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MYRICOM, INC. TEST REPORT FOR THE M3-E16 3-SLOT ENCLOSURE WITH M3-SW16-4L, M3-SPINE-8F & M3-M MONITOR LINECARDS EN55024, EN55022 CLASS A, EN61000-3-2, EN61000-3-3, FCC PART 15 SUBPART B CLASS A & CISPR 22 CLASS A COMPLIANCE DATE OF ISSUE: JANUARY 25, 2001 PREPARED FOR: PREPARED BY: Myricom, Inc. 325 N. Santa Anita Avenue Arcadia, CA 91006 Helen Parrish CKC Laboratories, Inc. 5473 A Clouds Rest Mariposa, CA 95338 W.O. No: 75979 Date of test: January 11-12, 2001 Report No: CE01-017 DOCUMENTATION CONTROL: APPROVED BY: _____________________________ Tracy Phillips Documentation Control Supervisor CKC Laboratories, Inc. _____________________________ Dennis Ward Director of Laboratories CKC Laboratories, Inc. This report contains a total of 72 pages and may be reproduced in full only. Partial reproduction may only be done with the written consent of CKC Laboratories, Inc. Page 1 of 72 Report No.: CE01-017 TABLE OF CONTENTS Administrative Information .............................................................................................4 Summary Of Results........................................................................................................6 Measurement Uncertainty................................................................................................6 Equipment Under Test (EUT) Description......................................................................6 Peripheral Devices...........................................................................................................7 Specifications and Requirements.....................................................................................8 Report Of Measurements.................................................................................................9 Table 1: Six Highest Radiated Emission Levels - EN55022...............................9 Table 2: Six Highest Conducted Emission Levels - EN55022............................10 Table 3: Six Highest Conducted Emission Levels - EN55022 (Telecom) ..........11 Table 4: Six Highest Conducted Emission Levels - CISPR 22...........................12 Table 5: Six Highest Radiated Emission Levels - FCC > 1GHz.........................13 Table 6: Harmonic Emission Levels ...................................................................14 Table 7: Voltage Fluctuations and Flicker Emission Levels...............................14 Table 8: ESD .......................................................................................................15 Table 9: Radiated Immunity................................................................................16 Table 10: EFTB (AC Power Cable) ....................................................................16 Table 11: EFTB (I/O Cables) ..............................................................................17 Table 12: Surge (AC Power Lines) .....................................................................17 Table 13: Conducted Immunity...........................................................................18 Table 14: Magnetic Immunity .............................................................................18 Table 15: Voltage Dips & Interrupts ...................................................................18 Table A: List Of Test Equipment ....................................................................................19 EUT Setup: Emissions.....................................................................................................20 Radiated Emissions .............................................................................................20 Conducted Emissions ..........................................................................................20 Harmonic Emissions............................................................................................21 Voltage Fluctuation and Flicker Emissions.........................................................21 Radiated Emissions Test (Electric Field) ............................................................22 Conducted Emissions Test ..................................................................................22 Harmonics Test....................................................................................................23 Voltage Fluctuation and Flicker Test ..................................................................23 Sample Calculations ............................................................................................23 Test Methods ...................................................................................................................23 EUT Setup: Immunity .....................................................................................................24 Electrostatic Discharge Test ................................................................................25 Radiated Immunity Test ......................................................................................25 Electrical Fast Transient Burst Test.....................................................................25 Surge Test ............................................................................................................26 Page 2 of 72 Report No.: CE01-017 Conducted Immunity Test ...................................................................................26 Voltage Dips & Interrupts Test ...........................................................................26 Determination of Pass Fail Criterion ...............................................................................27 Monitoring of Operating Parameters...............................................................................27 Appendix A: Information About The Equipment Under Test........................................28 I/O Ports...............................................................................................................29 Crystal Oscillators ...............................................................................................29 Printed Circuit Boards .........................................................................................29 Cable Information................................................................................................30 Equipment Test Setup Diagram...........................................................................31 Photograph Showing Radiated Emissions...........................................................32 Photograph Showing Radiated Emissions...........................................................33 Photograph Showing Conducted Emissions........................................................34 Photograph Showing Conducted Emissions........................................................35 Photograph Showing Conducted Emissions........................................................36 Photograph Showing Conducted Emissions........................................................37 Photograph Showing Flicker & Harmonic Emissions.........................................38 Photograph Showing Electrostatic Discharge .....................................................39 Photograph Showing Electrostatic Discharge Points ..........................................40 Photograph Showing Electrostatic Discharge Points ..........................................41 Photograph Showing Radiated Immunity............................................................42 Photograph Showing Electrical Fast Transient Burst..........................................43 Photograph Showing Surge Immunity ................................................................44 Photograph Showing Conducted Immunity ........................................................45 Photograph Showing Voltage Dips And Interrupts.............................................46 Appendix B: Measurement Data Sheets.........................................................................47 Page 3 of 72 Report No.: CE01-017 CKC Laboratories, Inc. has Certificates of Accreditation from the following agencies: DATech (Germany); A2LA (USA); FCC (USA); VCCI (Japan); BSMI (Taiwan); HOKLAS (Hong Kong). CKC Laboratories, Inc. has Letters of Acceptance through an MRA for the following agencies: ACA/NATA (Australia); SABS (South Africa); SWEDAC (Sweden); TUV Rheinland-Germany; TUV RheinlandKorea; TUV Rheinland-Russia; Radio Communications Agency (RA); NEMKO (Norway). ADMINISTRATIVE INFORMATION DATE OF TEST: January 11-12, 2001 DATE OF RECEIPT: January 11, 2001 PURPOSE OF TEST: To demonstrate the compliance of the M3E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards with the requirements for EN55024, EN55022 Class A, EN61000-3-2, EN610003-3, FCC Part 15 Subpart B Class A & CISPR 22 Class A devices. MANUFACTURER: Myricom, Inc. 325 N. Santa Anita Avenue Arcadia, CA 91006 REPRESENTATIVE: Alan Kulawik TEST LOCATION: CKC Laboratories, Inc. 110 Olinda Place Brea, CA 92621 TEST PERSONNEL: Stuart Yamamoto Test Engineer TEST METHOD: EN55024 1998, EN55022 1998, EN610003-2 1995, EN61000-3-3 1995, ANSI C63.4 1992, CISPR 22 1985 Page 4 of 72 Report No.: CE01-017 EQUIPMENT UNDER TEST: M3-E16 3-Slot Enclosure Manuf: Myricom, Inc. Model: M3-E16 Serial: 64652 10BaseT Ethernet Monitor Linecard Manuf: Myricom, Inc. Model: M3-M Monitor Linecard Serial: 68340 8 Port Fiber Myrinet Card Manuf: Myricom, Inc. Model: M-3 SPINE-8F Serial: 64289 4 Port Myrinet LAN Card Manuf: Myricom, Inc. Model: M3-SW16-4L Serial: 64652 Page 5 of 72 Report No.: CE01-017 SUMMARY OF RESULTS For the European Union, the Myricom, Inc. M3-E16 3-Slot Enclosure with M3-SW16-4L, M3SPINE-8F & M3-M Monitor Linecards was tested in accordance with EN55024 1998, EN610003-2 1995, EN61000-3-3 1995 & EN55022 1998 for compliance. As received, the equipment under test was found to be fully compliant with the limits of EN55024, EN61000-3-2, EN610003-3 & EN55022 Class A. The results in this report apply only to the items tested, as identified herein. For Australia/New Zealand, the equipment under test was found to be fully compliant with AS/NZS 3548 Class A, using the EN55022 specifications and methods. For Japan, the equipment under test was found to be fully compliant with the VCCI Class A requirements, using the CISPR 22 specifications and methods. For the US and Canada, the equipment under test was found to be fully compliant with the FCC Part 15 Subpart B & ICES-003 Class A limits, using the FCC Part 15 Subpart B and CISPR 22 1985 specifications and ANSI C63.4 1992 methods. MEASUREMENT UNCERTAINTY Associated with data in this report is a ± 4dB measurement uncertainty. EQUIPMENT UNDER TEST (EUT) DESCRIPTION Myricom Switch (4 Myrinet LAN ports & 8 Myrinet 2000 Fiber ports & M3-M monitor linecard with 2 ethernet ports). Page 6 of 72 Report No.: CE01-017 PERIPHERAL DEVICES The EUT was tested with the following peripheral(s): Hub Manuf: Model: Serial: Netgear FS108 F518E06050651 Monitor Manuf: Miracle Model: MO935 Serial: 90052394 Keyboard Manuf: HP Model: 5129 Serial: F02605917 Mouse Manuf: Model: Serial: Computer Manuf: HP Model: Pavilion 6735 Serial: KR03109769 Myrinet 2000 Fiber Optic PCI Card Manuf: Myricom, Inc. Model: M3F-PCI64B-8 Serial: 63007 HP MS-34 LZN01904868 Page 7 of 72 Report No.: CE01-017 SPECIFICATIONS AND REQUIREMENTS The following summarizes the specifications and requirements for EN55024, EN55022 Class A, EN61000-3-2, EN61000-3-3, FCC Part 15 Subpart B Class A & CISPR 22 Class A emission and immunity tests performed on the M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards. If the actual test levels are higher or different than required, these levels are listed in the appropriate tables. Test Specification Requirement Radiated Emissions EN55022, FCC Part 15 Subpart B Class A Conducted Emissions EN55022, CISPR 22 Class A Electrostatic Discharge EN61000-4-2 EN55024 +4 kV contact +8kV air Harmonic Emissions EN61000-3-2 See standard Voltage Fluctuations and Flicker Emissions EN61000-3-3 See standard Radiated Immunity EN61000-4-3 EN55024 3 V/m Electrical Fast Transient Burst EN61000-4-4 EN55024 1kV (AC), .5kV (I/O) Surge EN61000-4-5 EN55024 2kV common mode 1kV differential mode Conducted Immunity EN61000-4-6 EN55024 3V rms Magnetic Immunity EN61000-4-8 EN55024 1 A/m (not applicable) Voltage Dips & Interrupts EN61000-4-11 EN55024 >95%, 30% & >95% Page 8 of 72 Report No.: CE01-017 REPORT OF MEASUREMENTS The following tables report the six highest worst case levels recorded during the tests performed on the M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards. All readings taken are peak readings unless otherwise noted by a “Q” or “A”. The data sheets from which the radiated and conducted tables were compiled are contained in Appendix B. Table 1: Six Highest Radiated Emission Levels - EN55022 FREQUENCY MHz METER READING dBµV CORRECTED READING dBµV/m SPEC LIMIT dBµV/m MARGIN dB NOTES 159.979 40.6 17.8 -28.6 2.4 32.2 40.0 -7.8 V 499.990 48.5 16.9 -28.0 4.4 41.8 47.0 -5.2 H 749.996 40.4 21.5 -28.1 5.2 39.0 47.0 -8.0 H 875.012 40.4 23.0 -27.4 5.7 41.7 47.0 -5.3 V 879.565 38.8 23.1 -27.4 5.7 40.2 47.0 -6.8 H 999.998 36.9 24.3 -28.2 6.3 39.3 47.0 -7.7 V Test Method: Spec Limit : Test Distance: CORRECTION FACTORS Ant Amp Cable Dist dB dB dB dB BS EN55022 1998 EN55022 Class A 10 Meters NOTES: H = Horizontal Polarization V = Vertical Polarization Q = Quasi Peak Reading A = Average Reading COMMENTS: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. PowerOne power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Page 9 of 72 Report No.: CE01-017 Table 2: Six Highest Conducted Emission Levels - EN55022 FREQUENCY MHz METER READING dBµV 0.154144 49.0 0.191856 CORRECTED READING dBµV SPEC LIMIT dBµV MARGIN dB NOTES 0.0 49.0 66.0 -17.0 B 55.2 0.0 55.2 66.0 -10.8 B 0.215478 47.8 0.0 47.8 66.0 -18.2 B 0.249874 44.1 0.0 44.1 66.0 -21.9 W 0.641928 43.2 0.0 43.2 60.0 -16.8 W 0.825838 33.8 0.0 33.8 60.0 -26.2 W Test Method: Spec Limit : CORRECTION FACTORS Lisn dB dB dB dB BS EN55022 1998 EN55022 Class A NOTES: Q = Quasi Peak Reading A = Average Reading B = Black Lead W = White Lead COMMENTS: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. PowerOne power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Page 10 of 72 Report No.: CE01-017 Table 3: Six Highest Conducted Emission Levels - EN55022 (Telecom) FREQUENCY MHz METER READING dBµV 0.641928 38.2 5.784664 CORRECTED READING dBµV SPEC LIMIT dBµV MARGIN dB NOTES 9.5 47.7 74.0 -26.3 N 34.7 9.5 44.2 74.0 -29.8 N 6.189132 33.1 9.5 42.6 74.0 -31.4 N 8.102312 34.8 9.5 44.3 74.0 -29.7 N 10.307520 33.4 9.5 42.9 74.0 -31.1 N 12.512720 33.7 9.5 43.2 74.0 -30.8 N Test Method: Spec Limit : CORRECTION FACTORS Lisn dB dB dB dB BS EN55022 1998 EN55022 Class A NOTES: N = None COMMENTS: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. PowerOne power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Page 11 of 72 Report No.: CE01-017 Table 4: Six Highest Conducted Emission Levels - CISPR 22 FREQUENCY MHz METER READING dBµV 0.191856 56.6 0.254018 CORRECTED READING dBµV SPEC LIMIT dBµV MARGIN dB NOTES 0.0 56.6 66.0 -9.4 B 44.2 0.0 44.2 66.0 -21.8 W 0.638811 43.9 0.0 43.9 60.0 -16.1 W 0.832072 34.1 0.0 34.1 60.0 -25.9 B 9.910581 33.2 0.0 33.2 60.0 -26.8 W 22.083310 33.2 0.0 33.2 60.0 -26.8 W Test Method: Spec Limit : CORRECTION FACTORS Lisn dB dB dB dB ANSI C63.4 1992 CISPR 22 Class A NOTES: Q = Quasi Peak Reading A = Average Reading B = Black Lead W = White Lead COMMENTS: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. PowerOne power supply, MPU150-S259. Voltage to EUT is 110 VAC, 60 Hz, Temperature: 18.5°C, Humidity: 56%. Page 12 of 72 Report No.: CE01-017 Table 5: Six Highest Radiated Emission Levels - FCC > 1GHz FREQUENCY MHz METER READING dBµV CORRECTED READING dBµV/m SPEC LIMIT dBµV/m MARGIN dB NOTES 1749.960 54.3 24.9 -40.5 4.7 43.4 49.5 -6.1 H 2000.027 53.0 26.2 -40.5 4.9 43.6 49.5 -5.9 V 2124.990 51.5 26.9 -39.8 5.1 43.7 49.5 -5.8 V 2249.989 50.0 27.5 -39.1 5.2 43.6 49.5 -5.9 V 2499.973 47.9 28.7 -37.8 5.7 44.5 49.5 -5.0 H 5000.015 45.7 32.9 -41.1 6.8 44.3 49.5 -5.2 H Test Method: Spec Limit : Test Distance: CORRECTION FACTORS Ant Amp Cable Dist dB dB dB dB ANSI C63.4 1992 FCC Class A 10 Meters NOTES: H = Horizontal Polarization V = Vertical Polarization Q = Quasi Peak Reading A = Average Reading COMMENTS: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Frequency range scanned and maximized, 1-6.25 GHz. Power-One power supply, MPU150S259. Voltage to EUT is 110 VAC, 60 Hz, Temperature: 18.5°C, Humidity: 56%. Page 13 of 72 Report No.: CE01-017 Table 6: EN61000-3-2 Tested By: Stuart Yamamoto Harmonic Emissions √ Pass / Fail Pass Notes: See Appendix B for test data sheets. Table 7: EN61000-3-3 Tested By: Stuart Yamamoto Voltage Fluctuations and Flicker Emissions √ Pass / Fail Pass Notes: See Appendix B for test data sheets. Page 14 of 72 Report No.: CE01-017 EN55024 1998 Table 8: EN61000-4-2 ESD Tested By: S. YAMAMOTO Location Discharge Contact + 4 kV Air + 8 kV pass / fail pass / fail Point 1* Pass N/A Point 2* Pass N/A Point 3* Pass N/A Point 4* Pass N/A Point 5* Pass N/A Point 6* Pass N/A *Point 1: Front side of EUT including connectors. *Point 2: Back side of EUT including connector. *Point 3: Left side of EUT. *Point 4: Right side of EUT. *Point 5: Top side of EUT. *Point 6: All four sides of HCP. Relative Humidity: 54% Performance Criterion B B B B B B Temperature: 18°C Atmospheric Pressure: 101kPa Notes: This data sheet is for the M3-16 with M3-M, Spine-8F, and M3-SW16-4L. No degradations occurred on points 2, 3, 4 and 5. Point 1: occasionally errors occurred upon ESD however EUT recovered without operator intervention. N/A-not applicable. The test is not applicable due to all sides of the EUT being metal and direct contact discharges were applied. Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Page 15 of 72 Report No.: CE01-017 EN55024 1998 Table 9: EN61000-4-3 Radiated Immunity Tested By: S. YAMAMOTO Frequency Range Front Back V/H V/H Left Side V/H 80-1000 MHz at 3 V/m Pass Pass Pass w/80% AM at 1 kHz Temperature: 18°C Relative Humidity: 44% Right Side V/H Performance Criterion Met Pass A Atmospheric Pressure: 101kPa Notes: Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Table 10: EN61000-4-4 Electrical Fast Transient Burst (AC Power Cable) Tested By: S. YAMAMOTO - 1 kV EFTB insertion point + 1 kV pass fail pass fail Line to Ground Pass Pass Performance Criterion Met B Neutral to Ground Pass Pass B Protective Earth to Ground Pass Pass B Line/Neutral/Protective Earth to Ground. Pass Temperature: 18°C Relative Humidity: 54% Pass B Atmospheric Pressure: 101kPa Notes: Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Page 16 of 72 Report No.: CE01-017 EN55024 1998 Table 11: EN61000-4-4 Electrical Fast Transient Burst (I/O cables ) Tested By: S. YAMAMOTO Cable tested + .5 kV - .5 kV Performance pass / fail pass / fail Criterion Met RJ45 Ethernet Cable Pass Pass B LAN Pass Pass B Temperature: 18°C Relative Humidity: 54% Atmospheric Pressure: 101kPa Notes: Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Table 12: EN61000-4-5 Surge (AC Power Lines) Tested By: S. YAMAMOTO Voltage Insertion 0 degrees 90 degrees 180 degrees 270 degrees Performance level points input input input input Criterion kV +voltage- +voltage+voltage+voltagepass / fail pass / fail pass / fail pass / fail line 1 pass pass pass pass B neutral line 2 pass pass pass pass B ground neutral 2 pass pass pass pass B ground Temperature: 18°C Relative Humidity: 54% Atmospheric Pressure: 101kPa Notes: Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Page 17 of 72 Report No.: CE01-017 EN55024 1998 Table 13: EN61000-4-6 Conducted Immunity Tested By: S. YAMAMOTO Cable Tested Amplitude Frequency Range AC Power Line 3 Vrms .15-80MHz RJ45 Ethernet 3 Vrms .15-80MHz DB LAN 3 Vrms .15-80MHz Temperature: 18°C Relative Humidity: Pass/fail Performance Level Pass A Pass A Pass A 54% Atmospheric Pressure: 101kPa Notes: Modulated with a 1kHz sine wave at 80%. Failure Criteria: No degradation of performance or loss of function below a performance level specified by the manufacturer. Table 14: EN61000-4-8 Magnetic Immunity Tested By: N/A Device under test Amplitude X-Axis Y-Axis Enclosure 1 A/m N/A N/A Temperature: N/A Relative Humidity: Z-Axis Performance Level N/A N/A N/A Atmospheric Pressure: N/A Notes: N/A: Not applicable. This test is not applicable to this type of equipment. Failure Criteria: N/A Table 15: EN61000-4-11 Voltage Dips & Interrupts Tested By: S. YAMAMOTO Device Under Test Interrupts Time Pass/fail Performance Notes Level AC Input Power 100% 0.5 period (10ms) Pass B 5 interrupts AC Input Power 30% 25 periods (500ms) Pass C 5 interrupts AC Input Power 100% 250 periods (5sec) Pass C 1 drop out Temperature: 18°C Relative Humidity: 54% Atmospheric Pressure: 101kPa Notes: Failure Criteria: 100% for 10ms: Failure Criteria: 30% for 500ms & 100% for 5000ms: No degradation of performance or loss of function below a performance level specified by the manufacturer. Temporary loss can occur, provided that the function can be restored by the operation of the controls. Page 18 of 72 Report No.: CE01-017 TABLE A LIST OF TEST EQUIPMENT Brea VCCI Acceptance No. R-301 & C-314 Industry Canada File No. IC 3172 Emissions Equipment Bicon Antenna Log Periodic Antenna Pre-amp Antenna cable Pre-amp to SA cable Horn Antenna Microwave Pre-amp ¼” Heliax Coaxial Cable ¼” Heliax Coaxial Cable Spectrum Analyzer QP Adapter LISN Spectrum Analyzer TLISN Power Analyzer Immunity Equipment ESD Simulator Amplifier Antenna Directional Coupler Spectrum Analyzer Signal Generator EFT Generator Capacitive Coupling Clamp Surge Generator Amplifier Coupling Decoupling Network Injection Probe Programmable Power Source Manufacturer A.H. System A.H. System HP NA NA Emco HP Andrew Andrew HP. HP Emco HP FCC Voltech Model SAS-200/540 SAS-200/516 8447D RG214 RG58 3115 83017A FSJ-50A-4 FSJ-50A-4 8566B 85650A 3816/2NM 8566B FCC-TLISN-T4 PM3000A Serial Number 220 331 1937A02548 Cable#15 Cable#10 9603-4683 3123A00282 Cable#7 (6 ft) Cable#14 (60ft) 2532A02509 3303A01884 9809-1090 2532A02509 15550 1730 Cal Date 092000 092000 030700 122000 091800 020700 030100 071800 071800 092600 092600 030800 092600 080800 092500 Cal Due 092001 092001 030701 122001 091801 020701 030101 071801 071801 092601 092601 030801 092601 080801 092501 Manufacturer Keytek AR Emco Werlatone HP Marconi Velonex Velonex Model # MZ-15ec 50W1000A 3143 C2630 8568A 2022D V3300 V3334 Serial Number 9503235 14335 9608-1265 3806 2049A1287 119158/054 16692 16701 Cal Date 080200 030700 090900 030700 101200 050800 030900 020100 Cal Due 080201 030701 090901 030701 101201 050801 030901 020101 Keytek AR Fisher EMCPro 100W100 FCC-801-M3-25 9901255 14328 57 020800 030700 050900 020801 030701 050901 Fisher Pacific PS F-120-1 345AMX / UPC32 62 250 / 245 030700 070700 030701 070701 Page 19 of 72 Report No.: CE01-017 EUT SETUP: Emissions The equipment under test (EUT) and the peripheral(s) listed were set up in a manner that represented their normal use, as shown in the photographs in Appendix A. Any special conditions required for the EUT to operate normally are identified in the comments that accompany Tables 1 and 5 for radiated emissions and Tables 2, 3 and 4 for conducted emissions. Additionally, a complete description of all ports and I/O cables is included on the information sheets contained in Appendix A. Radiated Emissions During radiated emissions testing, the EUT was mounted on a nonconductive, rotating table 80 cm above the conductive grid. The nonconductive table dimensions were 1 meter by 1.5 meters. This configuration is typical for radiated emissions testing of table top devices. Conducted Emissions During conducted emissions testing, the EUT was located on a wooden table measuring approximately 80 cm high, 1 meter deep, and 1.5 meters in length. One wall of the room where the EUT is located has a minimum 2 meter by 2 meter conductive plane. The EUT was mounted on the wooden table 40 cm away from the conductive plane, and 80 cm from any other conductive surface. The vertical metal plane used for conducted emissions was grounded to the earth. Power to the EUT was provided through a LISN. The LISN was grounded to the ground plane. All other objects were kept a minimum of 80 cm away from the EUT during the conducted test. Conducted emissions tests required the use of the LISNs listed in Table A. The power cord and I/O cables were routed consistent with the typical application by varying the configuration of the test sample. Interface cables were connected to the available I/O ports of the test unit. The effect of varying the position of the cables was investigated to find the configuration that produced maximum emissions. This configuration was precisely noted in the test report. I/O cables were of the type and length specified in the individual requirements. The length of cable that produced maximum emissions was selected. For detail on the disposition of the cables during the test, refer to the "Cable Information Sheet" and the photographs contained in Appendix A. Page 20 of 72 Report No.: CE01-017 Harmonic Emissions During harmonics testing, the EUT was placed on a nonconductive, table 80 cm above the conductive grid. The nonconductive table dimensions were 1 meter by 1.5 meters. This configuration is typical for harmonic emissions testing of table top devices. Voltage Fluctuation and Flicker Emissions During voltage fluctuation and flicker testing, the EUT was placed on a nonconductive, table .80 cm above the conductive grid. The nonconductive table dimensions were 1 meter by 1.5 meters. This configuration is typical for voltage fluctuation and flicker emissions testing of table top devices. Page 21 of 72 Report No.: CE01-017 Radiated Emissions Test (Electric Field) During the preliminary radiated scan, the EUT was powered up and operating in its defined test mode with the I/O and power cords facing the antenna. The frequency range of 30 MHz - 88 MHz was then scanned with the biconical antenna located about 1.5 meter above the ground plane in the vertical configuration. During this scan, the turntable was rotated and all peaks which were at or near the limit were recorded. The frequency range of 100 - 300 MHz was scanned in the same manner, with the biconical antenna, and the peaks recorded. Lastly, a scan of the FM band from 88 - 110 MHz was made, using a reduced resolution bandwidth and a reduced frequency span. The biconical antenna was changed to the horizontal polarity and the above steps were repeated. After changing to the log periodic antenna in the horizontal configuration, the frequency range of 300 - 1000 MHz was scanned. The log periodic antenna was changed to the vertical polarity and the frequency range of 300 - 1000 MHz was again scanned. For frequencies exceeding 1000 MHz, the horn antenna was used. Care was taken to ensure that no frequencies were missed within the FM and TV bands. An analysis was performed to determine if the signals that were at or near the limit were caused by an ambient transmission. If unable to determine by analysis, the equipment was powered down to make the final determination if the EUT was the source of the emission. A thorough scan of all frequencies was made manually using a small frequency span, rotating the turntable as needed. The test engineer maximized the readings with respect to the table rotation, antenna height, and configuration of the peripheral(s) and cables. Maximizing of the cables and peripheral locations was achieved by monitoring the spectrum analyzer on a closed circuit television monitor while the EUT components and cables were being moved and rearranged on the EUT table for maximum emissions. Photographs showing the final worst case configuration of the EUT are contained in Appendix A. Conducted Emissions Test For the conducted emissions, the LISNs used were 50 µH-/+50 ohms. Above 150 kHz, a 0.15 µF series capacitor is added in-line prior to connecting the analyzer to restore the proper impedance for the range. A 30 to 50 second sweep time was used for automated measurements in the frequency bands of 150 kHz - 500 kHz, and 500 kHz to 30 MHz. All readings within 20 dB of the limit were recorded, and those within 6 dB of the limit were examined with additional measurements using a slower sweep time. Page 22 of 72 Report No.: CE01-017 Harmonic Emissions Test Harmonics emissions data was taken with the Voltech Measuring Device. The harmonics of the M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards power supply conductors were tested in accordance with EN61000-3-2 and measurements were found not to exceed the values calculated from EN61000-3-2 emission limits. Voltage Fluctuation and Flicker Test Voltage fluctuation and flicker emissions data was taken with the Voltech Measuring Device. The voltage fluctuation and flicker of the M3-E16 3-Slot Enclosure with M3-SW16-4L, M3SPINE-8F & M3-M Monitor Linecards power supply conductors were tested in accordance with EN61000-3-3. The data was then compared to the EN61000-3-3 emission limits to determine compliance. Sample Calculations The basic spectrum analyzer reading was converted using correction factors as shown in the six highest emissions readings in Tables 1 through 5. For radiated emissions in dBµV/m, the spectrum analyzer reading in dBµV was corrected by using the following formula: Meter reading (dBµV) + Antenna Factor (dB) + Cable Loss (dB) - Distance Correction (dB) - Pre-amplifier Gain (dB) = Corrected Reading (dBµV/m) This reading was then compared to the applicable specification limit to determine compliance. Test Methods The radiated and conducted emissions data of the M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards was taken with the HP Spectrum Analyzer. Incorporating the applicable correction factors for distance, antenna, cable loss and amplifier gain, the data was reduced as shown in the "Sample Calculations". The corrected data was then compared to the EN55022 Class A, FCC Part 15 Subpart B Class A and CISPR 22 Class A emission limits to determine compliance. Preliminary and final measurements were taken in order to ensure that all emissions from the EUT were found and maximized. Page 23 of 72 Report No.: CE01-017 EUT SETUP: Immunity The equipment under test (EUT) and the peripheral(s) listed in the EUT description and peripheral devices tables were set up in a manner that represented their normal use, as shown in the setup photographs in Appendix A. Any special conditions required for the EUT to operate normally are identified in the comments that accompany the appropriate table for Electrostatic Discharge, Radiated Immunity, Electrical Fast Transient Burst (EFTB) on the Power Cord, Electrical Fast Transient Burst on the I/O Cables, Surge on the Power Cord, Conducted Immunity, and for the Voltage Dips & Interrupts. Additionally, a complete description of all ports and I/O cables is included on the information sheets contained in Appendix A. During radiated immunity, voltage dips & interrupts, surge, and EFTB testing, the EUT was mounted on a nonconductive table 80 cm above the conductive grid. The nonconductive table dimensions were 1 meter by 1.5 meters. This configuration is typical for radiated immunity testing of table top devices. During conducted immunity testing, the EUT was placed on a nonconductive table, located 10 cm above the ground reference plane. During Electrostatic Discharge testing, the EUT was located on a wooden table measuring approximately 80 cm high, 1 meter deep, and 1.5 meters in length. A horizontal coupling plane, 1.6 meters by 0.8 meters, was placed on top of the table. The EUT was then placed on an .5mm thick insulating material. A 0.1 meter separation from the coupling plane was obtained. The horizontal coupling plane was electrically bonded through two 470 kΩ series resistors to the earth reference plane on the floor, which is attached to the ground on the electrical outlet service. The vertical coupling plane, when used, is electrically bonded in the same manner as the horizontal coupling plane. The ESD generator (ESD gun) was grounded to the metal ground reference plane on the floor. The ESD generator power supply was located on the ground reference plane. The power cord and I/O cables were routed consistent with the typical application by varying the configuration of the test sample. Interface cables were connected to the available I/O ports of the test unit. The effect of varying the position of the cables was investigated to find the configuration that produced maximum susceptibility. This configuration was precisely noted in the test report. I/O cables were of the type and length specified in the individual requirements. The length of cable which produced maximum susceptibility was selected. For detail on the disposition of the cables during the test, refer to the "Cable Information Sheet" and the photographs contained in Appendix A. Page 24 of 72 Report No.: CE01-017 Electrostatic Discharge Test During this test the ESD generator was positioned at least 0.1 meter from the EUT and in contact with the metal coupling plane. At least 200 single shot discharges, 100 each at negative and positive, were applied to the horizontal coupling plane in at least four test points, one of the test points being the center front edge of the horizontal coupling plane. Each test point received a minimum of 50 direct contact discharges. These test were performed at a maximum repetition rate of one discharge per second. A minimum of 10 single discharges were applied to the selected test points. The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards was tested in accordance with EN55024 and EN61000-4-2 and meets Performance Criterion B. Radiated Immunity Test A field strength of 3V/m was established from 80MHz to 1000MHz. This frequency range was modulated with a 1kHz sine wave at 80%. The signal generators provided the modulated frequency at a 1% step size to the RF amplifiers. The RF amplifiers provided the necessary power to the antenna to establish the field levels. The antenna was positioned 1 meter from all four faces of the EUT. A biconilog antenna was used to cover the range of 80 to 1000 MHz in both polarizations. The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards was tested in accordance with EN55024 and EN61000-4-3 and meets Performance Criterion A at a field strength of 3V/m. Electrical Fast Transient Burst Test Test voltages of up to 1kV in (+) and (-) polarities were applied to the AC power cords and up to 0.5kV was applied to the I/O cables. The test voltages were at a 5kHz pulse repetition frequency and were applied for 60 seconds between ground and each power supply terminal and between ground and protective earth. The coupling clamp was used to apply 0.5kV to the I/O cables. The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards was tested in accordance with EN55024 and EN61000-4-4 and meets Performance Criterion B. Page 25 of 72 Report No.: CE01-017 Surge Test Test voltages of up to 2kV common mode and 1kV differential mode in (+) and (-) polarities were applied to the EUT power cords. Characteristics of the test voltage were 1.2µs rise time and 50µs pulse width. These surges were synchronized to the 0, 90, 180 and 270 degree phase angles of the power frequency. The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE8F & M3-M Monitor Linecards was tested in accordance with EN55024 and EN61000-4-5 and meets Performance Criterion B. Conducted Immunity Test A 3 Vrms level was established from 150kHz to 80MHz. This frequency range was modulated with 1 kHz sine wave at 80%. The signal generators provided the modulated frequency at a 1% step size to the RF amplifiers. The RF amplifiers provided the necessary power to the CDN and injection probe to establish the 3 volt level. The injection probe was positioned 0.3 meters from the rear of the EUT. The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE-8F & M3-M Monitor Linecards was tested in accordance with EN55024 and EN61000-4-6 and meets Performance Criterion A at 3 Vrms. Voltage Dips and Interrupts Test Power to the EUT was supplied by a programmable power supply. This power supply produced the following voltage dips and interrupts for EN55024: a 100% reduction in voltage for 0.5 period (10ms), a 30% reduction in voltage for 25 periods (500ms), and a 100% reduction in voltage for 250 periods (5 seconds). The M3-E16 3-Slot Enclosure with M3-SW16-4L, M3SPINE-8F & M3-M Monitor Linecards was tested in accordance EN55024 and EN61000-4-11 and meets performance Criteria B for a 100% reduction for 0.5 period, Criteria C for a 30% reduction for 25 periods and Criteria C for a 100% reduction in voltage for 250 periods. Page 26 of 72 Report No.: CE01-017 DETERMINATION OF PASS FAIL CRITERION During all immunity tests, the item (M3-E16 3-Slot Enclosure with M3-SW16-4L, M3-SPINE8F & M3-M Monitor Linecards) did not deviate or change greater than the permissible variation as indicated in the test report and by consultation with Myricom, Inc. MONITORING OF OPERATING PARAMETERS The device was monitored during the tests by means of a visual check whereby the essential parameters were displayed. Page 27 of 72 Report No.: CE01-017 APPENDIX A INFORMATION ABOUT THE EQUIPMENT UNDER TEST Page 28 of 72 Report No.: CE01-017 INFORMATION ABOUT THE EQUIPMENT UNDER TEST Test Software/Firmware: Fast_test9r.dat CRT was displaying: Status Power Supply Manufacturer: Power-One Power Supply Part Number: MPU150-S259 AC Line Filter Manufacturer: Corcom AC Line Filter Part Number: 3ED8 The AC power cord is removable and is NOT shielded Line voltage used during testing: 110VAC 60Hz/235VAC 50Hz I/O PORTS Type Myrinet LAN Myrinet 2000 FIBER Ethernet 10Base-T Function Monitor with ethernet 8 Myrinet Fiber ports 4 Myrinet LAN ports # 4 8 2 CRYSTAL OSCILLATORS Type Freq In MHz 16, 20, 125 PRINTED CIRCUIT BOARDS Model & Rev Clocks, MHz M3-M monitor 4, 8, 16, 20, 48 linecard M3-SPINE-8F 4, 8, 16, 40, 62.5, 125, 1250 M3-SW16-4L 4, 8, 16, 40, 80, 62.5 Layers 8 Location All Layers 8 8 All Layers All Layers Page 29 of 72 Report No.: CE01-017 CABLE INFORMATION Cable #: Cable Type: Construction: Connected To End (1): Connector At End (1): Shield Grounded At (1): Part Number: Notes: Cable #: Cable Type: Construction: Connected To End (1): Connector At End (1): Shield Grounded At (1): Part Number: Notes: Cable #: 1 Cable(s) of this type: Myrinet LAN Shield Type: Twisted Pair Length In Meters: EUT Connected To End (2): DB-37 Connector At End (2): YES Shield Grounded At (2): M2F-CB-35 Number of Conductors: Used for loopback on EUT 2 Cable(s) of this type: Fiber Optic Shield Type: Length In Meters: EUT Connected To End (2): LC Connector At End (2): Shield Grounded At (2): M3F-CB-1M Number of Conductors: Used for loopback on EUT 3 Braid and foil 10 EUT DB-37 YES 37 N/A 1 EUT LC Cable(s) of this type: Cable Type: Fiber Construction: Fiber Optic Connected To End (1): EUT Connector At End (1): Shield Grounded At (1): Part Number: Notes: Cable #: Shield Type: Length In Meters: 8 Connected To End (2): M3F-PCI64B-8 PCI card in a PC LC Connector At End (2): LC M3F-CB-8M Shield Grounded At (2): Number of Conductors: Used to connect EUT to a remote PC 4 Cable(s) of this type: Cable Type: Twisted Pair CAT5 Construction: Unshielded Connected To End (1): EUT Connector At End (1): Shield Grounded At (1): Part Number: Notes: Shield Type: None Length In Meters: 10 Connected To End (2): M3F-PCI64B-8 PCI card in a PC RJ45 Connector At End (2): RJ45 Shield Grounded At (2): Number of Conductors: 8 Used to connect EUT's M3-M linecard to a 10Mbit ethernet hub Page 30 of 72 Report No.: CE01-017 EQUIPMENT TEST SETUP DIAGRAM Page 31 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING RADIATED EMISSIONS Radiated Emissions - Front View Page 32 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING RADIATED EMISSIONS Radiated Emissions - Back View Page 33 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING CONDUCTED EMISSIONS Conducted Emissions - Front View Page 34 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING CONDUCTED EMISSIONS Conducted Emissions - Back View Page 35 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING CONDUCTED EMISSIONS Conducted Emissions - Front View (Telecom) Page 36 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING CONDUCTED EMISSIONS Conducted Emissions - Back View (Telecom) Page 37 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING FLICKER & HARMONIC EMISSIONS Flicker & Harmonic Emissions Page 38 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING ELECTROSTATIC DISCHARGE Electrostatic Discharge Page 39 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING ELECTROSTATIC DISCHARGE POINTS Electrostatic Discharge Points Page 40 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING ELECTROSTATIC DISCHARGE POINTS Electrostatic Discharge Points Page 41 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING RADIATED IMMUNITY Radiated Immunity - Front View Page 42 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING ELECTRICAL FAST TRANSIENT BURST Electrical Fast Transient Burst - Power Lines Page 43 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING SURGE IMMUNITY Surge Immunity Page 44 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING CONDUCTED IMMUNITY Conducted Immunity Page 45 of 72 Report No.: CE01-017 PHOTOGRAPH SHOWING VOLTAGE DIPS AND INTERRUPTS Voltage Dips and Interrupts Page 46 of 72 Report No.: CE01-017 APPENDIX B MEASUREMENT DATA SHEETS Page 47 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. EN55022 A RADIATED 75979 Maximized Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card Model # M3-16 M3-M 01/11/2001 11:26:06 1 Stuart Yamamoto S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Bicon Log_3 Cable 1 Freq MHz 499.990M Rdng dBµV 48.5 dB +0.0 dB +16.9 dB +4.4 2 875.012M 40.4 +0.0 +23.0 +5.7 3 874.991M 39.3 +0.0 +23.0 +5.7 4 879.565M 38.8 +0.0 +23.1 +5.7 5 999.998M 36.9 +0.0 +24.3 +6.3 Test Distance: 10 Meters Pream Dist Corr Spec dB Table dBµV/m dBµV/m -28.0 +0.0 41.8 47.0 50 -27.4 +0.0 41.7 47.0 340 -27.4 +0.0 40.6 47.0 344 -27.4 +0.0 40.2 47.0 156 -28.2 +0.0 39.3 47.0 90 Margin dB -5.2 -5.3 -6.4 -6.8 -7.7 Polar Ant Horiz 204 Vert 214 Horiz 100 Horiz 100 Vert 100 Page 48 of 72 Report No.: CE01-017 6 159.979M 40.6 +17.8 +0.0 +2.4 -28.6 7 749.996M 40.4 +0.0 +21.5 +5.2 -28.1 8 999.998M 36.0 +0.0 +24.3 +6.3 -28.2 9 500.012M 45.0 +0.0 +16.9 +4.4 -28.0 10 199.991M 41.1 +16.2 +0.0 +2.4 -28.6 11 143.997M 40.2 +17.0 +0.0 +2.3 -28.6 12 996.506M 34.7 +0.0 +24.3 +6.3 -28.2 13 144.018M 38.9 +17.0 +0.0 +2.3 -28.6 14 79.977M 49.7 +7.0 +0.0 +1.5 -28.6 15 200.018M 39.1 +16.2 +0.0 +2.4 -28.6 16 160.008M 36.1 +17.8 +0.0 +2.4 -28.6 17 480.009M 41.8 +0.0 +16.6 +4.2 -28.1 18 192.019M 37.2 +16.5 +0.0 +2.4 -28.6 19 199.998M 37.4 +16.2 +0.0 +2.4 -28.6 20 480.017M 41.7 +0.0 +16.6 +4.2 -28.1 21 192.002M 36.8 +16.5 +0.0 +2.4 -28.6 22 200.439M 36.4 +16.2 +0.0 +2.4 -28.6 23 827.797M 32.6 +0.0 +22.1 +5.5 24 832.195M 31.8 +0.0 +22.2 25 719.993M 32.5 +0.0 26 95.997M 39.7 27 399.988M 28 400.007M +0.0 49 +0.0 41 +0.0 35 +0.0 24 +0.0 361 +0.0 361 +0.0 86 +0.0 320 +0.0 119 +0.0 30 +0.0 34 +0.0 65 +0.0 263 +0.0 46 +0.0 32.2 40.0 -7.8 39.0 47.0 -8.0 38.4 47.0 -8.6 38.3 47.0 -8.7 31.1 40.0 -8.9 30.9 40.0 -9.1 37.1 47.0 -9.9 29.6 40.0 -10.4 29.6 40.0 -10.4 29.1 40.0 -10.9 27.7 40.0 -12.3 34.5 47.0 -12.5 27.5 40.0 -12.5 27.4 40.0 -12.6 34.4 47.0 -12.6 27.1 40.0 -12.9 26.4 40.0 -13.6 -27.5 +0.0 167 +0.0 26 +0.0 32.7 47.0 -14.3 +5.5 -27.4 +0.0 32.1 47.0 -14.9 +22.4 +5.1 -28.0 32.0 47.0 -15.0 +10.9 +0.0 +1.7 -28.4 +0.0 175 +0.0 23.9 40.0 -16.1 40.0 +0.0 +15.2 +3.7 -28.1 30.8 47.0 -16.2 39.8 +0.0 +15.2 +3.7 -28.1 +0.0 225 +0.0 1 30.6 47.0 -16.4 Vert 100 Horiz 100 Horiz 204 Vert 237 Vert 100 Vert 100 Vert 100 Vert 353 Vert 100 Vert 100 Vert 327 Vert 196 Vert 100 Vert 158 Horiz 310 Vert 201 Vert 100 Horiz 100 Horiz 100 Vert 100 Vert 100 Horiz 258 Vert 100 Page 49 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. EN55022 A COND AVG 75979 Conducted Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card 01/11/2001 17:27:55 2 Stuart Yamamoto Model # M3-16 M3-M S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Test Lead: Black 1 Freq MHz 191.856k Rdng dBµV 55.2 2 638.811k 43.1 +0.0 43.1 3 160.775k 49.1 +0.0 4 154.144k 49.0 5 215.478k 47.8 dB dB dB dB Dist Corr Spec Table dBµV/m dBµV/m +0.0 55.2 66.0 Margin dB -10.8 Polar Ant Black 60.0 -16.9 Black 49.1 66.0 -16.9 Black +0.0 49.0 66.0 -17.0 Black +0.0 47.8 66.0 -18.2 Black Page 50 of 72 Report No.: CE01-017 6 227.081k 47.4 +0.0 47.4 66.0 -18.6 Black 7 150.829k 47.2 +0.0 47.2 66.0 -18.8 Black 8 156.631k 46.9 +0.0 46.9 66.0 -19.1 Black 9 219.622k 46.7 +0.0 46.7 66.0 -19.3 Black 10 164.919k 46.6 +0.0 46.6 66.0 -19.4 Black 11 224.595k 46.0 +0.0 46.0 66.0 -20.0 Black 12 203.874k 45.9 +0.0 45.9 66.0 -20.1 Black 13 166.991k 45.9 +0.0 45.9 66.0 -20.1 Black 14 210.919k 45.1 +0.0 45.1 66.0 -20.9 Black 15 248.631k 43.3 +0.0 43.3 66.0 -22.7 Black 16 245.315k 43.3 +0.0 43.3 66.0 -22.7 Black 17 172.378k 42.9 +0.0 42.9 66.0 -23.1 Black 18 174.036k 42.0 +0.0 42.0 66.0 -24.0 Black 19 233.712k 41.9 +0.0 41.9 66.0 -24.1 Black 20 239.514k 40.5 +0.0 40.5 66.0 -25.5 Black Page 51 of 72 Report No.: CE01-017 Page 52 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. EN55022 A COND AVG 75979 Conducted Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card 01/11/2001 17:32:21 3 Stuart Yamamoto Model # M3-16 M3-M S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Test Lead: White 1 Freq MHz 191.856k Rdng dBµV 55.1 2 641.928k 43.2 +0.0 43.2 3 162.432k 48.2 +0.0 4 154.144k 48.2 5 221.279k 48.1 dB dB dB dB Dist Corr Spec Table dBµV/m dBµV/m +0.0 55.1 66.0 Margin dB -10.9 Polar Ant White 60.0 -16.8 White 48.2 66.0 -17.8 White +0.0 48.2 66.0 -17.8 White +0.0 48.1 66.0 -17.9 White Page 53 of 72 Report No.: CE01-017 6 159.117k 47.5 +0.0 47.5 66.0 -18.5 White 7 156.631k 47.5 +0.0 47.5 66.0 -18.5 White 8 160.775k 47.3 +0.0 47.3 66.0 -18.7 White 9 217.550k 47.0 +0.0 47.0 66.0 -19.0 White 10 215.478k 46.8 +0.0 46.8 66.0 -19.2 White 11 228.739k 45.4 +0.0 45.4 66.0 -20.6 White 12 249.874k 44.1 +0.0 44.1 66.0 -21.9 White 13 209.676k 42.9 +0.0 42.9 66.0 -23.1 White 14 172.378k 42.8 +0.0 42.8 66.0 -23.2 White 15 168.649k 42.8 +0.0 42.8 66.0 -23.2 White 16 255.261k 42.7 +0.0 42.7 66.0 -23.3 White 17 174.036k 42.3 +0.0 42.3 66.0 -23.7 White 18 234.541k 41.8 +0.0 41.8 66.0 -24.2 White 19 236.198k 40.2 +0.0 40.2 66.0 -25.8 White 20 825.838k 33.8 +0.0 33.8 60.0 -26.2 White Page 54 of 72 Report No.: CE01-017 Page 55 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. EN55022A [AVG] (Telecom) 75979 Conducted Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card 01/11/2001 17:41:12 4 Stuart Yamamoto Model # M3-16 M3-M S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 235 VAC, 50 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. TLISN 1 Freq MHz 641.928k Rdng dBµV 38.2 dB +9.5 2 8.102M 34.8 3 5.785M 4 5 Test Lead: None Dist Table +0.0 Corr dBµV 47.7 Spec dBµV 74.0 Margin dB -26.3 Polar Ant None +9.5 +0.0 44.3 74.0 -29.7 None 34.7 +9.5 +0.0 44.2 74.0 -29.8 None 12.513M 33.7 +9.5 +0.0 43.2 74.0 -30.8 None 10.308M 33.4 +9.5 +0.0 42.9 74.0 -31.1 None dB dB dB Page 56 of 72 Report No.: CE01-017 6 6.189M 33.1 +9.5 +0.0 42.6 74.0 -31.4 None 7 14.762M 32.2 +9.5 +0.0 41.7 74.0 -32.3 None 8 832.072k 31.9 +9.5 +0.0 41.4 74.0 -32.6 None 9 6.676M 31.7 +9.5 +0.0 41.2 74.0 -32.8 None 10 1.898M 31.7 +9.5 +0.0 41.2 74.0 -32.8 None 11 9.866M 31.1 +9.5 +0.0 40.6 74.0 -33.4 None 12 7.479M 31.1 +9.5 +0.0 40.6 74.0 -33.4 None 13 5.861M 31.1 +9.5 +0.0 40.6 74.0 -33.4 None 14 9.073M 31.0 +9.5 +0.0 40.5 74.0 -33.5 None 15 7.303M 31.0 +9.5 +0.0 40.5 74.0 -33.5 None 16 13.615M 30.8 +9.5 +0.0 40.3 74.0 -33.7 None 17 7.584M 30.8 +9.5 +0.0 40.3 74.0 -33.7 None 18 24.708M 30.7 +9.5 +0.0 40.2 74.0 -33.8 None 19 1.081M 30.7 +9.5 +0.0 40.2 74.0 -33.8 None 20 1.191M 30.6 +9.5 +0.0 40.1 74.0 -33.9 None Page 57 of 72 Report No.: CE01-017 Page 58 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. CISPR22 A COND AVE 75979 Conducted Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card 01/11/2001 17:13:12 5 Stuart Yamamoto Model # M3-16 M3-M S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 110 VAC, 60 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Test Lead: Black 1 Freq MHz 191.856k Rdng dBµV 56.6 2 203.874k 51.0 +0.0 51.0 3 156.631k 50.3 +0.0 4 150.829k 49.8 5 208.847k 49.2 dB dB dB dB Dist Corr Spec Table dBµV/m dBµV/m +0.0 56.6 66.0 Margin dB -9.4 Polar Ant Black 66.0 -15.0 Black 50.3 66.0 -15.7 Black +0.0 49.8 66.0 -16.2 Black +0.0 49.2 66.0 -16.8 Black Page 59 of 72 Report No.: CE01-017 6 221.279k 49.0 +0.0 49.0 66.0 -17.0 Black 7 213.820k 49.0 +0.0 49.0 66.0 -17.0 Black 8 210.505k 48.9 +0.0 48.9 66.0 -17.1 Black 9 218.793k 48.7 +0.0 48.7 66.0 -17.3 Black 10 163.261k 48.6 +0.0 48.6 66.0 -17.4 Black 11 171.550k 47.4 +0.0 47.4 66.0 -18.6 Black 12 173.207k 47.3 +0.0 47.3 66.0 -18.7 Black 13 179.838k 47.1 +0.0 47.1 66.0 -18.9 Black 14 176.523k 46.3 +0.0 46.3 66.0 -19.7 Black 15 638.811k 39.0 +0.0 39.0 60.0 -21.0 Black 16 232.883k 44.6 +0.0 44.6 66.0 -21.4 Black 17 255.261k 43.8 +0.0 43.8 66.0 -22.2 Black 18 241.171k 42.0 +0.0 42.0 66.0 -24.0 Black 19 246.973k 41.7 +0.0 41.7 66.0 -24.3 Black 20 832.072k 34.1 +0.0 34.1 60.0 -25.9 Black Page 60 of 72 Report No.: CE01-017 Page 61 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. CISPR22 A COND AVE 75979 Conducted Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card 01/11/2001 17:15:27 6 Stuart Yamamoto Model # M3-16 M3-M S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Power-One power supply, MPU150-S259. Voltage to EUT is 110 VAC, 60 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Test Lead: White 1 Freq MHz 191.441k Rdng dBµV 56.2 2 159.117k 50.6 +0.0 50.6 3 204.288k 50.4 +0.0 4 162.432k 50.2 5 160.775k 50.2 dB dB dB dB Dist Corr Spec Table dBµV/m dBµV/m +0.0 56.2 66.0 Margin dB -9.8 Polar Ant White 66.0 -15.4 White 50.4 66.0 -15.6 White +0.0 50.2 66.0 -15.8 White +0.0 50.2 66.0 -15.8 White Page 62 of 72 Report No.: CE01-017 6 208.018k 50.1 +0.0 50.1 66.0 -15.9 White 7 638.811k 43.9 +0.0 43.9 60.0 -16.1 White 8 151.658k 49.5 +0.0 49.5 66.0 -16.5 White 9 221.279k 49.3 +0.0 49.3 66.0 -16.7 White 10 216.306k 48.3 +0.0 48.3 66.0 -17.7 White 11 173.207k 47.6 +0.0 47.6 66.0 -18.4 White 12 179.009k 47.4 +0.0 47.4 66.0 -18.6 White 13 169.063k 47.4 +0.0 47.4 66.0 -18.6 White 14 232.054k 45.1 +0.0 45.1 66.0 -20.9 White 15 237.027k 44.9 +0.0 44.9 66.0 -21.1 White 16 254.018k 44.2 +0.0 44.2 66.0 -21.8 White 17 243.243k 42.4 +0.0 42.4 66.0 -23.6 White 18 832.072k 33.9 +0.0 33.9 60.0 -26.1 White 19 22.083M 33.2 +0.0 33.2 60.0 -26.8 White 20 9.911M 33.2 +0.0 33.2 60.0 -26.8 White Page 63 of 72 Report No.: CE01-017 Page 64 of 72 Report No.: CE01-017 Test Location: CKC LABORATORIES INC • 110 N. OLINDA PL. • BREA, CA 92823 • 714-993-6112 Customer: Specification: Work Order #: Test Type: Equipment: Manufacturer: Model: S/N: Myricom, Inc. FCC A RADIATED 75979 Maximized Emissions Chassis Myricom See List Below See List Below Date: Time: Sequence#: Tested By: Equipment Under Test (* = EUT): Function Manufacturer Chassis* Myricom 10BaseT Ethernet Myricom, Inc. monitoring card 8 port fiber Myrinet card Myricom, Inc. 4 port Myrinet LAN card Myricom, Inc. Support Devices: Function Hub Monitor Keyboard Mouse Computer Myrinet 2000 Fiber Optic PCI card Model # M3-16 M3-M 01/11/2001 12:56:10 1 Stuart Yamamoto S/N 64652 Spine-8F M3-SW16-4L Manufacturer Netgear Miracle HP HP HP Myricom, Inc. Model # FS108 MO935 5129 MS-34 Pavilion 6735 M3F-PCI64B-8 S/N F518E06050651 90052394 F02605917 LZN01904868 KR03109769 63007 Test Conditions / Notes: The EUT is placed stand alone on the wooden table. All Myrinet 2000 ports filled. Both ethernet ports (RJ45 UTP green for St. Patrick’s Day) connected to remotely located hub which is connected to the computer. Four LAN ports and eight fiber communication ports all connected in loop back. The source data is created from the remotely located computer and sent to the EUT and the data is received from the switch to the M3F-PCI64-8 PCI card. Frequency range scanned and maximized, 1-6.25 GHz. Power-One power supply, MPU150-S259. Voltage to EUT is 110 VAC, 60 Hz, Temperature: 18.5°C, Humidity: 56%. Measurement Data: # Reading listed by margin. Cable Cable 83017 Freq Rdng MHz dBµV 1 2499.973M 47.9 dB +5.0 dB +0.7 dB -37.8 2 5000.015M 45.7 +7.4 -0.6 -41.1 3 2124.990M 51.5 +4.5 +0.6 -39.8 4 2249.989M 50.0 +4.6 +0.6 -39.1 5 2000.027M 53.0 +4.3 +0.6 -40.5 Test Distance: 10 Meters Horn Dist Corr Spec dB Table dBµV/m dBµV/m +28.7 +0.0 44.5 49.5 326 +32.9 +0.0 44.3 49.5 14 +26.9 +0.0 43.7 49.5 358 +27.5 +0.0 43.6 49.5 13 +26.2 +0.0 43.6 49.5 1 Margin dB -5.0 -5.2 -5.8 -5.9 -5.9 Polar Ant Horiz 100 Horiz 141 Vert 122 Vert 100 Vert 125 Page 65 of 72 Report No.: CE01-017 6 1749.960M 54.3 +4.1 +0.6 -40.5 +24.9 7 1749.998M 54.3 +4.1 +0.6 -40.5 +24.9 8 1500.078M 56.2 +3.7 +0.4 -40.5 +23.5 9 5000.019M 44.4 +7.4 -0.6 -41.1 +32.9 10 1249.865M 57.8 +3.4 +0.4 -41.3 +22.6 11 1875.005M 52.9 +4.2 +0.5 -40.5 +25.6 12 1375.022M 56.6 +3.6 +0.4 -40.9 +23.0 13 1125.001M 58.5 +3.2 +0.4 -41.7 +22.0 14 1312.439M 56.4 +3.5 +0.4 -41.1 +22.8 15 1624.984M 52.8 +3.9 +0.5 -40.5 +24.3 16 1999.993M 50.3 +4.3 +0.6 -40.5 +26.2 17 2500.064M Ave ^ 2500.016M 43.6 +5.0 +0.7 -37.8 +28.7 51.6 +5.0 +0.7 -37.8 +28.7 19 1000.046M 57.1 +3.2 +0.4 -42.2 +21.4 20 3625.058M Ave ^ 3625.016M 37.8 +6.0 +0.6 -39.0 +32.6 47.5 +6.0 +0.6 -39.0 +32.6 22 1124.969M 54.0 +3.2 +0.4 -41.7 +22.0 23 1003.427M 54.3 +3.2 +0.4 -42.2 +21.4 24 2999.985M Ave ^ 3000.004M 37.2 +5.5 +0.7 -38.4 +31.4 45.8 +5.5 +0.7 -38.4 +31.4 26 2999.974M Ave ^ 2999.995M 37.1 +5.5 +0.7 -38.4 +31.4 47.1 +5.5 +0.7 -38.4 +31.4 28 1000.024M 52.6 +3.2 +0.4 -42.2 +21.4 +0.0 322 +0.0 1 +0.0 15 +0.0 14 +0.0 50 +0.0 358 +0.0 117 +0.0 75 +0.0 44 +0.0 358 +0.0 21 +0.0 -1 +0.0 -1 +0.0 90 +0.0 346 +0.0 346 +0.0 50 +0.0 81 +0.0 13 +0.0 13 +0.0 345 +0.0 345 +0.0 303 43.4 49.5 -6.1 43.4 49.5 -6.1 43.3 49.5 -6.2 43.0 49.5 -6.5 42.9 49.5 -6.6 42.7 49.5 -6.8 42.7 49.5 -6.8 42.4 49.5 -7.1 42.0 49.5 -7.5 41.0 49.5 -8.5 40.9 49.5 -8.6 40.2 49.5 -9.3 48.2 49.5 -1.3 39.9 49.5 -9.6 38.0 49.5 -11.5 47.7 49.5 -1.8 37.9 49.5 -11.6 37.1 49.5 -12.4 36.4 49.5 -13.1 45.0 49.5 -4.5 36.3 49.5 -13.2 46.3 49.5 -3.2 35.4 49.5 -14.1 Horiz 116 Vert 100 Vert 234 Vert 100 Vert 103 Vert 137 Vert 123 Vert 100 Vert 100 Vert 100 Horiz 226 Vert 117 Vert 117 Vert 141 Horiz 127 Horiz 127 Horiz 100 Vert 116 Vert 148 Vert 148 Horiz 162 Horiz 162 Horiz 100 Page 66 of 72 Report No.: CE01-017 Page 67 of 72 Report No.: CE01-017 Page 68 of 72 Report No.: CE01-017 Page 69 of 72 Report No.: CE01-017 Page 70 of 72 Report No.: CE01-017 Page 71 of 72 Report No.: CE01-017 Page 72 of 72 Report No.: CE01-017