LKTEAP-10NAccess Point/Station Adapter/Wireless Bridge/ Four

SA-40 PRO.11 Four-Port Adapter Quick Installation Guide This Quick Installation Guide is intended for experienced installers and network administrators. All others should refer to the relevant sections in the BreezeNET PRO.11 Series Installation Guide. The BreezeNET PRO.11 Four-Port Workgroup Adapter is a wireless LAN adapter that connects a workgroup of up to four Ethernet-equipped workstations to the wireless LAN. The Four Port Station Adapter is transparent to the workgroup devices’ hardware and software, allowing plug-and-play installation. 1. Choose the best location to place the Four-Port Adapter. Use following guidelines: • As high as possible, clearing partitions and tall furnishings. • Extend integral antennas up vertically in relation to the floor. • Away from metallic objects, heat and radiation sources. 2. Connect the power supply to a 110/220 VAC power outlet. Connect the power output jack of the power supply to the DC input socket in the side panel of the unit. Verify that the PWR LED on the front panel is turned On. 3. Using a straight 10 Base-T Ethernet cable, connect the UTP port of the Ethernet Network Interface Card of the station to a port on the back panel of the Four-Port Adapter. Repeat this process for other stations to be connected to the Four-Port Adapter. 4. Use the LEDs on the back panel of the unit to check functionality. Left LED underneath each of the four ports should be On when a station is connected to this port. Right LED should be blinking whenever there is Ethernet activity on the Port. ETHR LED on the front panel of the unit should blink whenever there is Ethernet activity on any of the ports. 6. The WLNK LED on the front panel should be turned On once the unit is synchronized with the associated Access Point. 7. Use the QLT LEDs indicators on the front panel to estimate quality of signal received from the AP-10. Try to change position of the unit (or other objects near it) to achieve maximal quality: L LED is ON: Low Quality ; L & M LEDs are On: Medium Quality; L, M & H LEDs are On: High Quality. System Configuration and Access Control 1. To enable management via SNMP or firmware upgrade via tftp, configure the IP and SNMP parameters . 2. The BreezeNET APs contain a network identifier, ESS ID , that will prevent unauthorized access to your AP. All station adapters (SA-PCR, SA-10, SA-40 and WB-10) must be configured to the same ESS ID. This parameter also enables segmentation of the wireless network. 3. In models with external antennas, sometimes only a single antenna is used. When using a single antenna with SA-40, connect the antenna to Antenna Connector #2. Do NOT change the default setting of Transmit Diversity . Accessing and using local terminal management 1. Use the Monitor cable to connect the MON jack on the back panel of the unit to the COM port of your ASCII ANSI terminal or PC. 2. Set up communication parameters to the following: • Baud Rate: 9600 • Data Bits: 8 • Stop Bits: 1 • Parity: None • Flow Control: None • Connector: As selected 3. From main menu select System Configuration or Access Contro 4. Default values are underlined. 5. System Configuration 5.1. Select IP and SNMP Parameters Load values as determined by the system administrator: • IP Address. • Subnet Mask. • Default Gateway Address. 5.2. Select Wireless LAN Parameters : • ESSID: Up to 32 printable ASCII characters (Default is ESSID1) 5.3. Select Station Control to Reset Unit or Load Default Parameters: • Reset Unit: 0 - Cancel Request, 1 - Reset System. • Set Factory Defaults: 0 - Cancel request, 1 - Load default values into NV ram (partial), 2 - Load default values into NV ram (complete). 6. Values. Access Control Access Control functions enable the System Administrator to limit access to Local Terminal Maintenance setup and configuration menus. 6.1. Select Access Control Menu to view or change access rights: • Change Access Rights: 0-User, 1-Installer, 2-Technician. • Change Installer Password: Type Password (up to 8 printable ASCII characters. Factory Default password is user) IMPORTANT: Do not forget to do a System Reset after making changes in the setup . Electronic Emission Notices This device complies with part 15 of the FCC rules. Operation is subject to the following two conditions: 1.This device may not cause harmful interference. 2.This device must accept any interference received, including interference that may caused undesired operation. FCC Radio Frequency Interference Statement. This equipment has been tested and found to comply with the limits for a class A digital device, pursuant to part 15 of the FCC Rules. These limits are designed to provide reasonable protection against harmful interference when the equipment is operated in a commercial environment. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instruction manual, may cause harmful interference to radio communications. Operation of this equipment in a residential area is likely to cause harmful interference in which case the user will be required to correct the interference at his own expense. AP-10 PRO.11 Access Point Quick Installation Guide This Quick Installation Guide is intended for experienced installers and network administrators. All others should refer to the relevant sections in the BreezeNET PRO.11 Series Installation Guide. The BreezeNET Access Point is a wireless hub that provides access for wireless workstations or workgroup bridges into wired Ethernet LANs. 1. Choose the best location to place the Access Point. Use the following guidelines: • As high as possible, clearing partitions and tall furnishings. • Away from metallic objects, heat and radiation sources. • Central location in the intended coverage area. • Extend antennas vertically in relation to the floor. 2. If necessary, attach the AP to the ceiling or a wall with a mounting bracket. 3. Connect the power output jack of the power supply to the DC i…

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BreezeCOM BreezeNet Radio Board Description Page 1 of 3 BreezeNet Functional Description and Block Diagram Description AP-10D, AP-10 Access Point; SA-10D, SA-10 Station Adapter and WB-10D, WB-10 Wireless Bridge. Antenna Section + LED's RF Transceive r Analog I/F MODEM BBBB ANT1 ANT2 Control Bus System Bus I/O DRAM Bank's FLASH CPU 32 CPM Serial Bus LIU Ethernet Baseband and Radio Parts E 2 DC Section Controller DownLoad Conn. Monitor Ethernet DC Digital Part Fig.1.Block Diagram of Device. 3.Block Diagram of RF Part. 3.1The RF part has 2 main functions: BreezeCOM BreezeNet Radio Board Description Page 2 of 3 1. Modulate and transmit analog data. 2. Receive and demodulate the RF signals and forward these signals to the Baseband processor in analog form. The block diagram of the radio is shown in Fig. 2. 3.2Oscillators. There are three RF oscillators on the RF board: 1. Tx VCO (Modulator), which continuously operates at 880 MHz, and in transmit mode is divided by two; 2. Rx VCO, serves as LO for the second conversion, Operates at 463 MHz; 3. Hopping synthesizer, Operate in the frequency range of 1962 MHz to 2040 MHz, Step size is 1 MHz. There is also a Reference Oscillator that operating at 40 MHz. After division by 2 its signal is used as reference for all 3 VCO’s. All 3 synthesizers are frequency locked by use of PLL. 3.3Transmit Path. The transmit path consists of a modulator operating at twice the IF frequency, Hopping VCO, Up converter, PA and Diversity switch. In transmit mode the divider is operated and thus enabling the division of the modulator by 2. This signal is upconverted by mixing it with the hopping signal that operates as LO. The mixed signal that is now in the 2.4 GHz band is filtered and fed to the PA, filtered again and through the diversity switch feeds the antenna. The modulating signal is a 2, 4 or 8 levels analog signal. 3.4Receive Path. The received signal is received in any of the antennas, selected by the diversity switch, filtered and transferred to the LNA, filtered again and down converted by mixing the received signal with the hopping synthesizer. The product has a 440 MHz IF where the signal is filtered and down converted to 23 MHz where it is demodulated into baseband signal. The baseband signal is filtered and transferred to the baseband processor. The output signal is a 2, 4, or 8 levels analog signal with 0.5 MHz bandwidth. BreezeCOM BreezeNet Radio Board Description Page 3 of 3 P/FLPFP/FLPF P/FLPF /2 20 MHz Rx Out Tx In 440 MHz 880 MHz 23 MHz Fig.2. Radio Part Block Diagram 4.Block Diagram of Baseband Part. R_CLK1 R_CLK2 EXT_CLK20_40 BOORI 40MHz CLK_4M Ethernet 20MHz reference clock 68360 PLL Input Radio 20Mhz reference clock N.C DF.F Clk Div by 2 CLK_20M Oscil. circuit Fig.3. Clock Distribution

BreezeCom Ltd. BreezeCOM Ltd Atidim Technological ParkTel: 972-3-645-6262 Bldg. #1Fax: 972-3-645-6290 Tel Aviv, 61131 Israel May 23, 1999 FEDERAL COMMUNICATIONS COMMISSION EQUIPMENT APPROVAL SERVICES P.O.B. 358315 Pittsburgh, PA 15251-5315 USA Subject: Application for certification of frequency hopping transceiver, FCC ID:LKTEAP-10N Dear Gentlemen, Please find attached our application for certification of Access Point/Station Adapter/Wireless Bridge/Four Port Adapter transceiver, FCC ID: LKTEAP-10N, prepared in accordance with FCC Rules, parts 2 and 15. The product testing and this application for certification were performed by Hermon Laboratories, which is listed by FCC. Hermon Labs responsible person is Dr. Edward Usoskin, tel: 01197266288001, fax:01197266288277, e-mail: [email protected]. We hope this application satisfies your requirements. Sincerely yours, Itzhak Raiskin, RF group manager BreezeCOM Ltd.

FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 1 of 9 EXTERNAL PHOTOS Contain 8 photographs follow this page FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 2 of 9 Photograph No.1 AP-10D Access Point transceiver general view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 3 of 9 Photograph No.2 AP-10D Access Point transceiver rear panel view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 4 of 9 Photograph No.3 AP-10D Access Point transceiver bottom view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 5 of 9 Photograph No.4 SA-40 Station Adapter transceiver general view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 6 of 9 Photograph No.5 SA-40D Station Adapter transceiver general view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 7 of 9 Photograph No.6 SA-40 Station Adapter transceiver rear panel view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 8 of 9 Photograph No.7 SA-40D Station Adapter transceiver bottom view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 9 of 9 Photograph No.8 SA-40D Station Adapter transceiver bottom view

FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 1 of 3 LABEL This section contains 2 pages follow this page. The label is fixed to the device bottom. The samples for models AP-10 and SA-40D are shown. FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 2 of 3 AP-10 label FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 3 of 3 SA-40D label

FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 1 of 3 LABEL This section contains 2 pages follow this page. The label is fixed to the device bottom. The samples for models AP-10 and SA-40D are shown. FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 2 of 3 AP-10 label FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 3 of 3 SA-40D label

FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 1 of 3 LABEL This section contains 2 pages follow this page. The label is fixed to the device bottom. The samples for models AP-10 and SA-40D are shown. FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 2 of 3 AP-10 label FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 3 of 3 SA-40D label

FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 1 of 13 INTERNAL PHOTOS Contain 12 photographs follow this page FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 2 of 13 Photograph No.1 SA-40D Station Adapter transceiver internal view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 3 of 13 Photograph No.2 SA-40D Station Adapter transceiver internal view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 4 of 13 Photograph No.3 SA-40 Station Adapter transceiver internal view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 5 of 13 Photograph No.4 SA-40D Station Adapter transceiver PCB front side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 6 of 13 Photograph No.5 SA-40D Station Adapter transceiver PCB back side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 7 of 13 Photograph No.6 SA-40 Station Adapter transceiver PCB front side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 8 of 13 Photograph No.7 SA-40 Station Adapter transceiver PCB back side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 9 of 13 Photograph No.8 AP-10D Access Point transceiver internal view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 10 of 13 Photograph No.9 AP-10D Access Point transceiver PCB front side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 11 of 13 Photograph No.10 AP-10D Access Point transceiver PCB back side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 12 of 13 Photograph No.11 AP-10 Access Point transceiver PCB front side view FCC ID:LKTEAP-10N Date: May, 1999 Project number:13371 Page 13 of 13 Photograph No.12 AP-10 Access Point transceiver PCB back side view

BreezeCOM BreezeNet Radio Board Description Page 1 of 19 BreezeNet Functional Description and Block Diagram Description AP-10D, AP-10 Access Point; SA-10D, SA-10 Station Adapter and WB-10D, WB-10 Wireless Bridge. 1.Functional Description. These devices are designed to operate under IEEE 802.11 standard (Frequency Hopping Spread Spectrum). The hardware of the AP-10, AP-10D, SA-10, SA-10D, WB-10, WB-10D is identical. All products have integrated antennas implemented in two ways: “D” models have non-standard interface for connection with antennas, non”D” models have a fixed integral antennas which require disassembly of the unit in order to be removed. A list of utilized antennas is supplied. 2.Block Description. The device includes 3 main parts: RF part. Baseband part Digital part The device consists of a single board that includes the following sections: 1. A Radio Transceiver that transmits and receives the radio signals. 2. A Modem that handles the modulation/demodulation tasks. 3. A Controller that handles the protocol and the ethernet port. The block diagram of device is shown in Fig.1. BreezeCOM BreezeNet Radio Board Description Page 2 of 19 Antenna Section + LED's RF Transceive r Analog I/F MODEM BBBB ANT1 ANT2 Control Bus System Bus I/O DRAM Bank's FLASH CPU 32 CPM Serial Bus LIU Ethernet Baseband and RadioBaseband and Radio PartsParts E 2 DC Section ControllerController DownLoad Conn. Monitor Ethernet DC Digital PartDigital Part Fig.1.Block Diagram of Device. 3.Block Diagram of RF Part. 3.1The RF part has 2 main functions: 1. Modulate and transmit analog data. 2. Receive and demodulate the RF signals and forward these signals to the Baseband processor in analog form. The block diagram of the radio is shown in Fig. 2. 3.2Oscillators. There are three RF oscillators on the RF board: 1. Tx VCO (Modulator), which continuously operates at 880 MHz, and in transmit mode is divided by two; 2. Rx VCO, serves as LO for the second conversion, Operates at 463 MHz; 3. Hopping synthesizer, Operate in the frequency range of 1962 MHz to 2040 MHz, Step size is 1 MHz. There is also a Reference Oscillator that operating at 40 MHz. After division by 2 its signal is used as reference for all 3 VCO’s. All 3 synthesizers are frequency locked by use of PLL. 3.3Transmit Path. BreezeCOM BreezeNet Radio Board Description Page 3 of 19 The transmit path consists of a modulator operating at twice the IF frequency, Hopping VCO, Up converter, PA and Diversity switch. In transmit mode the divider is operated and thus enabling the division of the modulator by 2. This signal is upconverted by mixing it with the hopping signal that operates as LO. The mixed signal that is now in the 2.4 GHz band is filtered and fed to the PA, filtered again and through the diversity switch feeds the antenna. The modulating signal is a 2, 4 or 8 levels analog signal. 3.4Receive Path. The received signal is received in any of the antennas, selected by the diversity switch, filtered and transferred to the LNA, filtered again and down converted by mixing the received signal with the hopping synthesizer. The product has a 440 MHz IF where the signal is filtered and down converted to 23 MHz where it is demodulated into baseband signal. The baseband signal is filtered and transferred to the baseband processor. The output signal is a 2, 4, or 8 levels analog signal with 0.5 MHz bandwidth. P/FLPFP/FLPF P/FLPF /2 20 MHz Rx Out Tx In 440 MHz 880 MHz 23 MHz Fig.2. Radio Part Block Diagram BreezeCOM BreezeNet Radio Board Description Page 4 of 19 4.Block Diagram of Baseband Part. Baseband Part consists of Modem and Analog interface for Radio (see Fig.1). The Modem chip (BOORI) is the system master clock distributor (see Fig.3). It is running from 40MHz Crystal Oscillator Circuit (+/- 10ppm tolerance and +/- 4ppm stability ). R _CLK1 default frequency is 4MHz which is division by 2.5 and 4 from the 40MHz clock. R_CLK1 R_CLK2 EXT_CLK20_40 BOORI 40MHz CLK_4M Ethernet 20MHz reference clock 68360 PLL Input Radio 20Mhz reference clock N.C DF.F Clk Div by 2 CLK_20M Oscil. circuit Fig.3. Clock Distribution 5.Block Diagram of Digital Part. The Digital Part consist of (see Fig.1):  CPU 31Mhz MC68EN360 controller (QUICC);  Memory 16/32Mbit 16 bits bus width sector erase Flash with 64kB uniform sectors; Additional 64kB E^2PROM; BreezeCOM BreezeNet Radio Board Description Page 5 of 19 DRAM banks; 48 bits MAC address serial ROM (BreezeCom customized special regitry);  I/O Ports 24 bits off-QUICC Input/Output ports; 8 SMD miniature DIP switches and 8 hard jumpers for software and hardware configurations and versions.  Monitor Ports 3 wires miniature connector 2 on-PCB test pads (optionally, for BOORI debugging) RS232 Transceiver  Ethernet (see Fig.4) 1 10BaseT port; Motorola compatible Ethernet transceiver; 10BaseT Analog interface for 1 port. QUICC Lxt901 or EEST Additional C.M.C SCC1 Ethernet Port LIU- Ethernet LPF LPF LPF LPF Analog Interface AP / SA Cross LOOP LINK Activity / Link 20MHz Fig.4. Ethernet Interface Block Diagram BreezeCOM BreezeNet Radio Board Description Page 6 of 19 BreezeNet Functional Description and Block Diagram Description SA-40D, SA-40 Four Port Adapter 1.Functional Description. These devices are designed to operate under IEEE 802.11 standard (Frequency Hopping Spread Spectrum). The hardware of the SA-40, SA-40D is identical. All products have integrated antennas implemented in two ways: “D” models have non-standard interface for connection with antennas, non”D” models have a fixed integral antennas which require disassembly of the unit in order to be removed. A list of utilized antennas is supplied. The SA-40(D) is based on the hardware and software of the SA-10(D). RF and Baseband parts of SA-40(D) and SA-10(D) are identical, however digital part of SA-40(D) has some additional hardware options for 4 ports Ethernet. The software of SA-40(D) is identical to SA-10. 2.Block Description. The device includes 3 main parts: RF part. Bas…

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FCC ID: LKTEAP-10N FCC requirements § 2.1033 (b)(4) SCHEMATIC DIAGRAMS This page is followed by the transceiver schematic diagrams (5 pages). FCC ID: LKTEAP-10N FCC ID: LKTEAP-10N FCC ID: LKTEAP-10N FCC ID: LKTEAP-10N FCC ID: LKTEAP-10N

Test Report: BRZFCC.13371.doc Date: May, 1999 FCC ID:LKTEAP-10N Total : 108 pages Project number: 13371Page 1 of 108 HERMON LABORATORIES ELECTROMAGNETIC EMISSIONS TEST REPORT according to FCC Part 15 subpart C, §15.247 and subpart B for BreezeCOM Ltd. EQUIPMENT UNDER TEST: Access Point/Station Adapter/Wireless Bridge/ Four Port Adapter FCC ID: LKTEAP-10N Prepared by: _________________ Mrs. M. Cherniavsky, cert. engineer Hermon Labs Approved by: _________________ Mr. A. Usoskin, QA manager Hermon Labs Approved by: _________________ Dr. E. Usoskin, C.E.O. Hermon Labs Approved by: _________________ Mr. Itzik Raiskin, RF group manager BreezCOM Ltd. Hermon Laboratories Ltd. P.O.Box 23 Binyamina 30550, Israel Tel.+972-6628-8001 Fax.+972-6628-8277 Email:[email protected] Electrical Test Report: BRZFCC.13371.doc Date: May, 1999 FCC ID:LKTEAP-10N Project number: 13371Page 2 of 108 HERMON LABORATORIES This test report must not be reproduced in any form except in full, with the approval of Hermon Laboratories Ltd. Test Report: BRZFCC.13371.doc Date: May, 1999 FCC ID:LKTEAP-10N Project number: 13371Page 3 of 108 HERMON LABORATORIES Description of equipment under test Test itemsFrequency hopping transceiver FCC ID:LKTEAP-10N ManufacturerBreezeCOM Ltd. Types (Models)1) AP-10, AP-10D 2) SA-10, SA-10D 3) WB-10, WB-10D 4) SA-40, SA-40D Receipt dateMarch 28, 1999 Applicant information Applicant’s representative and applicant’s responsible personMr. Itzik Raiskin, RF group manager CompanyBreezeCOM Ltd. AddressBuilding 1, Atidim Technological Park Postal code61131 CityTel-Aviv CountryIsrael Telephone number+972 3645 6262 Telefax number +972 3645 6290 Test performance Project Number:13371 LocationHermon Laboratories Test startedMarch 28, 1999 Test completedApril 5, 1999 Purpose of testThe EUT certification in accordance with CFR 47, part 2, §2.1033 Test specification(s)FCC Part 15, Subpart C, §15.247, §§15.205, 15.207, 15.209, 15.107, 15.109 The A2LA logo endorsement applies only to the test methods and the standards that are listed in the scope of Hermon Laboratories accreditation by A2LA (see attached appendix C of this Test Report). Through this report a point is used as the decimal separator and the thousands are counted with a comma. This report is in conformity with EN 45001 and ISO GUIDE 25. The test results relate only to the items tested. Test Report: BRZFCC.13371.doc Date: May, 1999 FCC ID:LKTEAP-10N Project number: 13371Page 4 of 108 HERMON LABORATORIES Table of Contents 1GENERAL INFORMATION..........................................................................................................6 1.1ABBREVIATIONS AND ACRONYMS................................................................................................6 1.2SPECIFICATION REFERENCES........................................................................................................7 1.3EUT DESCRIPTION......................................................................................................................7 1.4EUT TEST CONFIGURATION........................................................................................................8 1.5STATEMENT OF MANUFACTURER...............................................................................................11 2TEST FACILITY DESCRIPTION...............................................................................................12 2.1GENERAL..................................................................................................................................12 2.2EQUIPMENT CALIBRATION.........................................................................................................12 2.2.1Expanded uncertainty at 95% confidence in Hermon Labs EMC measurements...............13 2.3LABORATORY PERSONNEL.........................................................................................................13 2.4STATEMENT OF QUALIFICATION.................................................................................................14 3EMISSION MEASUREMENTS...................................................................................................15 3.1FREQUENCY HOPPING CHANNELS SEPARATION AND HOPPING FREQUENCY USAGE TEST ACCORDING TO §15.247(A)(1)(II).............................................................................................................................15 3.1.1Definition of the test.........................................................................................................15 3.1.2The test set-up configuration............................................................................................15 3.1.3Test results.......................................................................................................................15 3.2OCCUPIED BANDWIDTH TEST ACCORDING TO § 15.247(A)(1)(II)..................................................20 3.2.1Definition of the test.........................................................................................................20 3.2.2The test set-up configuration............................................................................................20 3.2.3Test results.......................................................................................................................20 3.3AVERAGE FACTOR (DUTY CYCLE CORRECTION) TEST § 15.35......................................................30 3.3.1Definition of the test.........................................................................................................30 3.3.2Test results.......................................................................................................................30 3.4MAXIMUM PEAK OUTPUT POWER TEST ACCORDING TO §15.247 (B)(1), (3)(I)................................31 3.4.1Definition of the test.........................................................................................................31 3.4.2The test set-up configuration......................…

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