15B Report

FCC ID: PPD-AR5B97-F

Test Report

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FCCID_1479792

— FUJITSU GENERAL EMC LABORATORY LIMITED FU]] I SU 1116, SUENAGA, TAKATSU—KU, KAWASAKI 213—8502 JAPAN TEL:044—861—7897 FAX:044—861—9890 Report No.: FG11—O38EAL (1/12) EMI Test report CATEGORY : FCC Part—15 (2011); Class B VCCI (2010) PRODUCT : Personal computer MODEL : T731 AC adapter PJW1942NA PJW1942N ADP—8O0NB —A SEE100P2—19.0 Port Replicator FPCPR94 Wireless LAN module 622054NHMW ARSBHB116 AR5SB87 Bluetooth module BCM92070MD REFG Grouping model : TH7O1L MANUFACTURER : FUJITSU LIMITED 4—1—1, Kamikodanaka, Nakahara—ku, Kawasaki 211—8588 JAPAN TEST SITE : FUJITSU GENERAL EMC LABORATORY 1116, Suenaga, Takatsu—ku, Kawasaki 213—8502 JAPAN 2nd semi—anechoic chamber(R—1480) 1st shielded room(C—777/1—1687) DATE TESTED : March 31, 2011 24°C 30% TESTED BY : Hiroyuki Aikawa EUT conforms to the above mentioning all regulations. APPROVED BY : /{. «/J/Q DATE : March 31, 2011 * / {FerHiroyuki Shimanoe, President FUJITSU GENERAL EMC LABORATORY LIMITED 1116, Suenaga, Takatsu—ku, Kawasaki 213—8502 JAPAN TEL: (044)861—7897 FAX: (044)861—9890 4—1—1, Kamikodanaka, Nakahara—ku, Kawasaki 211—8588 JAPAN KX The description of the EUT and the system configuration in this report are provided by the client. Accredited by NVLAP. mnviad LAB CODE 200373—0 Authorized by TUV SUD PS. Appointed by TUV Rheinland Japan. Registered on VCCI. Product Service This accredited test report dose not constitute an endorsement of NVLAP or the US government. Fujitsu General EMC Laboratory as a TUV SUD PRODUCT SERVICE (TUV SUD PS) recognized laboratory is entitled to print the logo on its test reports. Reports approved by a TUV SUD PS technical expert additionally must bear the TUV SUD PS stamp and authorized signature. It is not allowed to capy this report even party without the allowance of the test laboratory in any form or by any means. ©Fujitsu General EMC Laboratory

No. FG11—038EAL (2/12) 1. Description of ET The EUT: T731 is personal computer using CPU; Core i7—2620M 2.7 GHz microprocessor. The EUT has a 12.1 inch HD LCD and a system disk (820 GBX1). The EUT has the interface for DVI®, HDMI ,RGB Mic—inQ0), Phone—out0, Line—out©), LAN@,USBX50@®@®®1D, IEE1394G), Memory card slot, Exp card slot, Bluetooth and wireless LAN module. The following type code is given according to the market. Type code Market T731 Commercial TH7O1 Consumer Internal clock frequency : 32.000 kHz, 24.000 MHz, 24.576 MHz, 25.000MHz, 33.300 MHz, 100.000 MHz Input power : AC 100 V—240 V, 50 / 60 Hz, Single—phase 2 wires The EUT is intended to use generally in the residential / domestic area or commercial and light industrial area; category class B. 1.1 Test system configuration The radiated emission measurement was performed with the worst case configuration of the preliminary measurement, T731 with AC adapter; PJW1942NA, internal wireless LAN module; 62205ANHMW, Bluetooth module; BCM92070MD REF6, and all related equipments as shown in figure—1. The conducted emission measurement was performed with each of AC adapter; PJW1942NA, PJW1942N, ADP—80NB A, SEE100P2—19.0 and wireless LAN module; AR5BHB116, AR5B97. The EUT was selected from the pre—production line. 1. 2 Operating condition The following EUT and dependent devices were tested using "EMC32.exe", "DRTU" or "Art exe" and "Bleu exe" program under continuous operating condition to obtain maximum emission. O PC—1 LCD—1: Displaying "H" character on screen (Maximum contrast / Luminescence Display resolution 1280X 800 / Refresh rate 60Hz) LAN: Continuous transmission and receiving ping command (1000 M Max) Telecom line emission : DAT File 390MB, 1000 Mbps DVD: Playing the test disk. HDD—1: Read/ writ the test data CAMERA: Monitoring the video picture of web camera Wireless LAN: Continuous transmission of the RF Signal Bluetooth: Continuous transmission of the RF Signal @ SD memory card: Read/ writ the test data ) EXP memory card: Read/ writ the test data @ LCD—2: Displaying "H" character on screen (Maximum contrast / Luminescence) & Headset: Connecting only © USB Memory (USB2.0): Read/ writ the test data (480 M Max) & HDD—3 (1394): Read/ writ the test data (480Max) HDD—2 (USB3.0): Read/ writ the test data (5 G Max) © PC—2: Continuous transmission and receiving of ping command (1000 M Max)

No. FG11—038EAL (3/12) 2. EM test results summary Applied standards: FCC Part—15(2011) and VCCI (2010) Limit value: Class B The limit of radiated emission(30 MHz to 1,000 MHz) of FCC part—15 was applied limit of CISPR22(2005). The test samples met the class B limit of VCCI (2010)/ CISPR22(2005) and applicable below regulations as shown the following highest 6 points of each emission profiles. Canada: ICES—003 Issue4.(2004) The test result is effective in only the EUT. 2.1 Radiated emission (30 MHz to 1, 000 MHz) : Measured at 10 m distance <Wireless LAN module: 62205ANHMW, AC adapter: PJW1942NA> Freq. pol. Noise level Class B limit Margin (MHz) (QP;dBV/m) (QP;dBpV/m) (dB) 30.00 Vert 28.0 30.0 2.0 160.00 Horiz 25.2 30.0 4.8 480.00 Horiz 34.4 37.0 2.6 500.85 Horiz 383.2 37.0 3.8 960.00 Horiz 36.0 37.0 1.0 960.00 Vert 35.4 37.0 1.6 + Limit value ; CISPR22(2005) + Measurement uncertainty : + 3.2 dB (K=2, 95 %) 2. 2 Over 1 GHz Radiated emission : Measured at 3 m distance <1 GHz to 14. 5 GHz for FCC, Wireless LAN module: 62205ANHMW, AC adapter: PJW1942NA> Freq. Pol. Noise level Class B limit Margin (GHz) (dB u V/m) (dB 4 V/m) (dB) Peak AV Peak AV Peak A V 1.0372 Horiz 45.5 38.8 74.0 54.0 28.5 15.2 1.0451 Vert 45.0 38.8 74.0 54.0 29.0 15.2 1.6675 Horiz 44.7 39.6 74.0 54.0 29.3 14.4 2.0980 Vert 47.5 40.2 74.0 54.0 26.5 13.8 2.3331 Vert 43.0 39.8 74.0 54.0 31.0 14.2 3.0025 Vert 45.8 40.5 74.0 54.0 28.2 183.5 + Limit value ; FCC Part—15 (2011) * Measurement uncertainty : + 3.3 dB (K=2, 95 %) <1 GHz to 6 GHz for VCC!, Wireless LAN module: 62205ANHMW, AC adapter: PJW1942NA> Freq. Pol. Noise level Class B limit Margin (GHz) (dB 4 V/m) (dB 4 V/m) (dB) Peak AV Peak AV Peak AV 1.0372 Horiz 45.5 38.8 70.0 50.0 24.5 11.2 1.0451 Vert 45.0 38.8 70.0 50.0 25.0 11.2 1.6675 Horiz 44.7 39.6 70.0 50.0 25.3 10.4 1.6675 Vert 46.6 37.9 70.0 50.0 25.3 12.1 2.0980 Vert 47.5 40.2 70.0 50.0 22.5 9.8 2.3831 Vert 43.0 39.8 70.0 50.0 27.0 10.2 + Limit value ; VCCI (2010) Measurement uncertainty : + 3.3 dB (K=2, 95 %)

No. FG11—088EAL (4/12) 2. 3 AC power line conducted emission (150 kHz to 30 MHz) 2.3.1 Wireless LAN module: 62205¥ANHMW, AC Adapter: PJW1942NA <AC120V 60Hz> Freq. Line# Noise level Class B limit Margin (MHz) (dB u V) (dB 4 V) (dB) QP AV QP AV Q@P AV 0.210 # 1 49.1 42.2 63.2 583.2 14.1 11.0 0.210 # 2 49.0 40.3 63.2 53.2 14.2 12.9 7.894 # 2 40.7 34.9 60.0 50.0 19.3 15.1 8.009 # 1 41.3 35.6 60.0 50.0 18.7 14.4 17.600 # 1 48.8 42.3 60.0 50.0 11.4 7.7 17.600 #2 48.6 42.3 60.0 50.0 11.4 7.7 + Limit value: FCC Part—15 (2011) <AC100V 50Hz> Freq. Line # Noise level Class B limit Margin (MHz) (dB u4 V) (dB 4 V) (dB) QP AV QP AV Q@P AV 0.219 #1 48.3 41.4 62.9 52.9 14.6 11.5 0.219 #2 48.5 41.0 62.9 52.9 14.4 11.9 7.951 #1 41.5 35.8 60.0 50.0 18.5 14.2 17.500 #1 48.7 42. 4 60.0 50.0 11.3 7.6 17.500 #2 48.8 42.5 60.0 50.0 11.2 7.5 21.356 #1 39.4 34.0 60.0 50.0 20.6 16.0 _ Limit value: VCCI (2010) + Measurement uncertainty : + 2.8 dB (K=2, 95 %) 2.3.2 Wireless module: 62205¥ANHMW, AC Adapter: PJW1942N <AC120V 60Hz> Freq. Line # Noise level Class B limit Margin (MHz) (dB u V) (dB 4 V) (dB) QP AV QP AV QP AV 0.150 # 1 60.4 38.5 66.0 56.0 5.6 17.5 0.150 #2 60.0 37.5 66.0 56.0 6.0 18.5 0.212 # 1 57.6 45.6 63.1 53.1 5.5 7.5 0.327 #1 49.6 36.0 59.5 49.5 9.9 13.5 4.500 #2 39.6 32.2 56.0 46.0 16.4 13.8 12.989 # 1 42.0 36.4 60.0 50.0 18.0 183.6 + Limit value: FCC Part—15 (2011) <AC100V 50Hz> Freq. Line # Noise level Class B limit Margin (MHz) (dB 4 V) (dB 4 V) (dB) QP AV QP AV QP AV 0.208 # 1 57.9 42. 4 63.3 53.3 5.4 10.9 0.208 #2 58.7 43.6 63.3 53.3 4.6 9.7 0.223 # 1 58.9 49.2 62.7 52.7 3.8 3.5 0.223 #2 59.3 49.1 62.7 52.7 3.4 3.6 0.347 #2 50.8 41.1 59.0 49.0 8.2 7.9 14.500 # 1 42.2 36.6 60.0 50.0 17.8 13.4 + Limit value: VCCI (2010) + Measurement uncertainty : + 2.8 dB (K=2, 95 %)

No. FG11—O88EAL (5/12) 2.3.3 Wireless module: 62205¥ANHMW, AC Adapter: ADP—80NB A <AC120V 60Hz> Freq. Line # Noise level Class B limit Margin (MHz) (dB 4 V) (dB u V) (dB) &P AV QP AV QP AV 0.150 #2 47.9 33.4 66.0 56.0 18.1 22.6 2.281 #1 39.5 31.9 66.0 56.0 16.5 14.1 13.665 #1 40.5 33.4 60.0 50.0 19.5 16.6 14.149 #2 40.1 38.7 60.0 50.0 19.9 16.3 17.150 #1 48.1 39.5 60.0 50.0 11.9 10.5 17.150 #2 48.5 40.0 60.0 50.0 11.5 10.0 + Limit value: FCC Part—15 (2011) <AC100V 50Hz> Freq. Noise level Class B limit Margin (MHz) (dB 4 V) (dB 4 V) (dB to AV) QP QP AV 0.150 #1 48.9 66.0 56.0 7.1 2.286 #2 40.0 56.0 46.0 6.0 16.888 #1 45.4 60.0 50.0 4.6 16.888 #2 46.0 60.0 50.0 4.0 22.360 # 1 43.8 60.0 50.0 6.2 22.360 #2 43.3 60.0 50.0 6.7 + Limit value: VCCI (2010) + Measurement uncertainty : + 2.8 dB (K=2, 95 %) 2.3.4 Wireless module: 62205¥ANHMW, AC Adapter: SEE100P2—19.0 <AC120V 60Hz> Freq. Noise level Class B limit Margin (MHz) (dB 4 V) (dB 4 V) (dB to AV) QP QP AV 0.200 #2 50.1 63.6 53.6 3.5 0.796 #2 40.0 56.0 46.0 6.0 0.936 #2 42.4 56.0 46.0 3.6 0.958 #2 40.8 56.0 46.0 5.2 1.032 #2 41.9 56.0 46.0 4.1 1.126 #2 42.0 56.0 46.0 4.0 + Limit value: FCC Part—15 (2011) <AC100V 50Hz> Freq. Noise level Class B limit Margin (MHz) (dB 4 V) (dB u V) (dB to AV) QP QP AV 0.200 # 1 46.2 63.6 53.6 3.5 0.200 #2 49.1 63.6 58.6 4.5 0.330 #2 41.0 59.5 49.5 8.5 0.436 #2 38.6 57.1 47.1 8.5 0.858 # 1 37.9 56.0 46.0 6.6 0.960 #2 39.4 56.0 46.0 6.6 + Limit value: VCCI (2010) + Measurement uncertainty : + 2.8 dB (K=2, 95 %)

No. FG11—038EAL (6/12) 2.8.5 Wireless module: AR5BHB116, AC Adapter: PJW1942NA <AC120V 60Hz> Freq. Line # Noise level Class B limit Margin (MHz) (dB u V) (dB 4 V) (dB) QP AV QP AV QP AV 0.210 #1 47.1 38.9 63.2 53.2 16.1 19.3 0.210 #2 47.2 34.0 63.2 53.2 16.0 19.2 8.000 #1 41.5 35.7 60.0 50.0 18.5 14.3 8.000 #2 41.6 35.8 60.0 50.0 18.4 14.2 17.500 # 1 48.8 42.3 60.0 50.0 11.2 7.5 17.500 #2 48.8 42.3 60.0 50.0 11.2 7.4 + Limit value: FCC Part—15 (2011) Measurement uncertainty : + 2.8 dB (K=2, 95 %) 2.3.6 Wireless module: AR5B97, AC Adapter: PJW1942NA <AC120V 60Hz> Freq. Line # Noise level Class B limit Margin (MHz) (@Buv) (@Baev) _ (4B) QP AV QP AV QP AV 0.210 # 1 48.1 35.7 63.2 53.2 15.1 17.5 0.210 #2 47.3 34.2 63.2 583.2 15.9 19.0 8.000 #1 41.6 35.7 60.0 50.0 18.4 14.3 8.000 #2 41.8 35.8 60.0 50.0 18.5 14.2 17.500 #1 48.1 42.1 60.0 50.0 11.9 7.9 17.500 #2 48.4 42.6 60.0 50.0 11.6 7.4 + Limit value: FCC Part—15 (2011) + Measurement uncertainty : + 2.8 dB (K=2, 95 %) 2. 4 Telecommunication line conducted emission (150 kHz to 30 MHz) AC Adapter: PJW1942NA, AC100V 50H2z < LAN port @(CP) > Freq. Noise level Class B limit Margin (MHz) (dB L A) (dB 1 A) (dB to AV) QP QP AV 0.419 15.3 31.5 21.5 6.2 8.276 12.5 30.0 20.0 7.5 9.735 11.3 30.0 20.0 8.7 14.145 11.0 30.0 20.0 9.0 17.939 10.5 30.0 20.0 9.5 19.530 10.3 30.0 20.0 9.7 <LAN port @® (ISN) > (1000BAST—T CAT—6, LCL adapter: 75 dB) Freq. Noise level Class B limit Margin (MHz) (dB L V) (dB 4 V) (dB to AV) QP &P AV 0.419 58.0 75.5 65.5 7.5 0.840 53.6 74.0 64.0 10.4 5.847 50.1 74.0 64.0 13.9 7.859 55.1 74.0 64.0 8.9 17.761 53.7 74.0 64.0 10.3 19.976 49.6 74.0 64.0 14.4 + Limit value ; VCCI (2010)

No. FG11—038EAL (7/12) 3. EUT modification under the test None. 4. Measurement procedure and test equipment The measurement was performed without deviation from VCCI (2010) and ANSI C63.4 (20083). 4. 1 Radiated emission 4.1.1 Radiated emission (3O0MHz~1,000MHz) The measurement was performed in the 10 m RF semi—anechoic chamber. The EUT was set on the 80 cm height non—reflective desk (W:; 150 cmX D: 100 cm) placed on the turntable, The HUB and PC—2 were placed at outside of the chamber to make usual install condition at the different place. The maximum noise level in the frequency range from 30 MHz to 1,000 MHz were measured by 10 m method with scanning the antenna height from 1 m to 4 m above the ground plane and rotating the EUT through 360 degrees for both horizontal and vertical polarization. Preliminary measurement using spectrum analyzer peak detection was performed to arrange the minimum margin spectrum. The settings of the interface cables and the mouse were adjusted to obtain maximum level at the minimum margin spectrum. The final measurement was performed using the RFI receiver (CISPR Quasi—peak, 120 kHz band width) and calibrated broadband antennas or dipole antennas for the main spectrum that was obtained by the preliminary measurement,. Test equipment Manufacturer Type S/IN Cal. Date Due. Date Dipole antenna Schwarzbeck VHA91O03 VHA91I031573 2010.04.13 2012.04.13 Dipole antenna Schwarzbeck UHA9105 UHA9IO52119 2010.04.13 2012.04.13 Bi Log antenna Schwarzbeck VULB9160 3118 2010.05.12 2011.05.12 Field strength meter Rohde & Schwarz ESCS30 849650/001 2010.07.08 2011.07.08 Spectrum analyzer HP 85422E 3746A00242 2010.07.30 2011.07.30 RF switch Anritsu MP59B M87079 2010.04.29 2011.04.29 RF cable TFO207 ——— 2010.04.29 2011.04.29 2nd semianchoic camber Riken eletech EMI test program FGE Version 1.3 4.1.2 Over 1 GHz radiated emission The measurement was performed in the 10 m RF semi—anechoic chamber. The EUT was set on the 80 cm height styrene foam desk (W: 150 ecm X D: 100 ecm) on the turntable. The radiated emission measurement from 1 GHz to 13.5 GHz; Operating rate 2.7 GHz was performed using the spectrum analyzer (Peak detection, 1MHz band width) and the horn antenna that was positioned at 3 m from test volume. The measurement was performed for both horizontal and vertical polarization. The measurement was performed with rotating the EUT through 360 degrees and fixing the antenna height to the 1 m for both horizontal and vertical polarization. The measurement was performed using the RF signal "off" mode of the wireless LAN and Bluetooth. Test equipment Manufacturer Type S/N Cal. Date Due. Date Horn antenna Schwarzbeck BBHA9120D 414 2010.04.22 2011.04.22 Spectrum analyzer Advantest U3772 161200140 2010.05.24 2011.05.24 Pre amplifier HP 8449B 3008A01020 2011.08.26 2012.03.26 2nd semianchoic camber Riken eletech

No. FG11—038EAL (8/12) 4. 2 AG power line conducted emission The measurement was performed in the shielded room. The EUT was set on the 80 cm height non—reflective desk and connected to the 50@/50 1 H artificial mains network: AMN. The EUT was operated by AC 120 V/ 60 Hz and AC 100 V/ 50 Hz. Preliminary measurement using spectrum analyzer peak detection was performed in the frequency range from 150 kHz to 30 MHz to arrange the minimum margin spectrum. The setting of the cables was adjusted to obtain maximum level at the minimum margin spectrum. The final measurement was performed using the RFI receiver (CISPR Quasi—peak, 9 kHz band width) and recorded the maximum value in the monitored interval of the main spectrum that was obtained by the preliminary measurement. Test equipment Manufacturer Type SIN Cal. Date Due. Date AMN for EUT Kyoritsu KNW—407C 8—1387—18 2011.01.09 2012.01.09 AMN for AE Kyoritsu KNW—242C 8—1387—6 2011.01.09 2012.01.09 Field strength meter Rohde & Schwarz ESCS30 849650/008 2010.07.08 2011.07.08 Spectrum analyzer HP 85422E 3746A00240 2010.07.30 2011.07.30 RF switch Rohde & Schwarz PSU 848290/005 2010.04,06 2011.04.06 Band pass filter Advantest TR14202 03560025 2010.04.06 2011.04.06 Pulse limiter Rohde & Schwarz ESH3—Z2 0357.8810.54 2010.04.06 2011.04.06 RF cable ——— TFOL10 ———— 2010.04.06 2011.04.06 1st shielded room Riken eletech EMI test program FGE Version 1.3 4. 3 Telecommunication lLine conducted emission The measurement was performed in the shielded room. The EUT was set on the 40 cm height wooden desk and connected to the impedance stabilization network: ISN(LCL; 75 dB) and the current probe for LAN port. The EUT was operated by AC 100 V/ 50 Hz. Preliminary measurement using spectrum analyzer peak detection was performed in the frequency range from 150 kHz to 30 MHz to arrange the minimum margin spectrum. The setting of the cables was adjusted to obtain maximum level at the minimum margin spectrum. The final measurement was performed using the RFI receiver (CISPR Quasi—peak, 9 kHz band width), and recorded the maximum value in the monitored interval of the main spectrum that was obtained by the preliminary measurement. Test equipment Manufacturer Type SIN Cal. Date Due. Date Current probe Rohde & Schwarz EZ—17 100007 2009.06.01 2012.06.01 ISN Kyoritsu KNW—2208 88—2972—5 2010.04.07 2011.04.07 Field strength meter Rohde & Schwarz ESCS30 849650/008 2010.07.08 2011.07.08 Spectrum analyzer HP 85422E 3746A00240 2010.07.30 2011.07.30 RF switch Rohde & Schwarz PSU 848290/005 2010.04.06 2011.04.06 Band pass filter Advantest TR14202 03560025 2010.04.06 2011.04.06 Pulse limiter Rohde & Schwarz ESH38—Z2 0357.8810.54 2010.04.06 2011.04.06 RF cable ———— TFO110 ——— 2010.04.06 2011.04.06 1st shielded room EMI test program FGE Version 1.3

No. FG11—0388EAL (9/12) 5. Test site and traceability The Fujitsu General EMC Laboratory performs testing under VCCI / EN / CISPR regulations and Fujitsu / Fujitsu General internal regulations. Test procedures and test facilities comply with the following international standards. The laboratory is registered on VCCI (Japan), NVLAP (USA), TUV SUD PS (Germany) and TUV Rheinland. VCCI: 1stSemi—Anechoic Chamber(R—753/G—53/C—776/1—1686) 1stShielded Room(C—777/1—1687) 2ndSemi—Anechoic Chamber(R—1460/G—54/C—1547/1—1688) 2nd Shielded Room(C—1548/T—1689) 3rd Shielded Room(C—1549) NVLAP: Dec.1st 1998 (Lab code: 200873—0) TUV SUD PS: Jan.29th 1999 TUV Rheinland Japan: Aug.25th 2005 The measuring equipments using in the laboratory and test data are under national and international standards. All equipment is maintained by regular inspection and daily check as whole measurement system in order to keep accuracy.

No. FG11—038EAL (10/12) Figure—1 System configuration and cables ~—~—~——— EUT ————meczcweasweczecw—ec e ek _i _ _ _ _ 1 f 20V/60H iI PC—1 Power in POR Power in © ac4a S_G% 100V/50Hz f LAN m — z====—==~ 3 i (0 t Line out i# LCD—2 E HDD—1 i@ & 6. ; RGB i I : Phone out DVD DVI -.i_. ® {pmmessssed f 100V/50Hz HS : A-u||uulnu‘q|Auu‘nuu|uuun§ i Ao_MieIn_ WLAN RrGB i i HDMI i E SDRAM i ® } i l_-_ upp.g |——4 USB3.0 BATT f 100V/50Hz "ot| LCD1 C vO [I Card BT Connection 1 & SDM Slot UsB [ USB—1 DIG f | ; USB f USB—2 I TUP USB i 2P Cmprow _0 ar WCA USB f7 USB—3 Slot 1 USB h 30 j yss : USB—M 1 @E E AC—4 ham—| HDD—3 |—H 1394 f 100V/50Hz t LAN g @ ®© HUB iD 100V/50Hz © 19 PC—2 AC—5 100V/50Hz N ; Ferrite core Main EUT Code Name Type SIN Product PC—1 Personal computer T731 Pre—production sample Fujitsu Related EUT POR Port Replicator FPCPRYQ4 ——— Fujitsu AC—1 AC adapter PJW1942NA ——— Fujitsu AC adapter PJW1942N ———— Fujitsu AC adapter ADP—8ONB A —==——— Fujitsu AC adapter SEE100P2—19.0 ———— Fujitsu

No. FG11—038EAL (11/12) Included device; PC—1 Code Name Type S/N Product HDD—1 320GB HDD TS5SAA32O ——— HITACHI DVD DVD—Multi TS—L633 ——— Tosiba Samsung WLAN Wireless LAN 62205ANHMW ————— Intel Wireless LAN ARSBHB116 ————— Atheros Wireless LAN AR5B97 ———— Atheros SDRAM 4096 MB M471B5673FHO—CF9 2GB®23 ——— SAMSUNG BATT Battery(6 Cell) FPCBP215 10.8V 5800mA¥/h ———— Fujitsu LCD—1 12.1 inch HD HVI121WX6—100 ———— HYDIS BT Bluetooth BCM92070MD REFS ——— Broadcom DIG Digitizer SUSE—12WO01AU—O0A ——— Wacom TUP Touch panel FTU3—12WO01C—O0X m Wacom WCA Web—camera CNFAO37210051830L warmieaa~ Chicony Assisted equipment Code Name Type S/IN Product LCD—1 Wide LCD display P22W—5 ECO YE7G213217 FSC LCD display P1Q9—1 YEGA217490 FSC HDD—2 Herd disk drive USB3.0 HDJ—UTI.0 S2BFOO559G2NR I+O DATA HDD—3 Herd disk drive Stragebird 40 GB 3732650212 FSC HS Head set GN 501FSC ———— FSC PC—2 Personal computer FMV ———— Fujitsu HUB Switching Hub ETG—SH—8 VD70000105183N I—O DATA AC—2 AC adapter FMV—AC322 ——— Fujitsu AC—3 AC adapter ACTN—71T ————— Sunfone USB—M USB Memory 256MB ——— 1+O DATA USB—1 USB Mouse M—UAE96 HC7180A¥A55M FSC USB—2 USB Mouse M—UAE96 LZ6410B0B4U FSC USB—3 USB Mouse M—UAE96 LZ6410BO9PK FSC EXP EXP memory card HEX—S2G 2GB w———— Hagiwara sys—com SDM SD XC memory card RP—SDM48G 48GB ———— Panasonic Cables SLD: Shielded NSLD: Non—shielded CAX: Coaxial Connector MC: Metal NMC: Non—metal PMC: Point contact metal No. 1T/O Port Name Type Length Cable type M Phone—out / Mic—in Headset cable —=——— 2.2m NSLD, MC @ USB3.0 USB cable _———— 1.0m SLD, MC @ 1394 1394 cable wei——— 1.0m SLD, NMC @ LAN LAN cable ———— 20.0m SLD, MC 6 Line—out Line out cable ———— 1.5 m NSLD, MC with fixed core © DVI DVI cable ——— 2.0m SLD, MC with fixed core & USB USB mouse cable ——— 1.9m SLD, MC USB USB mouse cable w———— 1.9m SLD, MC © USB USB mouse cable ——— 1.9m SLD, MC 0 USB USB cable ——— 1.0m SLD, MC 0) ——— AC adaptor cable —«_ 1.83m NSLD, NMC M _——— AC power cable ——— 2.0m 2P—NSLD 1 ——— AC power cable ———— 2.0m 3P—NSLD M) ——— AC cable ————— 2.0m NSLD, NMC with core *# 1 § ——— AC adaptor cable ——— 1.6m NSLD, NMC with core * 2 4@ ——— LAN cable ————— 1.0m SLD, MC @ ——— AC adaptor cable —=——— 1.8m NSLD, NMC ———— AC power cable ———— 2.0m 3P—NSLD ) _——— AC cable ——— 2.0m 2P—NSLD * 1; KITAGAWA industry Co.,Ltd; GRFC—13 * 2: KITAGAWA industry Co.,Ltd; RFC—10


Document Created: 2011-05-02 11:16:46
Document Modified: 2011-05-02 11:16:46
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