LTE Outdoor CPE8100/8101 January 2018 System Manual
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Customer. Telrad will be obligated to support solely the two (2) most recent Software major releases. TELRAD NETWORKS SHALL NOT BE LIABLE UNDER THIS WARRANTY IF ITS TESTING AND EXAMINATION DISCLOSE THAT THE ALLEGED DEFECT IN THE PRODUCT DOES NOT EXIST OR WAS CAUSED BY PURCHASER'S OR ANY THIRD PERSON'S MISUSE, NEGLIGENCE, IMPROPER INSTALLATION OR IMPROPER TESTING, UNAUTHORIZED ATTEMPTS TO REPAIR, OR ANY OTHER CAUSE BEYOND THE RANGE OF THE INTENDED USE, OR BY ACCIDENT, FIRE, LIGHTNING OR OTHER HAZARD.
HEREIN RUN ONLY TO PURCHASER, AND ARE NOT EXTENDED TO ANY THIRD PARTIES. TELRAD NETWORKS NEITHER ASSUMES NOR AUTHORIZES ANY OTHER PERSON TO ASSUME FOR IT ANY OTHER LIABILITY IN CONNECTION WITH THE SALE, INSTALLATION, MAINTENANCE OR USE OF ITS PRODUCTS.
PLEASE READ THESE SAFETY PRECAUTIONS! RF Energy Health Hazard The radio equipment described in this guide uses radio frequency transmitters. Although the power level is low, the concentrated energy from a directional antenna may pose a health hazard. Do not allow people to come in close proximity to the front of the antenna while the transmitter is operating.
The CPE8100 (Category B CBSD) must report to a SAS to register and obtain spectrum grants per FCC part 96. Local administration should be executed through the domain proxy and all freq, bandwidth and power adjustments must be handled in coordination with the SAS and grant process. The device is not authorized to transmit without a grant and ships with TX disabled. It is the responsibility of the CPI to populate the CPI database and obtain a grant before the Device is permitted to Transmit.
Table of Contents 1. 2. 3. 2 OVERVIEW ............................................................................................................... 9 CPE 8100\CPE 8101 – COMMON LTE FEATURES............................................................................. 9 CPE 8100 PRODUCT HIGHLIGHTS ................................................................................................. 10 CPE 8100 ELECTRICAL / PHYSICAL SPECIFICATIONS ...................................................
5 6 7 8 9 10 VPN SETTING UNDER L2 BRIDGE MODE ....................................................................................... 30 L2 SERVICE UNDER L2 BRIDGE MODE .......................................................................................... 30 VLAN SETTING UNDER L3 BRIDGE MODE .................................................................................... 31 QOS SETTING...............................................................................................
1. Overview CPE8100/CPE8101 is a high performance LTE CPE family (Customer Premises Equipment) product designed to enable quick LTE service deployment to the remote customers. It provides high data throughput and networking features to end users who need both bandwidth and data roaming capabilities in the remote area. CPE 8100\CPE 8101 – Common LTE Features Standard Compliance Duplex Mode Frequency Bands LTE Interface 3GPP Rev. 9, UE Cat 4 3GPP Rev. 9, UE Cat 5 (Telrad BS Only) TDD B40 (2.3-2.
CPE 8100 Product Highlights Frequency Bands LTE UE Category 3.3-3.8GHz (Band 42, Band 43 & 3.3GHz ) *B48(3.55-3.7) * B48 only in US with use of domain proxy and Certified professional installer is required Category 4 (Any BS) Category 5 (Telrad BS Only) LTE Tx Power 27 dBm Peak Antenna Gain 15dBi User management Web Gui / TR69 Dimensions Environmental 203 x 203 x 76 mm / 1.5Kg 8.0 x 8.0 x 3.0 in / 3.
CPE 8101 Product Highlights Frequency Bands LTE UE Category B40 – B41 , B42-B43 * 8101 not certified for use in US Category 4 (Any BS) Category 5 (Telrad BS Only) LTE Tx Power 23 dBm Peak Antenna Gain 12 dBi User management Web Gui / TR69 Dimensions 310 mm (L) × 122 mm (W) × 75 mm (D) Environmental IP67 rating Operational Temperature Temperature range : -40 ~55℃ Package content CPE, POE, Power cable (US or EU), Mount Kit, Ethernet cable CPE 8101 Electrical / Physical Specifications Physica
2. Getting Started – CPE8100 1) Packing list Upon receiving the product, please unpack the product package carefully. Each product is shipped with the following items: Table 2-1 Packing List Outdoor CPE Products ODU unit PoE adapter Power cord Mounting brackets PC Ethernet Cable Quick User Guide Quantity 1 1 1 1 1 1 If you find any of the items is missing, please contact our local distributor immediately.
condition. The CPE should be properly grounded for proper protection against lighting or power surge. To power on the device, the outdoor CPE must use a 48V PoE integrated DC power supply adapter. The power adapters can operate in 100-240V AC range and therefore can be used in different country. Once the device is powered up, the user should wait for about 2 minutes before the device becomes operational. When the RUN LED becomes solid green, it indicates the system has completed the startup procedure.
Installing Outdoor Unit (ODU) – Wall Mount Note: The wall screws and screw anchors are not part of the package. Recommended screw size minimum 50mm length and 6-8mm diameter. Header Connection Grounding Make sure that the installation of the outdoor unit, antenna and cables is performed in accordance with all relevant national and local building and safety codes.
The Grounding screw is located on the lower part at the back of the unit (see Figure below). Use 10 AWG cable for grounding. Connect one of a grounding cable to the grounding screw and firmly tighten the grounding screw. Connect the opposite end of the grounding cable to a good ground(earth) connection.
LED Display LED Indicator Function Description PWR Power Indicator Green Color – Device is powered on RUN System Run Indicator Fast Blinking – Device is rebooting Slow Blinking – Device is in normal operation LAN LAN port status Solid Green – LAN port is up Blinking Green – LAN data activity in progress SIM SIM Card Indicator Light is on – SIM Card Ready RF Signal Strength 5 level signal strengths indication by 5 green LEDs 1st Green LED: -115dBm < RSRP 2nd Green LED: -115dBm <= RSRP <
3. Getting Started – CPE8101 4) Packing list Upon receiving the product, please unpack the product package carefully. Each product is shipped with the following items: Table 2-1 Packing List Outdoor CPE Products ODU unit PoE adapter Power cord Clamp PC Ethernet Cable Quick User Guide Quantity 1 1 1 2 1 1 If you find any of the items is missing, please contact our local distributor immediately.
the system has completed the startup procedure. To connect PC, LAN switch or other type of IP device to the CPE product, the user should use standard CAT5 Ethernet cable and connect to the appropriate LAN port. Once connected, the ETH LED indicator should come on.
LED Display Type ODU LED Function SYS System run indicator SIM SIM card indicator ETH LAN port status Solid Green – LAN port is up. Blinking Green – LAN data transmission. TEL VoIP Line Status OFF (Not used for CPE8101) RF (4LEDs) Description RF Signal Strength Fast Blinking – Device is rebooting. Solid green – Device is in normal operation. Light is on – SIM card state is ready. 4 level signal strengths indication by 4 green LEDs.
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2 Managing CPE Device CPE8101 is a user-friendly LTE CPE, and very easy to configure and setup. Subscribers can just connect the device to their computer or home switch/router and the device is ready to provide Internet Services. WEB Login It is a preferred to setup the CPE using a Web browser from a local PC connected to device LAN port. The user should ensure that the connected PC has acquired IP address via DHCP from the device.
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ND&S Configuration The LTE radio can be enabled or disabled via 4G Radio setting. The radio can also be reset via Reconnect. The CPE support both Mobile and Nomadic network selection mode. The Mobile mode will automatically scan the network and attach soon as the system has completed the startup procedure. The Nomadic mode allows user to configure up to 32 fixed channel and perform PLMN & cell selection based on certain criteria as specified in “Cell Selection” tab.
Cell Selection The cell selection menu is used to configure how CPE will select the best cell. User can configure the “Auto Select” mode to select cell based 3GPP standard. When configured with “preferred Listing”, user can add up to 8 desired cell ID to the list and the CPE will attach to the appropriate cell after a full scan. If Lock ND&S to the preferred list is enabled, the CPE will not connect to any cell if they are in the list.
PDN Setting This menu is used to configure the operator APN profile. You can configure single or multiple APNs for the operator network. The below shows an example of two APN configuration.
You can view the APN status info in the Status menu. SIM Card The SIM card menu is used to view the SIM card status and perform PIN code management for SIM card. You disable or enable the SIM card PIN check on the CPE to bind the SIM card inserted. 4 Network Configuration Internet This section allows user to configure the CPE operation mode, device name, MTU and etc.
Note when setting the connection mode as L2 Bridge or L3 Bridge, there will be a warning window pops up. Remember the management IP address 192.168.254.251 and click the “ok” button. When the user wants to manage the home page again, the PC should be configured a static IP address as 192.168.254.x manual in order to visit the CPE managing page http://192.168.254.251. LAN Setting The LAN setting allows user to specify the device LAN IP, DHCP server setting, Local DNS and etc.
Router/ NAT mode The following parameters should be configured (please, refer to the settings shown in the below screenshot): Connection Mode – defines the CPE networking mode. Should be set to "Router/ NAT" NAT Mode – enables/ disables NAT functionality. Should be checked. MGMT and Data interface – enables Management and Data (router) functions to use the same ("combined") or different ("separate") WAN-side interfaces.
PDN is for Management and additional PDN is for data traffic. For "single PDN" mode, set this parameter to "combined". Device Name, Host Name and Domain Name are optional parameters, used e.g. in DHCP. Recommended to leave the default values. MTU – defines the Maximum Transmit Unit (maximum IP-level datagram size) before IP-layer fragmentation. 3GPP recommends use of 1400 bytes (default) to avoid packet drops and fragmentation on S1-U interface between eNB and EPC. Use the default value (1400).
When setting the CPE into the "L2 bridge" mode, verify that TSDF flow endpoint is configured correctly – i.e. matching the BreezeWAY EPC virtual IP ("TSDF L2 end point IP Address" value). This should be configured in Network/ VPN tab. Verify that "GRE Destination IP address" is matching the BreezeWAY EPC parameter "TSDF L2 end point IP Address" in Networking/ Virtual Network EPC menu. VPN Setting Under L2 Bridge Mode Under the L2 Bridge connection mode, only L2 GRE can be configured as follows.
VLAN Setting Under L3 Bridge Mode Under the L3 Bridge connection mode, the following VLAN setting can be configured. When multiple APNs are configured, different VLAN LAN packets can be forwarded to different APN. QoS Setting This configuration menu allows user to tag DSCP or TOS value for CPE local data (Management) and LAN port data (Data).
DDNS Setting Under Router Mode This configuration menu allows user to configure use of different DDNS service for router mode operation. Traffic Control Setting Under Router Mode This configuration menu allows user to configure the data priority and allowed bandwidth for LAN data traffic.
5 Security Configuration Firewall This allows user to configure CPE firewall. ALG This allows user to configure the application level gateways for many common applications.
Defense This allows user to configure defense policy for the LTE and local LAN interface to prevent hostile attack.
Access Restrictions This allows user to define access policy for LAN devices. It can support URL blocking as well.
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6 Applications Configuration Port Range Forwarding This allows user to configure the port range forwarding rules for the CPE in router mode. Port Forwarding This menu allows user to configure the port forwarding rules for the CPE in router mode. DMZ This menu allows user to configure the DMZ setting for CPE in router mode. Web server, Telnet/SSH and Ping Service port can be exempted from DMZ mapping if required.
UPnP This menu allows user to configure the UPnP application for on-demand “DMZ” support. The current forwarding rules created can be viewed and cleared if required. Port Triggering This menu allows user to configure forward certain port range to different port range for specific protocol.
7 Management Device Management The menu allows user to configure device management mode and various control. Telnet, SSH for Telrad R&D, and HTTPs can be enabled or disabled via configuration. Auto WEB GUI logout can also be configured.
Note: Telnet is enabled only for development purposes, for normal deployment it shall be disabled. TR069 The menu allows user to configure the necessary setting for TR069 management of the CPE device.
8 Maintenance General The menu allows user to configure the WEB GUI login password, time and language setting.
Firmware Upgrade This menu allows user to perform firmware upgrade via WEG GUI with option to reset to factory setting. It can also configure the remote upgrade using FTP, TFTP or HTTP.
Config Management This menu allows user to backup or restore device configuration file. Ping This menu allows user to perform PING tests using WEB GUI interface. Both IPv4 and IPv6 can be supported. Iperf This menu allows user to configure iPerf testing using WEB GUI interface. Both TCP and UDP tests can be supported. Remote iPerf server is required to conduct the tests.
System Reset This menu allows user to reboot the device or restore the device to factory defaults. Special care needs to be taken when restoring factory defaults. 9 Status System The menu shows the general system info of the CPE device. It includes connection, system, CPE and memory usage information.
Network The menu shows the general network status that includes PDN interface info, device routing info, and ARP table.
LAN The menu shows the local LAN network status including the LAN interface and DHCP Server setting and current DHCP clients connected.
10 FAQ and Troubleshooting 1) My PC cannot connect to the CPE. Re-plug the PC Ethernet cable and check if the PC LAN connection is up or showing activity. Check if the PoE power adapter LED is on. If it is not, check the power cord and make sure it is connected properly. Also verify that the AC power supply is available. If the PC LAN shows no activity and PoE adapter LED is off but the power cord is connected properly and there is AC supply, then it is likely the PoE adapter is damaged.
