MCI-3875.7GHz Wireless LAN

892-010 - 09/02 © 2001 RadioLAN Marketing Group, Inc. All Rights Reserved. Wireless Local Area Network Campus BridgeLINK-II™ Quick Installation Guide Campus BridgeLINK-II Quick Installation Guide Page i © 2002 – RadioLAN – All rights reserved Notices This equipment has been tested and found to comply with the limits for a Class B digital device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses, and can radiate radio frequency energy and, if not installed and used in accordance with the instructions, may cause harmful interference to radio communications. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of the following measures: • Reorient or relocate the receiving antenna. • Increase the separation between the equipment and receiver. • Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. • Consult the dealer or an experienced radio/TV technician for help. FCC ID: MCI-377 FCC Rule Part(s): 15.247 AND 15.407 Frequency: 5.15-5.25, 5.25-5.35, and and 5.725-5.875 GHz Equipment Class: Low Power Communication Device Transmitter Output Power: 50 mW Notes: This device complies with Part 15 of FCC rules. Operation is subject to the following two conditions: 1) this device may not cause harmful interference, and 2) this device must accept any interference received, including interference that may cause undesired operation. All interface cables must be shielded. This device has shown compliance with new rules adopted under Dockets 87-389, 99-231, and 02-151 and is not affected by the Section 15.37, transition rule. Each radio is marked with its operating frequency. Campus BridgeLINK-II Quick Installation Guide Page ii © 2002 – RadioLAN – All rights reserved FCC regulations require that a person knowledgeable in electronics and trained in the correct installation of this device professionally install this device. Professional installers have a responsibility to comply with FCC part 15 rules on antenna limits and amplification. Unauthorized modifications to the device could void the End-users authority to operate it. This Product has been certified with the following antennas, and may only be used with antennas by the same manufacturer and with the same or less gain: Antenna Model Max_Gain European Antennas FPA19-58V-701/474 18 dBi RadioWaves Sector antenna SEC-5H-90CS 18 dBi RadioWaves Parabolic Dish Antennas SP4-5.8 34.8 dBi Telex Yagi Antennas 5816AB 16.5 dBi 1 Campus BridgeLINK-II Quick Installation Guide Page 1 © 2002 – RadioLAN – All rights reserved Welcome to wireless networking. The Campus BridgeLINK-II (CBL-II) is a module, which connects or bridges two 10BaseT wired networks, located in different buildings, together using a 10BaseRadio wireless link. RadioLAN allows you to connect two buildings, which are up to 1 mile (1.6 km) apart, using a Campus BridgeLINK-II™ Processor Unit (CPU), a Companion Radio Module (CRM), and a 8.86 inch square directional antenna with a 19° angle of operation, for each building link. When using the CBL-II application, you need only install the components at each building, aim the antennas toward one another, and power the system on. Quick Setup This document provides the simple steps required to install and setup the CBL-II. Please see the Campus BridgeLINK-II Users Manual located on the RMG website for more specific information. For a fast, successful installation, find a location that: • has a non-switched electrical outlet. • has access to the Ethernet backbone: • is within range of the distant CBL-II Figure 1: Campus BridgeLINK-II Bridge Processor Unit 2 Campus BridgeLINK-II Quick Installation Guide Page 2 © 2002 – RadioLAN – All rights reserved Assigning an IP Address to the CPU You need an IP address to use the CBL-II’s Web Management features. There are two ways to assign the CPU an IP Address for the TCP/IP Network. RadioLAN provides a utility called IPASSIGN, or you may use the Serial Port on the BBL. Assigning an IP Address using the Serial Port 1. Connect the CPU to a VT-100 terminal or a PC running terminal emulation software. Set up the terminal with the following settings: 9600 bits per second, 8 data bits, no parity, 1 stop bit, and no flow control. 2. Connect a standard DB-9 serial cable (not included) between a COM port on the terminal or PC and the CPU’s DB-9 serial port, and power on the CPU. You will see a series of tests then a logon screen. Initially there is no password, so press Enter. 3. Arrow down to System Configuration, and press Enter. 4. Arrow down to IP Parameters, and press Enter. 5. Enter the IP Address, Subnet Mask, and Default Gateway IP Address. 6. Next, highlight DHCP Operation Mode. Press Enter until the Disabled is displayed. 7. Press Backspace to go to the previous screen. Arrow down to Configuration Changes, and press Enter. 8. Choose “Save Configuration Changes”, and press Enter twice. The CPU will reset using the new IP address. You may also use this same serial connection to configure and manage the CPU. See the manual for more information. 3 Campus BridgeLINK-II Quick Installation Guide Page 3 © 2002 – RadioLAN – All rights reserved Preparing a PC to use IPASSIGN This utility allows you to assign an IP address to the CPU using a PC with a 10BaseT-network interface card installed. Note: The PC must not be operating a DHCP server during this procedure. The CPU supports connection to the network by way of a standard 10BaseT Ethernet Cable, which is typically used for connection to a hub, or a Crossover Cable, which is typically used for connection directly to a PC network interfac…

Text truncated - open the document above for the full version.

tel: 650-726-1263 fax: 650-726-1252 [email protected] Thomas N. Cokenias EMC &Radio Approvals Test & Consulting Services for Commercial, Military, International Compliance P.O. Box 1086 El Granada, CA 94018 FCC Laboratory 15 Sept 2002 7435 Oakland Mills Road Columbia, MD 21046 Attention: Application Examiner Reviewing Engineer Applicant: RadioLAN Marketing Group FCC ID: MCI-387 and FCC ID:MCI-377 To whom it may concern, Request is hereby submitted, on behalf of my client RadioLAN to withhold from public review certain portions of the application for equipment certification for the referenced FCC identifier. In particular, the following sections of the application and report are requested to be kept confidential: Block Diagrams Schematic Operational Description Rationale for request for confidentiality: RadioLAN has invested considerable time and materials in research and development to produce the referenced product. Disclosure of the confidential portions of this application to competitors would give them competitive advantage in developing similar products. If you have questions or need further information, please contact the undersigned. Sincerely, tel: 650-726-1263 fax: 650-726-1252 [email protected] THOMAS N. COKENIAS EMC Consultant/Agent for RadioLAN Marketing Group

Description of RadioLAN Product Similarities FCC ID: MCI-387 FCC ID: MCI-377 plastic enclosure The two products use the same electronics, with the exception that the 387 is limited to the EA panel antenna only. Antenna conducted data is taken at the antenna output of the CRM, and is applicable to both products. The radiated and AC line conducted data taken for one product is applicable to both units. The same schematics, block diagrams, and theory of operation are applicable to both products. Campus BridgeLINK-II 15.247 DTS 5.775 GHz radio box (CRM) various antennas: yagi, dish, flat panel Campus BridgeLINK-II 15.247 DTS 5.775 GHz radio box (CRM) Panel Antenna only LAN AC/DC AC mains LAN AC/DC AC Mains

page 1 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387

FCC ID Label and Label location Applicant: RadioLAN Marketing Group FCC ID: MCI-387 FCC ID: MCI-387 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, and (2) This device must accept any interference received, including interference than may cause undesired operation

page 1 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 2 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 3 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 4 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 5 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 6 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 7 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 8 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 9 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 10 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 11 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 12 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 13 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387 page 14 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387

page 2 of 14 Product Photographs Applicant: Radi8LAN Marketing Group FCC ID: MCI-387

Sheet1 FCC ID: MCI-387RF Hazard Distance CalculationmW/cm2 from Table1: 1.00 Max RF Powe TX Antenna MPE P, dBm G, dBi Safe Distance, cm 18.0 18.0 17.8 EA flat panel Basis of Calculations:E^2/3770 = S, mW/cm2E, V/m = (Pwatts*Ggain*30)^.5/d, meters 4 36.0 36.0 d = ((Pwatts*G*30)/3770*S))^0.5 Pwatts*Ggain = 10^(PdBm-30+GdBi)/10) NOTE: For mobile or fixed location transmitters, minimum separation distance is 20 cm, even if calculations indicate MPE distance is less Page 1

RadioLAN page 1 of 12 FCC ID: MCI-387 1 EMISSIONS TEST REPORT FOR A LOW POWER TRANSMITTER I. GENERAL INFORMATION Requirement:Federal Communications Commissions Test Requirements: 15.205, 15.207, 15.209, 15.247 Applicant:RadioLAN Marketing Group 185 Lewis Road - Suite 30 San Jose, CA 95111 FCC ID: MCI-387 II. DESCRIPTION OF EQUIPMENT UNDER TEST (EUT) RadioLAN FCC ID: MCI-387 is a DTS transceiver in the 5,725 - 5,850 MHz band. Output power : 50 mW (17 dBm) nominal 63 mW (18dBm) maximum Center frequency: 5.775 GHz (single channel) 6 dB BW 26.6 MHz 20 dB BW: 43 MHz The product is self-contained, consisting of the Campus BridgeLINK-II ethernet bridge processor unit , the CBL-II radio section, and the European Antennas model FPA 19-58V flat panel antenna. The product is enclosed by a plastic box. III. TEST LOCATION All emissions tests were performed at: Compliance Certification Services 571F Monterey Road Morgan Hill, CA 95037 T.N. Cokenias15 Sept 2002 EMC Consultant/Agent for RadioLAN Marketing Group RadioLAN page 2 of 12 FCC ID: MCI-387 2 TEST PROCEDURES Radiated Emissions Test Requirement: 15.109, 15.205, 15.209, 15.247 Measurement Equipment Used: HP 8566 Spectrum Analyzer HP 8447D pre-amplifier Miteq NSP2600-44 Preamp, 1- 26 GHz HP 11975A Preamplifier, 2 - 8 GHz (used with HP11970 external mixers) Schaffner Chase Bilog antenna, 30 - 2000 MHz EMCO Double Ridge Waveguide Horn, 1 - 18 GHz Antenna Research Associates MWH 1826/B, 18 - 26.5 GHz HP 11970A Harmonic mixer, 26.5 - 40 GHz HP 11970Q Harmonic mixer, 33 - 50 GHz HP 11970V Harmonic mixer, 50 - 75 GHz HP 11970W Harmonic mixer, 75 - 110 GHz Low loss antenna cable (0.7 dB/ft @ 24 GHz) Test Set-Up external mixer spectrum analyzer leveling pre-amp -OR- HPF 1-26 GHz pre-amp .3 - 3.0 m horn antenna bilog ant. - OR - 3 meters 8566 spectrum analyzer 8447D pre-amp RadioLAN page 3 of 12 FCC ID: MCI-387 3 Test Method With the transmitter operating, the EUT was rotated 360° and the search antenna was raised and lowered in both polarities, all in an attempt to maximize the levels of the received emission for each harmonic and spurious emission up to 40 GHz. Test Results, 1- 40 GHz Refer to test results in separate Excel spreadsheet. NOTE: For radiated emissions that fall on restricted bands per 15.205, emissions limit is 54 dBuV/m at 3 m for emissions above 960 MHz. Per 15.247(c) all other undesired emissions must be 20 dB below the highest in-band emission when measured in a 100 kHz bandwidth. From antenna conducted data below, in a 100kHz bandwidth, maximum in-band emission is 3.2 dBm 3.2 - 20 = -16.8 dBm limit, 30 - 40,000 MHz. Using the relationship between RF power, antenna gain, distance, and field strength E v/m = SQRT(Pwatts*30*Gain)/d meters converting to dB, assuming 1ft (0.3m) distance: E dBuV/m = 115.24 +P dBm+ GdBi . For strictest emission level, assume G = 0 dBi: Emax, dBuv/m = 115.24 -16.8 = 98.4 dBuV/m at 1 ft for non-restricted bands. RadioLAN page 4 of 12 FCC ID: MCI-387 4 Test Results, 30 - 1000 MHz Refer to separate Excel spreadsheet. RadioLAN page 5 of 12 FCC ID: MCI-387 5 AC Line Conducted Emissions Test Requirement: 15.107, 15.207 Measurement Equipment Used: Rohde & Schwarz EMI Receiver ESHS-20 Fischer Custom Communication LISN, FCC-LISN-50/250-25-2 Test Set-up LISN AC Power supply/data inserter Figure 2 FIM Test Procedure 1. The EUT was placed on a wooden table 40 cm from a vertical ground plane and approximately 80 cm above the horizontal ground plane on the floor. The EUT was set to transmit in normal mode. 2. Line conducted data was recorded for both NEUTRAL and HOT lines. Test Results Refer to separate graphs and tabulated data sheets. RadioLAN page 6 of 12 FCC ID: MCI-387 6 Minimum 6 dB Bandwidth Test Requirement: 15.247(a)2 Measurement Equipment Used: HP 8593EM Spectrum Analyzer 6’ length low loss coaxial cable Test Procedures The EUT was configured on a test bench. The antenna was removed and the spectrum analyzer was connected directly to the transmitter antenna output port. The EUT was set for continuous operation. While the transmitter broadcast a steady stream of digital data, the analyzer MAX HOLD function was used to capture the envelope of the transmission occupied bandwidth. Test Results: Refer to attached spectrum analyzer charts. Data taken with RES BW of 100 kHz shows minimum 6 dB BW of 26.6MHz. RadioLAN page 7 of 12 FCC ID: MCI-387 7 Minimum 6 dB Bandwidth RadioLAN page 8 of 12 FCC ID: MCI-387 8 RF Power Output Test Requirement:15.247(b) Measurement Equipment Used: HP 8566B Spectrum Analyzer 2 ft low loss RF cable Test Procedures The EUT was configured on a test bench. The antenna was removed and the spectrum analyzer was connected directly to the transmitter antenna output port. The pulse position modulation of the EUT was disabled. Pulse position modulation is achieved by switching RF output ON and OFF in a pre-determined time sequence. When the modulation is turned off, the resulting CW signal is the peak power output of the transmitter. Test Results Maximum output power is 18 dBm. Refer to attached spectrum analyzer chart. RadioLAN page 9 of 12 FCC ID: MCI-387 9 Spurious Emissions, Conducted Test Requirement: 15.247(c) Measurement Equipment Used: HP 8566 Spectrum Analyzer 2 ft length low loss A coaxial RF cable Test Procedure The EUT was configured on a test bench. The antenna was removed and the spectrum analyzer was connected directly to the transmitter antenna output port. Spectrum analyzer RES BW was set to 100 kHz. While the transmitter broadcast a steady stream of digital data, the analyzer MAX HOLD function was used to capture the envelope of the transmission. Readings were taken out to 22 GHz, the upper limit of the spectrum analyzer. For emissions 22-40 GHz, radiated emissions measurements indicated the out of band levels to be well below the -20 dBc level: Using the relationship between RF power, antenna gain, distance, and field strength E v/m = SQRT(Pwatts*30*Gain)/d meters converting to dB, a…

Text truncated - open the document above for the full version.

02U1431-1 020726B02 07/27/02 11:19 AM Frank Ibrahim Radio LAN Radio LAN, 802.11a Access Point, Model: Trinidad Stand Alone EUT EN 55022 CLASS B Normal Mode 07/27/02 Freq. ReadingAFCloss Pre-ampLevelLimitMarginPolAzHeightMark (MHz)(dBuV)(dB)(dB)(dB)(dBuV/m) EN_B(dB)(H/V)(Deg)(Meter)(P/Q/A) 160.0041.0010.032.8129.3424.5030.00-5.5010mH0.001.00P 240.0046.7011.473.4828.9632.6937.00-4.3110mH0.001.00P 320.0042.9013.544.0628.9231.5737.00-5.4310mH0.001.00P 400.0042.1015.854.6229.3433.2337.00-3.7710mH0.001.00P 480.0039.5017.035.1629.6832.0137.00-4.9910mH0.001.00P 480.0038.5017.035.1629.6831.0137.00-5.9910mH0.001.00QP 560.0039.3018.155.6529.7433.3637.00-3.6410mH0.001.00P 640.0040.5018.766.1529.6435.7637.00-1.2410mH0.001.00P 640.0039.5018.766.1529.6434.7637.00-2.2410mH0.001.00QP 720.0032.0019.016.6229.4728.1637.00-8.8410mH0.001.00P 800.0033.9019.736.9829.2931.3237.00-5.6810mH0.001.00P 880.0033.0020.187.3228.9931.5237.00-5.4810mH0.001.00P 80.0042.006.452.2829.6021.1330.00-8.8710mV0.001.00P 160.0046.8010.032.8129.3430.3030.000.3010mV0.001.00P 160.0044.2010.032.8129.3427.7030.00-2.3010mV0.001.00QP 240.0049.8011.473.4828.9635.7937.00-1.2110mV0.001.00P 240.0048.8011.473.4828.9634.7937.00-2.2110mV0.001.00QP 320.0037.6013.544.0628.9226.2737.00-10.73 10mV0.001.00P 400.0036.5015.854.6229.3427.6337.00-9.3710mV0.001.00P 480.0041.0017.035.1629.6833.5137.00-3.4910mV0.001.00P 560.0043.8018.155.6529.7437.8637.000.8610mV0.001.00P 560.0042.3018.155.6529.7436.3637.00-0.6410mV0.001.00QP 640.0039.7018.766.1529.6434.9637.00-2.0410mV0.001.00P 640.0038.1018.766.1529.6433.3637.00-3.6410mV0.001.00QP 720.0032.0019.016.6229.4728.1637.00-8.8410mV0.001.00P 800.0035.0019.736.9829.2932.4237.00-4.5810mV0.001.00P This data taken with shielding plate inside EUT Total data #: 26 V.2b Company: EUT Description: Test Configuration : Type of Test: Mode of Operation: FCC, VCCI, CISPR, CE, AUSTEL, NZ UL, CSA, TUV, BSMI, DHHS, NVLAP 561F MONTEREY ROAD, SAN JOSE, CA 95037-9001 PHONE: (408) 463-0885FAX: (408) 463-0888 Project #: Report #: Date& Time: Test Engr: A-Site nmlkj A-Site nmlkj B-Site nmlkji B-Site nmlkji C-Site nmlkj C-Site nmlkj F-Site nmlkj F-Site nmlkj 6 Worst Data Descending

FCC ID: OEWCX-DS3-58G 07/26/02 FCC Measurement Compliance Certification Services, Morgan Hill Open Field Site Test Engr: T.Nguyen Project #: 02U1321-1 Company: RadioLAN Marketing Group EUT Descrip.: 5.775 GHz Point to Point DTS Transceiver ("Trinidad") FCC ID: MCI-387 Test Target: 15.205, 15.209, Equipment for 1-22 GHz: Equipment for 18 - 40 GHz: HP8566B Analyzer HP8566B Analyzer Miteq NSP2600-44 Preamp HP 11975A Amplifier (LO) EMCO 3115 Antenna HP 11970K External Mixer/ARA ARA MWH 1826/B HP 11970 External mixer/ 26.5-40 GHz horn antenna Cable: 17.0 feet Cable: IF Only (321 MHz) Peak Measurements: Average Measurements: 1 MHz Resolution Bandwidth 1MHz Resolution Bandwidth 1MHz Video Bandwidth 10Hz Video Bandwidth f Dist Read Pk Read Avg. AF CL Amp D Corr HPF Peak Avg Pk Lim Avg Lim Pk Mar Avg Mar Notes GHz feet dBuV dBuV dB/m dB dB dB dBuV/m dBuV/m dBuV/m dBuV/m dB dB 5.775 7.3 0.0 0.0 119.6 11.555 10.0 44.5 29.5 39.2 10.5 -39.7 0.1 1.0 55.7 40.7 74.0 54.0 -18.3 -13.3 2nd Harmonic, Vertical 15.205 17.325 10.0 61.1 39.7 45.0 14.2 -44.1 0.1 1.0 77.3 55.9 99.6 -22.3 55.9 -20 dB (not restricted) 23.105 1.0 45.9 35.3 32.7 17.8 -43.5 -19.9 1.0 34.0 23.4 74.0 54.0 -40.0 -30.6 4th Harmonic, Vertical (NF) 11.535 10.0 41.2 29.7 39.2 10.5 -39.6 0.1 1.0 52.4 40.9 74.0 54.0 -21.6 -13.1 2nd Harmonic, Horizonatl 15.205 17.330 10.0 58.9 35.1 45.0 14.2 -44.1 0.1 1.0 75.1 51.3 99.6 -24.5 51.3 -20 dB (not restricted) 23.105 1.0 45.9 35.3 32.7 17.8 -43.5 -19.9 1.0 34.0 23.4 74.0 54.0 -40.0 -30.6 4th Harmonic, Horizontal (NF) CONVLOSS CONV LOSS = conversion loss 28.880 1.0 43.4 35.3 37.5 -5.8 0.0 -19.9 0.0 55.2 47.1 74.0 54.0 -18.8 -6.9 of external mixers 33.250 1.0 44.0 35.3 39.1 -6.9 0.0 -19.9 0.0 56.3 47.6 74.0 54.0 -17.7 -6.4 all emissions noise floor H and V 40.000 1.0 43.4 35.3 40.3 -6.9 0.0 -19.9 0.0 56.9 48.8 74.0 54.0 -17.1 -5.2 AF calculated from 22 dBi horn gain AF=9.734/lamda*(G)^0.5lamda = wavelength, m f Measurement Frequency Amp Preamp Gain Avg Lim Average Field Strength Limit Dist Distance to Antenna D Corr Distance Correct to 3 meters Pk Lim Peak Field Strength Limit Read Analyzer Reading Avg Average Field Strength @ 3 m Avg Mar Margin vs. Average Limit AF Antenna Factor Peak Calculated Peak Field Strength Pk Mar Margin vs. Peak Limit CL Cable Loss HPF High Pass Filter 285667.XLS

561F Monterey Road, San Jose, CA 95037 USA Tel: (408) 463-0885 Fax: (408) 463-0888 Data#: 7File#: LC0726.EMIDate: 07-26-2002 Time: 14:19:25 Level (dBuV)Compliance Certification Service 80 35 -10 0.4530 Frequency (MHz) 1.2.5.1020 FCC CLASS-B Trace: 3 Ref Trace: Project # : 02U1431-1 Test Engineer: Frank Ibrahim Company : Radio LAN EUT : Radio LAN, 802.11a Access Point : Model: Trinidad Test Config : EUT stand alone Type of Test : FCC CLASS B, 15.207 Mode of Op. : Normal Mode : PK: L1(Black), L2(Green) : 115VAC 60Hz 561F Monterey Road, San Jose, CA 95037 USA Tel: (408) 463-0885 Fax: (408) 463-0888 Data#: 14File#: LC0726.EMIDate: 07-26-2002 Time: 14:19:25 Level (dBuV)Compliance Certification Service 80 35 -10 0.1530 Frequency (MHz) 0.51.2.5.1020 AVERAGE CISPR-B(QP) Trace: 10 Ref Trace: Project # : 02U1431-1 Test Engineer: Frank Ibrahim Company : Radio LAN EUT : Radio LAN, 802.11a Access Point : Model: Trinidad Test Config : EUT stand alone Type of Test : EN 55022 CLASS B Mode of Op. : Normal Mode : PK: L1(Black), L2(Green) : 230VAC 50Hz

Test Set-up Photographs Applicant: RadioLAN Marketing Group FCC ID: MCI-387 Radiated Emissions, Rear Test Set-up Photographs Applicant: RadioLAN Marketing Group FCC ID: MCI-387 Radiated Emissions, Front Test Set-up Photographs Applicant: RadioLAN Marketing Group FCC ID: MCI-387 Test Equipment, 22 - 40 GHz Test Set-up Photographs Applicant: RadioLAN Marketing Group FCC ID: MCI-387 AC Line Conducted 1 Test Set-up Photographs Applicant: RadioLAN Marketing Group FCC ID: MCI-387 AC Line Conducted 2