UTBHLT86FWIP CAMERA

*** USER’S MANUAL *** FCC ID : UTBHLT86FW The Federal Communication Commission Statement This equipment has been tested and found to comply with the limits for a Class B Digital Device, pursuant to Part 15 of the FCC rules. These limits are designed to provide reasonable protection against harmful interference in a residential installation. This equipment generates, uses and can radiate radio frequency energy and, if not installed and used in accordance with the instruction, may cause harmful interference to radio communication. However, there is no guarantee that interference will not occur in a particular installation. If this equipment does cause harmful interference to radio or television reception, which can be determined by turning the equipment off and on, the user is encouraged to try to correct the interference by one of more of the following measures: - -Reorient or relocate the receiving antenna. -Increase the separation between the equipment and receiver. -Connect the equipment into an outlet on a circuit different from that to which the receiver is connected. -Consult the dealer or an experienced Radio/TV technician for help. Use only shielded cables to connect I/O devices to this equipment. You are cautioned that change or modifications not expressly approved by the party responsible for compliance could void your authority to operate the equipment. 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 INTERFERECE RECEIVED, INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION. 1. This device may not cause harmful interference and 2. This device must accept any interference received, including interference that may cause undesired operation. 1/34 User Manual Pan-Tilt IP Camera 2/34 WARINGS TO REDUCE THE RISK OF FIRE OR ELECTRIC SHOCK, DO NOT EXPOSE THIS PRODUCT TO RAIN OR MOISTURE. DO NOT INSERT ANY METALLIC OBJECT THROUGH VENTILATION GRILLS. CAUTION CAUTION RISK OF ELECTRIC SHOCK DO NOT OPEN CAUTION: TO REDUCE THE RISK OF ELECTRIC SHOCK. DO NOT REMOVE COVER (OR BACK). NO USER-SERVICEABLE PARTS INSIDE. REFER SERVICING TO QUALIFIED SERVICE PERSONNEL. COPYRIGHT THE TRADEMARKS MENTIONED IN THE MANUAL ARE LEGALLY REGISTERED TO THEIR RESPECTIVE COMPANIES. 3/34 Content I. PREFACE ....................................................................................................................................... 4 II. PRODUCT SPECIFICATIONS ....................................................................................................... 4 III. PRODUCT INSTALLATION ...........................................................................................................6 A. MONITOR SETTING..................................................................................................................................... 6 B. HARDWARE INSTALLATION........................................................................................................................ 7 C. IP ASSIGNMENT......................................................................................................................................... 7 D. INSTALL ACTIVEX CONTROL:................................................................................................................... 10 IV. LIVE VIDEO.................................................................................................................................. 12 V. IP CAMERA CONFIGURATION................................................................................................... 14 A. SYSTEM................................................................................................................................................... 15 B. NETWORK................................................................................................................................................ 18 C. A/V SETTING........................................................................................................................................... 23 D. EVENT LIST.............................................................................................................................................. 29 VI. NETWORK CONFIGURATION .................................................................................................... 32 VII. FACTORY DEFAULT ................................................................................................................... 34 VIII. PACKAGE CONTENTS ...............................................................................................................34 APPENDIX I .......................................................................................................................................... 34 V1.7 2007/JUNE/21 4/34 I. Preface This IP Camera is a Pan-Tilt IP camera. It has the web server built in. User can view real-time video via IE browser. IP Camera supports simultaneously MPEG-4&JPEG video compression which provides smooth and high video quality. The Pan-Tilt function can be controlled remotely. The video can be stored in the SD card, and playback remotely. With user friendly interface, it is an easy-to-use IP camera which is designed for security application. II. Product Specifications z Pan/Tilt remote control z Support two streaming z MPEG4&JPEG compression z Supports SD card for local recording z Wireless network connection﹝Optional﹞ z 2-way audio z Support Cell Phone/PDA z Support 3GPP z Online firmware upgrade z Compatible with Microsoft Windows Media Player Specifications Hardware CPU ARM 9, 32 bit RISC SDRAM 64MB Flash 8MB Image sensor 1/4” CCD Lens 3.6mm,F2.0 Video Out 1-ch RCA type (CBVS Monitor output) Audio in/ out 1 in/ 1 out (3.5 mm Phone Jack ) Alarm I/O 1 in/ 1 out Pan angle 270° Tilt angle 120° 5/34 Power Consumption LAN: 5V, 1.3A / WLAN: 5V, 1.5A Dimensions (W×H×D) 105x128.6x105 mm Network Ethernet …

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FCCID : UTBHLT86FW Block Diagrams FIC8120 CPU + MPEG4 CODEC MEMORY SDRAM & FLASH & EERPOM PHY+RJ45 NETWORK MINI PCI WIRELESS NETWORK ALARM IN & OUT AUDIO CODEC AUDIO IN AUDIO OUT SD CARD MCU STEPPING MOTOR VIDEO DECODER SAA7113 VIDEO OUT CCD CAMERA MODULE 24.576MHz 27 MHz 30 MHz 22.1184MHz 32.768kHz 25 MHz MOTOR DRIVER

Form Letters4 Rev 1/5/06 TIMCO ENGINEERING INC. TCB & FCB 849 NW State Road 45 FCC Approvals Newberry, Florida 32669 Industry Canada Approvals http://www.timcoengr.com Notified Body for Europe 888.472.2424 F 352.472.2030 email: [email protected] December 4, 2007 Mr. Dave Galosky FCC Equipment Authorization Branch [email protected] SUBJECT: HUNT ELECTRONIC CO., LTD - FCC ID: UTBHLT86FW Correspondence Number: 44651 731 Confirmation Number TC906430 Subject: Certification of this device should be under 15.247 instead of 15.249. Dear Mr. Galosky, Regarding the above Certification, it was submitted under FCC Part 15.249 because of the extremely low level emission output levels. This Security Video Camera system meets all the requirements as specified in FCC Part 15.249. Because of its simplicity regarding test requirements, many Manufacturers submit jobs with low level output power (maximum 94dBuV/m) under 15.249 for devices operating in the same frequencies as Part 15.247 devices. I do not believe there is a rule against this and there are many Certifications on the FCC Web Site such as this. The applicant specified they used video for actual testing. The Band Edge measurement at the low band edge and high band edge show the Occupied Bandwidth with the trailing edges showing compliance with the 54 dBuV/m limits. The signal was modulated with live data as shown in the Test Setup. This is true for the ancillary/support devices as well. Because of the very low emissions, FCC Part 15.249 was selected by them. In summary, for FCC Part 15.249, radiated output power at the fundamental shall not exceed 94 dBuV/m average level. For the spurious radiated emissions, they must meet Part 15.209 requirements average level. Finally, band edge measurements (occupied bandwidth) must show compliance with the 15.209 limits. This Part 15.249 is similar to FCC Part 15.227 regarding simplicity. Form Letters4 Rev 1/5/06 This is true for the balance of the Part 15.249 jobs submitted for this Video Security System as listed above. I hope this helps answer all the questions regarding these applications. Thank you. Best regards, Timco Engineering

FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 34 of 38 PEP Testing Laboratory 20. EUT External Photos PHOTO. 1. EUT FRONT VIEW PHOTO. 2. EUT REAR VIEW

FCC ID : UTBHLT86FW REPORT NO. : E960129 PEP Testing Laboratory 12-3Fl, No. 27-1, Lane 169, Kang-Ning St., Hsi-Chih, Taipei Hsien, Taiwan, R. O. C. TEL: 886-2-26922097 FAX: 886-2-26956236 EUT LABEL

FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 32 of 38 PEP Testing Laboratory 18. FCC ID Label Sample The sample label shown below shall be permanently affixed at a conspicuous location on the device, instruction manual or pamphlet supplied to the user and be readily visible to the purchaser at the time of purchase. However, when the device is so small wherein placement of the label with specified statement is not practicable, only the trade name, model number, and the FCC logo must be displayed on the device per Section 15.19 (b)(2). EUT Label FCC ID : UTBHLT86FW 20mm 40mm PAN-TILT IP CAMERA MODEL: HLT-86FW

FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 35 of 38 PEP Testing Laboratory 21. EUT Internal Photos PHOTO. 3. EUT INSIDE VIEW PHOTO. 4. EUT COMPONENT SIDE VIEW FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 36 of 38 PEP Testing Laboratory PHOTO. 5. EUT COMPONENT SIDE VIEW PHOTO. 6. EUT COMPONENT SIDE VIEW FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 37 of 38 PEP Testing Laboratory PHOTO. 7. EUT SOLDERING SIDE VIEW PHOTO. 8. EUT COMPONENT SIDE VIEW FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 38 of 38 PEP Testing Laboratory PHOTO. 9. EUT COMPONENT SIDE VIEW PHOTO. 10. EUT SOLDERING SIDE VIEW

Operating Principle Explanation FCC ID: UTBHLT86FW 1. Input power source through the AC Adapter to EUT and the interior produced 5V, 3.3V, 1.8V to the entire system. 2. Chip carries out the following function by SOC FIC8120 A. SDRAM---- The memory body for the FIC8120 to run the operations or storing data temporarily when operating. B. the FLASH---- The function of Flash memory is storing formula and advance value of the system, which providing for FIC8120 to use. C. MINI PCI---- When transferring and receiving network signals, the chip FIC8120 used wireless card as the connection interface. D.PHY+RJ45---- When transferring and receiving network signals, the chip FIC8120 used PHY+RJ45 as the connection interface. E. COMS SENSOR----CMOS sending the measured images to FIC8120 for processing.

55 44 33 22 11 D D C C B B A A HLT-860 C860Z110.PCB a14201L860A1RDET860E001 860A1101.DSN PQ470 1.0 1.CONNECTOR C 19 Friday, July 21, 2006 TitleSize Document Number Rev Date: Sheet of MAC_PHY06_MAC_PHY MAC_MDIO MAC_TX_CLK MAC_RX_DV MAC_RX_CLK MAC_RXD[0..3] MAC_MDC MAC_TX_EN MAC_TXD[0..3] MAC_RX_ER MAC_COL MAC_CRS MAC_PHY_LINKSTS LINK ACT MEMORY I/F02_MEMORY DM_CKE DM_ADDR[0..25] DM_DQ[0..31] DM_CSn[0..3] DM_RASnDM_CASn EBI_BEn[0..3] SMC_CSn[0..3] EBI_WEn SMC_OEn DM_CLK[0..3] NHCLKOUT HCLKOUT Audio I/F07_Audio I/F AC97_MCLK AC97_SDO AC97_SYNC AC97_BCLK AC97_SDI INT_MIC PCI Connector03_PCI P_RSTn P_PERRn P_GNTn1 P_TRDYn P_FRAMEn P_IRDYn P_DEVSELn P_REQn1 P_STOPn P_PAR P_SERRn P_INTAn P_AD[0..31] P_CBEn[0..3] P_CLK P_INTBn P_REQn2 P_GNTn2 CONNECTOR05_CONNECTOR SD_DAT[0..3]SD_CMD_RSPSD_CLKSD_WPnSD_CDnS1_TXDS2_TXDS3_TXDS4_TXDS1_RXDS2_RXDS3_RXDS4_RXDGPIO[0..15]I2C_SCLI2C_SDACAM_INACTLINKINT_MIC ASIC-FIC812001_ASIC-FIC8120 EBI_BEn[0..3]SMC_CSn[0..3]EBI_WEnSMC_OEnDM_ADDR[0..25]DM_DQ[0..31]DM_CSn[0..3]DM_RASnDM_CASnDM_CLK[0..3]DM_CKEI2S_TXDI2S_FSI2S_MCLKI2S_BCLKI2S_RXD SYS_RSTn SD_CDn HCLKOUT S1_TXD S1_RXD HCLKIN GPIO[0..15] V_DI[0..7]V_PCLKIN I2C_SDAI2C_SCL P_AD[0..31]P_CBEn[0..3]P_RSTnP_CLKP_INTAnP_INTBnP_REQn1P_REQn2P_GNTn1P_GNTn2P_FRAMEnP_IRDYnP_TRDYnP_DEVSELnP_STOPnP_PARP_PERRnP_SERRn SD_DAT[0..3] SD_CMD_RSP SD_CLK SD_WPn S2_TXDS3_TXDS4_TXD S2_RXDS3_RXDS4_RXD MAC_TX_CLKMAC_TX_ENMAC_TXD[0..3]MAC_RX_CLKMAC_RX_ERMAC_RXD[0..3]MAC_CRSMAC_COLMAC_MDCMAC_MDIOMAC_PHY_LINKSTSMAC_RX_DV Video I/F08_Video I/F V_DI[0..7] V_PCLKIN I2C_SCLI2C_SDA CAM_IN 04_POWER04_POWER SYS_RSTn P_STOPnP_DEVSELnDM_CLK[0..3] S2_TXDSYS_RSTn DM_ADDR[0..25]MAC_COLMAC_CRS S4_RXD P_FRAMEn SD_CDn DM_CKEP_GNTn2MAC_RX_DV SD_CMD_RSP P_REQn1P_RSTnSMC_OEn S3_TXDSD_CLK P_IRDYn GPIO[0..15] MAC_MDIOSMC_CSn[0..3]MAC_RX_ERMAC_TX_CLKMAC_MDCP_TRDYnP_INTAnMAC_RX_CLK S4_TXDSD_DAT[0..3] P_CBEn[0..3]DM_CSn[0..3]EBI_WEnMAC_TX_EN S2_RXD P_SERRnP_GNTn1 I2C_SCL DM_CASnEBI_BEn[0..3]MAC_RXD[0..3]P_CLKP_AD[0..31] HCLKOUT MAC_TXD[0..3]P_INTBn I2C_SDA MAC_PHY_LINKSTSP_PERRnDM_RASn S1_RXD DM_DQ[0..31]P_PARP_REQn2 HCLKIN S1_TXD S3_RXD SD_WPn V_PCLKIN I2C_SCL AC97_SYNC I2C_SDA V_DI[0..7] AC97_SDOAC97_SDI AC97_MCLK AC97_BCLK CAM_IN CAM_IN LINKACT ACTLINKINT_MIC INT_MIC APPROVED CHECK DESIGNED DIAGRAM NOPCB NO MODEL R&D062 DRAWED HUNT ELECTORNIC CO.,LTD 55 44 33 22 11 D D C C B B A A MINIDIN RESET HLC-810 a14201L810B1RDEL810E001 810B1100.DSN PQ458 1.0 C810B110.PCB A4 11 Thursday, June 29, 2006 TitleSize Document Number Rev Date: Sheet of DCJACK_12V RS422_B EGPIO5 VR1 RS422_A EGPIO4GPIO15EGPIO3 VIDEO_OUT EGPIO6 VR2 EGPIO3EGPIO4RS422_ARS422_B VR1VR2 GPIO15 EGPIO5EGPIO6 LINE_OUT_L LAN_12V +12V +12V +12V CN2 DC JACK 12 BNC1BNC C6100P J4CON8 12345678 RCA1RCA JACK 1 2 C2100P VR1 200K LEVEL D1SR26 S1 SW PUSHBUTTON C3100P D2 SR26 C4100P C1100P APPROVED CHECK DESIGNED DIAGRAM NOPCB NO MODEL R&D062 DRAWED HUNT ELECTORNIC CO.,LTD C5100P CN3 DC JACK 12 J2CON15 123456789 101112131415 55 44 33 22 11 D D C C B B A A Bypass Cap.Must placeon solderside Bypass Cap.Must place on solder side Main ClockRTC clock USB PHY clock ARMICE FIC8120 JumperSetting (2/2) TESTEN OSC_X USB PHY Bypass Cap. Serier Reseitor, must near FIC8120 Serier Resistor, must near F IC8120 Place near FIC8120 Video Clock V_DI0~V_DI7 a14201L860A1 HLT-860RDET860E001 860A 1102.DSN PQ470 1.0 01_ASIC-FIC8120 A2 29 Friday, July 21, 2006 TitleSize Document Number Rev Date: Sheet of DM_DQ[0..31] DM_ADDR[0..25] PDM_ADDR14DM_ADDR15DM_ADDR16DM_ADDR17DM_ADDR18DM_ADDR19DM_ADDR20DM_ADDR21DM_ADDR22DM_ADDR23DM_ADDR24DM_ADDR25 HCLKIN HCLKIN HCLKOUT PHCLKOUT DM_CLK[0..3] SYS_RSTn SYS_RSTn SD_CDnSD_WPnSD_CMD_RSPSD_DAT[0..3] SD_DAT0SD_DAT1SD_DAT2SD_DAT3SD_CDnSD_CMD_RSPSD_WPn SD_CLK SD_CLK EBI_WEnDM_RASnDM_CASnDM_CKESMC_OEn EBI_BEn[0..3]DM_CSn[0..3]SMC_CSn[0..3] P_RSTnP_CLKP_INTAnP_INTBnP_REQn1P_REQn2P_GNTn1P_GNTn2P_FRAMEnP_IRDYnP_TRDYnP_DEVSELnP_STOPnP_PARP_PERRnP_SERRnP_AD[0..31]P_CBEn[0..3] P_AD0P_AD1P_AD2P_AD3P_AD4P_AD5P_AD6P_AD7P_AD8P_AD9P_AD10P_AD11P_AD12P_AD13P_AD14P_AD15P_AD16P_AD17P_AD18P_AD19P_AD20P_AD21P_AD22P_AD23P_AD24P_AD25P_AD26P_AD27P_AD28P_AD29P_AD30P_AD31 P_CBEn0P_CBEn1P_CBEn2P_CBEn3P_CLKP_RSTnP_INTAnP_INTBnP_DEVSELnP_GNTn1P_REQn2P_FRAMEnP_PARP_SERRnP_PERRnP_REQn1P_STOPnP_TRDYnP_IRDYnP_GNTn2INTn0INTn1INTn2INTn3 I2C_SDAI2C_SCL I2C_SDAI2C_SCL GPIO[0..15] GPIO0GPIO1GPIO2GPIO3GPIO4GPIO5GPIO6GPIO7GPIO8GPIO9GPIO10GPIO11GPIO12GPIO13GPIO14GPIO15 I2S_BCLKI2S_RXDV_PCLKINS1_RXDS2_RXDS3_RXDS4_RXDMAC_TX_CLKMAC_RX_CLKMAC_RX_DVMAC_RX_ERMAC_CRSMAC_COL MAC_MDIO MAC_PHY_LINKSTS I2S_RXDI2S_BCLK I2S_TXDI2S_FSI2S_MCLK I2S_FSI2S_TXD PI2S_MCLK ICE_TCKICE_TRSTnICE_TDIICE_GOICEICE_TMSS1_RXDS4_RXDS2_RXDS3_RXD S1_TXDS2_TXDS3_TXDS4_TXD S1_TXDS2_TXDS3_TXDS4_TXD U_PREFU_VBUS V_DI[0..7] V_PCLKINV_DI0V_DI1V_DI2V_DI3V_DI4V_DI5V_DI6V_DI7 MAC_TX_ENMAC_MDC MAC_TXD[0..3] MAC_TX_ENMAC_MDCMAC_TXD0MAC_TXD1MAC_TXD2MAC_TXD3 MAC_RXD[0..3] MAC_RXD0MAC_RXD1MAC_RXD2MAC_RXD3MAC_TX_CLKMAC_RX_ERMAC_RX_CLKMAC_RX_DVMAC_COLMAC_CRS MAC_PHY_LINKSTS MAC_MDIO PDM_ADDR0PDM_ADDR1PDM_ADDR2PDM_ADDR3PDM_ADDR4PDM_ADDR5PDM_ADDR6PDM_ADDR7PDM_ADDR8PDM_ADDR9PDM_ADDR10PDM_ADDR11PDM_ADDR12PDM_ADDR13 PDM_DQ0PDM_DQ1PDM_DQ2PDM_DQ3PDM_DQ4PDM_DQ5PDM_DQ6PDM_DQ7PDM_DQ8PDM_DQ9PDM_DQ10PDM_DQ11PDM_DQ12PDM_DQ13PDM_DQ14PDM_DQ15PDM_DQ16PDM_DQ17PDM_DQ18PDM_DQ19PDM_DQ20PDM_DQ21PDM_DQ22PDM_DQ23PDM_DQ24PDM_DQ25PDM_DQ26PDM_DQ27PDM_DQ28PDM_DQ29PDM_DQ30PDM_DQ31 PDM_CLK0PDM_CLK1PDM_CLK2PDM_CLK3 PEBI_BEn0PEBI_BEn3PEBI_BEn1PEBI_BEn2PEBI_WEnPSMC_OEnPSMC_CSn0PSMC_CSn2PSMC_CSn3PSMC_CSn1 PDM_CSn3PDM_CSn0PDM_CSn2PDM_CKEPDM_RASnPDM_CASnPDM_CSn1 RSTOn CRYI_22MCRYO_22MRTC_OUTRTC_INU_XSCIU_XSCOVCC_PLL2VCC_PLL1 VCC_OSCVCC_DLLVCC_RTCDGNDDGNDDGNDDGNDDGND U_XSCI RTC_IN RTC_OUT U_XSCO CRYI_22M CRYO_22M ARMICESELOSC_DISTESTEN VCC_VDTVCC_USBVCC_HSRTGND_USBGND_USBTESTENOSC_DIS ARMICESEL GND_USB SMC_CSn3 PDM_CASnPEBI_BEn3PDM_RASn DM_CSn1EBI_BEn2DM_RASnEBI_BEn1DM_CASnDM_CSn2 PSMC_CSn3 DM_CSn0 DM_CKE SMC_CSn2SMC_CSn1 PSMC_CSn1PDM_CSn3 DM_CSn3 PEBI_BEn0PSMC_OEn EBI_WEn PSMC_CSn0 SMC_OEn PEBI_BEn1PSMC_CSn2 SMC_CSn0 PEBI_BEn…

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FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 1 of 38 PEP Testing Laboratory FCC ID TEST REPORT According to FCC Part 15 Subpart C, Intentional Radiators EUT Type PAN-TILT IP Camera Transmitter (TX) 1) FCC ID: UTBHLT86FW 2) Model No.: HLT-86FW Applicant Name: HUNT ELECTRONIC CO., LTD. Address See the General Information for details. Test Date : JUNE 29, 2007Issued Date : SEP. 03, 2007 Test Engineer : JASON KUNG NVLAP Signature : M. Y. Tsui / Director ΘʳThe test report shall not be reproduced except in full, without the written approval of the “PEP” ΘʳThe report must not be used by the client to claim product endorsement by NVLAP or any agency of the United States government. ΘThis report is applicable only for EUT Model which described in page 4 . ΘThe testing result in this report are traceable to national or international standard . PEP TESTING LABORATORY NO. 9-6, Huzi, Hubei Village, Linkou Shiang, Taipei Hsien, Taiwan 244, R. O. C. TEL : 886-2-26021042FAX : 886-2-26021045 FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 2 of 38 PEP Testing Laboratory Table of Contents 1.GENERAL INFORMATION3 2.PRODUCT INFORMATION4 3.EUT DESCRIPTION AND TEST METHODS5 4.MODIFICATION(S)6 5.TEST SOFTWARE USED6 6.SUPPORT EQUIPMENT USED8 7.DESCRIPTION FIELD STRENGTH OF FUNDAMENTAL AND HARMONICS10 TEST 8.DESCRIPTION OF CONDUCTED EMISSIONS TEST12 9.DESCRIPTION OF RADIATED EMISSIONS TEST13 10.FIELD STRENGTH OF FUNDAMENTAL AND HARMONICS TEST16 SETUP PHOTOS 11.FIELD STRENGTH OF FUNDAMENTAL AND HARMONICS TEST DATA17 12.CONDUCTED EMISSIONS TEST SETUP PHOTOS20 13.CONDUCTED EMISSIONS TEST DATA21 14.RADIATED EMISSIONS TEST SETUP PHOTOS24 15.RADIATED EMISSIONS TEST DATA25 16.BAND-EDGES COMPLIANCE27 17.LIST OF MEASURED INSTRUMENTS31 18.FCC ID LABEL SAMPLE32 19.INFORMATION TO THE USER33 20.EUT EXTERNAL PHOTOS34 21.EUT INTERNAL PHOTOS35 FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 3 of 38 PEP Testing Laboratory 1. General Information Measurement of electromagnetic emissions (EME) of radio frequency devices including intentional and/or unintentional radiators for compliance with the technical rules and regulations of the Federal Communications Commission under FCC Part 2 and 15. Applicant Name/Address: HUNT ELECTRONIC CO., LTD. 6F., NO. 57-59, JIUN HSIEN RD., CHI TU DISTRICT, KEELUNG 20653, TAIWAN, R. O. C. Contact Person:HANK WU / ENGINEER Phone No.:886-2-86927999Fax No.:886-2-86926678 Manufacturer Name/Address: HUNT ELECTRONIC CO., LTD. 6F., NO. 57-59, JIUN HSIEN RD., CHI TU DISTRICT, KEELUNG 20653, TAIWAN, R. O. C. — Regulation:FCC Part 2 and 15 — Limitation:Part 15, Section 15.249, 15.207 and 15.209 — Test Procedure:ANSI C63.4-2003 — Place of Test:PEP Testing Laboratory NO. 9-6, Huzi, Hubei Village, Linkou Shiang, Taipei Hsien, Taiwan 244, R. O. C. TEL : 886-2-26021042FAX : 886-2-26021045 FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 4 of 38 PEP Testing Laboratory 2. Product Information a. EUT Type:PAN-TILT IP Camera b. Transmitter Model:HLT-86FW c.TX FCC ID:UTBHLT86FW d.TX Channel No.1-11 e.TX Working Freq. :2.412 –2.462 GHz f.TX ModulationCCK, DSSS g.TX Crystal / Osc.32.768 kHz, 22.1184MHz, 24.576MHz, 25MHz, 27MHz, 30 MHz h.TX Port(s)Video Out Port * 1, Lan (RJ45) Port * 1, Audio In Port * 1, Audio Out Port * 1, SD Card Port * 1, Power Jack * 1 i.TX Transmitting PowerAdapter ----- ManufacturerMEAN WELL Model No: ES18E05-050 Input : AC 100-240V 50/60Hz 0.5A Output : DC 5V 3A j.Antenna Type:External antenna k.TX CaseABS l.EUT Condition :ϭPrototypeEngineeringProduction m. EUT Received Date :MAY 18, 2007 n.Date(s) of performance of test: MAY 18, 2007 – JUNE 20, 2007 FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 5 of 38 PEP Testing Laboratory 3. EUT Description and Test Methods (A) The Equipment under test (EUT) is PAN-TILT IP Camera model HLT-86FW. The EUT serves function of real-time video recording over Internet by wireless or Ethernet network connection. The EUT supports SD card as storage medium for local video recording. The working frequency for wireless connection is 2412-2462MHz. Power adaptor supplies EUT 5Vdc from ac mains. For more detail information about the EUT, please refer to the user’s manual. (B) Test Method: According to the major function designed, the EUT placement on test table was arranged alone to proceed with test. The test was carried out on EUT operational condition of Tx-On mode: continuous transmission state. The worst-case test result of each test mode was recorded and provided in this report. (C) At the frequencies where the peak values of the emission exceeded the quasi-peak limit, the emissions were also measured with the quasi-peak detectors. The average detector also measured the emission either (A) quasi-peak values were under quasi-peak limit but exceeded average limit, or (B) peak values were under quasi-peak limit but exceeded average limit. FCC ID: UTBHLT86FWREPORT NO. :E960129 Page 6 of 38 PEP Testing Laboratory 4. Modification(s): The applicant has been notified and agrees to incorporate the following modification(s) into all production units, please refer to the attached pages in this report. (A) 1. Sticking copper foil inside the plastic case of EUT, it is including the upper case. Plastic case suggestsusing conductive lacquer with higher density and lower impedance or changing it to the iron case. 2. Adding a core to the side of module of antenna cable. The model of core is KING CORE K5B RH9*16*5. 3. Changing the antenna cable to shielding cable. Debuggedcountermeasures that is in the part of main IC board are as follows, 4. Adding conductive shielding gasket, a. Addingconductive shielding gasket on the iron case of LAN port. b. Adding conductive shielding gasket on the iron case of J1 (Video) port to touch iron slice. 5. Pulling wire with jumper from side of C11 GND to side of R23 GND. 6. Changing RS14 to 68-OHM resistance and connecting 120-ohm bead in series. The model of bead is KING CORE FBMA-11-160808-121. 7. Shorting R10, R11, R12, R13, and R17 of circuit board. 8. Chan…

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FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 16 of 38 PEP Testing Laboratory 10. Field Strength of Fundamental and Harmonics Test Setup Photos < FRONT VIEW > FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 20 of 38 PEP Testing Laboratory 12. Conducted Emissions Test Setup Photos FRONT VIEW FCC ID: UTBHLT86FW REPORT NO. :E960129 Page 24 of 38 PEP Testing Laboratory 14. Radiated Emissions Test Setup Photos < FRONT VIEW > < REAR VIEW >