VTIWL8185-PAWireless LAN Card

Caution: 2.7dBi

5 5 4 4 3 3 2 2 1 1 DD CC BB AA POWER SUPPLY 40MHZ Crystal PCIINTERFACE CPU(MAC/BBP) RTL8185 Transceiver RTL8225 POWER amplifier SE2525L 32bitBUS Antenna LED RTL8185 WIRLESS LAN CARD SYSTEM DIAGRAM B Title SizeDocument NumberRev Date:Sheet of

FULL RIVERHONGKONGLIMITED FCC ID: VTIWL8185-PA Photo General Appearance of the EUT Photo General Appearance of the EUT(Bottom)

FULL RIVERHONGKONGLIMITED FCC ID: VTIWL8185-PA 3. FCC ID LABEL FCC ID: VTIWL8185-PA Label Location on EUT EUT Bottom View/ FCC ID Label Location

FULL RIVERHONGKONGLIMITED FCC ID: VTIWL8185-PA BT FCC ID REPORT :F07111531C Photo General Appearance of the EUT Photo General Appearance of the EUT

5 5 4 4 3 3 2 2 1 1 DD CC BB AA of The principle diagram explain 1． Power supply： DC3.3V, Supply RTL8185 and PA power supply, Then by CYT6218-1.8V conversion for DC 1.8 , Supply RTL8225 IC Crystal power supply. 2. Crystal: By 40.000MHZ Crystal engender clock signal, Supply RTL8185L and RTL8225 chip.C80 and C81use frequency of adjust. 3. MAC-Base band: The Realtek RTL8185L is Wireless LAN network interface controller that integrates a LAN MAC, and a Direct Sequence Spread Spectrum/OFDM base band processor onto one chip. It provides high speed, and full speed (12Mbps), and supports 4 endpoints for transfer pipes. To reduce protocol overhead, the RTL8185L supports Short Inter Frame Space (SIFS) burst mode to send packets back-to-back. A protection mechanism prevents collisions among 802.11b nodes. The RTL8185L fully complies with IEEE 802.11a/b/g specifications. 4. transceiver: The RTL8225/RTL8225-VF is a fully integrated RF transceiver for IEEE Wireless LAN standards 02.11b, and 802.11g. Uses a direct conversion / zero-IF architecture to limit the number of required active blocks and especially avoid external, cumbersome, IF band pass SAW filters for channel selection. 5. 2.4Ghz power amplifier: The SE2527L is a 2.4 GHz power amplifier designed for use in the 2.4 GHz ISM band for wireless LAN applications. The device incorporates a power detector for closed loop monitoring of the output power. 6. LED indicate: THE LED Use of ACK/LINK appearance indicate .While searching wireless network signal and carrying on receiving and send with blast-off, it means with the different appearance.

MPE calculation S= 1.0000 (mW/cm^2) P* G =EIRP=87(mW) R=2.6312cm

123456 A B C D 654321 D C B A Title NumberRevisionSize C Date:19-Apr-2007Sheet of File:C:\Documents and Settings\new\\MyDesign.ddbDrawn By: C6 100pF L13 BLM18HG471 VCC18 C33 1uF VCC18 L19 3.9nH C41 15pF L16 2.7nH R15 68K C7 68pF C28 2.2pF C52 10nF VCC18 R16 10K Loop Filter@100KHz Power On Reset C9 100nF C57 10nF C8 100pF C56 10nF VCC18 C63 100nF VCC18 C64 100nF C37 1uF VCC18 Synthesizer Test Point Control (reg06[15:13]) 000: VCO_CAL_CK 001: VCO_CAL_EN 010: Prescaler output 011: NDIV output 100: RDIV output 101: bandgap voltage TXI+TXI-TXQ-TXQ+RXQ+RXQ- RXI-RXI+ C26 22pF L14 BLM18HG471 VCC18 C45 15pF C44 15pF C43 15pF C42 15pF VDLO VDRTX 40MHzOSC RFLE RIFSCK RIFSD CALEN C18 15pF TX C19 15pF TX 1 GND 2 RX 3 /RX EN 4 ANT 5 RX EN 6 U5AS179-92 L6 NC C17 10pF C16 10pF TRSW- TRSW+ RFLE RIFSD RIFSCK RX PAin RX TXI+ TXI- TXQ+ TXQ- RSSI RSSI RXQ- RXQ+ RXI- RXI+ 40MHzOSC CALEN B EC U10 2SA1036K L22 Bead C66 100nF C67 100nF L20 Bead L21 Bead VDLNA_2 VD3VCO VD3PA VCC18 B B BOQP 42 TIN 47 RSSI 43 VDLO 44 TIP 48 TQP 45 GND 37 BOIP 39 VDRXB 38 BOIN 40 XIN 32 VDSYN2 15 SYN_T 16 VDSYN3 14 ENV 26 SI_RW 24 POR 20 SI_CK 22 TQN 46 BOQN 41 NC/BJTB 18 VDBG 17 NC/BJTB 19 SI_DATA 23 SI_ENB 21 NC 34 LFT 13 VD_SI2 27 REFIO 25 XOUT 31 XSEL 29 VD_SI3 28 XENV 30 NC 35 NC 36 VDX 33 GND 0 VDRTX 1 VDMIX 2 RFIP 5 VD_DNW 4 VDLNA 7 RFON 10 VDPA 9 NC/VD3PA 11 NC/VD3VCO 12 RFIN 6 RFOP 8 VDLNA 3 3-wire interface 2nd order LPF 2nd order LPF 3nd order LPF 3nd order LPF 2nd order LPF 2nd order LPF Synthesizer 090 U14 RL8225-VF-LF C62 100nF VDD18 N/C 4 GROUND 2 INPUT 1 SHTDN 3 OUTPUT 5 U11 AME_1.8 C61 100nF C34 1nF a.L4,L12,L29=BLM18H G471 b.C73,C74=100pf;C16 C47 10uF C46 10uF VCC33 GND 3 out 2 in 1 Connector1 MM8430 I/OI/O GND Filter1 R14 1M L8 BLM18HG471 C14 2.2pF C15 5.6pF C13 1.5pF C10 4.7uF L5 1.5nH C11 10pF C12 1nF RFIN 1 VEN 2 VB 3 VCC0 4 VREG 5 CRMP 6 VDET 7 DET_IN 8 GND 9 GND 10 RFOUT 11 GND 12 VCC2 13 SLOPE 14 VCC1 15 GND 16 GND 17 U6 SE2525L PA_VCC PA_VCC L7 1nH C38 220pF C32 1uFC25 22pF C30 1.5pF R9 0 C24 22pF C3 100pF C22 10pF PA_VCC A_PAPE C31 1.8pF TSSI0 TX PAin L4 BEAD C27 NC C76 2.2uF/0805 C77 2.2uF/0603 L25 Bead Zebra3.3v Zebra3.3v L26 0 VCC18 C65 12pF C72 0.1uF Zebra3.3v C78 22uF VCC33 VCC33 + C2 2.2uF/0805 VCC33 VCC33 VCC33 R35 0 VBUS Suspend Suspend C80 30pF C81 33pF C79 10nF R85 130 Suspend R890 C54 100pF XIN XOUT LFT POR C55 1pF C405.6pF R90 1k R87 0 C68 10pF V1.0 C83 NC C82 NC C69 10pF R91 0 R92 0 R93 0 C39 1nF ANT R83 0 Antenna C20 NC 5.6PF CAP Vin 1 GND 2 Vout 3 U4 LM1173.3V RTL8225 12 X140.0000MHZ 1 2 3 4 5 6 ABCD 6 5 4 3 2 1 D CBA Title Number Revision Size C Date: 26-Dec-2005 Sheet of File: C:\Documen ts and Sett ings \jerry-chuang\ \Mini PCI\2v5\RTL81 85 +RTL82 25 _mPCI_2v5_HW\RTL82 25 _mPCI_2v5.DDB Drawn By: QFP-128RTL8185 AD27 1 AD26 2 VDD 3 AD25 4 AD24 5 VDD33 6 CBE3B 7 IDSEL 8 AD23 9 AD22 10 AD21 11 AD20 12 AD19 13 AD18 14 AD17 15 AD16 16 CBE2B 17 VDD33 18 FRAMEB 19 IRDYB 20 CLKRUNB 21 TRDYB 22 DEVSELB 23 STOPB 24 PERRB 25 VDD 26 SERRB 27 AD14 32 PAR 28 VDD33 29 CBE1B 30 AD15 31 TSSI0 95 RSSI 94 TXAGC 93 RXAGC 92 GNDBG 91 VDDBG 90 R15K 89 GNDA 88 VDDA 87 VDDA 86 GNDA 85 RXQ- 84 RXQ+ 83 GNDSUB 82 VDD 50 AD0 49 AD1 48 AD2 47 AD3 46 AD4 45 AD5 44 VDD33 43 AD6 42 AD7 41 VDD 40 CBE0B 39 AD8 38 AD9 37 AD10 36 AD11 35 AD12 34 AD13 33 VR- 79 VR+ 78 VREFO 77 GPIO5 76 GPIO4 75 GPIO3 74 GPIO2 73 GPIO1 72 VDD 71 GPIO0 70 VDD33 69 RFRXEN 68 RFTXEN 67 B_PAPE 66 A_PAPE 65 VCOPDN 64 VDD 63 TRSW- 62 TRSW+ 61 ANTSEL- 60 ANTSEL+ 59 LNAHL 58 CALMODE 57 CALEN 56 VDD 55 VDD33 51 RIFSCK 52 RIFSD 53 RFLE 54 GNDPLL 98 VDDPLL 97 RXI- 81 RXI+ 80 TXQ+ 99 TXQ- 100 TXI- 101 TXI+ 102 TXQT+ 103 TXQT- 104 TXIT+ 105 TXIT- 106 GPIOP6 107 XI 108 EEDO 109 VDD 110 EEDI 111 EESK 112 EECS 113 VDD33 114 LED0 115 LED1 116 ISOLATEB 117 LANWAKE 118 INTAB 119 PCIRSTB 120 PCICLK 121 GNTB 122 REQB 123 PMEB 124 AD31 125 AD30 126 AD29 127 AD28 128 TSSI1 96 GND 129 U2RTL8185-QFN128 TXQ+TXQ-TXI-TXI+ AVDD33 TXI+TXI-TXQ- GND TXQ+ 40MHzOSC VDD33ISOLATEBINTABRSTBPCICLKGNTB REQBPMEB GNTBREQB EEDOEEDIEESKEECS INTABRSTBCLK 40MHzOSC VDD18AD31 VDD18 AD30 VDD18 AD29AD28 AD27 AD26 AD25 AD24 VDD33 CBE3B IDSEL PAR AD23 CBE1B AD22 AD21 AD20 AD19 AD18 AD17 AD16 CBE2B VDD33 FRAMEB IRDYB CLKRUNB TRDYB DEVSELB STOPB PERRB VDD18 SERRB PAR VDD33 CBE1B AD15 AD14 AD0AD1AD2AD3AD4AD5VDD33AD6AD7 CBE0BAD8AD9AD10AD11AD12AD13 IRDYBCLKRUNBTRDYBDEVSELB AD[0..31] STOPBPERRB CBE3B SERRB IDSEL CBE0B CBE2BFRAMEB DR131K VCC33 VMAIN DR1415K ISOLATEB VCOPDNVDD18ANTSEL-ANTSEL+VDD18RFLEVDD33VDD18 ANTSEL+RIFSD RIFSDRIFSCK RIFSCKRFLEANTSEL-VCOPDN GND RXI- RXI+ GND AVDD33 AVDD33 GND RXQ- VDD18 RXQ+ VDD33 R15K A_PAPE TSSI0RSSIRXQ-RXQ+RXI-RXI+ TSSI0 RSSI A_PAPE GND AVDD33 VR- VR+ DC200.1uF DC190.1uF DC180.1uF DC170.1uF AVDD33 VDD33 DC160.1uF DC130.1uF DC120.1uF DC90.1uF VDD18 DC80.1uF L4Bead AVDD33 3.3VDDaux DC6 0.1uF VDD33 DR7NPDR810KDR910KDR1010K VCOPDNGNTBFRAMEBIDSEL DR1515K R15K DC100.1uF EECSEESKEEDIEEDO CS 1 SK 2 DI 3 DO 4 VCC 8 NC 7 NC 6 GND 5 U1 9346 DC231uF DC221uF VR+ VR- DC40.1uF DC30.1uF DC20.1uF PMEB C10.1uF 3.3VDDaux L2Bead VDD33 DC110.1uF AD[0..31] AVDD33 L1Bead VDDPLL VDDPLL DC21 0.1uF TRSW-TRSW+ TRSW-TRSW+ CALEN CALEN Q1NP DR510k VCC33 DR1910k 3.3VDDaux C210uF 3.3Vaux 3.3VDDaux In mPCI,GPIO6 is usedto detect status of HW_radio_PD DR60 3/4 V2.0 GPIO6 GPIO6 DR100220/NCDR101220 LED2_YP GPIO1 3.3VDDaux 3.3VDDaux

FCC PART 15.247 EMI MEASUREMENT AND TEST REPORT For FULL RIVERHONGKONGLIMITED BL3 Liantangjiao Industrial Zone ,Shima Village,Tangxia Town, Dongguan city ,China FCC ID: VTIWL8185-PA Nov.20,2007 This Report Concerns: Original Report Equipment Type WIRELESS LAN CARD Test Engineer: Eric Li Report No.: F07111531C Receive EUT Date/Test Date: Nov. 14,2007/ Nov. 14-20,2007 Reviewed By: Christina Prepared By: Shenzhen BST Technology Co.,Ltd. 3F,Weames Technology Building, No. 10 Kefa Road,Science Park, Nanshan District,Shenzhen,Guangdong,China Tel: 0755-267477513 Fax: 0755-267477513 ext.826 Note: The test report is specially limited to the above company and this particular sample only. It may not be duplicated without prior written consent of Shenzhen BST Technology Co.,Ltd. This report must not be used by the client to claim product certification,approval,or endorsement by NVLAP, NIST or any agency of the US Government. FULL RIVERHONGKONGLIMITED FCC ID: VTIWL8185-PA BT FCC ID REPORT :F07111531C Page 2/29 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................4 1.1. Report information ............................................................................................................4 1.2. Measurement Uncertainty .................................................................................................4 2. PRODUCT DESCRIPTION ......................................................................................................5 2.1. EUT Description ...............................................................................................................5 2.2. Block Diagram of EUT Configuration..............................................................................5 2.3. Support Equipment List ....................................................................................................5 2.4. Test Conditions .................................................................................................................5 3. FCC ID LABEL...........................................................................................................................6 4. TEST RESULTS SUMMARY ...................................................................................................7 Modifications ................................................................................................................................7 5. TEST EQUIPMENT USED .......................................................................................................8 6. CONDUCTED POWER LINE TEST .......................................................................................9 6.1. Test Equipment .................................................................................................................9 6.2. Test Procedure ..................................................................................................................9 6.3. Test Setup..........................................................................................................................9 6.4. Configurating of the EUT .................................................................................................9 6.5. EUT Operating Condition...............................................................................................11 6.6. Conducted Power line Emission Limits..........................................................................11 6.7. Conducted Power Line Test Result.................................................................................11 7. RADIATED DISTURBANCE TEST ......................................................................................12 7.1. Test Equipment ...............................................................................................................12 7.2. Test Procedure ................................................................................................................12 7.3. Radiated Test Setup ........................................................................................................12 7.4. Configuration of the EUT ...............................................................................................12 7.5. EUT Operating Condition...............................................................................................12 7.6. Radiated Emission Limit.................................................................................................12 7.7. Radiated Emission Test Result .......................................................................................13 8. 6DB BANDWIDTH MEASUREMENT..................................................................................17 8.1. LIMITS OF 6dB BANDWIDTH MEASUREMENT.....................................................17 8.2. Test Procedure ................................................................................................................17 8.3. Test Setup........................................................................................................................17 8.4. Test Data .........................................................................................................................17 9. MAXIMUM PEAK OUTPUT POWER .................................................................................18 9.1. LIMITS OF MAXIMUM PEAK OUTPUT POWER MEASUREMENT .....................18 9.2. TEST PROCEDURES ....................................................................................................18 9.3. Radiated Test Setup ........................................................................................................18 9.4. Test Data .........................................................................................................................18 10. POWER SPECTRAL DENSITY MEASUREMENT............................................................19 10.1. LIMITS OF POWER SPECTRAL DENSITY MEASU…

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FULL RIVERHONGKONGLIMITED FCC ID: VTIWL8185-PA Photo Conducted Disturbance Test Photo Radiated disturbances