Exhibits 1 -3

6200-EX-PL-1998 Text Documents

NETRO CORPORATION

1999-11-17ELS_23752

                                                                 Exhibit No.1




                           Netro Corporation
      Application for FCC Radio Experimental License
                     (Response to Question 10a2a)



10a) Program of Experimentation


   Refer to our file 6099—EX—ML—98 , Exhibit No.1 except following:

       1. Location is San Jose , (not Santa Clara)
       2. Transmitter frequency is 10GHz, (not 24GHz)


                                                                          Exhibit No.2



                                   Netro Corporation
            Application for FCC Radio Experimental License
                      (Response to Question 10b)



Specific Objective for Experimental Test                /W

There are two specific objectives. The first objective is to verify that the radio meets
its published specifications without creating interference to other air transmissions.
The second objective is to prove the point to multi— point capabilities of broadband
technology over microwave radios.




Netro Proprietary and Confidential Information                               Page 1 of 1

06/25/ 98


                                                                        Exhibit No.3




                                   Netro Corporation
            Application for FCC Radio Experimental License
                       (Response to Question 10¢)

 Contribution to Radio Technology

The demand for wide area networking is mushrooming due to the advent of data
communications, which includes wide area private networking, the Internet and
intranets networks, and multimedia communications. The demand in bandwidth for
data has surpassed that of voice telephony. These new emerging datacom
applications rely on Frame Relay and ATM services.

Netro‘s AirStar point to multi—point wireless product will provide access to these
broadband services for small to medium size businesses . It will increase the
envelope of capabilities that radio already provides. By allowing a wider use of the
wireless technology many business users can take advantage of these services
quickly and with utmost reliability for the latest voice, data, and multimedia
applications.




Netro Proprietary and Confidential Information                             Page 1 of 1

06/25/98


_________ Netro
                                         intWirelessAccessSystem
           Carrier—Class Broadband Wireless Access—10 GHz
Netro, the wireless ATM Company, introduces AirStar‘", the industry‘s most advanced solution for point—
to—multipoint wireless voice, data, video, and Internet communications. AirStar provides Asynchronous
Transfer Mode (ATM) and Frame Relay (FR) wireless access for small or medium sized businesses,
cellular/PCS/DECT operators, and corporate campus networks. AirStar‘s dynamic bandwidth allocation
and superior system gain offers telcos and service providers outstanding performance and reliability in a
compact, easy—to—install solution. AirStar, together with Netro‘s AirMANYT®" point—to—point wireless products,
provides a complete portfolio of comprehensive, future—proof, ene—to—end wireless communications
solutions.

In a point to muiltipoint topology, one AirStar Base Station serves many subscribers who dynamically share
bandwidth in the air. Subscribers are organized into sectors. Each AirStar Base Station has a capacity of
up to 12 sectors, with data rates per subscriber from 64 Kb/s up to 8 Mb/s, and optionally up to 16 Mb/s.




  Reliability of a wired solution                             Multiservice flexibility
  Cost—effective                                              Outstanding Quality of Service
  Fast setup and service availability                         Statistical multiplexing
  "Pay—as—you—go" pricing                                     Scalability and upgradability
  No right—of—way easements                                   Burst data capability
  Uncrowded frequencies
  Advanced frequency reuse




                       NETRO CONFIDENTIAL DRAFT DOCUMENT


     Subscriber shared bandwidth—on—demand — 64 kb/s to 8 Mb/s, optionally to 16 Mb/s
e




     Dynamic bandwidth allocation — maximizes capacity and frequency reuse
o




     High performance system gain — oustanding range and availability
e




     ATM—based statistical multiplexing — higher burst data capability
e




     Guaranteed BER better than 1x10°
e




     Embedded SNMP — extensive diagnostic status and monitoring capabilities
e




     Element Management — Netro‘s common sophisticated Network Element System
e




     Plug and play scalability — easy to add subscribers
e




     Cost effective connectivity for small to medium—sized businesses
e




     Patented CellMAC®" technology for robust efficient dynamic bandwidth allocation
     Enhanced Forward Error Correction (FEC) provides error detection/correction, lower BER
     Unfaded BER (<10"°) is superior to other point to multipoint wireless services
     Robust modulation —— high link margins, resistance to adjacent and co—channel interfaces
     High system gain — optimal combination of small antenna size, high availability, long range




                        Figure 2. AirStar Point to Multipoint Wireless Access System


     Local and remote equipment configuration, status/alarm reporting and diagnostics
     In—band operations channel
     Network Element System with intelligent graphical user interface
     Embedded SNMP agent
     Open platform compatibility



    ATM and FR access networks                           o    E1 and Fractional E1
    Internet Access                                      e    ISDN BRI and PRI
    Cellular backhaul                                    e    Frame Relay
    Voice                                                e    Ethernet 10BaseT
    Distributed computing
    Digital leased line replacement


                         NETRO CONFIDENTIAL DRAFT DOCUMENT


__________Netro
              AirStar System Specifications—10 GHz
                                          Release 1.0
                                                                                                              P
                        15 kilometer radius
Range and                               P            foaaas
Availability (typ)      99.995% availability (CCIR climatic Zone E, Northern Europe)
                        Base Station: The Base Station Radio is comprised of a number of sectorized Radio
Radio Unit and          Unit Arrays. Each sector contains one or more Base Station Radio Unite (BRUs),
Antennas                allowing modular capacity build—up and redundant configuration of both radio and
                        antennae.
                            Horizontal       Vertical                   # of Sectors
                        Beamwicdth         Beamwidth       Gain             Cell
                              45°              7°          18 dBi           1 to 8
                              90°              7°          15 dBi           1 to 4
                        Subscriber Terminal:
                        *    Transceiver is integrated with ahigh performance planar antenna; 26 dB gain
                        Digitally synthesized, software controlled
Frequency Range         e      10.15 t010.65 GHz
                        *      T/R Spacing = 350 MHz
                        e      __3.5 MHz step size
Channel Bandwidth       "
       &                Base Station to Subscriber Terminal:          TDM: 4 QAM
Modulation Format       Subscriber Terminal to Base Station:          TDMA: 4 QAM
                                                                        4 QAM
Transmit Power (typ)    Base Station                                    +16 dBm
                        Subscriber Terminal                     +16 dBm
                        ATPC (Automatic Transmit Power Control range):  50 dB
                        Receiver sensitivity: (BER=1x10°)           4 QAM
Receiver                Base Station:                               —86 dBm at 8 Mb/s
                        Subscriber Terminal:                       —86 dBm at 8 Mb/s
Alir Interfa            Netro‘s CellMAC"*" protocol for wireless ATM, with centralized traffic scheduling based
    ®        ce         on Netro‘s virtual framer for ATM CBR traffic and virtual shaper for ATM VBR traffic.
                        Capacity per subscriber (7 MHz, full duplex, channel):
System Capacity         e      4 QAM : 64 Kb/s to 8 Mb/s
                        Capacity per Base Station Shelf: 155 Mb/s
Networking              Protocols:
                        *   RFC 1483 (Multi— protocol encapsulation over ATM, both LLC encapsulation and
fimcomions &                 VC muiltiplexing for routed PDU‘s are supported)
                        e   IEEE 802.3

Interface               Subscriber Termjnals:             Base Stations:
Specifications          e   E1 and Fractional E1          E3 ATM UNI
                        e   __10BaseT                     STM—1 ATM UNI
Network                 SNMP based
Management              Software downloadable, local and remote
                        Windows/NT GUI




                       NETRO CONFIDENTIAL DRAFT DOCUMENT


________Netro
                                      System: ETSI prETS 300 431, BAPT 211 ZV, MPT 1420, prETS TM4. ITU—R,
Standards and
                                      RecF.749, x. 731
Regulatory                            EMC: CE Mark, CISPR 22, ENS5022, ENS0082—1and 2, ETS 300 339 and 385
Compliance                            Traffic interface: ITU—T G.703, G.704, G.775, G 823, 1.431,CTR 12, TBR 13, |EEE
                                      802.3
                                      Mechanical and safety: 1S09001, FQAA, CE Mark, EN 60950, EN 41003, IEC 950
                                      Environmental: ETS 300 019
                                      Operating temperature, Base Station
Environmental
                                      &     Indoor unit: 0°C to +40°C
                                      e     Qutdoor unit: —33°C to +55°C
                                     Operating Temperature, Subscriber Terminal
                                     e      Indoor unit: 0°C to +40°C
                                     e      Outdoor unit: —33°C to +55°C
                                     Relative humidity (indoor): 5—95%, non—condensing
                                     Altitude (system): 0—4500 m
                                     Wind loading:Operational: 145 km/hr; Survival: 200 km/hr
                                     Input voitage:
Power
                                     e      Subscriber Terminal: —48 VDC or 220 VAC, 50 Hz
                                     e  Base station: —48 VDC
                                     Power consumption (typ):
                                     e   Base station: 400 W
                                     &   Subscriber Terminal: 33 W
                                     1:1
Redundancy
                                     Dimensions:                          HxWxD                                                                  Weight
Mechanical
                                     Subscriber Units:
                                     *   indoor unit (SAS):               4 cm x 21.5 cm x 28 cm                                                 2.5 kg
                                     e   QOutdoor unit: (SRU):            25 cm x 25 cm x 10 ocm                                                 6.0 kg
                                     Base Station Unit:
                                     *   Indoor unit (BSS, incl. cooling) 44.4 cm x 48.3 cm x 50.8 cm                                            21.5 kg
                                     *   Outdoor unit (BRVU):             25 cm x 25 cm x 10 cm                                                  6.0 kg
                                     SAS to SRU connection: LMR240, 0—100 m; LMRA400, 0—300 m
Miscellaneous
All specifications subject to change without notice. This document contains confidential and propriatary information of Netro Corporation. Some regulatory
approvals pending.       © 1998 Natro Corporation. June, 1998




                                 NETRO CONFIDENTIAL DRAFT DOCUMENT



Document Created: 2001-08-14 10:14:19
Document Modified: 2001-08-14 10:14:19

© 2025 FCC.report
This site is not affiliated with or endorsed by the FCC