Ericsson LG WIT400HE Wireless IP Terminal User Manual
Ericsson-LG Co., Ltd. Wireless IP Terminal
User Manual
WIT-400HE Installation Manual THIS DOCUMENT CONTAINS PROPRIETARY INFORMATION AND MAY NOT BE REPRODUCED OR COPIED WITHOUT EXPRESS WRITTEN PERMISSION OF A DULY AUTHORIZED REPRESENTATIVE OF LG-Ericsson Co.Ltd. Mar. 15-2012 WIT-400HE Installation Manual Date: 15/Mar/2012 REVISION HISTORY ISSUE 0.9A DATE Mar. 15 2012 BY Wireless Part Preliminary Release REMARK 0.9A Mar. 20.2012 Jongmin Choi Update s/w upgrade process and system registration. This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 TABLE OF CONTENTS SAFETY INSTRUCTIONS .................................................................................... 6 SAFETY INFORMATION .................................................................................... 6 1. GETTING STARTED ................................................................................... 7 1.1 OPTIONS & BASIC ENCLOSURE ..................................................................................................... 7 1.2 WIRELESS NETWORK CELL............................................................................................................ 8 1.3 ACCESS POINT ................................................................................................................................ 9 1.3.1 WHICH ONE IS BETTER ......................................................................................................... 10 1.3.2 HOW TO SET UP MULTIPLE APS ........................................................................................... 11 1.3.3 RECOMMENDED AP SPECIFICATION FOR WIT-400HE ........................................................ 11 1.4 IPECS SYSTEM ............................................................................................................................. 12 2. WIRELESS ENVIRONMENT SETUP..................................................... 12 2.1 BASIC IEEE 802.11B/G NETWORK DIAGRAM ............................................................................. 12 2.2 WHERE IPECS SYSTEM IS POSITIONED IN THE 802.11B/G NETWORK. ..................................... 12 2.3 AP CONFIGURATION ..................................................................................................................... 13 2.3.1 SSID..................................................................................................................................... 13 2.3.2 DTIM (DATA TRAFFIC INDICATION MAP) & BEACON ........................................................ 13 2.3.3 CONFIGURATION .................................................................................................................. 14 3. S/W UPGRADE ........................................................................................... 15 3.1 3.2 3.3 3.4 4. NETWORK CONFIGURATION FOR UPGRADE ................................................................................. 15 WEB SERVER SETTINGS .............................................................................................................. 15 USB ENABLE ........................................................... 오류! 책갈피가 정의되어 있지 않습니다. STARTING UPGRADE..................................................................................................................... 16 DEBUG DATA TRANSFER AND DIAG DATA TRANSFER .............. 20 4.1 DEBUG DATA TRANSFER .......................................................................................................... 20 4.1.1 CHECK DEBUG SETTING ...................................................................................................... 20 4.1.2 SENDING DEBUG DATA FROM WIT-400HE......................................................................... 20 4.2 STARTING DIAG. SERVER OF WIT-400HE .................................................................................. 21 4.2.1 CHECK DIAG SETTING ......................................................................................................... 21 4.2.2 SENDING DIAG. DATA FROM WIT-400HE........................................................................... 22 4.2.3 GETTING DIAG. DATA ON THE PC ....................................................................................... 22 4.2.4 DIAG. SAMPLE DATA ........................................................................................................... 23 5. CELL PLANNING ...................................................................................... 25 5.1 5.2 5.3 5.4 ACCESS POINT REQUIREMENTS .................................................................................................. 25 ACCESS POINT RANGE ................................................................................................................. 25 ACCESS POINT POSITIONING ....................................................................................................... 25 RSSI MONITORING ....................................................................................................................... 29 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 5.5 HANDOVER .................................................................................................................................... 30 5.6 TUNING POINTS ............................................................................................................................. 31 6. IPECS LIK SETUP ..................................................................................... 33 6.1 MFIM S/W VERSION ..................................................................................................................... 33 6.2 WIT-400HE REGISTRATION ..................................................................................................... 33 6.2.1 MFIM SETTING .................................................................................................................... 33 6.2.2 PROFILE SETTING OF WIT-400HE ....................................................................................... 34 6.2.3 SYSTEM SETTING OF WIT-400HE ....................................................................................... 35 6.2.4 TROUBLE SHOOTING FOR REGISTERING FAULT .................................................................. 35 7. IPECS CM SETUP ...................................................................................... 37 7.1 MFIM S/W VERSION ..................................................................................................................... 37 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 PREFACE The main objective of this document is to provide an instruction for proper installation of WIT-400HE. Mechanical feature is simply described and operation condition is precisely addressed to prevent the WIT-400HE from malfunctioning by environmental reason. In advance of the environmental consideration, please refer to this document it will help an installer in setting up basic circumstance for normal operation of the WIT-400HE. This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 Safety Instructions WARNING! To reduce the possibility of electric shock, do not expose your phone to high humidity areas, such as the bathroom, swimming pool, etc. Always store your phone away from heat. Never store your phone in settings that may expose it to temperatures less than 32°F or greater than 104°F, such as outside during a snow storm or in your car on a hot day. Exposure to excessive cold or heat will result in malfunction, damage and/or catastrophic failure. Be careful when using your phone near other electronic devices. RF emissions from your mobile phone may affect inadequately shielded electronic equipment nearby. You should consult with manufacturers of any personal medical devices, such as pacemakers and hearing aides, to determine if they are susceptible to interference from your mobile phone. Turn off your phone in a medical facility or at a gas station. Never place your phone in a microwave oven as this will cause the battery to explode. IMPORTANT! Please read the IEC SAFETY INFORMATION before using your phone. Safety Information Please read and observe the following information for the safe and proper use of your phone and to prevent any unanticipated damage by accident. Also, keep the user’s manual in an accessible place at all times after reading it. Unplug the power cord and charger during a lightning storm to avoid electric shock or fire. Do not use your phone in high explosive areas, as the phone may influence high frequency devices. Do not put your phone in a place subject to excessive dust, and be careful to keep the minimum required distance between the power cord and heat sources. Unplug the power cord prior to cleaning your phone, and clean the power plug pin when it is dirty. Do not damage the power cord by bending, twisting, pulling, or heating. Do not use the plug if it is loose, as it may cause fire or electric shock. Hold the power cord plug firmly to plug and unplug the power cord. Ensure the plug is firmly connected. If it is not firmly connected, it may cause excessive heat or fire. Do not place any heavy item on the power cord. Do not allow the power cord to be crimped, as it may cause fire or electric shock. Be careful not to let the battery contacts touch metal conductors such as a necklace or coins. When shorted, it may cause an explosion. Do not disassemble or allow heavy impact to the battery as it may cause electric shock, short-circuit, and fire. Store the battery in a place out of reach of children. Using a damaged battery or placing a battery in your mouth, may cause serious injury. Do not place items with a magnetic strip, such as a credit card, phone card, bank book and a subway ticket, near your phone. The magnetism of the phone may damage the data stored in the magnetic strip. Do not hold or let the antenna come in contact with your body during a call. Talking on your phone for a long period of time may reduce the call quality due to heat generated during use. Do not allow excessive vibration or impact to the phone. When you do not use the phone for a long period time, store it in a safe area with the power cord unplugged. This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 1. Getting Started 1.1 Options & Basic Enclosure Cautions Using the phone near receiving equipment (i.e., TV or radio) may cause interference. Keep your phone in a safe place when not in use. Only use the batteries, antennas, and chargers provided by LG-Ericsson. Using unauthorized accessories could void your warranty. Only authorized personnel should service the phone and its accessories. Faulty installation or service may result in accidents and consequently void the warranty. Do not hold the antenna while the phone is in use. Do not use the phone in designated no cellular phone use areas. Do not expose the phone to high temperature or humidity. Avoid getting your phone wet. If the phone gets wet, turn the power off immediately and remove the battery. If the phone is non-functional, return it to the dealer for service. Avoid shock or impact to the phone. Basic Enclosures: Unpacking the box, customer will see the following items. 1) WIT-400HE Phone WIT-400HE WiFi Phone. You should be able to find MAC address tag at the back side of the phone. 2) Rechargeable battery Rechargeable battery. LG-Ericsson logo should be displayed. 3) Travel adaptor/ Power cable The one end is plugged into power tab, the other one is slotted into WIT400HE Jack. 4) Handstrap 5) Ear Microphone In the cable of ear-microphone, there is a remote control button. It is useful for hands-free way operation. This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. HE Installatioon Manual WIT-400H Date: 15/Mar/2012 http://www.lge ericsson.com m/ 6) Userr manual 7) Desk ktop Holder Download >M Manual-MPR Desktop holder will be pro ovided. 8) Unit Label Options s: User need to purchase de esktop holderr with additio onal paymentt. 1) USB B cable If you fin nd the tradem mark of LG-E Ericsson on the t recharge eable batteryy, the deliverry is strictly cconfirmed by LG-Ericssson Co.Ltd. 1.2 Wireless Network C Cell Fundamental topolog gy of the IEE EE 802.11b/g g based wire eless networkking is the ovverlapped co oncatenation of more than two cell ranges. The e following figure shows the example e of a cell are ea. This Doccument Contaains proprietarry informatioon and may noot be reproducced or copiedd without exprress Written ppermission off a duly authorrized represen ntative of Ericcsson-LG Co..Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 The WIT-400HE is only 802.11b/g compliant, its maximum frequency is 2.4GHz and 54 Mbps maximum bandwidth. For more detail information of cell planning, please refer to the manual of AP. 1.3 Access Point The following is a list of APs that have been made an imperative experimentation with the WIT-400HE and the result. Rank AP Max retry Simultaneous Reject after counter Call Full Assoc Roaming Multiple Power SSID control WPA Best Cisco – AP1231G 12 Good Cisco – AP1121G 10 Max retry counter : It’s the maximum retry counter of data packet from AP to client. If the retry counter of a packet exceeds the limit, the packet is discarded. If the AP don’t support max retry counter, it can make network busy by excessive retransmit when a user goes to out-of-range in conversation. When the receiving packet rate is very low during 10 seconds, WIT-400HE disconnects the call to prevent excessive retransmit of packets. The simultaneous calls are estimated in idle network configuration, so it can be decreased by the network condition. When the AP is commonly used for data and voice, the bandwidth for voice call will be decreased. If you use overlapping channels, radio frequency interference can occur, which leads to connectivity issues and in poor throughput. Reject after Full Assoc. : This feature support to restrict the number of association simultaneously for load balancing. Roaming : It means that the call in conversation is not disconnected when it reams to other AP. To support seamless roaming, the signal range of each AP should be overlapped. If you need to use roaming feature, we strongly recommend Cisco AP. The other APs above support roaming but they are unstable. We received report that the phone is muted sometimes after roaming with This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 Linksys AP. We found that sometime the AP doesn’t send packets after roaming in our laboratory investigation. O : We strongly recommend. ∆: It supports roaming feature, but it’s unstable or not verified enough. X : It doesn’t support roaming feature. Multiple SSID : The AP supports multiple SSID. AP TX Power Control : It can control the signal range of AP. It’s very important to install multiple APs in small area. The frequency of adjacent APs is overlapped too much, you can decrease the transmit power to reduce the interference of radio frequency. WPA : It make wireless network more securely protected. It authenticates with the server and changes the encryption key dynamically. IPOne AP is made in Korea. Note: In case using AP supported 802.11n, we recommend Cisco Aironet 1250 Series AP. However, you must reconsider cell plan include because of the characteristics of 802.11n MIMO AP. We recommend you contact the Access Point technical support team 1.3.1 Which one is better Depending on the internal implementation of IEEE802.11b/g protocol inside of the APs, roaming across two contiguous regions may be affected. Cisco is currently showing most optimized seamless roaming. CISCO APs are strongly recommended to customers. IPOne is estimated that it’s less than CISCO but it performed good as we can recommend. Other APs did work well in low traffic, but it’s unstable in high voice traffic, more than 8 calls simultaneously. Other APs also don’t support transmit power control. If you need to use multiple APs, we strongly recommend Cisco AP. The other APs are unstable for the roaming feature. The most important thing to select AP is the environment of the site to install. The number of simultaneous voice call should be considered carefully to support stable voice quality. We also recommend that the association number of an AP doesn’t exceed 30 clients to prevent poor voice quality. We can suggest as follows in each conditions. (1) 20 ~ 30 clients in an AP (less than 12 calls simultaneously) A. Cisco-AP1231G (2) 10 ~ 20 clients in an AP (less than 10 calls simultaneously) A. Cisco-AP1231G B. Cisco-AP1121G (3) Less than 10 clients in an AP (less than 8 calls simultaneously) A. Cisco-AP1121G 10 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 1.3.2 How to set up multiple APs Our recommendation is that one AP(Access Point) is used for one cell area. If you would install more than two APs for a cell, we recommend you to use the same SSID for each AP. And the APs should have different RF channel far away than 5 channels each other. For example, AP1 has RF channel 1, then AP2 should have RF channel 6. If the RF channel number of the APs is overlapped near within 5 channels, the retransmission for data communication may be increased. As the result of this the standby time of WIT-400HE may be decreased and the voice quality will be very poor. So, you should check this carefully. If you want to increase the capacity of wireless network by increasing APs, you need to control the transmit power level of APs not to overlap too much. If the radio frequency is overlapped too much, it can decrease the throughput of the APs. Please refer to “6. Cell Planning” chapter to get the detail information for installing multiple APs 1.3.3 Recommended AP specification for WIT-400HE There are many kinds of Access Point in the world. To recommend proper Access Point for WIT-400HE, LG-Ericsson specified as the following. An Access point has more satisfied item, it is better to WIT-400HE. When you purchase an AP, you’d better to refer to this list. No Item 802.11 b/g Simultaneous call Reject access when full traffic Max retry counter Continuous call Roaming within same kind of AP Traffic distance Antenna diversity AP manager 10 11 12 13 14 15 16 17 18 19 20 21 WDS External antenna European CE Type Approval USA UL Type Approval USA FCC Type Approval Canada CSA Type Approval Korea MIC Type Approval WiFi certification RF power control DHCP, NAT Price QoS Description 802.11 b/g should be supported Minimum 4 simultaneous calls should be supported It can be adjusted in the admin program It can be set in the admin program or should not be transmitted Long term call(longer 12 hours) should be supported Seamless handover/roaming should be supported Longer than 200 meters More than 2 antennas AP manager can some configuration like channel, SSID, WEP key, and so on. Wireless Distribution System should be supported Connector type should be supported CE should be approved for European market UL should be approved for USA market FCC should be approved for USA market CSA should be approved for Canada market MIC should be approved for Korea market WiFi should be certified for mutual compatibility Fixed power and auto power should be supported DHCP and NAT should be supported Low price Voice packet should be handled with high priority 11 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 1.4 iPECS System The iPECS System is a call controller of the WIT-400HE. WIT-400HE can be registered within a same LAN subnet or other subnet which is routed to the system network. 2. Wireless Environment Setup This section describes AP(Access Point) configuration for normal operation of WIT-400HE. The AP should be plugged into a switch/hub for connectivity with the subnet of office. 2.1 Basic IEEE 802.11b/g network diagram The following figure exhibits network infrastructure of 802.11b/g compliant network diagram. APs are connected to a HUB in subnet, since WIT-400HE is able to access the Internet. The iPECS LIK and WIT-400HE system work on top of this context. 2.2 Where iPECS System is positioned in the 802.11b/g network. The following is a basic configuration of IEEE802.11b/g environment to enable WIT-400HE and the iPECS System. 12 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 (1) WIT-400HE / AP: - IEEE 802.11b/g network - SSID / DTIM interval configuration within AP (2) AP / iPECS LIK: - Direct connection : AP - Indirect connection : AP 2.3 PoE of iPECS System HUB PoE of iPECS System AP Configuration Depending on vendors of AP, the following two parameters should be carefully set up. 2.3.1 SSID SSID is for authentication use. An AP can have an arbitrary SSID value for example “wireless”. In this case, WIT-400HE with “wireless” SSID can communicate with that AP. It is important to use accurate SSID on both WIT-400HE and AP. Recommendation) (1) If you are free of security, please just use one SSID for all APs and WIT-400HE. (2) If you are using WIT-400HE in a wireless environment with predetermined SSID, please change the SSID of your WIT-400HE. 2.3.2 DTIM (Delivery Traffic Indication MessageData Traffic Indication Map) & Beacon DTIM is related to an interval of packet transmission. By an inherent nature of the iPECS LIK, WIT-400HE frequently uses multicast message for the communication with the iPECS LIK. The delivery of multicast 13 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 message is affected by the DTIM parameter. Beacon is an indication of packets buffered in AP which are to be delivered to each wireless station, WIT400HE. The information of DTIM is contained in a beacon message. Therefore, DTIM configuration can be affected by the beacon interval. The following is illustrating the relationship of beacon and DTIM: WIT-400HE Recommendation) (1) DTIM should be less than 200 msec. (2) If AP doesn’t support DTIM configuration, more special care needs to be taken for Beacon interval setup. Otherwise, Use the smallest DTIM interval that AP can support. 2.3.3 Configuration This section enumerates how you set up both SSID and DTIM in AP. Cisco (1) Open a page “Network Interfaces > Settings” . You can see a edit box “DTIM”. (2) Enter 3. 14 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 (3) Open a page “Security > SSID Manager” . You can see a edit box “SSID”. (4) Enter your SSID. 3. S/W Upgrade WIT-400HE can be upgraded via USB or WLAN. 3.1 Network configuration for upgrade 1. Connect PC LAN port to the network. 2. Connect WIT-400HE to wireless network. 3.2 WEB Server Settings 1. Create “C:\WIT400H” directory and copy HTTP File Server (hts.exe) to the directory 2. Run hfs.exe 3. Add file to upgrade 15 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 4. New image file is added Server Port # S/W image file 3.3 Starting Upgrade 1. When WIT-400HE is boot up completely, connect USB cable or WLAN network. 2. Press “*1475963#” + “Send” button. 3. Select “3. S/W Upgrade” and set the server IP, port and file name. 16 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 1) Server IP: IP address of Web Server 2) Server Port: Web Server Port# 3) File Name: New S/W image of WIT-400HE 4. When you select “DOWN LOAD”, popup will be displayed. Press “YES” to start upgrade. 5. The process has three steps as follows. 1) 1st step : S/W download 2) 2nd step : apply new S/W to the flash 3) 3rd step : reboot after upgrade3.4 S/W Upgrading via MFIM WIT-400HE could be updated on MFIM web admin same as IP Phone upgrade process. 1. Open File Upload menu in MFIM web admin. 17 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 서식 있음: 글꼴: (영어) Arial 2. Upload WIT-400HE f/w to MFIM. The f/w image of WIT-400HE is like GS93PXXXX.rom. 서식 있음: 글꼴: (영어) Arial 3. Select extension number to upgrade and press upgrade button to start. 18 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 서식 있음: 글꼴: (영어) Arial 4. WIT-400HE will start downloading f/w and upgrading s/w. 19 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 4. Debug Data Transfer and Diag Data Transfer 4.1 Debug Data Transfer 4.1.1 Check Debug Setting 1) Run windows “command prompt” 2) Move to the directory “c:\WIT-400H”, where “wit400trace.exe” exists. - You can change to any other directory. 3) Try “ping” to the IP address of WIT-400HE. - If replies, go to next step. - If not, check the network configuration of PC and WIT-400HE. 4) Run “wit400trace.exe” - If TCP port 3490 is not available, you can change as “wit400trace.exe [TCP port #]”. Ex) wit400trace.exe 5000 4.1.2 Sending Debug Data from WIT-400HE 1) Press “*1478621#” + “Send” key 2) Set the level for debugging - Block Name : each block name - Mode On/Off: the debug type - Debug Level : each debug level 20 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 3) Press “OK” to set debug. 4) Press “Send”(Soft Right Menu) to send debug information. - Server IP : PC IP address which wit400trace.exe is running. - Server TCP Port : TCP port of the application 5) Press “Send”(OK) to send - It takes around 20 seconds to get the data. - If it fails, check the network configuration of PC and WIT-400HE. - If WLAN of WIT-400HE is not connected, you can use USB cable. 4.2 Starting Diag. Server of WIT-400HE 4.2.1 Check Diag Setting 1) Run windows “command prompt” 2) Move to the directory “c:\WIT-400H”, where “wit400h_diag.exe” exists. - You can change to any other directory. 3) Try “ping” to the IP address of WIT-400HE. - If replies, go to next step. - If not, check the network configuration of PC and WIT-400HE. 21 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400H HE Installatioon Manual Date: 15/Mar/2012 “ ag.exe” 4) Run “wit400h_dia - If TC CP port 3490 0 is not available, you ca an change as s “wit400h_d diag.exe [TCP P port #]”. Exx) wit400h_diag.exe 5000 4.2.2 Sending D Diag. Data from WIT-4 400HE 1) Press s “*14723698 8#” + “Send” key 2) Put th he PC IP & P Port# on the m menu - Serrver IP : PC IP address w which wit400h h_diag.exe iss running. - Serrver TCP Porrt : TCP port of the applic cation 3) Press s “OK” to sen nd - It takes around d 20 seconds s to get the data. - If it fails, checkk the networkk configuratio on of PC and d WIT-400HE E. - If W WLAN of WIT T-400HE is n not connecte ed, you can use u USB cab ble. 4.2.3 Getting Diag. Data on o the PC 1) The d diag. data will be received d from the ph hone 22 This Doccument Contaains proprietarry informatioon and may noot be reproducced or copiedd without exprress Written ppermission off a duly authorrized represen ntative of Ericcsson-LG Co..Ltd. WIT-400H HE Installatioon Manual Date: 15/Mar/2012 2) You ccan get the diag. data on the directory y which wit40 00h_diag.exe e is running. 4.2.4 Diag. Sam mple Data ======= ========== ========== ========== =========== ========== ========== === Diag g information n for WIT-400 0HE (TEL:11 11) ======= ========== ========== ========== =========== ========== ========== === << AP S SCAN LIST > >> -30 |00 0:11:95:D0:F3:D0|6|WIT-4 400HE|off|00 001|NONE|N NONE|NONE E| -43 |0A A:0E:DC:2A:0 0F:B2|3|test||on|0531|WP PA Version 1|TKIP | TKIP P| -43 |06 6:0E:DC:2A:0 0F:B2|3|test|on|0531|IEE EE 802.11i/W WPA2 Version n 1|TKIP | CC CMP TKIP | -47 |00 0:0F:66:D8:1A:04|6|WIT4 400H|on|0011|WPA Version 1|TKIP | TKIP | << WLA AN CONNECTION INFO >> wlan0 Marvell 88W8618 Mode:Ma anaged ESSID:"WIT-4 400HE" Cha annel:6 Acc cess Point: 00:11:95:D0: F3:D0 Bit Rate= =54 Mb/s RTS thr:o off Fragme ent thr:off Encryptio on key:off Link Sign nal level:-32 d dBm Noise e level:-89 dB Bm Rx invalid d nwid:0 Rxx invalid cryp pt:0 Rx inva alid frag:0 Tx excess sive retries:0 0 Invalid miisc:0 Miss sed beacon:0 << LAN CONNECTION INFO >> wlan0 Link enca ap:Ethernet HWaddr 00 0:47:5A:11:22:3A inet addr::192.168.131 1.119 Bcas st:192.168.13 31.255 Mas sk:255.255.2 255.0 UP BROA ADCAST RU UNNING MUL LTICAST MTU:1500 Metric:1 RX packe ets:314214 e errors:0 dropped:0 overru uns:0 frame:0 TX packe ets:9082 erro ors:0 dropped d:0 overruns:0 carrier:0 collisions:0 txqueuele en:32 23 This Doccument Contaains proprietarry informatioon and may noot be reproducced or copiedd without exprress Written ppermission off a duly authorrized represen ntative of Ericcsson-LG Co..Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 RX bytes:27521982 (26.2 MiB) TX bytes:9622734 (9.1 MiB) Interrupt:10 Base address:0xa000 << PING TEST RESULT TO SYSTEM >> PING 192.168.123.100 (192.168.123.100): 56 data bytes 64 bytes from 192.168.123.100: seq=0 ttl=127 time=23.590 ms 64 bytes from 192.168.123.100: seq=1 ttl=127 time=8.909 ms 64 bytes from 192.168.123.100: seq=2 ttl=127 time=5.482 ms --- 192.168.123.100 ping statistics --3 packets transmitted, 3 packets received, 0% packet loss round-trip min/avg/max = 5.482/12.660/23.590 ms << TRACE DATA >> 24 This Document Contains proprietary information and may not be reproduced or copied without express Written permission of a duly authorized representative of Ericsson-LG Co.Ltd. WIT-400HE Installation Manual Date: 15/Mar/2012 5. Cell Planning 5.1 Access Point Requirements To determine the number of Access Point in a system, you should consider Access Point broadcast range. 5.2 Access Point Range In a typical office environment, each Access Point has a broadcast range of 50 meters and supports an area of 8,000 square meters, but a broadcast range depends entirely upon office environment. Where the absence of any obstruction provides perfect line of sight conditions between the Access Point and wireless terminal users and if there are no atmospheric limitations, the range may increase to 200 meters. If you want to use AP supported 802.11b/g/n mixed mode, this range may decrease to 100 meters because of the characteristics of AP. The following Access Point broadcast ranges can be used as a rough guide to plan the Access Point positions: In line of sight, the b/g Access Point has a range of up to 200m(open area). In hall, the Access Point has a range of 40-70m. In buildings, the Access Point has a range of about 25-40m. It assumes that walls are made of light brick, plasterboard or wallboard with metal frames. Normal electrical wiring, central heating pipes, office furniture and desktop computer equipment have no significant effect.
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