Every effort has been made to eliminate errors and ambiguities in the information contained in this
document. Any questions concerning information presented here should be directed to
SAMSUNG ELECTRONICS AMERICA, 1301 E. Lookout Dr., Richardson, TX. 75082 telephone
(972) 889-6700. SAMSUNG ELECTRONICS AMERICA disclaims all liabilities for damages arising
from the erroneous interpretation or use of information presented in this manual
Publication Information
SAMSUNG ELECTRONICS AMERICA reserves the right without prior notice to revise information
in this publication for any reason.SAMSUNG ELECTRONICS AMERICA also reserves the right
without prior notice to make changes in design or components of equipment as engineering and
manufacturing may warrant
Copyright 2015
Samsung Electronics America
All rights reserved. No part of this manual may be reproduced in any form or by any means-graphic,
electronic or mechanical, including recording, taping, photocopying or information retrieval systems
– without express written permission of the publisher of this material.
Trademarks
Product names mentioned in this manual may be trademarks and/or registered trademarks of their respective
companies.
Samsung Electronics America
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WEC8500/8050 Operation Manual Version 5.2
INTRODUCTION
Purpose
This manual describes the overview, management, and setup of WEC8500/WEC8050 that
is a Samsung Wireless Enterprise (W-EP) Access Point Controller (APC). This manual is
written for WEC8500 version 2.4.19R and WEC8050 version 2.4.19R.
Document Content and Organization
This manual consists of ten Chapters, three Annexes, and a list of Abbreviations.
CHAPTER 1. Access Point Controller System Overview
This chapter describes the main functions, network configuration, external configuration
and service scenario of APC.
CHAPTER 2. Basic System Configuration
This chapter describes how to configure to use Command Line Interface (CLI) and Web UI.
CHAPTER 3. Data Network Function
This chapter describes how to set up the data network such as interface, Virtual Local Area
Network (VLAN), L3, or Quality of Service (QoS), etc. of APC.
CHAPTER 4. AP Connection Management
This chapter describes the connection management function of APC and Samsung W-EP
wireless LAN Access Point (AP).
CHAPTER 5. WLAN Management
This chapter describes how to set up the Wireless Local Area Network (WLAN) of APC.
CHAPTER 6. Wi-Fi Configuration
This chapter describes how to configure the Wireless Fidelity (Wi-Fi) of APC, QoS, and
country code.
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CHAPTER 7. WLAN Additional Service
This chapter describes how to set up WLAN additional services available in the APC.
CHAPTER 8. Security
This chapter describes how to set up security related setting such as Remote Authentication
Dial-In User Service (RADIUS) server available in the APC, unauthorized AP detection
and blocking function, guest access, WEB pass-through, Network Address Translation
(NAT), firewall function, etc.
CHAPTER 9. IP Application
This chapter describes the Internet Protocol (IP) application functions available in the APC
such as Domain Naming Service (DNS), Network Time Protocol (NTP), File Transfer
Protocol (FTP)/sFTP, or Telnet/SSH.
CHAPTER 10. System Management
This chapter describes the various system management functions available in the APC.
ANNEX A. CLI Command Structure
Command structure available in the CLI of APC.
ANNEX B. Open Source Announcement (WEC8500/WEC8050)
Open source list used in the APC and its license notice.
ANNEX C. Open Source Announcement (WEA302/WEA303/WEA312/ WEA313
(Future Release)/WEA403/WEA412)
Open source list used in the Samsung W-EP wireless LAN AP and its license notice.
ABBREVIATION
Describes the acronyms used in this manual.
Conventions
The following types of paragraphs contain special information that must be carefully read
and thoroughly understood. Such information may or may not be enclosed in a rectangular
box, separating it from the main text, but is always preceded by an icon and/or a bold title.
NOTE
Indicates additional information as a reference.
Samsung Electronics America
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WEC8500/8050 Operation Manual Version 5.2
VERSION
DATE OF ISSUE
REMARKS
5.2
02.2015.
Updated for US Market to support software V2.4.19R
5.1
08.2014.
Updated for US Market
5.0
05. 2014.
- Updated the content overall in accordance with the
package version 2.0.0
4.0
01. 2014.
- Changed contents
1.3.1 WEC8500 Configuration and Functions
4.2.6.3 Tech Support Information
3.0
10. 2013.
- Updated the content overall in accordance with the
package version (WEC8500 version 1.4.4, WEC8050
version 1.0.0)
- Added contents for WEC8050
2.0
06. 2013.
- Updated the content overall in accordance with the
package version 1.3.0
Revision History ......................................................................................................................................... 5
CHAPTER 1. Access Point Controller System Overview 19
The Samsung Access Pointer Controller (APC) comprehensively manages the user
information and traffics while managing an Access Point (AP), i.e. a device that provides
wireless connection service for a user terminal in a Wi-Fi environment. There are two types
depending on the AP capacity; WEC8500 and WEC8050. It comprehensively manages all
the APs and provides services in a wireless LAN environment. Because AP and APC are
connected in tunneling, all the user traffics are exchanged and processed.
The APC is typically installed at a position where it can be connected to a backbone switch,
core switch or router in a network of enterprise environment and it controls a wireless LAN
AP and provides the functions for Wireless LAN (WLAN) services such as handover and
QoS, security/authentication, etc. The Samsung WEC8500 provides its services up to 500
APs. It can provide its services up to 10,000 connected user devices. Meanwhile, the
WEC8050 can accommodate maximum 75 APs and provides the service to maximum 1500
user devices.
The APC provides a WLAN network environment through AP management and also
provides various communication services required by enterprise customers in a wireless
environment by interoperating with other enterprise solutions. It provides Wireless
Enterprise (W-EP) solution in an enterprise environment by making the collaboration
applications such as telephone, message, or communicator, etc., that has been used in a
legacy wire environment, be able to be used in a wireless terminal such as smart phone,
tablet PC, or notebook.
Samsung ElectronicsAmerica
Mobile Server
Mobile device
management, etc.
(WEC8500)
Terminal
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based on Android
WEC8500/8050 Operation Manual Version 5.2
Figure 1. System Structure for Wireless Enterprise Solution
The Samsung W-EP solution, as shown in figure, comprehensively includes various
enterprise applications which are provided by wire/wireless infrastructure products and
wireless terminals. The WLAN network, a wireless infrastructure solution that provides
mobility in an enterprise environment, consists of W-EP wireless LAN Access Point (AP),
W-EP AP Controller (APC), and Wireless Enterprise WLAN Manager (WEM). (Future
Release)
The Samsung APC and W-EP wireless LAN AP are core devices that provide various
services such as user authentication, wireless management, voice and data service, etc. in
the 802.11-based Wi-Fi environment. The WEM provides convenient configuration
environment, various statistics, and event information to an operator. (Future Release)
Term
In this manual, the WEC8500/WEC8050 and APC commonly represent Samsung
AP Controller. In addition, the AP means Samsung W-EP wireless LAN AP.
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WEC8500/8050 Operation Manual Version 5.2
W-EP AP
IP-PBX
WEC/8050WEC8500
WEM
Router
Internet
…
…
Ethernet Switch
FMC client
1.2 Network Configuration
The network configuration of Samsung W-EP solution that includes APC is shown below.
Figure 2. W-EP Network Configuration
IP-PBX
As an enterprise call manager, it is a switch required to provide the Fixed Mobile
Convergence (FMC) function to a wireless terminal (optional).
APC (WEC8500/WEC8050)
The APC manages all the W-EP wireless LAN APs installed in an enterprise
communication environment and it also manages user information and traffics.
Because the W-EP wireless LAN network configuration uses a centralized structure where
all the wireless user traffics are in tunneling through the APC, the APC is one of the most
important elements related to traffic management and throughput in the W-EP environment.
An APC is typically installed at a position where it can be connected to a backbone switch,
core switch or router in a network. It controls the W-EP wireless LAN AP and provides
handover, QoS, and security/authentication functions.
WEM (Future Release)
In the W-EP wireless LAN environment, various services are provided through a complex
network configuration. As many users are involved, its management is complex and
difficult. A normal network administrator can hardly handle any problematic issue as well
as a normal management task. The WEM is a Network Management System (NMS) that
efficiently manages this kind of W-EP wireless LAN network and service environment.
It manages a WLAN network, retrieves and configures the status of APC or W-EP wireless
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LAN AP.
W-EP AP (W-EP Wireless LAN AP)
The W-EP wireless LAN AP is a device that provides wireless connection service to a user
terminal. It should be installed by considering the service area or region that will be
provided in an enterprise environment. Typically, the number of W-EP wireless LAN APs
is determined by considering the size of installation area and the number of users to secure
service coverage.
Ethernet Switch
Typically, because an AP is installed in a user area, use a Power over Ethernet (PoE) switch
that does not use a power line for the beauties of environment, etc. Install the W-EP
wireless LAN APs by considering current consumption and the power capacity PoE switch.
In addition, because power drop may occur if the distance between the switch and W-EP
wireless LAN AP, the relationship between distance and power must be considered.
Typically, the distance between these two must be 100 m or less in order to avoid power
drop.
Wireless terminal/WeVoIP Client
Terminal that provides the 802.11a/b/g/n interface such as smart phone, tablet PC, or
notebook computer, etc. In an Android smart phone, an enterprise Voice over IP (VoIP)
application equipped with the Samsung voice engine is called a WeVoIP client (The
WeVoIP client is an option).
Wireless additional service
In the W-EP environment, various application services are required as well as basic
wireless connection services.
The Wireless Enterprise Security (WES) provides a security service that is one of the most
important elements in an enterprise environment. The WES can seamlessly receive wireless
connection service through the security services such as unauthorized terminal,
unauthorized AP, or ad hoc connection blocking, etc.
Location service that manages the location of a terminal in a wireless environment is also
an application service required in an enterprise environment. With this, it is possible to
manage the location of an effective user or an unauthorized user.
IP application service
The IP application servers required in an existing wire network including Dynamic Host
Configuration Protocol (DHCP) server, DNS server, web server, or RADIUS authentication
server are also used in the W-EP environment. Especially, the DHCP server and RADIUS
authentication server play a critical role in the wireless environment.
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LED
Status
Description
SYS
Green
The system is operating normally
Orange
The system is now booting
Red
Preparing the system for booting
FAN (fan
module)
Green
The installed FAN module is operating normally
Orange
The system is now booting
Red
Fan module fault has occurred
PS1 (power
module 1)
Green
Normal operation of installed power module 1
Red
Power is turned off or a fault occurred while the power module 1 is
installed.
Off
Power module 1 is not installed.
PS2 (power
Green
Normal operation of installed power module 2
Power Module
Ground hole
System LED
Console port
Management port
1G Optic port
10G Optic port
USB port
1.3 APC Configuration and Functions
1.3.1 WEC8500 Configuration and Functions
The Configuration and the purpose of each item of WEC8500 are as follows:
Figure 3. WEC8500 Interface-Front/Back
System LED
System LED indicates the various statuses of system. Each LED displays the following
information.
Figure 4. System LED Configuration
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WEC8500/8050 Operation Manual Version 5.2
LED
Status
Description
module 2)
Red
Power is turned off or a fault occurred while the power module 2 is
installed.
Off
Power module 2 is not installed.
Configuration item
Status
Description
LED
Green
Turned on for link connection
Orange
Blinking for data exchange
Connector
-
Connector for UTP cable connection
LED
Connector
Console port (RS232C)
A console port is used to check the operational status of WEC8500 or for input through the
CLI. Its basic requirements are as follows:
The WEC8500 provides a 10/100/1000BASE-T port (RJ-45) for management purpose.
It is working in 10/100 Mbps half duplex/full duplex mode or in 1000 Mbps full duplex
mode. Because it supports the automatic MDI/MDI-X function, you can use a straightthrough cable for all the network connections to a PC, server, switch, or network hub.
Figure 5. Management Port Configuration
When connecting a cable to the management port, make sure to check if the cable complies
with the 10 BASE-T, 100 BASE-TX, or 1000 BASE-T.
Cable type: UTP or STP cable using RJ-45 connector
10 BASE-T: Category 3 or higher
100 BASE-TX: Category 5 or higher
1000 BASE-T: Category 5 or higher (Category 5e or higher is recommended)
Isolate from wireless frequency disturbing waves
Shut down electrical surge
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WEC8500/8050 Operation Manual Version 5.2
Configuration item
Port/LED
Description
10 GE ports
LINK/ACT 1, LINK/ACT 2
LINK/ACT status of each port
- Turned on for link connection
- Blinking for data exchange
10G 1, 10G 2
10 GbE Optic module connector
1 GE port
LINK/ACT 1~LINK/ACT 8
LINK/ACT status of each port
- Turned on for link connection
- Blinking for data exchange
1G 1~1G 8
1 GbE Optic module connector
1G port
LINK/ACT LED
1G port
10G port
10G port
LINK/ACT LED
Separate the electrical wiring of a switch or related devices and the electromagnetic
area of network data line
Cable or connector and safe connection without damaged cable sheath
The 1000 BASE-T standard does not support the forced mode.
The auto-negotiation function must be always used for 1000 BASE-T port or trunk
connection.
Optic port
It provides two 10 GbE Optic ports and eight 1 GbE Optic ports and the operational status
of each port is displayed in LED.
Connector
Figure 6. Optic port configuration
Connector
USB port (Host 2.0)
The WEC8500 provides a USB host port that supports the upgrade of WEC8500 operation
software.
A typical USB memory stick is supported.
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WEC8500/8050 Operation Manual Version 5.2
Configuration item
Description
Power input connector
Connector to connect the power cable to
Power switch
Switch to turn on/off power
AC LED
Turned on when there is a normal AC power input.
DC LED
Turned on when there is a normal DC power output.
Power input
connector
AC LED
Power
switch
DC LED
Power module
Figure 7. Power module configuration
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WEC8500/8050 Operation Manual Version 5.2
LED
Status
Description
SYS
Green
The system is operating normally
Orange
The system is now booting
Red
Preparing the system for booting
FAN
Green
The installed FAN module is operating normally
Orange
The system is now booting
Red
Fan fault
PWR
Green
The power is supplied normally
Off
The power is turned off or not supplied
Status LED
Console Port
Ethernet Port
Ground hole
Power
1.3.2 WEC8050 Configuration and Functions
The configuration and the purpose of each item of WEC8050 are as follows:
Figure 8. WEC8050 interface-Front/Back
Status LED
This LED indicates the various statuses of system. Each LED displays the following
information.
Figure 9. Status LED configuration
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WEC8500/8050 Operation Manual Version 5.2
LED
Status
Description
ACT
Orange blinking
Blinking while data exchanging
Off
No data exchanging
LINK
Green
Link connection display
Off
No link connection
LINK LED
ACT LED
Console port (RS232C)
A console port is provided to check the operational status of WEC8050 or for input through
the CLI.
Its basic requirements are as follows:
1.4 APC Application Configuration and Service
Scenario
1.4.1 Basic Configuration
To provide wireless connection service using a wireless LAN in the W-EP environment, the
W-EP wireless LAN AP that helps a terminal connect to the network through wireless and
an APC that controls the terminal are basically required. Especially, the role of APC is
critical to guarantee QoS of various services and provide high level of security functions in
an Enterprise communication environment. As various elements are required in the W-EP
environment, it is necessary to intuitively or organically manage each element via WEM.
(Future Release)
In addition, the IP application servers including authentication server, DHCP server, or
DNS server which is a basic network configuration element in a wire enterprise
environment are also interoperated to provide more convenient and various mobile services
to users. One outstanding example is the WeVoIP service that provides enterprise level
VoIP in a wireless LAN. With this, the wire/wireless integrated voice service can be
provided.
An example of service configuration diagram using the W-EP wireless LAN system is
shown in the below figure. The configuration diagram is based on Samsung APC
(WEC8500).
server
Samsung Electronics America
Backbone
server
Figure 11. Basic Configuration of W-EP Wireless LAN System
switch
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PRI
Firewall
Internet
Backbone
SBC
PSTN
IP-PBX
Media G/W
APC
WES
Loc
WEM
AAA
DHCP
PoE switch
Access switch
PoE switch
Access switch
IP-PBX
W-EP AP
W-EP AP
The basic W-EP wireless LAN network configuration is a centralized structure where all
the wireless user traffics go through tunneling between APC and W-EP wireless LAN AP.
Therefore, the network information such as subnet information allocated to a wireless user
depends on the configuration of backbone network where the APC is connected.
This provides the following advantages during network configuration and setup.
Installing the APC is just adding it to a legacy data center or backbone network.
Therefore, the possibility of physical change of core network can be reduced.
In addition, separate design of wire/wireless network is easy using the APC as a
boundary.
No dramatic network change is required to install the W-EP wireless LAN AP.
An AP installed in a user area is located in various local network environments in a
wide region. Although it is unavoidable to install or expand a PoE switch, the
modification of local network where wire users are already configured can be
minimized.
Because the APC relays all the user traffics, it can restrict a wireless attacker’s effects
and provide differentiated service for each user.
1.4.2 Configuration of Multiple APC for Redundancy
The APC provides the redundancy function to guarantee QoS for various services and
provide service stability in the W-EP environment.
An example of service configuration diagram for redundancy is shown in the below figure.
switch
server
server
Figure 12. Example of W-EP Wireless LAN System Configuration for Redundancy
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