L5X-PMP-04-280

November 1999 No. M68334 Rev. A Issued by P-COM, Inc. 1801 Penn Street, Melbourne, Florida 32901Printed in U.S.A Every effort has been made to ensure that the information contained herein is complete and accurate. However the information contained in this manual is subject to change without notice and P-COM reserves the right to change specifications of hardware and software without prior notice and assumes no responsibility for any damages result- ing from any errors or omissions in this manual. P-COM’s obligations regarding the use or application of its products shall be limited to those commitments to the purchaser set forth in its Standard Terms and Conditions of Sale for a delivered product. © Copyright 1999, P-COM, Inc. All rights reserved. This document contains information Confidential and Proprietary to P-COM, Inc. No part of this publication may be reproduced or transmitted by any means and disclosure or distribu- tion of its contents outside the company in any form without written consent from P-COM is strictly prohibited. Tel-Link Point-To-Multipoint Remote Terminal Installation & Maintenance Manual . November 1999 M68334 Rev. A Tel-Link PMP - Remote Terminal Installation & Maintenance Manuali Tel-Link Point-To-Multipoint Remote Terminal Installation & Maintenance Manual Revision Page Approval Signature RevByDesription of ChangesDate ARADInitial Release11/08/99 TitleSignatureDate Executive Vice President for Engineering Program Management Quality Assurance Customer Service Engineering Technical Writer November 1999 iiM68334 Rev. A Tel-Link PMP - Remote Terminal Installation & Maintenance Manual This Page Intentionally Left Blank November 1999 M68334 Rev. A Tel-Link PMP - Remote Terminal Installation & Maintenance Manualiii Tel-Link Point-To-Multipoint Remote Terminal Installation & Maintenance Manual Contents 1.0General Information.......................................................................................................... 1-1 1.1 Manual Organization.............................................................................................. 1-1 1.2 FCC Requirements Summary................................................................................ 1-2 1.3 Requesting Changes.............................................................................................. 1-2 1.4 Special Notations................................................................................................... 1-3 1.5 General Safety Reminders..................................................................................... 1-3 1.6 P-COM PMP Terminology...................................................................................... 1-4 2.0Remote Terminal Overview.............................................................................................. 2-1 2.1 Introduction..................................................................................................... 2-1 2.2 Remote ATM Indoor Unit (IDU).............................................................................. 2-1 2.3 Asynchronous Transfer Mode (ATM) Service Modules (ASM).............................. 2-2 2.4 Remote Outdoor Unit (ODU).................................................................................. 2-3 2.5 Antenna..................................................................................................... 2-4 2.6 IF Cable Run..................................................................................................... 2-5 3.0Tools and Test Equipment............................................................................................... 3-1 4.0Site Preparation................................................................................................................. 4-1 4.1 ODU/Antenna Installation Preparation................................................................... 4-1 4.2 IDU Installation Preparation................................................................................... 4-2 4.3 Power Preparation................................................................................................. 4-2 4.4 IFL Installation Preparation.................................................................................... 4-2 5.0Equipment Receiving, Unpacking and Inspection......................................................... 5-1 5.1 Introduction..................................................................................................... 5-1 5.2 Receiving and Unpacking the Equipment.............................................................. 5-1 5.3 Inspecting the Equipment....................................................................................... 5-1 6.0Remote ODU Installation.................................................................................................. 6-1 6.1 Introduction..................................................................................................... 6-1 6.2 Tools Required..................................................................................................... 6-1 6.3 Materials Required................................................................................................. 6-1 6.4 Step by Step Remote ODU/Antenna Installation Procedure.................................. 6-1 November 1999 ivM68334 Rev. A Tel-Link PMP - Remote Terminal Installation & Maintenance Manual 7.0Remote ATM IDU & ASM Rack Installation..................................................................... 7-1 7.1 Introduction..................................................................................................... 7-1 7.2 Remote ATM IDU Rack Installation....................................................................... 7-1 7.2.1 Tools Required............................................................................................. 7-1 7.2.2 Materials Required....................................................................................... 7-1 7.2.3 Remote A…

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1801 Penn Street Melbourne, FL 32901 Phone407.674.3600 Fax407.674.3700 Form 731 Application for Certification Letter of Transmittal June 8, 2000 Federal Communications Commission Equipment Authorization Division 7435 Oakland Mills Road Columbia, MD 21046 Phone301 725-1585 Fax301 344-2050 E-mail [email protected] P-Com, Inc. is submitting this Form 731 application for certification, under Parts 2 and 101, of point-to-multipoint equipment operating in the 28 GHz frequency band. P-Com, Inc. is both the manufacturer and applicant for this product with offices at: P-Com, Inc. 1801 Penn Street Melbourne, FL 32901 Phone407 674-3600 Fax407 674-3700 P-Com, Inc. has been issued FCC Grantee Code L5X. We are requesting that the FCC Identifier of L5X-PMP-04-280 be assigned to this product. This product will become an option to be utilized with another product that has been previously approved by the FCC and assigned the identifier L5X-PMP-04-000. This option allows this system, by exchanging the Remote Outdoor Units (ODU), to operate in the 28 GHz Band. L5X-PMP-04-280 will be assigned specifically to the Remote (ODU) and will not affect the functionality of the Remote Indoor Unit (IDU). We are requesting that certain portions of our filing be withheld from public inspection pursuant to §0.459 . The reason for P-Com, Inc. to request confidentiality for this information and the specific information which we desire to be withheld from public inspection is provided in the attached Request for Confidentiality. P-Com, Inc. has also provided a general product description and a list of the attached Exhibits prior to the technical information requested for the filing. Thank you.

1801 Penn Street Melbourne, FL 32901 Phone407.674.3600 Fax407.674.3700 Form 731 Application for Certification Amended Letter of Transmittal Sept. 7, 2000 Joe Dichoso Federal Communications Commission Equipment Authorization Division 7435 Oakland Mills Road Columbia, MD 21046 Reference: 731 Confirmation Number EA97842 FCC ID L5X-PMP-04-280 Correspondence Reference Number: 15189 Mr. Dichoso P-Com, Inc. is submitting this amended information in response to your e-mail requests. The files have been uploaded through the FCC E-Filing procedure. Please contact Dennis Haynes (321-674-3674) if you find this information to be incomplete. The following are responses to your requests and/or explanations as to which uploaded file will contain the information you have requested. 1) Provide a confidential letter. Please find "Request for Confidentially L5X-PMP- 04-280.doc" 2) Provide photo's of the all circuit boards without shielding. Please find "Amended Remote, Exhibit U, Product Internal Photographs, 28 GHz ODU.doc" 3) The output power specifications indicate peak output power of 24 dBm (.25 Watts). You requested 6604 watts. The measurements indicate ?12 dBm. Please retest the device at the peak output power and supply appropriate data. The P1dB output is 24 dBm. The antenna Gain is 37.2dBi. This yields a maximum output EIRP of 1320 W. Under normal operation this unit will have a minimum of 3dB back-off. 4) For each of the requested QPSK and QAM modulation signals, indicate the appropriate emission designator. See Section 2.201. You can use the 99% bandwidth function to determine the necessary bandwidth. The highest data rate for each modulation type must be used. Please find "Amended Remote, Exhibit I, Modulation Characteristics, Generic ODU.doc" 5) With regard to RF safety, indicate whether this unit is a base station, Node station or subsriber unit. For subscriber units, indicate compliance with the RF safety requirement. Please find "Remote, Exhibit V, RF Safety Compliance Statement and Label, 28 GHz ODU.doc" 6) The emission mask per Section 101.111(a)2(ii) was incorrectly calculated. The 850 MHz authorized bandwidth in Section 101.109 is to be used in the Attenuation calculation formula under Section 101.111(a)(2)(ii). Please find "Remote 28 GHz, Amended Emission Mask Plots.doc" Regards, Dennis Haynes P-Com, Inc. 1801 Penn Street Melbourne, FL 32901 Phone321 674-3674 Fax321 674-3700 .

1801 Penn Street Melbourne, FL 32901 Phone407.674.3600 Fax407.674.3700 Form 731 Application for Certification Amended Letter of Transmittal Sept. 7, 2000 Joe Dichoso Federal Communications Commission Equipment Authorization Division 7435 Oakland Mills Road Columbia, MD 21046 Reference: 731 Confirmation Number EA97842 FCC ID L5X-PMP-04-280 Correspondence Reference Number: 15189 Mr. Dichoso P-Com, Inc. is submitting this amended information in response to your e-mail requests. The files have been uploaded through the FCC E-Filing procedure. Please contact Dennis Haynes (321-674-3674) if you find this information to be incomplete. The following are responses to your requests and/or explanations as to which uploaded file will contain the information you have requested. 1) Provide a confidential letter. Please find "Request for Confidentially L5X-PMP- 04-280.doc" 2) Provide photo's of the all circuit boards without shielding. Please find "Amended Remote, Exhibit U, Product Internal Photographs, 28 GHz ODU.doc" 3) The output power specifications indicate peak output power of 24 dBm (.25 Watts). You requested 6604 watts. The measurements indicate ?12 dBm. Please retest the device at the peak output power and supply appropriate data. The P1dB output is 24 dBm. The antenna Gain is 37.2dBi. This yields a maximum output EIRP of 1320 W. Under normal operation this unit will have a minimum of 3dB back-off. 4) For each of the requested QPSK and QAM modulation signals, indicate the appropriate emission designator. See Section 2.201. You can use the 99% bandwidth function to determine the necessary bandwidth. The highest data rate for each modulation type must be used. Please find "Amended Remote, Exhibit I, Modulation Characteristics, Generic ODU.doc" 5) With regard to RF safety, indicate whether this unit is a base station, Node station or subsriber unit. For subscriber units, indicate compliance with the RF safety requirement. Please find "Remote, Exhibit V, RF Safety Compliance Statement and Label, 28 GHz ODU.doc" 6) The emission mask per Section 101.111(a)2(ii) was incorrectly calculated. The 850 MHz authorized bandwidth in Section 101.109 is to be used in the Attenuation calculation formula under Section 101.111(a)(2)(ii). Please find "Remote 28 GHz, Amended Emission Mask Plots.doc" Regards, Dennis Haynes P-Com, Inc. 1801 Penn Street Melbourne, FL 32901 Phone321 674-3674 Fax321 674-3700 .

L5X-PMP-04-280Page 1 of 1P-COM, Inc Request for Confidentiality L5X-PMP-04-280 Application for Certification of Equipment P-Com, Inc. requests that the Federal Communications Commission maintains the confidentiality of certain information provided in this Application for Certification of Equipment. The information provided to the Commission in the Exhibits identified below contain detailed technical information, proprietary technical information, trade secrets and designs for which P-Com, Inc. plans on applying for patents. The information that has been provided goes well beyond that which P-Com, Inc. would make available to the public. At this early stage in the marketing of this equipment, P-Com, Inc. would suffer irreparable damage should this information be provided to a competitor. The specific information for which P-Com, Inc. is requesting confidentiality is contained in the following Exhibits: Exhibit O: Modulation System Description Exhibit P: Product Schematic Diagrams

L5X-PMP-04-2801 of 2P-COM, Inc Exhibit Q Exhibit Q: L5X-PMP-04-280 Product External Photographs L5X-PMP-04-2802 of 2P-COM, Inc Exhibit Q Remote Outdoor Unit

L5X-PMP-04-2801 of 2P-COM, Inc Exhibit A Exhibit A: L5X-PMP-04-280 FCC ID Label L5X-PMP-04-2802 of 2P-COM, Inc Exhibit A

L5X-PMP-04-2801 of 12P-COM, Inc Exhibit U Exhibit U: L5X-PMP-04-280 Product Internal Photographs L5X-PMP-04-2802 of 12P-COM, Inc Exhibit U VCXO on Bottom Side of IF LO Board L5X-PMP-04-2803 of 12P-COM, Inc Exhibit U IF LO Board, Top Side L5X-PMP-04-2804 of 12P-COM, Inc Exhibit U LO GEN Board L5X-PMP-04-2805 of 12P-COM, Inc Exhibit U Synthesizer Board L5X-PMP-04-2806 of 12P-COM, Inc Exhibit U ODU Controller Board, Bottom Side L5X-PMP-04-2807 of 12P-COM, Inc Exhibit U ODU Controller Board, Top Side L5X-PMP-04-2808 of 12P-COM, Inc Exhibit U PSU 1, PSU 2 and Mother Board L5X-PMP-04-2809 of 12P-COM, Inc Exhibit U RX IF Board, Top Side L5X-PMP-04-28010 of 12P-COM, Inc Exhibit U RX IF Board, Bottom Side L5X-PMP-04-28011 of 12P-COM, Inc Exhibit U TX IF Board, Bottom Side L5X-PMP-04-28012 of 12P-COM, Inc Exhibit U TX IF Board, Top Side

L5X-PMP-04-2801 of 16P-COM, Inc Exhibit U Exhibit U: L5X-PMP-04-280 Product Internal Photographs L5X-PMP-04-2802 of 16P-COM, Inc Exhibit U VCXO on Bottom Side of IF LO Board L5X-PMP-04-2803 of 16P-COM, Inc Exhibit U IF LO Board, Top Side L5X-PMP-04-2804 of 16P-COM, Inc Exhibit U LO GEN Board Top Side L5X-PMP-04-2805 of 16P-COM, Inc Exhibit U LO GEN Board Bottom Side L5X-PMP-04-2806 of 16P-COM, Inc Exhibit U Synthesizer Board Top Side L5X-PMP-04-2807 of 16P-COM, Inc Exhibit U Synthesizer Board Bottom Side L5X-PMP-04-2808 of 16P-COM, Inc Exhibit U ODU Controller Board, Bottom Side L5X-PMP-04-2809 of 16P-COM, Inc Exhibit U ODU Controller Board, Top Side L5X-PMP-04-28010 of 16P-COM, Inc Exhibit U PSU 1, PSU 2 and Mother Board L5X-PMP-04-28011 of 16P-COM, Inc Exhibit U Power Supply Unit 1 L5X-PMP-04-28012 of 16P-COM, Inc Exhibit U Power Supply Unit 2 L5X-PMP-04-28013 of 16P-COM, Inc Exhibit U RX IF Board, Top Side L5X-PMP-04-28014 of 16P-COM, Inc Exhibit U RX IF Board, Bottom Side L5X-PMP-04-28015 of 16P-COM, Inc Exhibit U TX IF Board, Bottom Side L5X-PMP-04-28016 of 16P-COM, Inc Exhibit U TX IF Board, Top Side

November 12, 1998 FCC Product Description Page 1 of 5L5X-PMP-04-280 POINT-TO-MULTIPOINT PRODUCT DECRIPTION 1.0Overview P-COM, Inc., an ISO-9001 certified company, develops, manufactures and markets millimeter-wave radio systems and wireless solutions for wideband and broadband services for the worldwide telecommunications industry. These systems provide a high quality, cost-effective digital transmission solution for short-haul applications and for a variety of wireless services. These systems have been developed to meet all relevant industry standards. P-COM's Point-to-Multipoint (PMP) system meets the crucial requirements of minimizing the user's cost of ownership. The design philosophy that governs all P-COM product development decisions is one which results in a product that is high in reliability, cost- effectiveness and simple to install and maintain. Given the competitive nature of the telecommunications service industry, these attributes play a key role in the successful and profitable operations of users wireless networks. The system provides wideband and broadband services for business customers. These services include telephony, data, LAN, and video. The system also provides solutions for Fixed Wireless Access (FWA), Wireless Local Loop (WLL), Local Multi-Point Communications Services (LMCS) and Local Multi-Point Distribution Services (LMDS). Employing an integrated star topology, the Point-to-Multipoint (PMP) system uses digital wireless cell-based transmission to carry both wideband telephone services and broadband multimedia services to customers. Minimal delay is provided for voice traffic and very low Bit Error Rates are achieved to support data services. The unique architecture of the PMP system has the following benefits: • Flexibility • Scalability • Bandwidth management • Integrated Network Management • Software Distribution • Wide variety of User Interfaces • Wide range of frequency bands available: 10 - 40 GHz November 12, 1998 FCC Product Description Page 2 of 5L5X-PMP-04-280 2.0System Architecture The wireless Point-to-Multipoint system addresses the requirements for alternative access to local circuit, packet and cell switching facilities within metropolitan areas. It interfaces with existing PABX, host computers, LANs, Multiplexers, Routers/Bridges, etc. and provides transport to local switching centers via a highly reliable, wireless communications link. The PMP network is composed of one or more Base Stations that are strategically located within the desired coverage area (i.e., city). Each Base Station supports Line-of-Sight connections to Customer Premise Terminals (CPT). The Base Station multiplexes all traffic onto one or more continuous carriers that are transmitted to the CPTs. These carriers are typically transmitted at slightly different frequencies to avoid interference. On the upstream direction the CPTs use Frequency Division Multiple Access (FDMA) method to transmit information to the Base Station. The CPTs each communicate on separate carriers with demodulators at the Base Station. The system is designed for rapid fault isolation and repair in the field. All active elements are contained on front-loaded cards with front-mounted LEDs indicating status. The system makes extensive use of cell transport over the wireless link between the Base Station and the CPTs. It efficiently supports traffic such as T1, Fractional T1, ISDN, analog voice, Frame Relay and Nx64 Kbps data. 2.1Base Station The Base Station is composed of an independent set of sectors each providing up to 90 ° coverage within the 360 ° area around the Base Station. Each Base Station also interfaces to the Public Switched Network (PSN) through concentrated access links. Each Base Station can support multiple sectors. Sectors are composed of one or more Indoor Units (IDUs) and an integrated RF/Antenna Outdoor Unit (ODU). The RF/Antenna ODU contains lensed-horn antennas. Each sector antenna contains a transmit and a receive horn. The IDU is a standard rack-mount chassis with redundant power supplies, and space for plug-in cards. 2.1.1 Sector The Sector supports FDMA CPTs and provides complete connectivity to the backbone for transport to the service node and/or PSN. A sector consists of up to four sector subsystems connected to a Hub IF Combiner that combines the IF signals from each of the sector subsystem onto a single IF cable connected to the ODU. Each Sector consists of the following components: • One Outdoor Unit (ODU) containing the RF components and the antenna • One Hub IF Combiner November 12, 1998 FCC Product Description Page 3 of 5L5X-PMP-04-280 • Up to four Indoor Units (IDU) each containing Modulators, Demodulators, Sector Controllers, and T1-Network Interface Cards • An Inter-facility Link (IFL) consisting of one coaxial cables connecting the Hub IF Combiner to the ODU 2.1.2 Hub IF Combiner The Hub IF Combiner is a rack-mount unit that connects up to four IDUs to a single ODU. The IDUs are connected to the Hub IF Combiner with a single coaxial. The Hub IF Combiner combines all four IF signals onto a single coaxial cable to the ODU. The Hub IF Combiner also multiplexes 10 MHz reference and DC power for the ODU on this cable. 2.1.3 Sector Outdoor Unit The Sector Outdoor Unit (ODU) is a single integrated enclosure containing all RF components mounted directly to a receive horn antenna and a transmit horn antenna. The ODU transmits modulated RF signals to the CPTs and receives RF signals from the CPTs via line-of-sight wireless communication links. 2.1.4 Sector Indoor Unit The Sector IDU is located indoors at the Base Station site and is connected to the Sector ODU via IFL cables. The Sector IDU is comprised of the following components: • Rack mount Chassis with Power Supplies • Modulators • Demodulators • Sector Controller • T1 Network Interface Cards (NICs) The Base Station Chassis provides space for Modulators, Demodulators, Sector Controllers, and T1-NICs. 2.1.5 Interconnect…

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L5X-PMP-04-2801 of 1P-COM, Inc Exhibit B Exhibit B: L5X-PMP-04-280 Types of Emission Section 2.1033 (C) Applications for equipment other than that operating under parts 15 and 18 of the rules shall be accompanied by a technical report containing the following information: (4) Types of Emission Intentional Radiator employing QPSK, 16-QAM or 64-QAM digital modulation.

L5X-PMP-04-2801 of 1P-COM, Inc Exhibit C Exhibit C: L5X-PMP-04-280 Frequency Range of Operation: If and RF This Exhibit provides a response to Section 2.1033 (c) (5). Radio Frequency (RF) Bands Supported: *27,500.00 to 28,350.00 MHz Intermediate Frequencies (IF): Transmit IF:*490 MHz (+25 MHz) Receive IF:*205 MHz (+25 MHz) *These frequencies are adjustable in 100 KHz increments.

L5X-PMP-04-2801 of 1P-COM, Inc Exhibit D Exhibit D: L5X-PMP-04-280 Operational Power Levels and Control Methods This Exhibit provides a response to Section 2.1033 (c) (6). Range of operating power values or specific operating power levels and description of any means provided for variation of operating power. FrequencyOutput Power Range 27,500 to 28,350 MHz* -20 to +21.0 dBm *Output levels are based on measurements taken at the antenna flange and are maintained by automatic power control. REMOTE TUNE-UP:Transmit Levels from the Remote ODU are controlled by the Sector. The Sector employs Automatic Power Control (APC) circuitry that allows minimum transmit power to be used at any given time for the selected service quality (BER). The Sector dynamically adjusts the Remote’s transmit power output to compensate for changes in environmental conditions.

L5X-PMP-04-2801 of 1P-COM, Inc Exhibit E Exhibit E: L5X-PMP-04-280 Maximum Operational Power Levels per FCC Rules This Exhibit provides a response to Section 2.1033 (c) (7), based on the transmitter power limitations of Section 101.113. The transmit power level limitation at 27.500 GHz to 28.350 GHz is +55 dBW Each Remote antenna in the 28 GHz Frequency Band has a gain of 37.2 dBi as specified by the vendor. This gain applies to the upper end of the band. The power amplifiers in the 28 GHz band RF Unit have a P1dB of +24 dBm at the antenna interface. With no backoff the maximum EIRP of this system will be (24 dBm + 37.2 dBi) or 61.2 dBm. In practice, this equipment will operate with a minimum backoff of 3.0 dB that will provide a peak EIRP of 58.2 dBm or 28.2 dBW. The antennas are discussed in more detail in Exhibit N. The above calculations indicate that the equipment will not exceed the maximum EIRP limitation of +55 dBW at any time.

L5X-PMP-04-2801 of 1P-COM, Inc Exhibit F Exhibit F: L5X-PMP-04-280 DC Voltages and Current Requirements of PA This Exhibit provides a response to Section 2.1033 (c) (8). The dc voltages applied to and dc currents into the several elements of the final radio frequency amplifying device for normal operation over the power range. Final frequency up-conversion and amplification take place in the Outdoor Unit (ODU). The ODU has the following voltages and currents supplied to it: Input Voltage+48 VDC Current625 mA, max

L5X-PMP-04-280Page 1 of 1P-COM, Inc. Exhibit G Exhibit G: L5X-PMP-04-280 Power Level Setting Alignment This Exhibit provides a response to Section 2.1033 (c) (9). Tune-up procedure over the power range, or at specific operating power levels. REMOTE TUNE-UP:Transmit Levels from the Remote ODU are controlled by the Sector. The Sector employs Automatic Power Control (APC) circuitry that allows minimum transmit power to be used at any given time for the selected service quality (BER). The Sector dynamically adjusts the Remote’s transmit power output to compensate for changes in environmental conditions.

L5X-PMP-04-280Page 1 of 1P-COM, Inc. Exhibit H Exhibit H: L5X-PMP-04-280 Measured RF Output Power This Exhibit provides a response to Section 2.1046 (a), based on the transmitter power limitations of Section 101.113. Transmitter Power Limitations: FrequencyMax Allowable EIRP 27.500 GHz to 28.350 GHz +55 dBW Each Remote antenna in the 28 GHz Frequency Band has a gain of 37.2 dBi as specified by the vendor. This gain applies to the upper end of the band. The power amplifiers in the 28 GHz band Outdoor Units have a P1dB of +24 dBm at the antenna interface. With no backoff the maximum EIRP of this system will be (37.2 dBi + 24 dBm) or 61.2 dBm. In practice, this equipment will operate with a minimum backoff of 3 dB. This will provide a peak EIRP of 58.2 dBm or 28.2 dBW. The antennas are discussed in more detail in Exhibit N. The above calculations indicate that the equipment will not exceed the maximum EIRP limitation of +55 dBW at any time.

L5X-PMP-04-2801 of 1P-COM, Inc. Exhibit I Exhibit I: L5X-PMP-04-280 Modulation Characteristics This Exhibit provides a response to Section 2.1047 (d), based on the requirements specified in Section 101.141. Refer to Table 1 Domestic Modulated Data Rates and compare columns under the headings ATM Bit Rate Mbits/s and DSB BW (MHz). Table 1 Domestic Modulated Data Rates Modulation Type ATM Bit Rate (Mbits/sec) Symbol Rate (Msym/sec) DSB BW (MHz) Channel Spacing (MHz) 64-QAM3.70.6649020.7451.0 64-QAM7.21.3165281.4752.0 64-QAM14.42.6197812.9344.0 64-QAM21.73.9491274.4235.6 64-QAM30.95.6250006.3008.0 16-QAM2.40.6649020.7451.0 16-QAM4.81.3165281.4752.0 16-QAM9.62.6197812.9344.0 16-QAM14.53.9491274.4235.6 16-QAM20.65.6250006.3008.0 QPSK1.20.6649020.7451.0 QPSK2.41.3165281.4752.0 QPSK4.82.6197812.9344.0 QPSK7.23.9491274.4235.6 QPSK10.35.6250006.3008.0

L5X-PMP-04-280Page 1 of 1P-COM, Inc. Exhibit J Exhibit J: L5X-PMP-04-280 Occupied Bandwidth This Exhibit provides a response to Section 2.1049, based on the requirements specified in Section 101.109. Maximum Authorized Frequency Band Bandwidth 27.500 GHz to 28.350 GHz50 MHz Refer to Table 1. Domestic Modulated Data Rates. In the column under the heading DSB BW (MHz) occupied Bandwidths are listed and referenced to each Modulation Type and selected Bit Rate. Table 1. Domestic Modulated Data Rates Modulation Type ATM Bit Rate (Mbits/sec) Symbol Rate (Msym/sec) DSB BW (MHz) Channel Spacing (MHz) 64-QAM3.70.6649020.7451.0 64-QAM7.21.3165281.4752.0 64-QAM14.42.6197812.9344.0 64-QAM21.73.9491274.4235.6 64-QAM30.95.6250006.3008.0 16-QAM2.40.6649020.7451.0 16-QAM4.81.3165281.4752.0 16-QAM9.62.6197812.9344.0 16-QAM14.53.9491274.4235.6 16-QAM20.65.6250006.3008.0 QPSK1.20.6649020.7451.0 QPSK2.41.3165281.4752.0 QPSK4.82.6197812.9344.0 QPSK7.23.9491274.4235.6 QPSK10.35.6250006.3008.0

L5X-PMP-04-280Page 1 of 1P-COM, Inc. Exhibit K Exhibit K: L5X-PMP-04-280 Spurious Emission Refer to Section 6.1.3. Radiated 15.209(a)/101.111 of Exhibit R (Independent Laboratory Test Results) for detailed information on radiated emissions.

L5X-PMP-04-280Page 1 of 1P-COM, Inc. Exhibit L Exhibit L: L5X-PMP-04-280 Measured Spurious Field Strength Refer to Section 6.1.3 Radiated 15.209(a)/101.111 of Exhibit R (Independent Laboratory Test Results) for detailed information on radiated emissions.

L5X-PMP-04-280Page 1 of 2P-COM, Inc. Exhibit M Exhibit M: L5X-PMP-04-280 Measured Frequency Stability This Exhibit provides a response to Section 2.1055, based on the requirements specified in Section 101.107. (a)The frequency stability shall be measured with variation of ambient temperature as follows: (1) From –30 degress to +50 degrees centigrade... P-COM Test Results for the Remote Outdoor Unit Frequency Stability Purpose: Long-term frequency stability of the Remote ODU is compliant to product specifications at room and elevated temperatures. This test is conducted at RF. Pass Criteria: Based on measurements every 15 minutes over a 45 minute period, the frequency deviation shall be within ±1 ppm. Test Environment: P-COM Engineering Laboratory. Equipment: One Sector Terminal, Frequency Counter (HP 53152A), Environmental Chamber. Remote Outdoor Unit Tests Results Test Frequency: 27,925 MHz Test TimeTemperatureMeasured Frequency 0 min.27,925,013,210 15 min.Room Temp27,925,013,250 30 min.27,925,013,800 45 min.27,925,014,180 0 min.27,925,013,800 15 min.-30°C27,925,014,130 30 min.27,925,014,250 45 min.27,925,013,220 0 min.27,925,014,150 15 min.50°C27,925,014,080 30 min.27,925,014,140 45 min.27,925,013,770 . L5X-PMP-04-280Page 2 of 2P-COM, Inc. Exhibit M ! Measure…

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