ATOM OD06 CPE Installation & Configuration Guide Model EG8013L-M11-EUD April 2020 Version 1.
About This Document This document is for operators who will be installing and configuring the Baicells ATOM OD06 CPEs, model EG8013L-M11-EUD. This document version is based on the firmware version BaiCE_BG_1.6.11. Related Documents All technical specifications and documents are on the Baicells website under Resources > Documentation. Baicells SNAP PoE+ Router Data Sheet Baicells SNAP PoE+ Router User Manual Baicells ATOM OD06H/L Data Sheet Copyright Notice Baicells Technologies, Inc.
Table of Contents List of Figures ..................................................................................................................................................................... 4 List of Tables ....................................................................................................................................................................... 6 1. Introduction ............................................................................................................
3.7.5. System Security .............................................................................................................................................. 33 3.7.6. Connect Limit.................................................................................................................................................. 34 3.7.7. Schedule ........................................................................................................................................................
FIGURE 24: INTERNET STATISTICS ............................................................................................................................................. 18 FIGURE 25: LAN STATUS ........................................................................................................................................................ 19 FIGURE 26: DEVICE LIST .......................................................................................................................................
FIGURE 73: SYSTEM LOG ........................................................................................................................................................ 42 FIGURE 74: SYSTEM LOGS....................................................................................................................................................... 42 FIGURE 75: SYSTEM MESSAGE SETTINGS ..........................................................................................................................
1. Introduction 1.1. Description The Baicells Atom OD0406 Outdoor Low-Gain and Outdoor High-Gain User Equipment (UE) is part of a broadband wireless access system that integrates with Long-Term Evolution (LTE) backhaul networks to provide subscribers with Internet access. The UE, also referred to as Customer Premise Equipment (CPE), communicates through a wireless connection to the operator’s eNodeB’s (eNB) at cell sites located in the region. The eNBs communicate with the backhaul network (Figure 1).
a) NAT Mode, the ODU work as a LTE and Ethernet Gateway, it converts LTE network data to local Ethernet data. b) Tunnel Mode, the ODU can build a L2 or L3 VPN tunnel with a designated VPN server. c) Bridge Mode, the ODU can bridge it LTE IP address to LAN port devices, when configured as the bridge, the CPE’s LAN port will work as trunk mode, so it can’t assign IP address to any no-trunk devices (like PC), so you have to Manual Configure the PC’s IP address in the same broadcast domain (e.g. 192.168.150.
1.3. Features The Baicells Atom UEs provide robust throughput and are designed for growth and expansion as technology evolves. Some of the key features and attributes of the Atom outdoor UEs are listed below. Exact specifications vary by model. For the latest information, please refer to the Baicells website for your specific UE model. Standardized LTE TDD bands 48. Customization may be requested.
Table 2: Materials Item Description Ethernet Cable Ground Wire Outdoor shield CAT5E, shorter than 330 feet 16mm2 yellow-green wire 2.2. Dimensions The Baicells Atom outdoor low-gain and high-gain models of user equipment are powerful, standards-based devices designed to connect seamlessly to any standard LTE eNB operating on the same frequency band. The devices have a small, sleek form factor (Figure 3), yet are ruggedized for the most challenging outdoor environments.
Table 3: LEDs LEDs vary by model – not all models will have all of the LEDs listed below. Identity MIU Description - LTE Yellow LTE network status SIM/USIM Color SIM/USIM card status Blue Yellow Area Network Yellow Ethernet status PWR Power status Reserved for future use Steady On Reserved for future use Blinking Reserved.
2. Insert the service provider's SIM/USIM card into the card slot (Figure 6). Attention: Never power on the unit while installing or uninstalling the USIM card. Doing so could damage the card and the unit. Figure 7: LTE Network Architecture 3. Prepare the outdoor shielded CAT5E Ethernet cable. The Ethernet cable will run between the outdoor UE and the inside of the facility, where it will connect to the PoE adaptor and LAN. Cable length will vary by location. 4.
b. Atom High-Gain UE: Connect the ground cable to the grounding screw in the ground row (Figure 6). The figure is showing the UE mounted on a pole; mounting is covered in step 8. 7. Plug the power adaptor into an electrical outlet (Figure 12). Pay attention to the power adaptor interface directions noted on the adaptor itself. The LED indicators should light up when the unit is powered on. Figure 13: Power Adaptor 8. Mount the UE: If you are installing the UE on a pole, e.g.
a3) Attach the UE to the bracket, and tighten the screw (Figure 18). Figure 19: Attach UE a4) The UE is now ready for installation at its final outside location. Then, proceed to section 7 Basic Configuration. 10. Wall installation: a. Low-Gain UE: a1) Slip the bracket off of the Atom unit, and fit it on the wall to mark the drilling locations (Figure 11), The marked locations, drill four 10-mm diameter and 70-mm depth holes.
a4) Proceed to section 7 Basic Configuration. 2.6. Installation with Baicells SNAP Router To explain the installation, the procedure in Table 3 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. With the CPE powered OFF, loosen the screws on the 3. Using the Ethernet cable, connect the CPE PoE port waterproof cover and lift to access the interfaces.
NOTE: If either the CPE or the router is not running the correct firmware, the router's LTE signal LED will be OFF. Check for the latest firmware on the Baicells website, or contact Baicells support. The setup is complete and ready to work. To configure features using the CPE GUI, go to the next section. 3. Configuration 3.1. Computer Requirements The computer you use to connect with the CPE GUI must meet the requirements shown in Table 5.
Figure 23: Login Initially, use the default Username = admin/Password = admin (Figure 21). Once you are in the GUI, you will want to change the password; please refer to section 3.9.1 Account. 3.4. Status Menu 3.4.1. Overview After logging in, the GUI opens to the Status > Overview page (Figure 24). This page is a dashboard of key information regarding the CPE.
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.
Figure 28: LAN Status Figure 29: Device List Table 6: Status Field Name Description Connection State Connection status between the CPE and the network – either Checking SIM, Scanning, Registering, Acquiring IP, Connected, or Disconnected Signal Intensity Indicates the strength of the signal between this CPE and the serving eNB, either excellent, good, general, bad, or severe. The ODU CPE hardware typically displays 1 to 5 LEDs to indicate this level (Figure 3&4).
which the CPE operates Bandwidth The range of frequencies within the band the CPE may use for wireless communications with an eNB, expressed in MHz CINR The Channel 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. DL Frequency The frequency, in MHz, being used in the downlink (eNB to CPE).
3.5. Network Menu 3.5.1. LAN Settings Enter the Network > LAN DHCP Server enable, IP address, subnet mask, DHCP range, lease time, UPNP enable. Figure 30: DHCP Settings DHCP Static Leases settings can set by the host’s MAC address.
3.5.2. WAN Settings 3.5.2.1. NAT Mode The CPE will be worked at NAT mode, and all 8 APNs can be configured by Default router/Data/Mgmt/Voip bear types. Figure 32: WAN Settings 3.5.2.2. Router Mode When selected Router mode, the CPE will worked at router mode, it can dynamic update router tables. Figure 33: Router Mode 3.5.2.3. Tunnel Mode This CPE can support L2TP and GER VPN mode.
Figure 34: Tunnel Mode 3.5.2.4. Bridge Mode When the CPE worked at Bridge mode, the WAN ports address will bridge to LAN port, and the LAN port will worked at trunk mode. Figure 35: Bridge Mode 3.5.2.5. Mixed Mode Mixed mode can configured every APN with different mode (e.g. Bridge), this is a professional mode.
Figure 36: Mixed Mode 3.5.3. Static Routes Set Static routes of the CPE, it can configure LAN or WAN port routes, Gateway, Destination Network and Route Subnet Mask, in Current Settings, show all activated static routes.
3.5.4. DMZ In technology, the DMZ refers to a firewall between incoming WAN traffic and the LAN to which the CPE is connected. Two basic DMZ methods are (a) using a single firewall, also known as the three-legged model, and (b) using dual firewalls (Figure 36). These architectures can be expanded to create complex architectures depending on the network requirements.
3.6. LTE Menu 3.6.1. Connection Settings LTE connection settings includes Roaming settings, Default connection settings and Power Scan Option. Figure 41: Connection Settings 3.6.1.1. Roaming setting If set Roam enable, the CPE can access to other PLMN network, else the CPE just can access the network PLMN same with the SIM card. 3.6.1.2. Default connection If set always on, the CPE will automatic access the LTE network after booting, if set manual, the CPE need manual connection to the LTE network.
Figure 43: Scan mode Settings 3.6.2. Edit APN Profile An Access Point Name (APN) is the name of a gateway between a 3G/4G mobile network and another computer network, frequently the public Internet. Generally, multiple APNs are used for different business flows such as TR-069 management, voice, data, etc., and may support different services and QoS levels for different subscribers. Figure 44: APN Profiles The CPE supports 8 APN configurations.
Figure 45: PIN Management 3.6.4. Cell selection The Cell selection determines which frequencies the CPE’s routine scan of available frequencies will cover. Scanning is a process of tuning to a specific frequency and measuring the simplest signal quality [e.g., Received Signal Strength Indication (RSSI)].
Figure 47: Dedicated EARFCN Figure 48: Cell Lock 29
Figure 49: PCI Only Lock 3.6.5. SIM Lock Settings This feature may be used to lock the SIM card to the operator's network (Figure 48). Each operator has a unique Public Land Mobile Network (PLMN) number. Locking the SIM prohibits the users from accessing another operator's network. Figure 50: Throughput Statistics 3.6.6. MTU This is for setting the MTU of WAN (LTE) port, the range is from 1280 to 1500 Bytes.
3.7. Security Menu 3.7.1. IP Filtering When using a firewall server in the local network, invoke this setting to enable or disable the firewall for this CPE (Figure 52). Figure 52: Firewall Basic Settings When enable IP/Port Filtering, then the IP/Port Filter can be set.
Figure 54: IPv6 Filtering Settings: (1) IPv6 Filtering Mode: Blacklist, White list (2) IPv6 Filtering Log Dropped: enable / disable (3) Destination IP Address: the destination IP Address of the filter (4) Source IP Address: the source IP Address of the filter (5) Protocol: TCP, UDP, TCP/UDP, ICMPv6, ALL (6) Destination Port Range: the range of port (7) Source Port Range: the range of port (8) Schedule Index: Select box, if can be schedule by APPs (9) Remarks 3.7.3.
(3) MAC Address: the filtering MAC address 3.7.4. URL Filtering The Uniform Resource Location Filter (URL Filter) allows you to define a list of URL addresses users are forbidden from accessing. When you enable the filter, a Settings window appears. Enter the specific URL address users cannot access, as shown in Figure 54. To add more URL addresses, click on ADD. After entering the addresses and saving, the URL(s) you enter will appear in the URL List.
System Security Profiles, include High, Medium, None and Custom, every profiles will corresponding with a set of System Security Settings. Settings: (1) Remote Web Login: enable / disable (2) Remote Telnet: enable / disable (3) Access Control List: enable / disable (4) Block Port Scan: enable / disable (5) Block Syn Flood: enable / disable (6) SPI Firewall: enable / disable 3.7.6.
In previous Filter configurations, you can select the schedule index like below figure. Figure 60: Schedule Settings 3.8. NAT Menu 3.8.1. Port Forwarding When NAT mode is enabled as the WAN interface type (section 3.5.2), you can redirect a communication request from one address and port number combination to another. Only the IP address on the WAN side is open to the Internet.
Table 7: Port Forwarding Field Name Description WAN Port Range Enter the port number range for the remote device in the format of 1000 to 1500 LAN IP Address Enter the local host IP address. The address must be different from the IP address that is set for the LAN Host Settings parameter, but they must be on the same network segment. LAN Port Enter the local port number. Range is 1 to 65,535. Protocol Select the type of data protocol, either TCP, UDP, or TCP&UDP Remarks 3.8.2.
3.8.3. ALG The Application Layer Gateway (ALG) function provides a security component that augments a firewall or the NAT used by the CPE (if WAN Network Mode = NAT). It allows customized NAT traversal filters to be plugged into the gateway to support address and port translation for certain application layer control/data protocols such as SIP, TFTP, PPTP, L2TP and IPSeC. You can enable the different types of application protocols by clicking on the check box next to the protocol name (Figure 63).
3.9.3. NTP The operator's network may may use up to 4 Network Time Protocol (NTP) servers to provide correct time-of-day to network devices. In the CPE GUI you can refresh the local time display using the SYNC WITH BROWSER button; select the time zone that the CPE is in; and enable NTP client to use the default or specified NTP servers for synchronization (Figure 64). Figure 67: NTP Settings 3.9.4.
3.9.5. TR-069 Certificate This feature is used to upload the TR-069 certificate. Figure 69: TR-069 Certificate 3.9.6. Restore / Update Use the System > Restore/Update menu to reset the CPE to its factory default settings, to manually update the firmware, or to manually update a module within the firmware - meaning to apply a patch to the current firmware (Figure 67). Caution: Performing a restore or update action will disrupt service. 3.9.6.1.
3.9.7. Diagnosis 3.9.7.1. TCPDump Figure 71: TCPDump Settings Settings: (1) PC IP Address (2) PC PORT (3) Interface: ALL, LTE0PDN0 (APN0) 3.9.7.2.
3.9.7.3. Trace Figure 73: Trace Diagnosis Settings Settings: (1) IPv4/IPv6: Select the protocol (2) IP Address/Domain: IP Address or URL 3.9.7.4. Result Figure 74: Diagnosis results 3.9.8. Backup Settings This feature is used to backup the user settings, from the Web-GUI, you can Import / Export the settings.
3.9.9. System Log System log is the debug information of the CPE, when select the Setting, it can Export or Clear Logs. Figure 76: System Log Figure 77: System logs 3.9.10. System Messages Use this Web-GUI, you can Export System Message, Collect real-time system information and transfer system message to PC.
Figure 79: System Messages 3.10. Reboot Use the Reboot menu to perform a reboot of the CPE, as shown in Figure 80. 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. Figure 80: Reboot 3.11. Logout When you click on the Logout menu, you are automatically logged out of the CPE and returned to the login screen (Figure 81).
Figure 81: Throughput Statistics 44
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. Any Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment.
