PE6AVP-2000BIP Phone System (Handset)

W W i i F F i i V V o o I I P P P P h h o o n n e e WiFi SIP VoIP Phone AVP-2000B Users Manual Copyright® 2005-2006 Acrowave Systems Co,Ltd. All rights reserved 1 W W i i F F i i V V o o I I P P P P h h o o n n e e -- INDEX -- 1. O VERVIEWS 5 1.1 LCD DISPLAY 5 1.1.1 Pictograms on LCD 5 1.1.2 Key Buttons 5 2. AVP-2000B M ENU T REES 6 2.1 B ASIC M ENU T REE 6 2.2 P HONEBOOK M ENU T REE 8 2.3 M ESSAGE M ENU T REE 8 2.4 I NCALL S OFT M ENU T REE 8 3. O PERATIONS 9 3.1 P OWER O N / O FF 9 3.1.1 Power On 9 3.1.2 Power Off 9 3.2 SIP R EGISTRATION / U NREGISTRATION 9 3.2.1 Registration 9 3.2.1 Unregistration 11 3.3 C ALL M AKING / A NSWERING / H ANGUP / DND 12 3.3.1 Making Call 12 3.3.2 Answering Call 12 3.3.3 Hangup Call 12 3.3.4 DND Call 12 4. P HONE F UNCTIONS 13 4.1 M ENU D ESCRIPTIONS 13 4.1.1 R ING / B ELL 13 4.1.1.1 Ringing Type 13 4.1.1.2 Ring Color 13 4.1.1.3 Ring Volume 13 4.1.2 P HONE D IARY 14 4.1.2.1 Alarm 14 4.1.2.2 Calculator 14 4.1.3 U SER S ETUP 14 4.1.3.1 Standby Display Mode 14 4.1.3.2 LCD Contrast 15 2 W W i i F F i i V V o o I I P P P P h h o o n n e e 3 4.1.3.3 LCD Backlight 15 4.1.3.4 Auto Answering 15 4.1.3.5 Localization 15 4.1.3.6 Call Prefix 16 4.1.3.7 Call Forward 16 4.1.3.8 Call Waiting 16 4.1.3.9 Password Change 17 4.1.3.10 Ring-Back Tone Mode 17 4.1.3.11 DTMF Mode 17 4.1.4 A DMIN S ETUP 17 4.1.4.1 Networks 18 4.1.4.2 SIP 18 4.1.4.3 Wireless LAN 18 4.1.4.4 NAT 20 4.1.4.5 CODEC 21 4.1.4.6 Initializaionz 22 4.1.4.7 Ping Test 22 4.2 I NPUT C HARACTERS 23 4.3 P HONEBOOK 24 4.3.1 O UTBOUND C ALL 24 4.3.2 I NBOUND C ALL 24 4.3.3 S EARCH P HONEBOOK 25 4.3.4 A DD N EW E NTRY 25 4.4 M ESSAGE 26 4.4.1 R ECEIVED M ESSAGE 26 4.4.2 S END M ESSAGE 26 4.5 S OFT M ENUS 28 4.5.1 P HONEBOOK 28 4.5.2 C ALL M UTE 28 4.5.3 C ALL T RANSFER 28 4.5.4 C ALL H OLD 29 4.5.5 C ALL W AIT 29 W W i i F F i i V V o o I I P P P P h h o o n n e e This page is blank area. 4 W W i i F F i i V V o o I I P P P P h h o o n n e e 1. OVERVIEWS 1.1 LCD DISPLAYS 1.1.1 Pictograms on LCD WiFi Signal Strength. : Weak : Strong Out of Service area. Indicates in call state Indicates alarm is on. Indicates that there is/are new message(s) that has/have not been read. Indicates vibration mode or manner mode is on Indicate key-lock state is on Battery life gauge : Full : Sufficient : Shortage : Empty 1.1.2 Key buttons [ ] Send or Receive [ M ] Menu [  ] Upper direction [  ] Down direction [  ] Right direction / Message Menu [  ] Left direction / Phonebook Menu [ S] OK / Selection [ CLR ] Cancel Key [0]~[9] Number / Character input Keys [ * ] Symbol Key / Manner Mode [ # ] Symbol Key / Keylock Mode [ ] Power On / Off / Cancel 5 W W i i F F i i V V o o I I P P P P h h o o n n e e 2. AVP-2000B MENU TREES This chapter shows the menu trees of AVP-2000B 2.1 BASIC MENU TREES MENU 1.SOUND 1.RING TYPE 1.RING 2.VIBRATOR 3.RING AFTER VIBRATOR 4.RING WITH VOBRATOR 2.RING COLOR 1.RING COLOR 1 2.RING COLOR 2 3.RING COLOR 3 4.RING COLOR 4 5.RING COLOR 5 3.RING VOLUME 2.DIARY 1.ALARM SETTING 1.SET ON/OFF 1.ALARM ON 2.ALARM OFF 2.SET TIME 3.SET BELL TYPE 1.RING COLOR 1 2.RING COLOR 2 3.RING COLOR 3 4.RING COLOR 4 5.RING COLOR 5 2.CALCULATOR 3.USER SETUP 1.DISPLAY TYPE 1.NUMBER MODE 2.LOGO MODE 2.LCD CONTRAST 3.LCD BACKLIGHT 1.ALWAYS OFF 2.10 SEC ON 3.20 SEC ON 4.ALWAYS ON 4.AUTO ANSWER 1.DISABLE 2.AFTER 1 BELL 3.AFTER 3 BELL 5.LOCALIZATION 1.LANGUAGE 1.ENGLISH 2.KOREAN 2.TIME SERVER 3.TIME ZONE 4.DST SETUP 1.DST ENABLE 2.DST DISABLE 6.CALL PREFIX 7.CALL FORWARD 1.CALL FWD OFF 2.CALL FWD ON 1.FORWARD NUMBER 2.CONDITION 8.CALL WAITING 1.DISABLE 2.ENABLE 9.PASSWORD CHG 0.DTMF 1.SIP INFO 2.INBAND *.RINGBACK TONE 1.ENABLE 2.DISABLE 6 W W i i F F i i V V o o I I P P P P h h o o n n e e 4.ADMIN SETUP 1.NETWORK 1.DHCP 2.STATIC IP PHONE ADDRESS NET MASK GATEWAY IP 2.SIP SETUP 2.WLAN 1.AP SELECT 1.SCAN AP 2.INPUT DIRECT 2.SECURITY 1.DISABLE 2.ENABLE 1.64 BITS 1.ASCII 2.HEXA 2.128 BITS 1.ASCII 2.HEXA 3.802.1X 1.DISABLE 2.ENABLE USER ID PASSWORD 4.ROAMING 1.ENABLE 2.DISABLE 5.CONNECTION 1.INFRA STRUCT 2.AD-HOC 4.NAT 1.NAT DISABLE 2.NAT ENABLE 1.STUN SETUP STUN SERVER STUN PORT 2.STATIC NAT 5.CODEC 1.G.711 2.G.711+G.723 3.G.711+G.729 4.G.711+G.726 6.INITIALIZE 1.SOFT RESET 2.RESET PARAM 1.YES 2.NO 3.FACTORY RESET 1.YES 2.NO 7.TEST MODE 1.PING TEST 2.RF TEST 1.RF Tx TEST 2.RF Rx TEST 5.INFORMATION 1.VERSIONS 2.NETWORK 3.SIP 4.CODEC 5.WLAN 6.MAC ADDRESS 7 W W i i F F i i V V o o I I P P P P h h o o n n e e 2.2 PHONEBOOK MENU TREE PHONEBOOK 1:OUTBOUND Î MENU 1:DEL 2:DEL ALL Î OK Î MENU 1:DEL 2:INBOUND CALL Î MENU 1:DEL 2:DEL ALL 3:SEARCH Î MENU 1:EDIT 2:DELETE Î OK Î MENU Î EDIT 4:NET ENTRY Î NAME Î PHONE NUMBER Î SHORT NUMBER 2.3 MESSAGE MENU TREE MESSAGE 1:SHOW MESSAGE 2:SEND MESSAGE 1:WRITE MSG 2:SHOW SENT MSG Î MENU 1:DEL 2:DEL ALL Î CONTENTS Î MENU 1:RESENT 2:DEL 2,4 INCALL SOFT MENU TREE MENU Î 1: PHONEBOOK 1:OUTBOUND CALL 2:INBOUND CALL 3:SEARCH 2:CALL MUTE 3:CALL TRANSFER Î XFER NUMBER 4:CALL HOLD 8 W W i i F F i i V V o o I I P P P P h h o o n n e e 3. OPERATIONS This chaper describes how to operate and configure the AVP-2000B WiFi Phone. 3.1 POWER ON / OFF 3.1.1 Power On Press [ ] button during 2 or 3 seconds to power on the AVP-2000B, then AVP-2000B turn on the power with short beep sound. 3.1.2 Power Off Press [ ] button during 2 or 3 seconds to power off the AVP-2000B, then AVP-2000B turn off with “Good-Bye” message on LCD windows. 3.2 SIP REGISTRATION / UNREGISTRATION 3.2.1 REGISTRATION AVP-2000B can use after SIP registration operation on SIP REGISTRAR SERVER. The operations of SIP registration are as below ; 1) Press [M] button in standby state. 2) Select “4.Admin Setup” menu. 3) Default password is “0000”. 4) First, select “1. Setup Network” menu and configure the network informations. AVP-2000B supports two kind of IP address mode which are DHCP mode and Static IP address mode. When used as Static IP address mode, SubNet Mask value and Default Gateway Address are also needed. (Refer to clause 4.2 how to input IP address) 5) Sel…

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T/R SWITCH QUADRATUR E UP/DOWN CONVERTER LOW PASS FIRTE R DIVIDE BY TWO SYNTHE SIZER VCO LOOP FIRTER BALUN DIRECT UP/DOWN CONVERTER LNA TRANSMIT PREAMP RX AMP BASEBAND PROCESSOR/MAC TX AGC POWER AMP BPF ANT 44MHz CLOCK HOST INTERFACE CPLD FLASH 1Mbit SRAM 2Mbit FLASH 16Mbit CODEC Audio AMP Analog SW SPEAKER MIC EAR Phone 10MHz DC/DC Converter Voltage Dector LCD KEY PAD LED +2.5V +3.3V +1.8V BATTERY ON Switch Control Audio AMP

Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B EXHIBIT C - EUT PHOTOGRAPHS EUT – Top View EUT –Bottom View

EXHIBIT A - FCC ID LABEL INFORMATION Proposed FCC ID Label Proposed Label Location on EUT Back View of EUT/FCC ID Label FCC ID: PE6AVP-2000B This device complies with Part 15 o the FCC Rules. Operation is subject to the following two conditions: (1) this device may not cause harmful interference, and (2) this device must accept any interference received, including interference that may cause undesired operation. 2.1875" 1.0"

Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B EUT –Uncovered View EUT – battery cover off View Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B EUT –Keypad View EUT –TX Close View Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B EUT –PCB View

Internal Monopole Antenna Approval Sheet Model : AVP-2000B_ANT 1. Mechanical Drawing A : 23 mm, B : 7 mm, C : 5 mm 두께 : 1mm, 재질 : Cu Anntenna Gain (평균값): 0 dBi 측정 주파수 (MHz) Radiation Pattern 2400 2450 2480 Azimuth 0.18 - 0.25 - 0.42 Elevation 0.68 - 0.04 -1.28 2. Log Magnitude 3. V.S.W.R 4. Smith chart 5. Radiation Pattern(Azimuth) 6. Radiation Pattern (Elevation)

1. AVP-2000B Circuit Description Digital Logic Part In Logic Part, The Main Processor is comfiguration of T2U, Memory and LCD, Key Pad, Codec, PCMCIA Interface. Voiced signal from MIC converts to Digital, and transfer 802.11b MAC. Signal from MAC converts to voice, and uses Speaker communicate. RF MAC & BBP IEEE802.11b MAC/BBP, Data receive from Logic, converts to I/Q signal and uses RF terminal to transmit RF stage. It also receive from RF stage, converts I/Q signal to digital signal MAC. RF Transceiver It transmit from ANT connect through Power AMP and uses frequency range of 2.4GHz. Without any compositions IF frequency, uses direct conversion. Receive signals from ANT, it makes I/Q and send out to MAC/BBP.

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S/W Rev : Assy Rev : ABCD M1M2M3M4M5M6 1D11 EA PCB, 6 layer, 1.0T, BUILD UP,  2 D2 1 EA BBP/MAC IC ISL3871AIK18Z A U13 INTERSIL 192 BGA14 x 14 3D31 EA Transceiver ISL3684AIRZ-TK A U9 Itersil 56Ld MLFP 4D41 EA 5GHz VCO ISL3084IRZ-TK A U11 Itersil 16Ld MLFP 5D51 EA POWER Amplifier SST12LP14-QVCE A U20  (SST) 16Ld VQFN 6D61 EA LNA SGA-8343Z A Q10 sirenza 7D71 EA LDO MAX8867EUK29+TMAX8868EUK29+T A U26 MAXIM SOT23-5 8D82 EA LDO MIC5205-2.85YM5 A U37, U36 MICREL SOT23-5 9D81 EA Analog Switch ISL84684 A U35 Intersil 10 D9 1 EA LDO 3.3V Fixed MIC5219-3.3YMM A U27 MICREL MSOP8 11 D10 1 EA FLASH Memory SST39VF010-90-4C-WHE SST39VF010-70-4C-WHE Pm39LV010-70VC I U17 SSTPMC 32Pin TSOP 12 D11 1 EA SPDT Switch uPG2179TB AS179_92LF A U22 NEC ALPHA 6SC70 13 D12 1 EA SRAM(128*16) (6x8 BGA) IC62LV12816LL-55B EM562166BC-55 LP62S16128BU-55LLT A U25 ICSI ETRON AMIC 48 BGA 14 D13 1 EA BALUN HHM1520 BL2012-10B2450T B U18 TDKACX 15 D14 1 EA T2U, Main CPU CS6220GY A U23 MYSON 196PBGA 16 D15 1 EA FPGA EX128-FCS128X79 (WIP5000M) Program   A U19 ACTEL 128 BGA 17 D16 1 EA RESET IC, 2.63V IMP809R TCM809RENB713 A U1  MICROCHIP SOT23-3 Vendor Package Discription Vendor Part. No. Part Dev. Ref. Destinatior Model Name AVP-2000B DOC. No AVP2000B_20 2.0 No. Assembly Unit Acrowave CAT.NO Quantity ACR00401-01-031 ACROWAVE System Co., Ltd. A4(270*297) 2/10/2006 Page : 3 of 10 Rev. S/W Rev : Assy Rev : ABCD M1M2M3M4M5M6 Vendor Package Discription Vendor Part. No. Part Dev. Ref. Destinatior Model Name AVP-2000B DOC. No AVP2000B_20 2.0 No. Assembly Unit Acrowave CAT.NO Quantity 18 D17 1 EA FLASH ROM 6x8 BGA speed : 70ns   MX29LV160ATXEC-70 M29W160ET-70ZA6E I U5 MXIC STM 48 BGA 6x8 19 D18 1 EA Switch Reg. EL7530IYZ A U28 Intersil 10P MSOP 20 D19 1 EA Power Inductor DO3314-153MXC A L11 Coilcraft 15uH 21 D20 1 EA LDO BH25FB1WHFV-TR A U15 ANY Component (RHOM) SOT-5 22 D21 1 EA LDO BH33FB1WHFV-TR A U14 ANY Component (RHOM) SOT-5 23 D22 1 EA VOICE BAND AUDIO CODEC TLV320AIC1103PBSR A U3 TI 32 TQFP 24 D23 1 EA P Channel FET 20V 2A RTR020P02 B U8 ANY Component (RHOM) SOT_23 25 D24 1 EA VOLTAGE DETECTOR 3.1V BD4831FVE A U10 ANY Component (RHOM) 26 D25 1 EA VOLTAGE DETECTOR 3.5V BD4835FVE A U6 ANY Component (RHOM) 27 D26 1 EA VOLTAGE DETECTOR 3.7V BD4837FVE A U7 ANY Component (RHOM) 28 D27 1 EA VOLTAGE DETECTOR 3.0V BD4830FVE A U12 ANY Component (RHOM) 29 D28 1 EA AUDIO AMP LM4871M A U4 NEC SO-8 30 D29 1 EA AUDIO DRIVER BH7826FVM A U16 ANY Component (RHOM) MSOP8 31 D30 1 EA Li-ion/Li Polymer Battery Charger ISL6292-2CR4Z A U38 Intersil 16 Ld 4x4 QFN 32 D31 2 EA PNP 80V 0.5A DRIVER TR 2913 (SOT-23) 2SC4081 MMBT3904 B Q12, Q13 ANY Component (ROHM) Cental SEMI SOT-23 33 D32 2 EA PNP 80V 0.5A DRIVER TR 2913 (SOT-23) 2SA1577AMMBT3906 B Q9, Q11 ANY Component (ROHM) Cental SEMI SOT-23 34 D33 2 EA Built-in 10k/10k 1608 TR , (SC -7 5 A ) DTC114EETL B Q2,Q5 ANY Component (RHOM) SC-75A ACR00401-01-031 ACROWAVE System Co., Ltd. A4(270*297) 2/10/2006 Page : 4 of 10 Rev. S/W Rev : Assy Rev : ABCD M1M2M3M4M5M6 Vendor Package Discription Vendor Part. No. Part Dev. Ref. Destinatior Model Name AVP-2000B DOC. No AVP2000B_20 2.0 No. Assembly Unit Acrowave CAT.NO Quantity 35 D34 1 EA 10MHZ Crystal H130B-10.000-22-TR B X1 RALTRON Korea SMD 36 D35 1 EA BATT_CON HB-4P0100-Z001 B P2 ANY Component(HANBIT TECH) 37 D36 1 EA Band Pass Filter LFB212G45SG8A166 B FL1 MURATA 38 D37 1 EA Crystal 32KHz SSP-T7 B X2 SEIKO 39 D38 1 EA Oscillator, 3.0V COM23-03-44.000MHz-TR B Y1 RALTRON Korea 5 X 3.2 SMD 40 D39 10 EA 1608 Blue LED SCB1608 HT-F194NB5 B LED1 - LED10 GENTECK (HARVATEK) 41 D40 1 EA RF TEST Connector KMS507 B FL2 HIROSE 42 D41 11 EA Ferrite Beads - 1608 BLM16PG300SN1D B L1, L2, L3, L5 , L6, L7, L8, L10, L12, L15,L16 MURATA 43 D42 1 EA Chip Inductor - 2012 LQM21NNR39K00 B L4 MURATA ANY 390nH 44 D43 1 EA Chip Inductor - 1005 LQP15MN12NG02 B L9 MURATA 12nH 45 D44 1 EA Chip Inductor - 1005 LQP15MN18NG02 B L13 MURATA 18nH 46 D45 1 EA Chip Inductor - 1005 LQP15MN6N8B02 B L14 MURATA 6.8nH 47 D46 1 EA ESD Protect VZ=5.78~7.82 10W 1208 RSB6.8STE61 B D3 ANY Component (RHOM) SOT-23 48 D47 2 EA 80V 0.1A SW Di 1712 1SS355TE-17 KDS160BAS316 B D1,D2 ROHM KEC PHILIPS SOT-23 49 D48 1 EA 1608 SIZE DAN222T1G B Q3 ANY Component (RHOM) SOT-416 50 D49 5 EA NPN SW TR, 0412 2SC4617 B Q1, Q4, Q6, Q7 ,Q8 ANY Component (RHOM) ACR00401-01-031 ACROWAVE System Co., Ltd. A4(270*297) 2/10/2006 Page : 5 of 10 Rev. S/W Rev : Assy Rev : ABCD M1M2M3M4M5M6 Vendor Package Discription Vendor Part. No. Part Dev. Ref. Destinatior Model Name AVP-2000B DOC. No AVP2000B_20 2.0 No. Assembly Unit Acrowave CAT.NO Quantity 51 D50 1 EA LCD Module M0876 G LCD  52 D51 1 EA MICRO MOTOR CONNECTOR 1425A-0251R B CON2   CONNECTO R 53 D52 1 EA EAR-JACK AJ422X-4T-SMT B J1  EAR JACK 54 D53 1 EA Microphone Dip, Pin  Long OB-415P-42C33 C MIC1  4.0 x 1.4 -44dB 55 D54 1 EA Dynamic speaker 0.6 W,   16-8E-07W H SPK  56 D55 2 EA TACT SWITCH SKTS-1106R B K1, K2 SEKWANG 57 D56 2 EA CONN - PWR P1, P3  58 D57 3 EA Chip Capacitor -1005 CS1005COG220J160NR B C59, C155, C181 ANY 22 pF 59 D58 4 EA Chip Capacitor -1005 CS1005COG270J160NR B C15, C16, C18, C19 ANY 27pF 60 D59 1 EA Chip Capacitor -1005 CS1005COG221J160NR B C149 ANY 220 pF 61 D60 11 EA Chip Capacitor -1005 CS1005COG101J160NR B C80, C117, C119, C141, C148, C152, C167, C13, C14, C26, C27 ANY 100pF 62 D61 1 EA Chip Capacitor -1005 CS1005COG121J160NR B C212 ANY 120pF 63 D62 4 EA Chip Capacitor -1005 CS1005COG471J160NR B C176, C201, C3, C205 ANY 470pF 64 D63 10 EA Chip Capacitor -1005 CS1005COG181J160NR B C99 -C107, C130 ANY 180pF 65 D64 1 EA Chip Capacitor -1005 CS1005COG331J160NR B C213 ANY 330pF 66 D65 1 EA Chip Capacitor -1005 CS1005COG1R0J160NR B C157 ANY 1pF 67 D66 10 EA Chip Capacitor -1005 CS1005COG102J160NR B C25, C30, C31, C47, C79, C84, C86,C88, C118, C122 ANY 1000 pF ACR00401-01-031 ACROWAVE System Co., Ltd. A4(270*297) 2/10/2006 Page : 6 of 10 Rev. S/W Rev : Assy Rev : ABCD M1M2M3M4…

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C CD 5 1/6 B 6 A 5 SHEET 2.0 B DATE 2005.06.08 UPDATE 1 4 CHECK-1 REMARK D 4 MODEL NAME 2 CHECK-2 CUSTOMER 3 1 0 0 0 p F C 3 0 REV. 6 AVP-2000B 1 3 DESIGN 2 E E ACROWAVE SYSTEMS A 7 VCCB 15 C 8 9 0 . 1 u F +3.3V 4 1 0 . 1 u F C 3 3 3 1 10M R88 4 L12 BLM21P300SNI 0 1 0 u F C 5 4 1 VCCA V_DC C 2 0 0 . 1 u F 3 63 2 R87 560 5 9 C 1 6 5 0 . 1 u F EN 32 GNDVIN 15 VOUT 416 12 9 C 1 4 3 0 . 1 u F MIC5205-2.8YM5 U36 ADJ 4 13 0 . 1 u F C 1 5 0 9 10 C 1 9 9 0 . 1 u F 1 9 . 1 K R 4 9 15 3 10 4 BYP 1 EN GND1 87 GND2 6 GND3GND4 5 2 INOUT 3 C 1 1 1 0 . 1 u F C 3 7 0 . 1 u F R 8 9 2 2 0 K 0 . 1 u F C 1 0 9 MIC5219-5.0BMM U27 15 2 10u/6.3V C206 1 C201 470pF 0 8 3 4 BLM21P300SNI L10 1.8VDD 7 14 VCCS 2 2 p F C 5 9 100nF C202 C 1 6 3 0 . 1 u F C 5 3 VCCS 0 . 1 u F C 3 5 R 1 0 5 1 0 K 0 . 1 u F C 2 9 0 . 1 u F L5 BLM21P300SNI 10 R 7 8 1 0 K R118 1.5K 9 6 16 C 6 1 0 . 1 u F 5 C 1 6 4 0 . 1 u F 41 R 8 5 O H M 2 C 7 2 0 . 1 u F 87 1 . 1 3 K R 4 4 75 11 0 . 1 u F C 3 8 1 17 C 1 7 6 4 7 0 p F 0 31 32KHz X2 SSP-T7 324 C 4 4 0 . 1 u F 11 11 29 12 L6 BLM21P300SNI 4 1 VCCS 14 3 55 VIN C174 100nF 1 R 7 7 O H M 0 . 1 u F C 1 6 6 1 0 K R 6 7 10 R 3 3 9 . 5 3 K 13 14 14 L3 BLM21P300S VDD 1.5K R43 14 C 3 1 1 0 0 0 p F 0 . 1 u F C 2 0 0 64 3 VCCS C179 10u/6.3V 6 1516 VCCS 0 BLM21P300SNI L2 G2H1 NC4NC5 H6 VCC0 D6 E1 VCC1 VSS0 E6D1 VSS1 _CE B5 A1 _LB A2 _OE B2 _UB_WE G5 12 C 1 6 0 0 . 1 u F D2E2 I*O12I*O13 F2F1 I*O14I*O15 G1C5 I*O2I*O3 D5E5 I*O4I*O5 F5F6 I*O6I*O7 G6B1 I*O8I*O9 C1A6 NC0NC1 D3E3 NC2NC3 G3G4 A13A14 F3F4 A15A16 E4 A2 A5 B3 A3A4 B4 C3 A5A6 C4D4 A7A8 H2H3 A9 B6 I*O0I*O1 C6C2 I*O10I*O11 4 12 13 U25 EM128L16B A0 A3A4 A1A10 H4H5 A11A12 2 C 9 2 0 . 1 u F 6 11 O H M R 6 6 13 DQ5 2728 DQ6DQ7 29 NC0 69 NC1 8 VCC VSS 24 30 _CE_OE 32 7 _WE VCCS C 1 3 5 1 0 p F 5 A14A15 1110 A16 18 A2A3 1716 A4A5 1514 A6A7 13 3 A8A9 2 21 DQ0DQ1 2223 DQ2DQ3 2526 DQ4 P 1 3 V D D A 5 V D D A 6 P 5 T 1 6 V D D A 7 T7 VREF V S U B 0 R 5 T 5 V S U B 1 V S U B 2 T 1 5 U17 AM39LV010B 20 A0A1 1931 A10A11 1 12 A12A13 4 TCLKIN J1 N5 TESTMODE TXAGC R16P12 TXDET R11 TXI+ T11 TXI- TXQ+ R13 TXQ- T13 USB+ C13 USB- B13 USB_DET D11 T 3 V D D A 0 P 8 V D D A 1 V D D A 2 N 9 R 9 V D D A 3 V D D A 4 N 1 4 M3 PK2 N4 PK3PK4 M2R1 PK7 P2 PL3PL6 R3T1 PL7 R4 QOFFSET+ T4 QOFFSET- E3 RAMCS RESET R2 R8 RXI+ T8 RXI- RXQ+ R10 RXQ- T10P3 RX_RFAGC B5 MWEH_MA0 T12 NC0NC1 M14M13 NC2NC3 P10 T2 NC4 NVCS E4 J2 PJ0PJ1 K3 L3 PJ2 PJ4 K1 PJ5 K2 PJ6 L4 L1 PJ7 PK0 M4 PK1 M1A1 MD11 B3 MD12 A2 MD13 C3 MD14 A4 MD15 H4 MD2 G2 MD3 F1 MD4 F3 MD5 F2 MD6MD7 G4D1 MD8 E2 MD9 MLBE B2 MOE B1 MWE C1 MA15 A10 MA16 D9 MA17 B10 MA18 A11A5 MA2MA3 D5 MA4 B6 MA5 B7 MA6 A7 MA7 C6C7 MA8MA9 B8 MCLK E16 MD0 H3 MD1 G1F4 MD10 I O _ V D D D 0 G 3 I O _ V D D D 1 L2 J 1 3 I O _ V D D D 2 E 1 3 I O _ V D D D 3 A 1 4 I O _ V D D D 4 I O _ V D D D 5 D 4 B 9 I O _ V D D D 6 P9 IREF LFXTLAI H1H2 LXTALO C5 MA1 MA10 A8 MA11 D7 MA12 C8 MA13 A9 MA14 D8 HIORD D13D16 HIOWR F16 HIREQHOE C16 H13 HREGHSTSCHG K16 G14 HWAITHWE F15 IOFFSET+ R6 IOFFSET- T6 I O _ G N D D 0 E 1 I O _ G N D D 1 K 1 5 E 1 4 I O _ G N D D 2 I O _ G N D D 3 A 1 5 C 9 I O _ G N D D 4 C 4 I O _ G N D D 5 HD1 K14K13 HD10HD11 A12 HD12 B12B14 HD13HD14 B15 C14 HD15 L15 HD2HD3 C11C10 HD4HD5 A13 HD6 C12D12 HD7 L14 HD8HD9 M16 HINPACK H14 G N D A 4 P 1 5 P 1 6 G N D A 5 G N D A 6 N 1 5 J14 HA0HA1 J15 HA2 J16 G13 HA3HA4 F14 G16 HA5 G15 HA6HA7 F13 E15 HA8HA9 D14 HCE1 B16 D15 HCE2 L16 HD0 C O R E V D D D 3 N 1 6 H 1 5 C O R E V D D D 4 C O R E V D D D 5 A 1 6 B 1 1 C O R E V D D D 6 C O R E V D D D 7 A 6 B 4 C O R E V D D D 8 C2 DBG0FILTER L13 FSADIQ P11 N7 FSADOFF P14 FSADRXFSADTX N13 P 4 G N D A 0 G N D A 1 N 8 T 9 G N D A 2 R 1 2 G N D A 3 COMP2Q N6 N10 COMPIQCOMPRX N11 R15 COMPTX C O R E G N D D 0 D 2 J 3 C O R E G N D D 1 C O R E G N D D 2 C 1 5 M 1 5 C O R E G N D D 3 C O R E G N D D 4 D 6 C O R E G N D D 5 N 1 D 1 0 C O R E G N D D 6 C O R E G N D D 7 H 1 6 A 3 C O R E G N D D 8 C O R E V D D D 0 D 3 C O R E V D D D 1 K 4 N 3 C O R E V D D D 2 R 3 2 1 2 . 1 K ISL3871IK U13 P1 ANT_SEL ANT_SEL* N2 BBAGC+ R14 BBAGC- T14N12 BBOVLD J4 CLKIN P7 COMP1I P6 COMP1QCOMP2I R7 6 2 2 0 p F C 1 4 9 15 5 R 5 9 1 9 . 1 K 1 VCCA 11 VCCA VCCS 10 7 0 . 1 u F C 1 6 2 2 0 . 1 u F C 7 1 0 8 8 13 C 1 4 0 0 . 1 u F 5 C 3 4 0 . 1 u F 8 7 17 0 . 1 u F C 7 7 3 ENB 12 GND OUT 3 VDD 4 +3.3V 0 . 1 u F C 3 2 C 3 6 0 . 1 u F 0 7 0 . 1 u F C 9 5 44MHz Y1 F4106 5 6 0 n H L4 12 O H M R 6 8 5 0 . 1 u F C 1 6 1 FSADOFF 1.2V_REF 44MHZ_CW TX_AGC MA(0:16) MEM_CTRL(0:5)MEM_CTRL(0:5) MA(0:17) MD(0:15)MD(0:7) MA(0) RXQ+RXQ-RXI+RXI-QOFFSET-QOFFSET+IOFFSET+IOFFSET-SCLKT*R_SWT*R_SW*LNA_HLBB_OVLDBB_AGC+BB_AGC-TX_DETRADIO_PELE_RFPE1PE2SDPA_PEANTSELANTSEL* HC3HC7HC6 HC11HC12 HC2HC1HC8 P_SRESET MA(0:17)MD(0:15)MEM_CTRL(0:5)MA(0) HC4HC5 TXQ+TXQ-TXI+TXI- HA9HA8HA7HA6HA5HA4HA3HA2HA1HA0 HD15HD14HD13HD12HD11HD10 HD9HD8HD7HD6HD5HD4HD3HD2HD1HD0HC9 B DATE SHEET UPDATE B C W10L320 W10L170 REMARK MODEL NAME 6 CHECK-1 4 D 4 3 E 3 1 A 7 2 CHECK-2 CUSTOMER R110 10K AVP-2000B 2.0 D 5 1 ACROWAVE SYSTEMS E C DESIGN 2 5 REV. 2/6 6 A 2005.06.08 2 C177 10PF 10pF C187 Q12 2N3904 1 3 +3.3V R103 10K C212 120pF 590 R111 +3.3V R75 100 C 1 6 2 7 p F 49.9/1% R113 R 1 6 4 3 0 R123 0 C153 2PF C1700.5pF 2 7 p F C 1 8 TX_OUT 25 TX_VCC VCCC 3.9pF C114 C 1 4 3 0 p F 5154 RX_AGC_GND 53 RX_AGC_VCC SHIELD1 1720 SHIELD2 S Y N T H _ G N D 4 1 4 2 S Y N T H _ V D D 50 TXI+TXI- 49 TXQ+ 4746 TXQ- TX_AGC 2628 TX_BB_GNDTX_BB_VCC 27 TX_GND1 2224 TX_GND2 23 M I X E R _ G N D 2 1 2 M I X E R _ V C C G1 PAD 21 PE1 P E 2 1 0 PRE_GND 43 PRE_VDD 44 3 0 Q LO _ G N D Q LO _ V C C 3 2 Q O F S + 9 8 Q O F S - 3 4 R E F _ I N + 3 5 R E F _ I N - RXI+ 5655 RXI- RXQ+ 52 RXQ- C P _ D D 3 9 C P _ G N D 3 7 C P _ V D D D A T A 4 0 I O F S + 6 I O F S - 5 45 LD*RREF LE 3 3 16 LNA_GND LN A _ H L 1 4 LNA_IN+ 18 LNA_IN- 19 LNA_VCC 15 LO _ I N + 2 9 LO _ I N - 3 1 1 3 M I X E R _ G N D 1 1 1 VCCB U9 ISL3684 1.2_REF 48 3 B B _ A G C + B B _ A G C - 2 B B _ G N D 1 7 4 B B _ G N D 2 1 B B _ V O LD C L K 3 6 3 8 220R112 100PF C148 R26 499 C 1 0 1 0 u F R27 499 7pFC40 47 R7…

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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 Bay Area Compliance Laboratory Corporation. 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. FCC PART 15.247 EMI MEASUREMENT AND TEST REPORT For Acrowave Systems Co., Ltd. 814 Anyang Mega Valley, Anyang City, Kyeonggi-Do, Korea FCC ID: PE6AVP-2000B This Report Concerns: Original Report Equipment Type: IP Phone system ( Handset) Test Engineer: Snell Leong Report No.: R0512054(H) Report Date: 2006-1-24 Reviewed By: James Ma Prepared By: Bay Area Compliance Laboratory Corporation (BACL) 1274 Anvilwood Ave. Sunnyvale, CA 94089 Tel: (408) 732-9162 Fax: (408) 732 9164 Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B Report # R0512054(H)Rpt.doc Page 2 of 33 FCC Part 15.247 Test Report TABLE OF CONTENTS GENERAL INFORMATION.......................................................................................................................................4 PRODUCT DESCRIPTION FOR EQUIPMENT UNDER TEST (EUT) ....................................................................................4 OBJECTIVE...................................................................................................................................................................4 RELATED SUBMITTAL(S)/GRANT(S).............................................................................................................................4 TEST METHODOLOGY..................................................................................................................................................4 TEST FACILITY.............................................................................................................................................................4 SYSTEM TEST CONFIGURATION ..........................................................................................................................6 JUSTIFICATION.............................................................................................................................................................6 EUT EXERCISE SOFTWARE..........................................................................................................................................6 SPECIAL ACCESSORIES.................................................................................................................................................6 SCHEMATICS / BLOCK DIAGRAM..................................................................................................................................6 EQUIPMENT MODIFICATIONS.......................................................................................................................................6 CONFIGURATION OF TEST SYSTEM..............................................................................................................................7 TEST SETUP BLOCK DIAGRAM.....................................................................................................................................7 SUMMARY OF TEST RESULTS ...............................................................................................................................8 §1.1307(B)(1),§2.1091 & §2.1091 - RF EXPOSURE .................................................................................................9 §15.203 - ANTENNA REQUIREMENT....................................................................................................................10 STANDARD APPLICABLE............................................................................................................................................10 §2.1051 & §15.247(D) - SPURIOUS EMISSIONS AT ANTENNA TERMINALS................................................11 STANDARD APPLICABLE............................................................................................................................................11 EQUIPMENT LISTS......................................................................................................................................................11 MEASUREMENT RESULT............................................................................................................................................11 §15.205 & §15.209 & §15.247(C) - SPURIOUS RADIATED EMISSION..............................................................18 MEASUREMENT UNCERTAINTY..................................................................................................................................18 EUT SETUP................................................................................................................................................................19 SPECTRUM ANALYZER SETUP....................................................................................................................................19 TEST EQUIPMENT LIST AND DETAILS.........................................................................................................................19 TEST PROCEDURE......................................................................................................................................................20 CORRECTED AMPLITUDE & MARGIN CALCULATION.................................................................................................20 ENVIRONMENTAL CONDITIONS..................................................................................................................................20 SUMMARY OF TEST RESULTS.....................................................................................................................................20 RADIATED EMISSION TEST RESULT @ 1 METER.........................................................................................................21 §15.247(A)(2) – 6 DB BANDWIDTH ....................…

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Acrowave Systems Co., Ltd. FCC ID: PE6AVP-2000B EXHIBIT B - TEST SETUP PHOTOGRAPHS Radiated Emission - Front View (Handset) Radiated Emission - Rear View (Handset)