H9PND3010

www.symbol.com NetVision Data Phone User Guide 70-20530-01 May 1999 2NetVision Data Phone User Guide The NetVision Data Phone provides in a small, hand-held unit on-site wireless voice and data communications capability. To use the NetVision Data Phone as a wireless network phone: 1.Press SND to turn on the NetVision Data Phone. -To make a call, enter a number and press SND. -To answer a call, press SND. 2.Press END to hang up a call. 3.Press and hold END to turn the phone off. To use the NetVision Data Phone as a text messaging pager: 1.Press FCT RCL. 2.Press SND to review messages. To use the NetVision Data Phone as bar code-scanning data client: 1.Push SCAN key to start Web client. 2.Aim NetVision Data Phone at a bar code. 3.Press SCAN. 4.Press END to return to phone mode. Contents 3 How to use the NetVision Data Phone..........................................................1 Getting Familiar................................................................................2 Getting Started..................................................................................3 Battery......................................................................................3 Powering on the Phone...............................................................4 Phone status Display...................................................................5 Powering off the Phone...............................................................5 Adjusting Call Volume................................................................5 Getting Detailed................................................................................6 Logging on with the Basic User Profile..........................................6 Logging on With a Site defined User Profile..................................7 Making Calls on a NetVision Data Phone.....................................8 Receiving Calls on a NetVision Data Phone..................................9 Intercom Calling........................................................................9 Other Ways to Dial..................................................................10 Setting the Phone Ring Styles.....................................................12 Setting the Answering Mode......................................................14 Setting the Earpiece (Play) Volume.............................................15 Setting the Ring Volume............................................................16 Keypad Locking.......................................................................16 Setting the LCD Contrast...........................................................17 Pre-Programmed Functions.......................................................18 Maintaining Speed-Dial List......................................................19 Hot Battery Swap......................................................................19 Messages in the NetVision Data Phone.......................................................20 Basic Scanner Operation................................................................................21 Test the scanner..............................................................................21 Manually Entering Data on a Client Page..........................................21 NUMERIC Data........................................................................22 Alphabetic Data.......................................................................22 Basic Web page navigation..............................................................23 BROWSER KEYS.......................................................................23 EDIT KEYS...............................................................................24 Related Publications.........................................................................................25 Regulatory Compliance...................................................................................26 Customer Support............................................................................................32 1 How to use the NetVision Data Phone 2 4 5 6 7 8 9 10 11 12 13 14 15 16 17 18 19 20 21 1 17 3 2 Getting Familiar 1.Antenna – high gain antenna. The antenna does not extend. 2.LED – indicates an incoming call. 3.Laser scanner. Warning: Do not stare into laser scanner. 4.Earpiece. 5.Mini-headset jack plug. headset into phone for hands-free use. 6.Serial port – download software. 7.Volume adjust buttons – adjust the current call volume and scroll phone menus and lists. 8.LCD – displays the phone status, menu options, messages and web client pages. 9.Previous Key – tab back between fields on a client page and up a phone menu. Key wraps to last field. 10.Scan Key – activate the scanner in browser mode. 11.Next Key – tab forward between fields on the browser display and down a phone menu. Key wraps to first field. 12.END key – end a call, refuse a call, power off the phone and return to a previous menu. 13.SND key – call the number dialed, send data to the host, accept a call, power on the phone and to select items in phone menus. 14.FCT key – access specially programmed phone features. 15.NAME key – display names directory. 16.HOLD key – put a call on hold and switch to the Web Client. 17.*< and #> keys – menu and list scrolling keys. 18.CLR key – remove the last digit entered from the keypad. 19.STO key – store a number in the speed-dial directory. 20.RCL key – recall the last number dialed, and to access the speed-dial directory. 21.MENU key – display the phone user menu. 3 Getting Started Battery Fully charge the Lithium-ion battery for the NetVision Data Phone before first using the phone. Charge the battery attached or detached from the phone. Note: When charging the battery attached to the phone, turn off the phone before inserting it into the charger. Battery attaching/detaching –Attach the battery to the phone by aligning the feet on the battery with the notches on the phone. Push the battery top into the phone until th…

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Mobile and Wireless Systems Division Norman H. Nelson Symbol Technologies, Inc. 2145 Hamilton Ave San Jose, CA 95125-5905 Voice:(408)369-2649 FAX: (408) 369-2740 [email protected] Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315 Re: Certification request for Symbol NetVision Data Phone. FCC ID: H9PNP3010 Date: April 16, 1999 Dear Reviewer This certification request is for the Spectrum 24 model ND3010 NetVision Data Phone. The ND3010 is a low cost digital phone and integrated bar code scanner module utilizing the Symbol Technologies, Inc. Spectrum-24 network for voice communication between two NetVision phones. Symbol Technologies, Inc. manufactures information systems that are employed in commercial establishments to assist in controlling inventory. Spectrum 24 is a Wireless Local Area Network (WLAN) used along with hand held computers to assist in information collection typically in retail stores, warehouses, and factories. The NetVision Data Phone is add on hardware to utilize the Spectrum-24 WLAN for voice or bar code data communication. The following files are electronically submitted as attachments. Exhibit TypeFile NameConfidential Block Diagram-----------------------------------BlkDia.pdfX Cover Letters:-------------------------------------CvrLet.pdf External Pictures---------------------------------ExtPics.pdf ID Label/Location Info--------------------------Label.pdf Internal Photos------------------------------------IntPics.pdf Operational Description-------------------------OpDesc.pdfX Schematics----------------------------------------Schem.pdfX Test Report----------------------------------------TstRpt.pdf Test Report Attachments-----------------------TstRptA.pdf Users Manual-------------------------------------UsrMan.pdf Note that in the test report (tstrpt.pdf) those tests marked “Test Not Performed” are located in the Test Report Addenum (TstRptA.pdf). Symbol Technologies, Inc. ("Symbol"), requests that the Block Diagram, Schamatics, and Operational Description Exhibits of the above referenced application be withheld from routine availability for public inspection pursuant to Section 0.459 of the Commissions Rules and Freedom of Information Act ("FOIA") Exemption 4, 5 U.S.C. 552(b)(4). These exhibits consist of "trade secrets [or] commercial or financial information obtained from a person and privileged or confidential", 5 U.S.C. 552(b)(4), and is therefore entitled to protection from disclosure under FOIA. The documents in question contain trade secrets: detailed technical descriptions, specifications and schematics for a product to be offered for sale. These materials provide particulars on the product design that can be ascertained from inspection of the product itself only with extraordinary expenditures of time and effort, if at all. This information would give Symbol's would-be competitors an unearned and unwarranted competitive advantage. Moreover, the documents contain "commercial information" within the scope of FOIA Exemption 4. This information is the product of Symbol's investment of money, personnel, and other resources. The result of that investment is a fairly earned position in the marketplace. Premature release of the information threatens substantial and unwarranted harm to Symbol's competitive position. For these reasons, Symbol has taken pains to keep this technical information confidential, and intends to continue doing so. Symbol customarily withholds this information from persons outside the employ of Symbol and certain of its suppliers and contractors, and even within these groups routinely limits access to persons having a particular need for the information. If the Commission were to make these documents public, it would be giving away hard won fruits of Symbol's labors without compensation. The filing fee required for this request is submitted by credit card account as entered on Form 159 mailed under separate cover. If there are any questions about this request, please call me at the number above. Thank you for your attention. Respectfully submitted, Norman H. Nelson

Mobile and Wireless Systems Division Norman H. Nelson Symbol Technologies, Inc. 2145 Hamilton Ave San Jose, CA 95125-5905 Voice:(408)369-2649 FAX: (408) 369-2740 [email protected] Federal Communications Commission Equipment Approval Services P.O. Box 358315 Pittsburgh, PA 15251-5315 Re: Questions by Email. FCC ID: H9PNP3010 Date: April 16, 1999 Dear Reviewer This letter is a response to the following Email. To: [email protected] Subject: tx From: [email protected] (OET) Date: Fri, 14 May 1999 15:40:21 -0400 To:Norman Nelson, Symbol Technologies, Inc. From:Joe Dichoso [email protected] FCC Application Processing Branch Re:FCC ID H9PND3010 Applicant:Symbol Technologies Inc Correspondence Reference Number:7793 731 Confirmation Number:EA93911 Date of Original E-Mail:05/14/1999 1) The device was tested at 100 mW. However, the technical description indicates that the device can operate up to 500 mW. Please explain. If the device is to operate above 100 mW, supply additional test data and indicate how the device complies with the RF safety requirements. As discussed in the Operation Description in paragraph 2.1.3 the radio is adjustable at the factory. For this model the output power is adjusted to 100 mW. The user can not adjust the output power from the factory setting. 2) The photo's of both sides of the RF board contain too many shields. Please provide photo's without the shields. Please see Attachment A. 3) Section 15.247(a)1 indicates that the system receivers shall have input bandwidths that match the hopping channel bandwidths of their corresponding transmitters. What is the receiver input bandwidth? The receiver uses a SAW band-pass filter at the IF frequency. The SAW 3 dB bandwidth is 1 MHz. A low-pass filter after demodulation also limits the bandwidth to approximately 1 MHz. 4) With regard to the radiate emission test data, a duty cycle factor of 10 dB was used. However, the dwell time was 100 msec. Since the duty cycle is the on time per 100 msec, the duty cycle should have been 0 dB. Please explain/correct accordingly. Unfortunately the emissions test software was running on the DUT when the dwell plot was taken. Attachment B explains the duty cycle with the operational software loaded and contains the correct dwell plot. The items indicated above must be submitted before processing can continue on the above referenced application. Failure to provide the requested information within 60 days of the original e-mail date may result in application dismissal pursuant to Section 2.917 (c) and forfeiture of the filing fee pursuant to section 1.1108. Thank you for your attention. Respectfully submitted, Norman H. Nelson Attachment A

 Attachment B Duty Cycle Calculation The NetVision Phone communicates as part of a Wireless Local Network (WLAN) called Spectrum24. Spectrum24 is based on the IEEE 802.11 WLAN specification. The Spectrum24 WLAN operates from 2.4 to 2.5 GHz using frequency hopping technology at 1 Mbps. Typical Spectrum24 WLAN Topology The Spectrum 24 network is a cellular infrastructure network using multiple Access Points (AP). The communication is half duplex, when one unit is in transmit the other is in receive. The Access Point acts like a base station in that it talks to one or more NetVision Phones on a time shared basis and relays the messages. The NetVision Phones and Access Point compete for transmit time with a listen before talk protocol. The communications from the NetVision Phone to the Access Point begins with the NetVision Phone listening (in receive mode, transmitter off) to determine if any other transmission is under way the listening takes place for at least 0.1 msec. The NetVision Phone then transmits a maximum packet size of 32 bytes of voice data, with addressing and other packet overhead the packet size is 112 bytes at 1 Mbit per second the packet time is 112 bytes x 8 bits/byte / 1 Mbitsec = 0.896 msec. The Access Point replies with an acknowledgment in 0.02 msec the acknowledgment packet is 0.2 msec long and during the acknowledgment packet the NetVision Phone is in receive mode (transmitter is off). The NetVision Phone typically sends one packet every 30 msec but can send a maximum of 12 packets in any 100 msec interval. Therefore the NetVision Phone transmit duty cycle is: Maximum transmit time in 100 msec interval < (12 packets) (0.896 msec/packet) Maximum transmit time in 100 msec interval = 10.75 msec. Duty Cycle < Maximum NetVision Phone transmit time / 100 msec Duty Cycle < 10.75 % The correction factor is then 20 log (.1075) = 19.37 dB. Access Point Access Point Wired Network

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SYMBOL TECHNOLOGIES INC., BOHEMIA. N.Y. I 1111111 Ml 1111111111 IIIII 1111111111 Ill1 Ill1 MADE IN JAPAN MOD ND-3O1O-1OO-US IEEE ADDRESS SN 123456 123456789012 MANUFACTURED 4/1 2/1 999 SEE QUICK REFERENCE QUIDE FOR PATENT INFORMATION THIS EQUIPMENT COMPLIES WlTH PART 15,RES,210, AND CLASS A OF THE CANADIAN INTERFERENCE -CAUSlNG EQUIPMENT REGULATlONS. OPERATION IS SUBJECT TO THE FOLLOWINO TWO CONDlTlONS (1) THIS DEVICE MAY NOT CAUSE HARMFUL INTERFERENCE AND (2) THIS DEVICE MUST ACCEPT ANY lNTERFERENCE RECEIVED INCLUDING INTERFERENCE THAT MAY CAUSE UNDESIRED OPERATION. QET APPAREIL NUMERIQUE DE LA CLASSE A RESPECTE TOUTES LEO EXlGENCESOUREOLEMENT OUR LE MATERIEL BROUILLEUR OU CAMOA FCC ID H9PND3O1O CANADA ID TBD H 9 PND 30 1 0

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APPLICATION FOR FCC CERTIFICATION Symbol Technologies Inc. Spread Spectrum Data Phone Model: ND3010 FCC ID: H9PND3010 LTO# J99007845 Number of Pages: 24 pp. + Supporting Data and Documents Date of Report: March 31, 1999 All services undertaken are subject to the following general policy: Reports are submitted for exclusive use of the client to whom they are addressed. Their significance is subject to the adequacy and representative character of the samples and to the comprehensiveness of the tests, examinations or surveys made. No quotations from reports or use of Inchcape Testing Services's name is permitted except as expressly authorized by Inchcape Testing Services in writing. q:\..\fcc\15247fh.cer FCC Part 15 FHSS Cert, Ver 5/96 Table of Contents Intertek Testing Services - Menlo Park Symbol Technologies Inc., Spread SpectrumDate of Test: March 25-30, 1999 FCC ID: H9PND3010 LTO# J99007845 1.0 Summary of Tests ................................................................................................................................. 1 2.0 General Descriptio ..............................................................................................................................2 2.1Product Description...................................................................................................................2 2.2Related Submittal(s) Grants ......................................................................................................2 2.3Test Methodolog ......................................................................................................................3 2.4Test Facilit ...............................................................................................................................3 3.0 System Test Configuration ..................................................................................................................4 3.1Support Equipment ...................................................................................................................4 3.2Block Diagram of Test Setup....................................................................................................4 3.3Justification ...............................................................................................................................5 3.4Software Exercise Progra .......................................................................................................5 3.5Mode of Operation During Test................................................................................................5 3.6Modifications Required for Compliance...................................................................................5 4.0Measurement Results ..............................................................................................................................6 4.1Maximum Conducted Output Power at Antenna Terminals ....................................................6 4.2Hopping Channel 20 dB RF Bandwidth ...................................................................................7 4.3Minimum Hopping Channel Carrier Frequency Separation .....................................................8 4.4Minimum Number of Hopping Frequencies .............................................................................9 4.5Average Channel Occupancy Time.........................................................................................10 4.6Out of Band Conducted Emissions.........................................................................................11 4.7Out of Band Radiated Emissions ............................................................................................12 4.8Transmitter Radiated Emissions in Restricted Bands.............................................................13 4.9Radiated Emission Configuration Photograph .......................................................................14 4.10Radiated Emissions from Digital Section of Transceiver (Transmitter), ..............................15 4.11Radiated Emissions from Receiver Section of Transceiver (L.O. Radiation), ......................16 4.12AC Line Conducted Emission .................................................................................................17 4.13AC Line Conducted Configuration Photograph......................................................................18 5.0 Equipment Photographs ....................................................................................................................19 6.0 Product Labelling ...............................................................................................................................20 6.1Label Artwork .........................................................................................................................20 6.2Label Location.........................................................................................................................20 7.0 Technical Specifications .....................................................................................................................21 7.1Circuit Diagram.......................................................................................................................21 7.2Block Diagram.........................................................................................................................22 7.3Antenna gain and Mounting Information................................................................................23 8.0 Instruction Manual .............................................................................................................................24 Intertek Testing Services - Menlo Park Symbol Technologies Inc., Spread Spectrum FCC ID: H9PND3010 Date of Test: March 25-30,1999 Symbol Technologies Inc. - Model No.: ND3010 FCC ID: H9PND3010 Radiated Emission in Restricted Bands AC Conducted Emission Radiated Emission from Digital Part Radiated Emission fr…

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Intertek Testing Services - Menlo Park Symbol Technologies Inc., Spread SpectrumDate of Test: June 17 - 22, 1998 & July 8, 1998 FCC ID: H9PNP3010 LTO# J98017873 9 4.4Minimum Number of Hopping Frequencies, FCC Ref: 15.247(a)(1)(i&ii) The RF passband of the EUT was divided into 2 approximately equal bands. With the analyzer set to MAX HOLD readings were taken for 2 - 3 minutes in each band. The channel peaks so recorded were added together,and the total number compared to the minimum number of channels required in the regulation. No. of hopping channels79 Minimum Requirements: at least 50 channels for 902 - 928 MHz band; at least 75 channels for 2400 - 2483.5 and 5725 - 5850 MHz systems Refer to spectrum analyzer charts 4a - 4b. Intertek Testing Services - Menlo Park Symbol Technologies Inc., Spread SpectrumDate of Test: June 17 - 22, 1998 & July 8, 1998 FCC ID: H9PNP3010 LTO# J98017873 10 4.5Average Channel Occupancy Time, FCC Ref: 15.247(a)(1)(i&ii) The spectrum analyzer center frequency was set to one of the known hopping channels. The SWEEP was set to 0.4 second, the SPAN was set to ZERO SPAN, and the TRIGGER was set to VIDEO. The time duration of the transmission so captured was measured with the MARKER DELTA function. The SWEEP was then set to the time required by the regulation (20 seconds for 902-928 MHz devices, 30 seconds for all other bands). The analyzer was set to SINGLE SWEEP, the total ON time was added and compared against the limit (0.4 seconds). Average 0.4 seconds maximum occupancy in 20 seconds, 902-928 MHz Average 0.4 seconds maximum occupancy in 30 seconds, 2400-2483.5/5725-5850 MHz Refer to attached spectrum analyzer plots 5a - 5b for details. H9PND3010 Antenna PEP Display.vi G:\LABVIEW\Project\AMS3\Display\Antenna PEP Display.vi Last modified on 4/16/99 at 1:31 PM Printed on 4/16/99 at 1:31 PM Page 1 g:\Labview\data1\Norm\NDP\Antenna AB.datPath: 6Records:4/5/99 4:57:33 PM Data Starts: 2 Rec No. 4/5/99 5:01:07 PM -30.0 -25.0 -20.0 -15.0 -10.0 -5.0 0.00.0 90 180 270 PEP VertPolarityFund.Harmonic2440Ft(MHz) S-24 Rubber ND3010 Model Monopole S/N Monopole/Dipole AB test VersionRun Info dBi 0.00 Scale Max -30.00 Scale Min 46 % -8.90 mean -2.00 Peak OFF New Run 33958 size dBi