Download presentation
Presentation is loading. Please wait.
Published byDaisy Wilkins Modified over 9 years ago
1
A leader in Industrial Wireless – R&R GROUP International Multi-Hops Repeater Technology @ IEEE 802.11n Tras Series, TRH2001-25/TRH2002-25/TRH2003-25 For Wireless Internet Service
2
Features: To integrate multiple radios into single device To compliant with 802.11n standard and to support IEEE 802.11 a/g/n 2.4GHz and 5GHz dual band. To Support 2x2 MIMO and 300 Mbps rate for each radio. Up to 300Mbps x 3 for single device. Intelligent Switching Technology AP (Access Point) and WS (Wireless Station) Point-to-Point or Point-to-Multi-Points to form multiple hops. Up to 100Mbps real TCP throughput after 10 hops Low latency delay < 2ms for each hop Advantages: To solve Non-LOS deployment issue easily To extend wireless coverage quickly To save cost of leased-line To Keep high performance @ multiple radios w/ multiple frequencies. To get projects via unique technology and architecture.
3
PTP Mode PTMP Mode Point –to-PointPoint-to-Multi-Points Networks Architecture :
4
LOS with 20dBi antRSSI (dBm)Modulation TCP throughput (HT20MHz)(HT40MHz) 3 Km-64~-69MCS14/1579(Mbps)168 (Mbps) 8 Km-72~-77MCS13/1470(Mbps)149 (Mbps) 16 Km-78~83MCS11/1252(Mbps)110 (Mbps) LOS with 29 dBi antRSSI (dBm)Modulation TCP throughput (HT20MHz)(HT40MHz) 8 Km-54~-59MCS1571(Mbps)150 (Mbps) 16 Km-60~-65MCS14/1560(Mbps)128 (Mbps) 32 Km-67~-72MCS13/1454(Mbps)113 (Mbps) PTP Throughput & distance table:
5
10 km A Site B Site 50 km RPT 1 Village 1 RPT 4 Village 4 RPT 3 Village 3 RPT 2 Village 2 RPT 5 ~ RPT 9 Village 5~9 TRH2001 TRH2002 TRH2001 Tras backhaul solutions – MIMO 802.11n Multi-hops repeater 100Km Solution with 9 repeaters --- Throughput > 100Mbps 160 Mbps 155 Mbps 150 Mbps 145 Mbps 140 Mbps 100+ Mbps 100 KM from A site to B site backhaul solution 50 KM from A site to RPT 5 backhaul solution 40 KM from A site to RPT 4 backhaul solution 30 KM from A site to RPT 3 backhaul solution 20 KM from A site to RPT 2 backhaul solution 10 KM from A site to RPT 1 backhaul solution Note: Requirements for 100 KM backhaul solutions: A Site & B Site: TRH 2001-25 x 1 / 29 dBi dual pol dish antenna x 1 @ each site RPT 1~RPT 9: TRH2002-25 x1 / 29 dBi dual pol dish antenna x 2 @ each site Total equipments list: TRH 2001-25 x 2, TRH 2002-25 x 5 & 29 dBi dual pol dish x 12 Sample: Internet service @ Village - Triple sectors coverage
6
TRH2003-25, 802.11 abgn Radio TRAUN331, 802.11 bgn CPE TRAUN335, 802.11 bgn CPE TRAUN321V2, 802.11 bgn AP Router 2.4 GHz WiFi coverage for Internet Service @ Village: AUN331 AUN335 AUN321V2 EAH2003 Internet 320 Mbps throughput Equipments list @ Village: 1, TRH2003-25, 802.11 abgn Triple radios (320 Mbps total throughput) (IP-68) 2, TRANT2414D-S60, 2.4 GHz 14dBi dual Pol sector antenna 3, TRAUN331, 2.4 GHz bgn CPE (IP-55) 4, TRAUN335, 2.4 GHz bgn CPE (IP-55) 5,TRAUN321 V2, 2.4 GHz bgn Indoor AP router
7
320m 710m 930m Total Distances : 1,960m, 3 Hops TCP Throughput from A to D Date/Time Date : 2012/10/05 Time : AM 11:00 ~ PM 16:00 Location Location A / Location B / Location C / Location D Equipment Radio : AP x 4 Antenna : 5GHz 2x2 MIMO 20dBi Panel Antenna x 6 Computer : ASUS A43F Series laptop x 2, Dell laptop x 2 Software : Windows XP SP3 、 IxChariot 5.40 Firmware Version : 1.0(1110.0402) Reference Outdoor Test Results – Multi-Hops Series, 3 hops : Topology: Multiple Hopping – 3 hops
8
Reference Test Report(Outdoor 16Km long distance Point-to-Point) Total Distances : 16 km, PTP TCP Throughput Topology: Multiple Hopping – PTP Date/Time Date : 2012/10/27 Time : AM 11:00 ~ PM 16:00 Location Local Site / Remote Site Equipment Radio : AP x 2 Antenna : 5GHz 2x2 MIMO 29dBi Dish Antenna x 2 Computer : ASUS A43F Series laptop x 2 Software : Windows XP SP3 、 IxChariot 5.40 Firmware Version : 1.0(1110.2601)
9
Ordering Information: No.Model NameSpecification Descriptions EAGLE & CPE 1TRH2001-25IEEE 802.11 a/b/g/n, Single Radio, Up to 25dBm @ IEEE 802.11g/6M, Multi-Hops version Conncctor: 2 x N-type (2X2) Input: AC 100-264V, 50-60Hz. 2TRH2002-25IEEE 802.11 a/b/g/n, Dual Radios, Up to 25dBm @ IEEE 802.11g/6M, Multi-Hops version Conncctor: 4 x N-type (4X4) Input: AC 100-264V, 50-60Hz. 3TRH2003-25IEEE 802.11 a/b/g/n, Triple Radios, Up to 25dBm @ IEEE 802.11g/6M, Multi-Hops version Conncctor: 6 x N-type (6X6) Input: AC 100-264V, 50-60Hz. 4TRAUN331802.11 b/g/n PICO AP/CPE (IP-55) Built-in 12 dBi Dual-Polarity Antenna 5TRAUN335802.11 b/g/n Nano AP/CPE (IP-55) External antenna, N-type male connector 6TRAUN 321V2802.11 b/g/n High Power 2x2 MIMO Indoor AP/Router 2 x 5 dBi antenna detachable ANTENNAS 1TRANDB12-5-82400~2500 (5 dBi) / 4900~5900 MHz (6~8dBi) Omni Antenna, N Male connector, 220 mm length 2TRANT5212-O5.2 GHz 12dBi Omni antenna, N Female connector, 610 mm length 3TRANT5812-O5.8 GHz 12dBi Omni antenna, N Female connector, 610 mm length 4TRANT5014D-P 5.1-5.8 GHz, 14dBi MIMO dual polarization panel antenna, N jack x 2 5TRANT5018D-P 5.1-5.8 GHz, 18dBi MIMO dual polarization panel antenna, N jack x 2 6TRANT5023D-P 5.1-5.8 GHz, 23dBi MIMO dual polarization panel antenna, N jack x 2 7TRANT2414D-S 2.4-2.5 GHz, 14dBi MIMO dual pol sector antenna, N jack x 2. (MOQ=4) 8TRANT5015D 5.1-5.8 GHz, 15dBi MIMO dual pol sector antenna, N jack x 2. (MOQ=4)
Similar presentations
© 2024 SlidePlayer.com. Inc.
All rights reserved.