Y2EAPM-J011-WSIP CAMERA

IPCAM User manual IP Wireless / Wired Camera REMOTE PAN/TILT ROTATE User Manual IPCAM 1: IPCAM 2: IPCAM 3: IPCAM User manual Contents 1 WELCOME..................................................................................................................-1- 1.1 Features................................................................................................................-1- 1.2 Packing list...........................................................................................................-2- 1.3 Product view.........................................................................................................-2- 1.3.1 Front View......................................................................................................-2- 1.3.2 Rear Panel......................................................................................................-3- 1.4 PC System Requirements....................................................................................-4- 1.5 Hardware Instruction ...........................................................................................-5- 1.6 Software installation.............................................................................................-5- 2 SOFTWARE OPERATION.......................................................................................... -7- 2.1 IP Camera Tool......................................................................................................-7- 2.2 Camera Login......................................................................................................-10- 2.3 ActiveX Mode (For WEB Browser)..........................................................-11- 2.3.1 For Visitor.................................................................................................. -11- 2.3.2 For Operator...............................................................................................-13- 2.3.3 For Administrator..................................................................................... -14- 2.3.3.1 Multi-Device Settings.....................................................................-14- 2.3.3.2 Network Settings............................................................................-16- 2.3.3.3 Other Service Settings.................................................................. -20- 2.3.3.4 System............. .............................................................................-23- 2.4 Server Push Mode..................................................................................... -28- 2.5 Sign in mobile phone................................................................................-29- 3 HOW TO USE............................................................................................................-29- 3.1 Step by step to use............................................................................................-29- 3.2 Setting WIFI of IP Camera.................................................................................-30- 3.3 Connected to the Internet through ADSL directly.......................................... -31- 3.4 Using a router to access the Internet ............................................................. -31- 3,5 Static IP user.......................................................................................................-32- 3.6 How to use DDNS...............................................................................................-33- 4 APPENDIX.................................................................................................................-34- 4.1 Frequently Asked Questions.............................................................................-34- 4.1.1 I have forgotten the administrator username and/or password..................-34- 4.1.2 IP Address configuration................................................................................ -34- 4.1.3 Network Configuration.......................................... ..........................................-35- 4.1.4 No pictures Problems with Active X Controller.............................................-35- 4.1.5 Problem with network bandwidth................................................... .... -35- 4.1.6 For example: Register procedure from a DDNS web ..............................-36- 4.1.7 Why pop-up the prompt fall to connect to the device..............................-38- 4.2 Default Parameters................................................................................ -38- 4.3 Specification.........................................................................................................-39- 5 OBTAINING TECHNICAL SUPPORT........................................................................-39- IPCAM User manual 1 WELCOME This model IP Camera is an integrated wireless IP Camera solution. It combines a high quality digital Video Camera with network connectivity and a powerful web server to bring clear to your Desktop from anywhere on your local network or over the Internet. The basic function of it is transmitting remote video on IP network. The high Quality video image can be transmitted with 30fps speed on the LAN/WAN by using MJPEG hardware compression technology. This is based on the TCP/IP standard. There is a WEB server inside which could Support Internet Explore. Therefore the management and maintenance of your device become more simply by using network to achieve the remote configuration, start-up and upgrade firmware. You can use this IP CAMERA to monitor some special places such as your home and your office. Also controlling and managing images are simple by clicking the website through The network. NOTE: you can use the IP Camera Step by Step (details:3.1). Features  Powerful high-speed video protocol processor  High-sensitivity 1/4’’ CMOS sensor  Picture Total 300k Pixels  Video Frame Rate:30fps(QVGA), 15fps(VGA)  Resolution:640 x 480(VGA), 320 x 240(QVGA)  Light Fre…

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Net Port Audio Circuit WIFI Module CAMERA Module CPU MIC Speaker Port Antenna Crystal Oscillator 12MHz

External Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS External Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS External Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS External Photo For Adapter

FCC ID LABEL FCC ID:Y2EAPM-J011-WS This device complies with Part 15 of the FCC Rules.Operation is subject to the following two conditions:1. This device may not cause harmful interference, and 2. This device must accept any interference received,including interference that may cause undesired operation. Label Location on EUT EUT Bottom View/ FCC ID Label Location

Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Internal Photo for Model: APM-J011-WS, APM-J0111-WS, APM-J012-WS, APM-J018-WS, APM-J019Z-WS, APM-J0118-WS, APM-J0233-WS, APM-J601-WS, APM-J602-WS, APM-J801-WS Antenna

Performance parameters ： Electrical parameters Mechanical parameters Frequency Range 2400、2500MHZ Total length Input impedance VSWR COLOR BLACK Polarization Vertical Coaxial cable RG178 LINE (Brown) Radiation Direction Omnidirectional

Description CAMERA module are combined with ZC301PLH and MI360 (303), USB port connect with Main board, camera module working by 5v power supply. U4 convert to 1.8V and U3 convert to 3.3V by 5V Voltage then supply power to ZC301PLH. U1 convert to 2.8V by 3.3v voltage and then supply power to MI360 (303) by 3.3V voltage. CPU is combined with U1, W90N745, U3, W19B320ABT7H, U2 and W9812G6XH-6, CAMERA module, the data of USB transmitted to the router by CPU, The IO of W90N745 by U13, 74HC259 and U6ULN2803A control the rotation of motor. Audio circuit U4, WM8731 includes voice input and the amplifier, Digital Signal was been transmitted . Sound input from the audio conversion completed by the WM8731,3.3V and 5V power supply Network circuit consists of U10, DM9161, and T1 network transformer, NJ1 composition! Voltage is 3.3V, in the condition of a network cable, preferred to network connection!

5 5 4 4 3 3 2 2 1 1 DD CC BB AA AVDD18 AD14 AD1 CVDD18 SDA0 RXD0 DN0 AD6 SDMCLK NTRST SDD15 DP1 PHY_RXERR AD2 TDO TDI SDA0 PHY_RXD1 AD8 CVDD33 AD20 NTRST D2+ AD1AD4AD15 NWBE0 D2- CVDD33 XTAL AD12 AD11 SCL0 AD4 PHY_MDC FACT_RST AD16 SDD9 SDD9 D1+ AD16 PHY_TXD01 NOE CVDD18 FACT_RST AD12 TEST SCL0 CVDD33 NSWE EXTAL EXTAL CVDD18 AD19 DP1 DN1 AD8 SDD8 PHY_TXEN TCK D1- PHY_TXD00 ALMIN CVDD33 MCKE TEST AD11AD10 SDD14 SDD7 AVDD18 CVDD18 NSCAS AD3 AD0 NBTCS AD13AD18 NRESET AD18 CVDD33 AD14 AD15 TMS SDD3 SDD12 SDD14 AD5 SDD6 CVDD33 AD17 AD9 NSRAS PHY_CRSDV XTAL SDD4 DP0 RLY_DR CVDD18 SDD0 SDD13 AD17 SDD10SDD13 SDD5 AD20 AD10 PHY_MDIO NWBE1 TXD0 DP0 CVDD33 AD9 SDD1 CVDD33 AD2 SDD12 AD0AD19 AD3 AVSS18 RXD0 AD5 AVSS18 AD7 DN0 SDD15 SDD2 DN1 AD7 NSCS0 AD13 AD6 PHY_RXD0 TCK TDO TDI TMS SDD11 SDD8 CVDD33 AD[0..20] SDD[0..15] I2S_MCLK I2S_BCLK I2S_FSYNC I2S_DATO I2S7_DATI W_LED MAC_REFCLK Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 USB LAN interface JTAG USB interface 02 MPU-W 90N745 JTAG interface PT control Power-ON setting UART R48 1M R48 1M C4 104 C4 104 R103 22 R103 22 R19 4.7K R19 4.7K R107 22 R107 22 C8 104 C8 104 C3 104 C3 104 R104 22 R104 22 R27 4.7K R27 4.7K 1 TP17TP17 R1 4X4.7K R1 4X4.7K Y1 15MHz Y1 15MHz C9 104 C9 104 R40 10K R40 10K C2 104 C2 104 R105 22 R105 22 R28 10K R28 10K R2 4X4.7K R2 4X4.7K U SBV D D 1 D P1 2 DN 1 3 U SB VS S 4 U SB VS S0 5 DN 0 6 D P0 7 U SBV D D 0 8 VD D 33_ 0 9 T XD 0/ GPI O5 10 R XD 0/ GPI O6 11 T XD 1/ GPI O7 12 R XD 1/ GPI O8 13 CT S1/ TX D2 14 RT S1/ RX D2 15 VS S3 3_ 0 16 SC L0/ GPI O11 17 SD A0/ GPI O12 18 SC L1/ GPI O13 19 SD A1/ GPI O14 20 VD D 18_ 0 21 VS S1 8_ 0 22 VD D 33_ 1 23 VS S3 3_ 1 24 N R ST 25 T EST 26 PL LV D D 18 _1 27 PL LV SS 18 _1 28 PL LV SS 18 29 PLL VD D 18 30 NI RQ 0/ GPI O16 31 NI RQ 1/ GPI O17 32 T M S 33 T DI 34 T DO 35 T CK 36 NT RS T 37 US B _ P WRE N 38 VS S3 3_ 2 39 EX T AL 40 XT AL 41 V DD3 3 _ 2 42 V DD1 8 _ 1 43 AC9 7 _ NRS T /G P0 44 AC 97 _D AT AI /G P1 45 AC 97 _D AT AO /G P2 46 A C9 7 _ S Y NC/ G P 3 47 AC 97_BC LK/ GP 4 48 V DD1 8 _ 2 49 VS S1 8_ 1 50 NX DRE Q /G P 1 9 51 NX DA CK /G P 1 8 52 P HY _ RX E RR 53 P HY _ CR S DV 54 P HY _ RX D0 55 VS S3 3_ 3 56 P HY _ RX D1 57 P HY _ RE FCL K 58 PH Y_ T XE N 59 PH Y_ T XD 0 60 V DD3 3 _ 3 61 PH Y_ T DX 1 62 P HY _ M DIO 63 P HY _ M DC 64 A0 65 A1 66 A2 67 A3 68 A4 69 VS S3 3_ 4 70 A5 71 A6 72 A7 73 A8 74 A9 75 VD D 33_ 4 76 A1 0 77 A1 1 78 A1 2 79 A1 3 80 VS S1 8_ 2 81 A1 4 82 A1 5 83 A1 6 84 VD D 18_ 3 85 A1 7 86 A1 8 87 A1 9 88 A2 0 89 N EC S3 90 VS S3 3_ 5 91 N EC S2 92 N EC S1 93 N EC S0 94 N OE 95 NI RQ 3 96 NB T CS 97 M CK E 98 NS CS 0 99 NS CS 1 10 0 NS RA S 10 1 NS CA S 10 2 V DD 3 3 10 3 M CL K 10 4 VS S3 3_ 6 10 5 NS WE 10 6 NW B E 0 10 7 NW B E 1 10 8 VS S1 8_ 3 10 9 D1 5 11 0 D1 4 11 1 V DD1 8 _ 4 11 2 D1 3 11 3 D1 2 11 4 D1 1 11 5 D1 0 11 6 V DD3 3 _ 5 11 7 D9 11 8 D8 11 9 D7 12 0 D6 12 1 D5 12 2 VS S3 3_ 7 12 3 D4 12 4 D3 12 5 D2 12 6 D1 12 7 D0 12 8 U1 W90N745 U1 W90N745 L2L2 C1 104 C1 104 C29 10uF/10V C29 10uF/10V 1 TP14TP14 R16 10K R16 10K R12 4.7K R12 4.7K C13 104 C13 104 C30 104 C30 104 R31 10K R31 10K R13 22 R13 22 1 TP16TP16 C12 104 C12 104 C41 20P C41 20P C42 10uF/10V C42 10uF/10V R29 22 R29 22 C7 104 C7 104 R14 10K R14 10K C11 104 C11 104 1 TP13TP13 C43 10uF/10V C43 10uF/10V C6 104 C6 104 C10 104 C10 104 C40 20P C40 20P C5 104 C5 104 1 TP15TP15 1 TP7TP7 C27 104 C27 104 L1L1 Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m 5 5 4 4 3 3 2 2 1 1 DD CC BB AA REGOUT PHY_REFCLK X1 X2 LED1 LED2 LED3 LED4 LED0 LED1 LED2 LED3 LED4 LED0 X2X1 PHY_REFCLK REGOUT REGOUT LED0 LED1 CVDD33 LAN_AGND LAN_AGND GND GND CVDD33 CVDD33 DGNDDGND GND GND GND GNDGNDGNDGND GNDGND CVDD33 CVDD33 GND GND CVDD33 REGIN PHY _RXERR NRESET PHY_CRSDV COL PHY_MDIO PHY_MDC PHY _TXEN CRS PHY _TXD00 PHY _TXD01 PHY _RXD0 PHY _RXD1 C50M_O PHY_MDIO COL CRS PHY _RXERR C50M_O MAC_REFCLK REGIN Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 Title SizeDocument NumberRev Date:Sheet of <Doc><RevCode> <Title> D 11Wednesday , July 07, 2010 03 ETHERNET 12 L4 0 L4 0 C77 102/2KV C77 102/2KV CO L 1 T XE N 2 T XD 3 3 T XD 2 4 T XD 1 5 T XD 0 6 T X_ CL K 7 RE G IN 8 L E D0 9 L E D1 10 DG ND 1 11 L E D2 12 L E D3 13 DY DD 3 3 14 L E D4 15 RX _ CL K 16 DG ND 2 17 RX D3 18 RX D2 19 RX D1 20 RX D0 21 RX _ DV 22 CR S 23 RX _ E R 24 M DC 25 M DIO 26 T ES T _O N 27 RT SE T 28 A G ND 2 29 M DI_ RN 30 M DI_ RP 31 RE G O UT 32 M DI_ T P 33 M DI_ T N 34 A G ND 1 35 A V DD3 3 36 A N_ E NA 37 DP L X 38 SP D 39 RP T R 40 AP S 41 RS T 42 IS OL 43 S NI B 44 DG ND 3 45 X1 46 X2 47 INT R 48 U10 RC9161 U10 RC9161 C85 104 C85 104 C84 104 C84 104 C65 104 C65 104 C80 104 C80 104 R240R240 R10 4X4.7K R10 4X4.7K R73 75 R73 75 R114.7KR114.7K C28 106 C28 106 C55 103 C55 103 R94.7KR94.7K C36 104 C36 104 C76 104 C76 104 R18 50 1% R18 50 1% R20 50 1% R20 50 1% Y2Y2 R51 50 1% R51 50 1% R21 50 1% R21 50 1% 1 2 3 4 5 6 7 89 10 11 12 13 14 15 16 T1 T1231S T1 T1231S C56 104 C56 104 C57 20P C57 20P R224.7KR224.7K 1 1 2 2 3 3 4 4 5 5 6 6 7 7 CON1 CON7 CON1 CON7 R230R230 C26 104 C26 104 R72 75 R72 75 R25 4.7KR25 4.7K R154.7KR154.7K C58 20P C58 20P 12 L3 0 L3 0 R26 6.2K R26 6.2K C82 104 C82 104 Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m Click to buy NOW! P D F - X C H A N G E w w w . d o c u - t r a c k . c o m 5 5 4 4 3 3 2 2 1 1 DD CC BB AA RXD0 CVDD33 TXD0 CVDD18 FACT_RST CVDD33_RF CVDD33 CVDD33 +5V +5V CVDD33 CVDD33 GND GND GND CVDD33 GND +5VCVDD33_RF GND GND GND GND GND +5V GND GND +5V +5V GND NRESET SCL0 SDA0 SCL0SDA0 SPK+ SPK- MI…

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FCC PART 15.247 EMI MEASUREMENT AND TEST REPORT For SHENZHEN APEXIS ELECTRONIC CO.,LTD 502 East Keji Building, ShenZhen High-Tech Ind-Park, Nanshan District. ShenZhen, China FCC ID:Y2EAPM-J011-WS Jan. 13, 2011 This Report Concerns: Original Report Equipment Type IP Camera Test Engineer: Eric Li Report No.: BST10110264R-3 Receive EUT Date/Test Date: Jan. 07,2011/ Jan.07-13,2011 Reviewed By: Christina Deng 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. SHENZHEN APEXIS ELECTRONIC CO.,LTD FCC ID: Y2EAPM-J011-WS BST FCC ID REPORT : BST10110264R-3 Page 2/46 TABLE OF CONTENTS 1. GENERAL INFORMATION ....................................................................................................4 1.1. Report information ............................................................................................................4 1.2. Measurement Uncertainty .................................................................................................4 1.3. Test Methodology .............................................................................................................4 2. PRODUCT DESCRIPTION ......................................................................................................5 2.1. EUT Description ...............................................................................................................5 2.2. Block Diagram of EUT Configuration..............................................................................5 2.3. Support Equipment List ....................................................................................................6 2.4. Test Conditions .................................................................................................................6 3. FCC ID LABEL...........................................................................................................................7 4. TEST RESULTS SUMMARY ...................................................................................................8 Modifications ................................................................................................................................8 5. TEST EQUIPMENT USED .......................................................................................................9 6. §15.247 (I) AND §1.1307 (B) (1), §2.1093 – RF EXPOSURE...................................................10 6.1. Standard Applicable........................................................................................................10 6.2. Test Result ......................................................................................................................10 7. §15.203 - ANTENNA REQUIREMENT .................................................................................11 7.1. Standard Applicable........................................................................................................11 7.2. Antenna Connector Construction....................................................................................11 8. §15.207 - CONDUCTED EMISSIONS....................................................................................12 8.1. Applicable Standard........................................................................................................12 8.2. Test Procedure ................................................................................................................12 8.3. Plot(s) of Test Data .........................................................................................................13 9. §15.209, §15.205, §15.247(D) - SPURIOUS EMISSIONS .....................................................15 9.1. Test Equipment ...............................................................................................................15 9.2. Test Procedure ................................................................................................................15 9.3. Radiated Test Setup ........................................................................................................15 9.4. Radiated Emission Limit.................................................................................................15 9.5. Radiated Emission Test Result .......................................................................................16 10. §15.247(A) (2) – 6DB BANDWIDTH TESTING....................................................................25 10.1. Test Equipment ...............................................................................................................25 10.2. Test Procedure ................................................................................................................25 10.3.Applicable Standard ............................................................................................................25 10.3. Test Result:Pass. .............................................................................................................25 11. §15.247(B) (3) - MAXIMUM PEAK OUTPUT POWER ......................................................29 11.1. Test Equipment ...............................................................................................................29 11.2. Test Procedure ................................................................................................................29 11.3. Applicable Standard........................................................................................................29 11.4. Test Result ....................…

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