PZ9-WE020N-WG1UWeb Server Camera

WebEye E 20 Manual Ver 1.0 WebEye E20 User’s Guide * This manual is for WebEye firmware version 1.2.7. If your WebEye has the later version of firmware, please download the last updated user’s guide from WebGate’s homepage (www.webgateinc.com) WebGate Inc. System Requirements n For WebEye • Network: 10 Base-T LAN (Leased line, xDSL, Cable Modem, ISDN) n For a PC to access WebEye • Processor: Pentium II and above • RAM: 64MB and more • OS: Windows 98/NT/2000 • Screen Resolution: 1024 X 768 pixels and above • Network: 10 Base-T LAN or PSTN • Web Browser: MS Internet Explorer 5.0 and above NS Navigator 4.7 and above FCC Compliance Statement Caution : Any changes or modifications in construction of this device which are not expressly approved the party responsible for compliance could void the user's authority to operate the equipment. NOTE : 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 instructions, may cause harmful interference to radio communications, 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 or 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. Important Notice 1. WebEye is for indoor use. The built in CCD (charged coupled device) can be damaged permanently if the camera lens is exposed to direct sunlight. When the WebEye is placed under glaring light, an iris lens is recommended. If your application demands prolonged exposure to sunlight, consider using a sun visor. 2. WebEye is not weatherproof. Please note the environmental specifications that are included in the manual. For outdoor usage, equip a weatherproof case to protect the WebEye from water, moisture, or extreme temperature changes (higher or lower than the specifications noted below). The WebEye can be cleaned by gently wiping with a clean dry cloth. 3. Be sure to use the DC adapter that is provided by Web Gate Inc. Connecting WebEye directly to an AC current may cause damage to the WebEye. 4. Be cautious in handling WebEye. Physical shock such as dropping the unit may damage the WebEye and void warranty. 5 The WebEye is made of aluminum. Be sure that it is fastened tightly during installation to avoid any human injuries. Make sure to place away from the reach of children. 6. If WebEye does not operate properly, please contact your WebGate distributor for after sales service. Unauthorized personnel are prohibited from disassembling the product. Disassembly will automatically result in void of service warranty. 7. Camera surveillance laws may differ for each country and from province to province. Contact the local region representative to avoid any violations and to apply for authorized purposes only. I. Introduction • What is WebEye? The WebEye is a camera server with an integrated Internet server, image compression device, built in CCD, flash memory, and many other features. No other hardware is necessary for use. The WebEye connects directly to a network and provides real time images over networks and the Internet. Simply provide power and connect LAN cable to the WebEye. WebEye utilizes Wavelet image compression and Linux operating system. Wavelet and Linux enable WebEye to transfer high quality images faster and with a greater degree of reliability than standard JPEG systems. • Features and Benefits Ease of Use – WebEye requires either Netscape Navigator 4.7 (or higher) or Microsoft Internet Explorer 5.0 (or higher) for use. Windows 2000 is recommended for best results. Connect WebEye to the Internet and it is ready for use. Compatible with most Systems and Protocols – WebEye supports TCP/IP networking, SMTP, HTTP and other Internet-related protocols. In addition, the WebEye can be used in mixed operating system environments, such as Windows, UNIX, Macintosh and OS/2. WebEye also integrates easily into other Internet/Intranet applications and CGI scripts. Simple Administration - WebEye can be configured and managed directly from its own web page. Moreover, as new upgrades become available, it is easy to upgrade all WebEye camera products remotely over the network. Wavelet Image Format - Unlike many other products that need to fracture image files prior to broadcast, the WebEye delivers complete, highly compressed pictures in Wavelet format. Wavelet has image compression rates 30-300% higher than standard JPEG. By utilizing Wavelet, image file sizes are much smaller than conventional camera servers and Wavelet's image quality is superior to other camera servers as well. Wavelet can transmit up to 123 frames per second. External Device Connection - External devices such as IR-sensors, switches, alarm relays and external video input can be connected to WebEye easily. User’s Programmable Space – WebEye contains 4.5MB of configurable Flash Memory for user-programmable and user-configurable space. Because WebEye also acts as a server, this space can be used to create a personal web page. Embedded Linux Operating System – WebEye uses an embedded Linux operating system within its 32bit RISC CPU. Linux is based on UNIX and is one of the most stable operating systems available. There is very little chance of the operating system crashing. II. Product Description 1. WebEye E 20 1) Content…

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Test report Our reference : KEL02-F06076 Page : B1 of Appendix Issued date : 2002-07-13 Appendix-B : External Photographs of E.U.T <FRONT VIEW OF EUT> <REAR VIEW OF EUT>

Test report Our reference : KEL02-F06076 Page : D1 of Appendix Issued date : 2002-07-13 Appendix-D : FCC ID label location information and Sample - FCC ID label location information The label included following statement will be attached on the bottom side of product. - FCC ID label sample

Test report Our reference : KEL02-F06076 Page : C1 of Appendix Issued date : 2002-07-13 Appendix-C : Internal Photographs of E.U.T <INTERNAL VIEW OF E.U.T> Test report Our reference : KEL02-F06076 Page : C2 of Appendix Issued date : 2002-07-13 <FRONT VIEW OF ADAPTER> Test report Our reference : KEL02-F06076 Page : C3 of Appendix Issued date : 2002-07-13 <REAR VIEW OF ADAPTER> Test report Our reference : KEL02-F06076 Page : C4 of Appendix Issued date : 2002-07-13 <FRONT VIEW OF MAIN BOARD> Test report Our reference : KEL02-F06076 Page : C5 of Appendix Issued date : 2002-07-13 <REAR VIEW OF MAIN BOARD> Test report Our reference : KEL02-F06076 Page : C6 of Appendix Issued date : 2002-07-13 <FRONT VIEW OF CAMERA BOARD> Test report Our reference : KEL02-F06076 Page : C7 of Appendix Issued date : 2002-07-13 <REAR VIEW OF CAMERA BOARD> Test report Our reference : KEL02-F06076 Page : C8 of Appendix Issued date : 2002-07-13 <FRONT VIEW OF CONNECTOR BOARD> Test report Our reference : KEL02-F06076 Page : C9 of Appendix Issued date : 2002-07-13 <REAR VIEW OF CONNECTOR BOARD> Test report Our reference : KEL02-F06076 Page : C10 of Appendix Issued date : 2002-07-13 <FRONT VIEW OF E20-IO BOARD> Test report Our reference : KEL02-F06076 Page : C11 of Appendix Issued date : 2002-07-13 <REAR VIEW OF E20-IO BOARD>

CERTIFICATE OF COMPLIANCE 352 Youngduk-Ri, Kihung-Eup, Yongin-City, Kyunggi-Do, Korea 449-908 TEL : (82)31-206-4693 FAX : (82)31-206-3051 http://www.kesilab.com [email protected] http://www.koreaemc.co.kr [email protected] (CLASS B) CERTIFICATION OF COMPLIANCE is hereby issued to the named Applicant and is VALID ONLY for the equipment identified below: Date of Tested : July. 10. 2002 Applicant’s Name : WebGate Inc. Applicant’s Address : 4F, Pika Bldg. 894-20, Hokye 2-dong, Dongan-ku, Anyang-si Kyunggi-do, Korea Manufacturer’s Name : WebGate Inc. Manufacturer’s Address : 4F, Pika Bldg. 894-20, Hokye 2-dong, Dongan-ku, Anyang-si Kyunggi-do, Korea Declares that the product Product Description : Web Server Camera Brand Name : WebGate Model Number : WebEye E20 FCC ID : PZ9-WE020N-WG1U Conforms to FCC Rules and Regulations Part 15 Subpart B requirements. This product herewith complies with the requirements of the FCC Rules and Regulations as listed below: Part 15.107: Conducted Emissions. Part 15.109: Radiated Spurious Emissions. TESTED and CERTIFIED by: KOREA EMC LABORATORY 352 Youngduk-Ri, Kihung-Eup, Yongin-Si, Kyunggi-Do, 449-908, KOREA Date : July. 13. 2002 Report No : KEL02-F06076 Authorized Signature : M. S. CHO / President Test report Our reference : KEL02-F06076 Page : 2 of 13 Issued date : 2002-07-13 Korea EMC Laboratory TABLE OF CONTENTS DESCRIPTION Page 0. VERIFICATION OF COMPLIANCE 3 1. GENERAL INFORMATION 1.1 Product Description 4 1.2 Related Submittal(s)/Grant(s) 4 1.3 Tested System Details 4 1.4 System Configuration 4 1.5 General Setup of the test Shield room 5 1.6 Test Facility 5 2. Measurement Procedure 2.1 System test configuration 6 2.1.1 Video mode Justification 6 2.1.2 EUT Exercise S/W 6 2.2 Special Accessories 6 2.3 Equipment Modification 6 2.4 System Configuration Diagram 6 2.5 Preliminary testing 7 2.6 Shielded Enclosure 7 2.7 Data Reporting Format 7 2.8 Operating Condition 7 2.9 Conditioning of the EUT 7 2.10 Power Line Conducted Emissions 8 2.11 Open field Radiated Emissions Tests 8 3. Measurement Data 3.1 Conducted Emission Data 9 3.2 Conducted Emission Graph 10 3.3 Radiated Emission Data 11 3.4 Summary 12 4. Labeling Requirement 13 Appendix - A : Test set-up Photographs (Conducted and Radiated) - B : External Photographs of E.U.T - C : Internal Photographs of E.U.T - D : FCC ID label location information and sample - E : Block Diagram - F : User’s Manual Test report Our reference : KEL02-F06076 Page : 3 of 13 Issued date : 2002-07-13 Korea EMC Laboratory 0 . VERIFICATION OF COMPLIANCE Equipment Under Test : Web Server Camera Model Number : WebEye E20 Serial Number : Prototype Manufacturer : WebGate Inc. 4F, Pika Bldg. 894-20, Hokye 2-dong, Dongan-ku, Anyang-si Kyunggi-Do, Korea. Type of Test : FCC CLASS B Report Number : KEL02-F06076 Date Tested : July. 10. 2002 Tested By : S.J.LEE The results show that the sample equipment tested as described in this reports is in compliance with the CLASS B conducted and radiated emission limits of FCC Rules Part 15, Subpart B. Test report Our reference : KEL02-F06076 Page : 4 of 13 Issued date : 2002-07-13 Korea EMC Laboratory 1. GENERAL INFORMATION 1.1 PRODUCT DESCRIPTION The WebEye E20 is a Web Server Camera made by WebGate Inc. in Korea. Refer to the user's manual for more information. ITEM SPECIFICATION CPU 32 bit RISC Embedded processor Flash memory 8 Mbyte Transmission Speed Max. 30 fps Decoding Rate Max. 2 ~ 30 fps Compression Speed Max 30 fps(single channel) Dimension 6 3mm x 69 mm x 136 mm 1.2 Related Submittal(s)/Grant(s) N/A 1.3 Tested System Details Type Model Name FCC ID Serial NO Manufacturer Web Server Camera WebEye E20 PZ9-WE020N-WG1U Prototype WebGate Inc. Adapter PW118 DoC NONE AULT INC. PC VECTRA VL400MT DoC SG05005352 HP Monitor E70 DoC AN04402420 ViewSonic Corp. Keyboard 7800 DoC KIA114785 BTC Mouse UM520 ITEUECUM550P P9J17346 HYUNJU CRT SCM-14C S4MH900082 SAMYANG 1.4 System Configuration Type Model Name Serial NO Manufacturer Remark MAIN B/D CAMERA B/D CONNECTOR B/D E20-IO B/D WEBEYE E20 MAIN HCD75 WEBEYE E20 Rear E20-IO NONE NONE NONE NONE WebGate Inc. WebGate Inc. WebGate Inc. WebGate Inc. Korea Korea Korea Korea Test report Our reference : KEL02-F06076 Page : 5 of 13 Issued date : 2002-07-13 Korea EMC Laboratory 1.5 General Set-up of the Test Shielded Room The EUT was set up in accordance with the suggested configuration given in FCC measurement Procedure ANSI C63.4, 2000. The measurement are performed in the shielded room which dimension is 3.0*7.0*2.5(m). The EUT was placed on a non conductive table which is 1.0*1.5(m), 80cm above an earthed ground plane and is kept at least 1m from any other earthed ground plane except the rear of table top being removed 40cm from a vertical conducting plane. Power to the EUT was provided through the LISN(3725/2,EMCO) which has the Impedance vs Frequency Characteristic in accordance with the Fig.1 Impedance Characteristic of LISN. Peripheral equipment required to provide a functional system(support equipment) for EUT testing was powered through another LISN(NSLK8128,Schwarzbeck). Power to the LISN was filtered to eliminate ambient signal interference. A coaxial type connector which provides a 50 Ohm terminating impedance was provided for the test instrument. The excess length of the power cord was wrapped in the two non metallic pegs attached to the top of the LISN. The two pegs are 9cm high, approximately 2.0cm in diameter and that are spaced 6cm on the center apart. 1.6 Test Facility Location: Korea EMC Laboratory 352 Yungduck-Ri Kihung-Eup,Yongin-City Kyungki-Do,Korea Site : - 3/10m Open Fielded Radiated - Indoor Line Conducted Room(Shielded) The Open Field Radiated and Indoor Line Conducted sites are constructed and calibrated to meet the FCC requirements in documents ANSI C63.4 2000. Korea EMC Lab. was refiled in FCC in Feb. 2001. INSTRUMENTATION Description Model Manufacturer Serial No Due Cal. TEST RECEIVER ESVS10 Rohde & Schwarz 825120/006 '2002.10.…

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Test report Our reference : KEL02-F06076 Page : A1 of Appendix Issued date : 2002-07-13 Appendix-A : Test Setup Photographs - Conducted Setup Photographs LINE CONDUCTED SETUP PHOTOGRAPH - FRONT VIEW LINE CONDUCTED SETUP PHOTOGRAPH - REAR VIEW Test report Our reference : KEL02-F06076 Page : A2 of Appendix Issued date : 2002-07-13 - Radiated Setup Photograph RADIATED EMISSION SETUP PHOTOGRAPH - FRONT VIEW ( 30 - 300 MHz ) RADIATED EMISSION SETUP PHOTOGRAPH - REAR VIEW ( 30 - 300 MHz ) Test report Our reference : KEL02-F06076 Page : A3 of Appendix Issued date : 2002-07-13 RADIATED EMISSION SETUP PHOTOGRAPH - FRONT VIEW ( 300- 1000 MHz ) RADIATED EMISSION SETUP PHOTOGRAPH - REAR VIEW ( 300 - 1000 MHz )