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0137-EX-PL-2011 Text Documents

Kongsberg Seatex AS

2011-03-17ELS_114291

Embedded Maritme Broadband Radio - EMBR WORLD CLASS – through people, technology and dedication

Existing broadband systems • Ruggedized WiFi/WLAN 802.11x • Stability • Path Loss Margin: Up to 150 dB with multiple high gain sector antennas • Does not handle a combination of short/long ranges • Limited real time capability • WiMax (802.16e) • Requires base station • Radio link systems with parabolic antennas • Only point-to-point • Antennas need motor-control to maintain track /2/ 17-Mar-11

EMBR - Main features • Embedded component in reference systems • EMBR provides the user with one or more reliable broadband data links • EMBR is easy to configure and operate • EMBR has no moving parts • An EMBR data link is able to transfer 5Mbps when the distance between the nodes are up to 10 km • Realtime capability /3/ 17-Mar-11

EMBR Design • Frequency Band: 4.900 – 5.875 GHz • Bandwidth: 20 MHz • User Datarates: Up to 6Mbps • Output power control /4/ 17-Mar-11

EMBR - Design • Smart antenna based radio system with 60 antennas/transceivers in each unit • Maximum Transmitted power: 60 x 100mW = 6W (38 dBm) • Antenna gain: 26 dBi (8 dBi + 10log60) • Gives maxmimum EIRP: 2.5 kW (64 dBm) • Antenna 3 dB beam width: +/- 4.5° (H and V) • Antenna beam can be controlled +/- 45 ° • All beam forming is performed in the signal processing domain /5/ 17-Mar-11

KONGSBERG w Pa or

EMBR MAC/PHY • Tailored Media Access Control (MAC) and Physical Layer (PHY) • ACCM modulation (DSSS with rotating m-ary code book) • Improved immunity versus multipath fading (reflections from sea surface and steel structures) • Multi purpose functionality and capacity • High priority channels – short latency channels /7/ 17-Mar-11

KONGSBERG

EMBR – System Gain • System gain: system parameter indicating how much Path Loss can be tolerated • Three different antenna configurations: • EMBR-179 (monopole antennas) • EMBR-189 (helix antennas) • EMBR-201 (helix antennas • Line of Sight path loss at 10 km (5 GHz): 128 dB /9/ 17-Mar-11

KONGSBERG

KONGSBERG MBR—179

KONGSBERG

KONGSBERG MBR—189 MBR—189 MBR—189

KONGSBERG

KONGSBERG MBR—201 MBR—201 MBR—201 1 + 1 I MBR—201 Il I II I S

EMBR – System Gain Bit rate vs. system gain for different MBR systems 210 MBR-179 MBR-189 200 MBR-201 190 System gain (dB) 180 170 160 150 0 10 20 30 40 50 60 Bit rate (Mbps) / 16 / 17-Mar-11

Measurements – path loss Path loss & pointing loss vs. distance -100 -110 -120 Path loss + pointing loss (dB) -130 -140 -150 -160 0 0.5 1 1.5 2 2.5 3 3.5 4 4.5 km / 17 / 17-Mar-11

Measurements – path loss Path loss between two circular polarized antennas vs. distance -100 -110 -120 -130 Path loss (dB) -140 -150 -160 -170 0 1 2 3 4 5 6 7 km / 18 / 17-Mar-11

Measurements – path loss Path loss with vertical polarized transmitter and vertical polarized receiver Large vessel (Hurtigruta) completely blocking -144 line-of-sight -146 -148 -150 Path loss (dB) -152 -154 -156 -158 -160 9.9 10 10.1 10.2 10.3 10.4 10.5 Distance to Gunnerus vessel (km) / 19 / 17-Mar-11

EMBR – System Gain System gain comparison [dB] 201 200 189 179 180 161 155 160 153 140 123 125 120 100 91 80 / 20 / 17-Mar-11

EMBR – key points • Smart antenna technology • Tailored MAC/PHY / 21 / 17-Mar-11

Kongsberg Maritime / 22 / 17-Mar-11

KONGSBERG nevnngete n n oi en on z>

Raw Data rates & sensitivity • 468 750 bits/sec -102 dBm • 937 500 bits/sec -99 dBm • 1 875 000 bits/sec -96 dBm • 2 500 000 bits/sec -95 dBm • 3 750 000 bits/sec -93 dBm • 5 000 000 bits/sec -91 dBm • 7 500 000 bits/sec -89 dBm • 10 000 000 bits/sec -88 dBm / 24 / 17-Mar-11


Document Created: 2011-03-17 10:10:49
Document Modified: 2011-03-17 10:10:49
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