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Summary of Contents for Baicells EP3011
- Page 1 SNAP PoE Router Installation & Configuration Guide Model EP3011 May 2020 Version 1.3...
- Page 2 Baicells Technologies, Inc., copyrights the information in this document. No part of this document may be reproduced in any form or means without the prior written consent of Baicells Technologies, Inc. The Baicells logo is a proprietary trademark of Baicells Technologies, Inc. Other trademarks mentioned in this document belong to their owners.
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Page 3: Table Of Contents
Table of Contents Introduction ..........................1 ..............................1 ESCRIPTION ODU CPE ............................. 1 UPPORTED ................................ 2 EATURES Installation ........................... 2 ..............................2 NTERFACES ................................3 ..............................3 ATERIALS ..............................4 ROCEDURE Configuration ..........................5 ..........................5 OMPUTER EQUIREMENTS CPE S .............................. - Page 4 11: B ............................. 10 IGURE UNDLED DDRESS 12: WAN ................................10 IGURE 13: WLAN (1 2)............................... 11 IGURE 14: WLAN (2 2)............................... 12 IGURE 15: D (2.4 GH SSID) ......................12 IGURE EVICE ONFIGURATION 16: I (2.4 GH SSID) ......................12 IGURE NTERFACE ONFIGURATION...
- Page 5 58: P ............................. 36 IGURE ATCHDOG 59: D ..............................36 IGURE IAGNOSIS 60: P ................................37 IGURE 61: T ..............................38 IGURE RACEROUTE 62: R ................................. 38 IGURE EBOOT 63: L ................................. 38 IGURE OGOUT List of Tables 1: I ................................
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Page 6: Introduction
Supported ODU CPEs SNAP PoE Router model EP3011 can power on passive PoE devices, and by default is configured in LTE Indoor Unit (IDU) mode. In LTE IDU mode, the router connects to a Baicells outdoor CPE and works in Bridge mode. -
Page 7: Features
User-friendly LED status indicators For the technical specifications, please refer to the data sheet on the Baicells website. Installation Interfaces The interfaces on the back of the PoE router equipment include a reset button, 2 LAN ports, a WAN port, a power adapter connector, and a power on/off button (Figure 2). -
Page 8: Leds
Ethernet cable Outdoor Shield CAT5E, shorter than 330 feet. Connects the CPE PoE port and the router WAN port. Ground wire 16mm² yellow-green wire Supported LTE ODU Baicells CPE model EG7035E, EG7035L, EG7010A, EG7010C, or EG8050A with CPE device corresponding firmware... -
Page 9: Procedure
Procedure To explain the installation, the procedure in Table 4 uses a Baicells Atom OD04L Outdoor Low-Gain CPE as the example. Refer to the CPE user manual on the Baicells website to complete some steps as indicated. Table 4: Installation Procedure 1. -
Page 10: Configuration
Safari 5 or later CPE Software The supported outdoor Baicells CPE must run the software designed for use with a SNAP router. At this time, the software version for CAT4 is BCE-BMI-1.2.0. If the outdoor CPE is not running this version, please download it from the Baicells website >... -
Page 11: Figure 6: Status
The Device Info pane displays the product name, software version, serial number, etc. The LTE Status pane shows important operational information, such as the CPE's SIM card status and its IMSI and IMEI numbers, wireless frequency being used, eNB connection status, and current signal strength and quality. Under Throughput Statistics you will see downlink (DL) and uplink (UL) data rates for current throughput (kbps), average rates, peak rates, and total throughput. -
Page 12: Table 6: Status
Hardware Version ODU CPE hardware version Module Name Type of LTE module in the CPE CloudKey Network operator's unique identity from Baicells Software Version ODU CPE operating software version Software Build Time Date and time the software was built Module Version... -
Page 13: Figure 7: Odu Cpe Signal Intensity (Strength) - Atom Od04L Example
DL MCS Downlink Modulation and Coding Scheme - an indication of channel conditions determining throughput in the downlink UL MCS Uplink Modulation and Coding Scheme - an indication of channel conditions determining throughput in the uplink SINR1 and SINR2 The Signal-to-Interference-plus-Noise Ratio reflects the signal strength of the signal received from the two antennas in the eNB, expressed in decibels (dB) NOTE: Additional SINR values are reported when a transmitting device is using more than two antennas. -
Page 14: Network Menu
3.4.2 Routes The Overview > Routes table lists all of the configured routing rules, including Allocation and Retention Policy (ARP) tables and active IPv4/IPv6 routes (Figure 8). For each item in the list, the IP address, MAC address, and interface type are displayed. Figure 8: Routes Network Menu 3.5.1... -
Page 15: Figure 10: Dhcp
3.5.2 WAN Settings Since EP3011 is an IDU device, set the CPE WAN interface to LTE (Figure 12). The types of Network Modes supported are Network Address Translation (NAT), Bridge, and Tunnel. NAT is the default mode and allows multiple hosts on a private network to access the Internet using a single public IP address. Selecting Bridge mode disables NAT and allows the CPE to function as a DHCP server without IP address conflict. -
Page 16: Figure 13: Wlan (1 Of 2)
SSIDs also provide a way to segment the WLAN for users with different security and VLAN configurations. − SNAP PoE Router model EP3011 supports up to 8 SSIDs, 4 for 2.4 GHz and 4 for 5.8 GHz. • Mode - Master or Client, where Master changes the device's channel to match its channel •... -
Page 17: Figure 14: Wlan (2 Of 2)
Figure 14: WLAN (2 of 2) Every SSID can be configured independently. The example in Figure 15 and Figure 16 is for an SSID in the 2.4 GHz range. Refer to Table 7 for a description of each field. Figure 15: Device Configuration (2.4 GHz SSID) Figure 16: Interface Configuration (2.4 GHz SSID) Table 7: SSID (2.4 GHz) Configuration Item... -
Page 18: Figure 17: Device Configuration (5 Gh Zssid)
Extended Service Set Identifier which is a name given to the WAP representing all SSIDs in the WLAN Mode Access Point EP3011 supports Access Point mode WMM Mode Enable/Disable Wi-Fi MultiMedia defines the quality of service (QoS) in the Wi-Fi network... -
Page 19: Figure 18: Interface Configuration (5 Gh Zssid)
Extended Service Set Identifier which is a name given to the WAP representing all SSIDs in the WLAN Mode Access Point EP3011 supports Access Point mode WMM Mode Enable/Disable Wi-Fi MultiMedia defines the quality of service (QoS) in the Wi-Fi network... -
Page 20: Figure 19: Wifidog Basic Settings
3.5.4 WiFidog WiFidog is a feature that may be used to build wireless hotspots for guest users. The feature requires a connection to a remote authentication server. When Wifidog is enabled, guest Wi-Fi devices must be authenticated through the remote authentication server. To enable WiFidog, in the Basic Settings tab click on the check box next to Enable (Figure 19). -
Page 21: Figure 22: Static Routes
Static Routes For the EP3011 PoE router you can configure IPv4 and IPv6 routes (Figure 22). Up to 4 Access Point Name (APN), or gateway, interfaces may be configured. To add a route, click on the ADD button to open a dialogue window where you can input the target IP address, netmask, interface type (APN, LAN, or WAN), and gateway address. -
Page 22: Lte Menu
Figure 24: DMZ LTE Menu 3.6.1 Connection Mode You can set the CPE to connect automatically to the network (assuming the user has inserted a valid SIM card), or you can set the connection mode to manual, where the user takes the action to connect to the network each time (Figure 25). -
Page 23: Figure 27: Dedicated Earfcn
Select one of the following options: • Full Band (default) – All channels in the band. − The CPE will routinely scan all channels in the band and all EARFCNs, increasing the time it takes to connect compared to the other modes. The band is dependent on the CPE model. •... -
Page 24: Figure 29: Pci Lock
The CPE supports 4 APN configurations. At least one APN (TR-069) must be configured when the CPE/eNB connect to the Baicells CloudCore. In the window (Figure 30) you will select the APN number (1-4), enable it, enter an APN Name, select the type of IP addressing (IPv4, IPv6, or IPv4v6), identify if it is the default gateway, and choose which type of protocol will be supported on it. -
Page 25: Security Menu
Figure 31: PIN Management 3.6.5 SIM Lock This feature may be used to lock the SIM card to the operator's network (Figure 32). Each operator has a unique Public Land Mobile Network (PLMN) number. Locking the SIM prohibits the users from accessing another operator's network. -
Page 26: Figure 34: Mac Filter
Figure 34: MAC Filter 3.7.3 IP Filter Internet Protocol (IP) Filtering allows you to filter services based on the IP address of the source device that is using the CPE to access the network (Figure 35). You can define a list of devices either allowed or forbidden from accessing the destination address range or port number range you enter. -
Page 27: Figure 36: Url Filter
Destination Address Enter the IP address range for the destination device(s) to be filtered, in the format of Range x.x.x.x or x.x.x.x/mask. The mask value may be 0 or 32. Destination Port Range Enter the port number range for the destination device(s) to be filtered, in the format of 1000 to 1500, or 1000. -
Page 28: Figure 38: Port Triggering
Table 10: Port Forwarding Field Name Description Service Type Select the type of service, either Custom, DNS, FTP, IPSec, POP3, SMTP, PPTP, Realplay, SSH, HTTPs, SNMP, SNMP Trap, Telnet, TFTP, or HTTP Protocol Select the type of data protocol, either TCP, UDP, or TCP&UDP Remote Port Range Enter the port number range for the remote device in the format of 1000 to 1500 Local Host... -
Page 29: Figure 39: Alg
Figure 39: ALG 3.7.8 UPnP The Universal Plug & Play (UPnP) function provides a set of networking protocols that allows device-to-device networking on a local network. When UPnP is enabled, devices seamlessly and dynamically discover each other’s presence on the network and attach to one another and to network services. Often, UPnP is used for streaming media between devices on the network. -
Page 30: Vpn Menu
Figure 41: Attack Protection VPN Menu The Virtual Private Network (VPN) menu (Figure 42) enables you to configure a connection between the CPE and a VPN, e.g., to access a corporate network when telecommuting for work. You can enable a Layer 2 Tunneling Protocol (L2TP) gateway or a Layer 2 network connection to the VPN. -
Page 31: Figure 43: Ipsec
Figure 43: IPSec To configure an IPSec policy for this CPE, select the ADD POLICY button (Figure 44). Enter the policy name, remote gateway, local and remote subnets, and pre-shared key for the VPN connection. The Advance Settings offer additional parameters such as key exchange version, IKE encryption method, etc. Refer to Table 11. Figure 44: IPSec Table 11: IPSec Field Name... -
Page 32: Figure 45: L2Tp
IKE Authentication md5, sha1, sha256, sha384, or sha512 ESP Encryption des, 3des, aes128, aes192, or aes256 ESP DH Group none, modp768, modp1024, modp1536, modp2048, or modp4096 ESP Authentication md5, sha1, sha256, sha384, or sha512 Left Identifier 1-28 characters Right Identifier 1-28 characters KeyLife 120-604800 seconds... -
Page 33: Figure 46: Pptp
Table 12: L2TP Field Name Description Click on the check box to enable VPN Protocol L2TP Default GW Click on the check box to enable a default gateway Server IP Server IP address User Name Enter a user name Password Enter a password IPSec Encryption Enable or disable... -
Page 34: Figure 47: Gre
3.8.2.3 Generic Routing Encapsulation (GRE) is a communication protocol used to establish a direct, point-to-point connection between network nodes. GRE lets two peers share data they would not otherwise be able to share over the Internet. GRE encapsulates a wide variety of network layer protocols inside virtual point-to- point links over the IP network. -
Page 35: Figure 48: Openvpn
Figure 48: OpenVPN Figure 49: Server Figure 50: Client... -
Page 36: System Menu
3.9.2 Account This menu is used to change the login password for the CPE (Figure 52). The password must be 5 to 12 characters. Baicells recommends using a combination of upper- and lower-case letters and numbers. Figure 52: Account 3.9.3 WEB Setting WEB Setting provides the ability to configure and manage the CPE remotely (Figure 53). -
Page 37: Figure 53: Web Setting
Figure 53: WEB Setting Table 15: WEB Setting Field Name Description HTTP Select the check box next to Enable to log in to an HTTP Web address HTTPPort Enter the HTTP port number to be used. Range is 80 to 65,535. Default is port 80. HTTPS Select the check box next to Enable to log in to an HTTPS Web address Redirect HTTPS... -
Page 38: Figure 55: Tr-069
The range is 20 to 86,400 seconds. CloudKey If using the Baicells CloudCore, enter the operator's unique CloudKey. When the device powers up the first time it will automatically be added to the operator's OMC account. -
Page 39: Figure 56: Snmp
3.9.6 SNMP The Simple Network Management Protocol (SNMP) is used for connecting a device with a Network Management System (NMS) server. An operator's NMS can monitor and control the connected CPEs that have SNMP enabled. The NMS is able to collect event logs, alarm logs, and other data from those CPEs. To enable SNMP, select the Enable check box (Figure 56). -
Page 40: Figure 57: Restore/Update
Caution: Do not power off the CPE or disconnect it from the computer during an upgrade. To update (upgrade) the CPE to a different firmware version (Figure 57): 1. Download the image file from the Baicells support website (Baicells > Support > Downloads), and save it to your computer. -
Page 41: Figure 58: Ping Watchdog
3.9.8 Ping Watchdog Ping Watchdog is a feature used for detecting the Internet connection state of the CPE. If the CPE cannot connect to the Internet, if this feature is enabled it will reset the LTE module in the CPE firmware or reboot the CPE in an attempt to recover the connection. -
Page 42: Figure 60: Ping
3.9.9.1 Ping Ping is used to manually initiate a ping test to check connection status. Running a ping test will send data packets of a specified size from the CPE over the network to a target IP address. The results of ping determine if there is a connection and if there is any packet loss. -
Page 43: Reboot
Figure 61: Traceroute 3.10 Reboot Use the Reboot menu to perform a reboot of the CPE, as shown in Figure 62. It can take several minutes for the reboot to complete. After it reboots, the CPE GUI will display the login screen. Caution: The reboot action will disrupt service. -
Page 44: Appendix: Regulatory Compliance
Appendix: Regulatory Compliance FCC Compliance This device complies with part 15 of the FCC Rules. Operation is subject to the following two conditions: (1) This device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation.
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