Features and Highlights

Wired-and-wireless Unified and High-Reliability Network

Combination of routing switch and wireless AC

The DCWS-6028-C can be used as a routing switch and a wireless access controller simultaneously in a trunk deployment mode, with an ASIC-based forwarding architecture and high-density access-ports, it can provide line-speed forwarding for both wired and wireless traffic.

High-reliability backup mechanism

The DCWS-6028-C supports the following high-reliability backup mechanisms to ensure that a wireless network runs reliably:

  • N+1 backup
  • N+M backup

Automatic emergency mechanism of APs

This mechanism enables an AP to intelligently detect a link between AC and AP. When detecting the breakdown of the link the AP quickly switches to its operating mode so that it can continue to forward data and allow new users to access the network. This mechanism makes sure that the access is available for all users when the AC is down.

Intelligent Control of Wireless Network

Intelligent RF management

The DCWS-6028-C provides an automatic power and channel adjustment function. It employs particular RF detection and management algorithms to attain a better RF coverage effect. When the signals of an AP are interfered with by strong external signals, the AP can automatically switch to an appropriate operating channel under the control of the AC to avoid such interference. It also supports the blackhole compensation mechanism. Which adjusts the AP power to cover the blind area resulted from the crashing of some APs.

Intelligent control of terminals based on airtime fairness

This function makes sure that both the low-rate and the high-rate clients get relatively the same accessing time, which can avoid the low-rate clients to affect the AP overall performance by taking up too much accessing time.

Intelligent load balancing mechanism

In general, a wireless client will select an AP according to the signal strength of APs. So, if one AP is connected to a large number of APs while the others are connected fewer, it will cause small bandwidth for each client. The DCN load balancing mechanism can overcome this problem through these functions:

  • Load balancing between APs based on traffic
  • Load balancing between APs based on the number of users
  • Load balancing between radios within the AP based on the number of users

Intelligent identification of terminals

The DCWS-6028-C can identify a terminal in different ways by combining with DCN smart APs and a unified authentication platform. It can identify the OS of a terminal, such as Apple iOS, Android, and windows, the size of a terminal, and the type of a terminal, such as mobile phone, laptop, and PC. Basing on these identifications, DCWS-6028-C can implement dynamic policies for different types of terminal and present a corresponding-sized authentication page.

PEAP user authentication

Protected Extensible Authentication Protocol (PEAP) authentication can provide a better user experience. The user needs to manually enter the username and passwords only during the first-time certification, the second time, and the subsequent certifications are performed automatically.

Secure and Controllable Wireless Network

User isolation policy

The DCWS-6028-C supports the isolation of wireless users. If this user isolation function is enabled, only the communication between the clients and gateway is allowed, the direct communication between clients is forbidden, which can increase the security of the wireless network.

Wireless intrusion detection and intrusion defense

The DCWS-6028-C supports wireless intrusion detection and intrusion defense features, such as detection of unauthorized wireless devices, intrusion detection, blacklist, and white list, as well as anti-DoS for various wireless management packets, thereby greatly improving security management of an entire wireless network.

Secure user admission

The DCWS-6028-C provides multiple secure access, authentication, and accounting mechanisms for various application environments. These mechanisms include:

  • 802.1x authentication
  • Captive portal authentication, including built-in portal, external portal, and custom portal authentication modes
  • MAC address authentication
  • LDAP authentication
  • WAPI encryption and authentication
  • Wired/wireless integrated authentication and accounting

Easy-to-Manage Wireless Network

AP plug-and-play

When used with the DCWS-6028-C, DCN smart APs support plug-and-play and zero configuration. DCWS-6028-C undertakes all the management, control, and configuration of the APs. Network administrators do not need to separately manage or maintain a huge number of wireless APs.

Remote probe analysis

The DCWS-6028-C supports remote probe analysis of APs. It enables the APs to captures Wi-Fi packets and mirrors them to a local analysis device in real-time to help network administrators troubleshooting or optimizing the network. The remote probe analysis function can perform analysis of a single working channel continuously or all channels in a polling mode to flexibly meet various wireless network monitoring requirements.

Typical Applications

Bypass Deployment Scenario

微信截图_20201109162641

Trunk Deployment Scenario

Here the DCWS-6028-C is deployed both as an L3 switch and access controller.

微信截图_20201109162647

Order Information

Product Model

Description

Remarks

DCWS-6028-C DCWS-6028-C  wireless and wired integration access controller (24x 10/100/1000Base-T, 2 x combo (GbE/SFP), 2 x 10G SFP+),default with 16 units AP license, support controlling max. 256 AP Mandatory
DCWS-L16 Upgrade license of the DCN wired/wireless integrated smart AC (for upgrading 16 APs, a minimum number of upgrade step is 16 APs) Optional
DCWS-L32 Upgrade license of the DCN wired/wireless integrated smart AC (for upgrading 32 APs, a minimum number of upgrade step is 32 APs) Optional
DCWS-L128 Upgrade license of the DCN wired/wireless integrated smart AC (for upgrading 128 APs, a minimum number of upgrade step is 128 APs) Optional

Product Specifications

Hardware Specifications

Item

DCWS-6028-C

Basic

Parameter

Max QTY of managed AP

256

Default QTY of managed AP

16

AP License upgrade step

16,32,128

Max con-current users

10K

Switch capacity

128Gbps

Forwarding rate

95Mpps

VLAN

4K

ACL

3K

MAC

16K

ARP

4K

Physical

Parameter

Interface

24 x 10/100/1000Base-T Ethernet ports
2 x combo (GbE/SFP) Ethernet ports
2 x 10G SFP+ Ethernet ports

Management interface

1 x Console (RJ-45)

1 x 10/100/1000BASE-T MGMT

1 x USB 2.0

Dimension(L*W*H)

440mm*240mm*44mm, 1U

Power Parameter

Consumption

<25W

Power input

AC 110V – 240V, 50-60Hz (+/- 3Hz)

Environmental

Parameter

Working temperature

0℃~55℃

Storage temperature

-40℃~70℃

Working humidity

5%~90% non-condensing

Software Specifications

Item DCWS-6028-C

L2 protocols and standards

IEEE802.3(10Base-T)、IEEE802.3u(100Base-TX)、IEEE802.3z(1000BASE-X)IEEE802.3ab(1000Base-T)、IEEE802.3ae(10GBase-T)

IEEE802.3ak(10GBASE-CX4)、IEEE802.1Q(VLAN)

IEEEE802.1d(STP)、IEEEE802.1W(RSTP)、IEEEE802.1S(MSTP)

IEEE802.1p(COS)

IEEE802.1x(Port Control)、IEEE802.3x(flow control)

IEEE802.3ad(LACP)、Port Mirror

IGMP Snooping、MLD Snooping

QinQ、GVRP,PVLAN

Broadcast control

L3 protocols and standards

Static RoutingRIPv1/v2, OSPF, BGP, VRRP, IGMP v1/v2/v3ARP, ARP ProxyStatic Multicast Route

Wireless protocols and standards

802.11, 802.11a, 802.11b,802.11g,802.11n,802.11d,802.11h,802.11i, 802.11e, 802.11k

CAPWAP protocol

Supports L2/L3 network topology between an AP and an AC.
Enables an AP to automatically discover an accessible AC.
Enables an AP to automatically upgrade its software version from an AC.
Enables an AP to automatically download configurations from an AC.

IPv6 protocols and standards

6to4 Tunnel, Configured Tunnel, ISATAP Tunnel, GRE TunnelICMPv6, ND, DNSv6IPv6 LPM Routing, IPv6 Policy-based Routing (PBR)IPv6 VRRPv3, IPv6 URPF, IPv6 RARIPng, OSPFv3, BGP4+MLD Snooping, IPv6 Multicast VLANMLDv1/v2, IPv6 ACL, IPv6 QoS
High reliability N+1 backup
N+N backup
RF management Setting country codes
Manually/automatically setting the transmit power
Manually/automatically setting the working channel
Automatically adjusting the transmission rate
Blind area detection and repair
RF environment scanning, which enables a working AP to scan the surrounding RF environment
RF interference detection and avoidance
11n-preferred RF policy
SSID hiding
20 MHz and 40 MHz channel bandwidth configuration
Airtime protection in hybrid access of 11bg and 11n terminals
Terminal-based airtime fairness scheduling
Terminal locating (A terminal locating algorithm can be embedded in the AC)
Spectral navigation (5 GHz preferred)
11n only
SSID-based or Radio-based limit on the number of users
User online detection
Automatic aging of traffic-free users
Prohibiting the access of clients with weak signals
Remote probe analysis
Security 64/128 WEP, dynamic WEP, TKIP, CCMP, and SMS encryption
802.11i security authentication and two modes (Enterprise and Personal) of 802.1x and PSK
WAPI encryption and authentication
LDAP authentication
MAC address authentication
Portal authentication, including built-in portal, external portal, and custom portal authentication modes
PEAP user authentication
Forwarding security control, such as frame filtering, white list, static blacklist, and dynamic blacklist
User isolation
Periodic Radio/SSID enabling and disabling
Access control of free resources
Secure admission control of wireless terminals
Access control of various data packets such as MAC, IPv4, and IPv6 packets
Secure access control of APs, such as MAC authentication, password authentication, or digital certificate authentication between an AP and an AC
Radius Client
Backup authentication server
Wireless SAVI
User access control based on AP locations
Wireless intrusion detection system (WIDS) and wireless intrusion prevention system (WIPS)
Protection against flooding attacks
Protection against spoofing attacks
Forwarding IPv6 access and forwarding; constructing IPv6 WLAN access service on an IPv4 network; providing IPv4 WLAN access service on an IPv6 network; and constructing private IPv6 WLAN network service on an IPv6 network
Fast L2/L3 roaming between APs served by the same AC
IPv4 and IPv6 multicast forwarding
WDS AP
QoS 802.11e (WMM); and 4-level priority queues, ensuring that applications sensitive to the real-time effect, such as voice and video services, are transmitted first
Ethernet port 802.1P identification and markingMapping from wireless priorities to wired priorities
Mapping of different SSIDs/VLANs to different QoS policiesMapping of data streams that match with different packet fields to different QoS policies
Access control of MAC, IPv4, and IPv6 data packets
Load balancing based on the number of usersLoad balancing based on user trafficLoad balancing based on frequency bands
Bandwidth limit based on APsBandwidth limit based on SSIDsBandwidth limit based on terminalsBandwidth limit based on specific data streams
Power saving mode
Multicast-to-unicast mechanism
Automatic emergency mechanism of APs
Intelligent identification of terminals
Management Web management
Configuration through a console port
SNMP v1/v2c/v3
Both local and remote maintenance
Local logs, Syslog, and log file export
Alarm
Fault detection
Statistics
Login through Telnet
Login through SSH
Dual-image (dual-OS) backup
Hardware watchdog
AC cluster management; automatic information synchronization between ACs in a cluster, and automatic or manual push of configuration information
SSID-based user permission management mechanism
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