MTF00701Phonecell SX4E PCS Fixed Wireless Terminal

PHONECELL ® SX4e GSM 1900 MHZVOICE/FAX/PC MODEL USERMANUAL Digital call clarity and privacy at your fingertips 07/25/01Part No. 56021902 PHONECELL ® SX4e GSM 1900 MHZVOICE/FAX/PC MODEL USERMANUAL Computer Fax Machine Fax Port Serial Port or Thank you for choosing the Phonecell ® SX4eFixed Wireless Terminal (FWT) from Telular. This innovative product lets you connect up to five pieces of standard telephone equipment into a cellular network for total communications flexibility. Please follow this guide to unpack, set up and operate your new Phonecell SX4e FWT safely and properly. Telular is proud to welcome you as a valued customer. Your satisfaction is our most important concern. Telular Corporation Corporate Headquarters 647 North Lakeview Parkway Vernon Hills, Illinois 60061, USA TECHNICALSUPPORT Tel: 847-247-9400 · Fax: 847-247-0021 E-mail: [email protected] · http://www.telular.com Patents:Telular Corporation products are protected and manufactured under one or more of the following U.S. patents and related international patents and patents pending relating thereto: 4,658,096; 4,737,975; 4,775,997; 4,868,519; 4,922,517; 5,134,651; 5,361,297; 5,469,494; 5,046,085; 5,715,296; 5,812,637; 5,859,894; 5,946,616; 5,966,428; 6,035,220. Trademarks:Telular Corporation owns the following registered trademarks: TELULAR, TELULAR plus design, CELJACK, PCSone, TELCEL, HEXAGON LOGO, PHONECELL, CELSERV, TELGUARD, and CPX. Part No. 56021902©2001 Telular Corporation, all rights reserved. PLEASE SEE PAGES 7 and 8 FOR IMPORTANT RESTRICTIONS ON USE, AS WELL AS, WARRANTY AND INDEMNIFICATION Optional connection with Single Jack AC Power

SX4e GSM 19002USERMANUAL Power Supply Battery Backup Unit (optional) Phone Port Phone(s) Introduction Table of Contents Introduction.............................................................................................. 2 Technical Support .................................................................................. 2 Safety Information................................................................................... 4 Important Notices...................................................................................... 7 Getting Started......................................................................................... 9 Unpacking Your Phonecell SX4e........................................................... 9 Pre-Installation Checklist ....................................................................... 9 Installation Summary............................................................................ 10 Step 1. Antenna Location and Setup................................................... 11 Antenna Setup ..................................................................................... 11 Antenna Location Tips ......................................................................... 12 Connect the Power.............................................................................. 13 Step 2. Plug in Your Telephone............................................................ 14 Connect Your Telephone ..................................................................... 14 Dual Jack Operation............................................................................ 14 Single Jack Operation ......................................................................... 14 Place a Call – Adjust Your FWT .......................................................... 15 Adding More Phones or Fax Machines ............................................... 15 Step 3. Optional PC Data Connection................................................. 16 Step 4. SIM Card Installation & Setup................................................. 20 How to Install the Mini-SIM Card......................................................... 20 SIM PIN Programming......................................................................... 21 Step 5. Wall-Mount Installation............................................................ 24 Phonecell SX4e Operation.................................................................... 25 How to Use the LED Status Indicators ................................................ 25 How to Place a Call............................................................................. 26 How to Receive a Call......................................................................... 26 How to End a Call ............................................................................... 26 Hookflash Function.............................................................................. 26 Important Tones and Alerts.................................................................. 26 How to Use Call-Dependent Supplementary Services........................ 27 How to Adjust the Volume Level ......................................................... 28 Variable Dial Time (Auto SEND Delay)Option.................................... 28 Data After SEND (In-Call DTMF Signaling) Option ............................. 28 Zero Dial Delay for Frequently Called Numbers ................................. 28 Caller ID Format .................................................................................. 29 Mobile Equipment Personalization ...................................................... 30 Using Standard Supplementary Services............................................ 30 How to Make an Analog Fax Call......................................................... 34 How to Make Analog Fax Calls ........................................................... 34 How to Send Fax Calls........................................................................ 34 How to Receive Fax Calls ................................................................... 34 How to Set Up Analog Fax By-Pass String ......................................... 34 Dual/Single Jack Operation................................................................. 35 How to Set a Single Jack Option ..........................…

Text truncated - open the document above for the full version.

SX4e GSM 19005USERMANUAL Safety Information - continued Driving Check the laws and regulations on the use of cellular products in the areas where you drive. Some jurisdictions prohibit your using a cellular device while driving a vehicle. Even if your jurisdiction does not have such a law, we strongly suggest that, for safety reasons, the driver use extreme caution when operating the cellular device while the vehicle is in motion. Always obey the law. Electronic Devices Most modern electronic equipment is shielded from RF energy. However, RF energy from cellular devices may affect inadequately shielded electronic equipment. RF energy may affect improperly installed or inadequately shielded electronic operating and entertainment systems in motor vehicles. Check with the manufacturer or its representative to determine if these systems are adequately shielded from external RF energy. You should also check with the manufacturer of any equipment that has been added to your vehicle. Consult the manufacturer of any personal medical devices(such as pacemakers, hearing aids, etc.)to determine if they are adequately shielded from external RF energy. Turn your Phonecell FWT OFF in health care facilities when any regulations posted in the areas instruct you to do so. Hospitals or health care facilities may be using equipment that could be sensitive to external RF energy. Aircraft Turn OFF your Phonecell before boarding any aircraft. •• Use it on the ground only with crew permission. •• Do not use it in the air. To prevent possible interference with aircraft systems, U.S. Federal Aviation Administration (FAA)regulations require you to have permission from a crew member to use your cellular phone (or any other cellular product) while the plane is on the ground. To prevent interference with aircraft systems, FCC regulations prohibit using your cellular FWT while the plane is in the air. Children Do not allow children to play with your Phonecell to prevent damage to the unit. Blasting Areas Construction crews often use remote control RF devices to set off explosives. Therefore, to avoid interfering with blasting operations, turn your Phonecell OFF when in a "blasting area" or in areas posted: "Turn off two-way radio." Antenna Care and Replacement Do not use the FWT with a damaged antenna. If a damaged antenna comes into contact with the skin, a minor burn may result. Have your antenna replaced by a qualified technician immediately. Use only a manufacturer-approved antenna. Unauthorized antennas, modifications, or attachments could damage the FWT (Fixed Wireless Terminal) and will void the user's authority to operate the equipment.

SX4e GSM 19004USERMANUAL Safety Information Your Phonecell SX4eFWT(Fixed Wireless Terminal) functions as both a radio transmitter and receiver. When it is ON, the FWT receives and sends out radio frequency (RF)energy. The SX4e GSM 1900operates between 1850 MHz and 1990 MHz. It employs the commonly used phase/frequency modu- lation techniques. When you use your Phonecell SX4e, the cellular system handling your call controls the power level at which your unit transmits. Nominal power for the GSM 1900 unit is 1 watt. Exposure to RF(Radio Frequency) Energy In 1991, the Institute of Electrical and Electronics Engineers (IEEE), and in 1992, the American National Standards Institute (ANSI), updated the 1982 ANSI Standard for safety levels with respect to human exposure to RF energy. After reviewing the available body of research, more than 120 scientists, engineers and physicians from universities, government health agencies and industry developed this updated Standard. In March, 1993, the U.S. Federal Communications Commission (FCC) proposed the adoption of this updated Standard. The design of your Telular Phonecell SX4eFWT(Fixed Wireless Terminal) complies with the requirements of EN 55022, 47 CFR Part 15, Class B, and ICES-003 for con- ducted and radiated emissions. Of course, if you want to limit RF exposure even fur- ther than the updated ANSI Standard, you may choose to control the duration of your calls and operate your phone in the most power-efficient manner. Safe Operation Requirement Do not operate your Phonecell when any person is within 8 inches (20 cm) of the antenna. Protective Earth (Safety Ground) Terminal A protective earth (safety ground) terminal (screw) marked with the protective earth symbol is provided on the back of the SX4 Phonecell unit. This terminal must have a permanent connection to a good earth ground (i.e. a cold water pipe) by means of an 18 gauge or heavier insulated wire. The wire insulation should be green with a yellow stripe to indicate that this is a protective earth (safety ground) connection. WARNING:The protective earth is to be installed by a qualified electrician. Temperature Environment Operating Temperature :: From -10°C (14°F) to +50°C (122°F); Up to 95% relative humidity (non-condensing) Storage Temperature: From -20°C (-4°F) to +60°C (140°F); Up to 95% relative humidity (non-condensing) WARNING! Your Phonecell must be placed or mounted on a flat surface to allow proper ventilation. Do not block the air vents or the space beneath your Phonecell as this could cause the unit to overheat and fail. ! IMPORTANT! To ensure safe and efficient operation, please read the following information and observe these guidelines whenever using your Phonecell FWT.

ES025A (6-94) DRAWNBY: DRAWING NUMBER: APPROVEDBY: DES. ENG.MFG.MECH. DESIG. TITLE: DATE: SHT. OF 11 LABEL, PHONECELL SX4 GSM ASSEMBLY 96022500 12/29/98 D. TOBIAS P. WOJCIK REV DESCRIPTION BY DATE APPROVED - RELEASE TO RECORDS RLK 1/8/99 A ECO SX028, ADD CE MARKING RLK 5/24/99 B ECO SX107, CHG S/N SPEC RLK 3/27/00 C ECO SX161; RMV “USA” ADD NOTE 9 RLK 1/22/01 D ECO SX177; CREATE -03 FOR 1.9 XXX 8/XX/01 NOTE:1. MATERIAL: 2“ x 1” ADHESIVE-BACKED POLYESTER OR APPROVED EQUIVALENT PER THE DURABILITY TEST OF 1.7.15 OF BS EN 60950: 1992 (BS 7002: 1992). 2. TEXT FONTS, SIZE AND LOCATION SHALL BE APPROVED BY THE MARKETING DEPARTMENT PRIOR TO VOLUME PRODUCTION. 3. BARCODES TO BE CODE 128.4. AAAAAAAA TO BE REPLACED WITH IMEI OF UNIT.5. YYWWLTXXXX TO COMPLY WITH TELULAR SPEC. 90006502.6. NNNNNNNN TO BE REPLACED WITH TELULAR MODEL NUMBER.7. DDDDDDDDDDD TO BE REPLACED WITH ABBREVIATED PRODUCT MODEL DESCRIPTION. 8. RR TO BE REPLACED WITH PRODUCT REVISION IDENTIFIER.9. MMMMMM TO BE REPLACED WITH COUNTRY OF MANUFACTURE. G. KNIGHT P. JENSEN G. EHRLICH P/N 96022503 - GSM SX4E 1.9 (W/ CE MARK & FCC ID)P/N 96022502 - WITH CE MARKP/N 96022501 PN: 96022501 REV. RR Model No.: NNNNNNNN IMEI: 44828688AAAAAAAA S/N: YYWWLTXXXX MADE IN MMMMMM Desc: DDDDDDDDDDDDDD PN: 96022502 REV. RR Model No.: NNNNNNNN IMEI: 44828688AAAAAAAAS/N: YYWWLTXXXX MADE IN MMMMMM Desc: DDDDDDDDDDDDDD -01 -02 PN: 96022503 REV. RR Model No.: NNNNNNNN IMEI: 44828688AAAAAAAAS/N: YYWWLTXXXX MADE IN MMMMMM Desc: DDDDDDDDDDDDDD -03 FCC ID: MTF00701 ES025A (6-94) DRAWNBY: DRAWING NUMBER: APPROVEDBY: DES. ENG.MFG.MECH. DESIG. TITLE: DATE: SHT. OF 11 LABEL, LOGO/PATENTS 96026200 1/22/01 D. TOBIAS PRW REV DESCRIPTION BY DATE APPROVED XA RELEASE FOR PROTOTYPE;SX161 RLK 1/22/01 - RELEASED TO RECORDS XXX 8/XX/01 NOTE:1. MATERIAL: 2“ x 3” ADHESIVE-BACKED WHITE POLYESTER OR APPROVED EQUIVALENT PER THE DURABILITY TEST OF 1.7.15 OF BS EN 60950: 1992 (BS 7002: 1992). 2. TEXT FONTS, SIZE AND LOCATION SHALL BE APPROVED BY THE MARKETING DEPARTMENT PRIOR TO VOLUME PRODUCTION. 3. COLOR: ALL TEXT AND SYMBOLS TO BE BLACK. G. KNIGHT D. KRASOWSKI D. TOBIAS P/N 96026202 WITHOUT FCC RULESP/N 96026201 WITH FCC RULES PN: 96026201 R CORPORATION 647 North Lakeview Parkway Vernon Hills, Illinois 60061 U.S.A. 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. Covered by one or more of the following U.S. patents and their foreign equivalents: 4,658,096; 4,737,975; 4,775,997; 4,868,519; 4,922,517; 5,469,494; 5,134,651; 5,361,297; 5,715,296; 5,046,085 and patents pending. SEE MANUAL FOR OPERATION & MAINTENANCE INSTRUCTIONS ! -01 -02 FOR TECHNICAL SUPPORT CALL +1-847-247-9400 PN: 96026202 R CORPORATION 647 North Lakeview Parkway Vernon Hills, Illinois 60061 U.S.A. Covered by one or more of the following U.S. patents and their foreign equivalents: 4,658,096; 4,737,975; 4,775,997; 4,868,519; 4,922,517; 5,469,494; 5,134,651; 5,361,297; 5,715,296; 5,046,085 and patents pending. SEE MANUAL FOR OPERATION & MAINTENANCE INSTRUCTIONS ! FOR TECHNICAL SUPPORT CALL +1-847-247-9400 ASSEMBLY PARTS LIST ASSEMBLY: ORIGINATOR: PAGE OF PHONECELL SX4e ASSEMBLY DAVID TOBIAS 1 1 (GSM) 1.9-V/F/PC DATE: DRAWING NO.: APPROVED: 01025300 PAUL WOJCIK 04/16/01 FIND QTY. REQ. P/N DESCRIPTION REFERENCE DESIGNATOR NO. 01 1 1 77012903 PLASTIC PLATED BASE, SX4, V/F/PC 2 1 15027101 CCA, RADIO/FWT, GSM 1.9-V/F/PC, SX4 3 1 77013008 PLATED PLASTIC TOP COVER, SX4, V/F/PC 456 7 25019801 SCREW, 4-14X.500 PNH XREC BLUNT PT 7 1 25003908 SCREW, 6-32X5/8 PNH XREC STLZP 8 1 25017901 BOLT, GROUND 6-32 X 1/4 (GREEN) SLT 9 1 25020801 WASHER,INTL 1/2ID, 5/8OD,.022THK 10 1 25020901 NUT, HEX 1/2-28, FOR TNC BULKHEAD 11 1 96022503 LABEL, CE/FCC ID, PC SX4E GSM 1.9 12 1 96026201 LABEL, LOGO/PATENTS/FCC PT15, BLK&WHT 13 1 96023101 LABEL, CAUTION, ESD 14 REF 96024003 LABEL, SX4 GSM 1.9 BABT CERTIFIED 15 2 44001904 SPACER, ADH BACKED 3M# SJ-5012BLK 16 REF 35049800 PROG FLASH, RADIO, GSM 1.9, SX4 17 REF 35051600 PROG FLASH, FWT, GSM-V/F/PC, SX4 18 REF 35051700 PROG CPLD, FWT, GSM 1.9-V/F/PC, SX4 19202122232425 REV DESCRIPTION DATE APPD XA RELEASE FOR PROTOTYPE 06/04/01 RLK - RELEASED TO RECORDS 08/xx/01 RLK

October 24, 2001 According to Telular Corporation, there is not a tuneup procedure necessary for this device.

EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 1 of 1 TEST REPORT ON PHONECELL SX4E PCS 1900 DEVICE OPERATING ON 1850.400 MHz to 1909.600 MHz FCC Procedures Part 24 and Part 15 TEST REPORT NUMBER CTMS 2001/1957b August 2001 Prepared for: Telular Corporation, 647 North Lakeview Parkway, Vernon Hills, IL 60061, USA. The results in this report refer to the tested unit only EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 2 of 2 General Test Information Date Test Sample Received : 06/07/2001 Date Testing Started : 06/07/2001 Date Testing Finished : 09/08/2001 Equipment Serial Number : 9 CTMS Project Number : 2001/1957b Test Engineer : M. Billis Technical Manager : D. Fisher APPROVED BY:- _________________________ DATE __________ D. Fisher Head of Laboratory Report Copy No 1 EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 3 of 3 Contents list and Information 2.1033 (b) (1) Name of applicant : Telular Corporation Address of applicant : 647 North Lakeview Parkway, Vernon Hills, IL 60061, USA. Contact: Jeff Hickey 2.1033 (b) (2) FCC Identifier : MTF00701 Model Type Number : Phonecell SX4E 2.1033 (b) (6) Report of measurements : Page 7 2.1033 (7) Photographs of equipment and identification plate / label : Page 53 15 Subpart A General 15.31 Measurement standards (OATS) : Page 5 15.33 Frequency range of radiated measurements : Page 6 15.35 Measurement detector and bandwidths : Page 6 15 Subpart B unintentional Radiators (Unit in idle mode) 15.109 Radiated Emission Limits : page 46 15.111 Antenna Power Conducted Limits : page 47 15.107 Conducted Limits (mains) : page 48 EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 4 of 4 15 Subpart C Intentional Radiators (Unit in call) 15.207 Conducted Limits (mains) : page 50 24 Subpart E Broadband PCS (Unit in call) 24.232 Power Limits : page 7 24.235 Frequency Stability : page 19 24.238 Spurious Emission Limits : page 10 General Information and Attachments : Company Accreditations & Credentials : Page 62 Test Instruments and ancillaries used : Page 71 EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 5 of 5 15.31 Measurement standards The measurement facilities at Cambridge Test and Measurement Services LTD, are in accordance with ANCI C63.4 and lodged with the FCC under rule 2.948, a letter from the FCC recognising compliance with the requirements was dated March 02,1999 with the registration number 93385. Open Area Test Site (OATS) Transmission Axis 3 m / 30 m EUT d where d is the maximum EUT dimension 2D 3m / 30m 40m 10m Automatic Turntable LISN LISN v3.D 1 - 4 m Automast ESVS10 Receiver Fibre Optic Control Feeds PC Controller EUT Equipment Test Set Up Antenna to EUT Distance EUT Mains Supply: Fed under the ground plane EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 6 of 6 Frequency spectrum to be investigated - 47 CFR 15.33 The range of frequency search was from 9 kHz 20 GHz. Measurement detector and bandwidths 47 CFR 15.35 Measurements below 1000 MHz are taken using a quasi-peak detector which has been calibrated to the requirements of CISPR 16-1. General Test Conditions Laboratory environment . Ambient Temperature : 21 °C Relative Humidity : 50 % Open Area test Site : 23 °C Test Instruments used The complete list of laboratory instruments and ancillaries is included at the end of this report. EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 7 of 7 Transmitter emission limits- 47 CFR 24.232 The Transmitter (the EUT) was set to continuous transmit, and was placed on a wooden table at a distance of 3m from the receiving antenna. For measurement of emissions above 1 GHz an absorber lined room was used, which is accepted in ANSI C63.4 in this frequency range. The ETSI ETR 027 substitution method was used to measure the radiated peak power of the transmitter. The calibrated Signal generator, cable and antenna were used to set up a field of 10dBm eirp at 3m as follows; R & S Antenna item 904 gain = 8.3 dBi (= 6.15dB gain over a dipole) Cables 128 + 129 loss = 5.4 dB Signal Generator item 35 output = 7.1 dBm The received level of the reference field was noted. Using the Spectrum analyser (item 69) with RBW and VBW set to 1 MHz and maximum hold. With the EUT replacing the substitution antenna the increase in the received level was recorded using the maximum hold facility. The results were:- Operating Frequency MHz Increase from Reference dB Tx Power eirp Watts Tx power ERP Watts 1850.400 21.87 1.54 0.938 1880.000 20.08 1.02 0.621 1909.600 20.04 1.01 0.615 EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 8 of 8 GENERATOR EUT MEASURING RECEIVER MEASURING RECEIVER ALL CONNECTIONS AND INSTRUMENTS IN BLUE ARE CALIBRATED. REPLACE EUT WITH SUBSTITUTION ANTENNA MAINS VARIAC MAINS VARIAC SET TO NORMAL VOLTS DVM ANECHOIC CHAMBER ANECHOIC CHAMBER Measurement set up. Substitution set up. Test Instruments used (see general information). 69, 32, 57, 904, 922, 118, 813, 35, 128, 129, 907, Racal 6104/77 Test Set S/N 5010. EQUIPMENT : PHONECELL SX4E TEST REPORT NUMBER: CTMS 2001/1957b FCC Identifier : MTF00701 CTMS FCC Registration Number: 93385 Page 9 of 9 Results in accordance with Part 24.232(b) Radiated Power Limits - Mobile/portable stations. Field Strength of Fundamental (with supplied 115V AC power supply) Operating Frequency (MHz) Identity Result e.i.r.p. (Watts) Spec limit e.i.r.p. (Watts) Result ERP (Watts) 1850.400 Fundamental …

Text truncated - open the document above for the full version.

Chris Harvey From:Chris Harvey Sent:Monday, September 24, 2001 10:04 AM To:'Andy Cr isp'; Chris Har vey Cc:Jeff Hickey; GSM circular list; Laurence Richardson Subject:RE: Telular FCC application comments to Metlabs questions. Andy, we will await the amended report to continue the review of the application. I have received a clarification from the reviewing engineer regarding his original question #2. He did have a typographical error in his later portion of the request. the request should have read as follows: > 2. A video filter (i.e., VBW < RBW) was used to demonstrate band edge > compliance. FCC policy has always required that constant envelope > modulation schemes (such as GMSK, as used by GSM devices like the EUT)must > use peak detection (i.e., RBW < VBW). This applies both to spurious > emissions tests and output power tests. Both of these must be re-measured > using a RBW < VBW, and new data submitted. It does appear as though there may be some additional re-tests that will be required per this corrected message. Also, for clarification, the Occupied Bandwidth plots that are being requested can be used as the means for justifying the Necessary Bandwidth portion of the Emission Designator. Please let me know if I can be of further assistance. Best regards, Chris Harvey Chris Harvey EMC Lab Director, MET Laboratories, Inc. 1-800-638-6057 x-310 [email protected] -----Origina l Message----- From:Andy Crisp [SMTP:[email protected]] Sent:Friday, September 21, 2001 4:06 AM To:Chris Harvey Cc:Jeff Hickey; GSM circular list; Laurence Richardson Subject:RE: Telular FCC application comments to Metlabs questions. Chris, the amended test report was not meant to be included in this e-mail, these were just comments to your previous questions. We do not want to send an amended report yet until the comments we have raised, towards the questions from the engineer who is assessing the application, are dealt with and we both agree on the correct format of the new amended report. By doing this way , will avoid t he need to have to produce a further amended report. As soon as you get any feed back from the engineer who is assessing the application, please could you contact me as soon as possible so we can discuss the outcome of his assessment to our comments. Best regards Andy Crisp -----Original Message----- From: Chris Harvey [mailto:[email protected]] Sent: 20 September 2001 16:09 To: 'Andy Crisp' Cc: Marianne Bosley Subject: RE: Telular FCC application comments to Metlabs questions. Andy, I did not receive an attachment in this e-mail (amended test report as indicated below). Please send again. > -----Original Message----- > From:Andy Crisp [SMTP:[email protected]] > Sent:Thursday, September 20, 2001 10:51 AM > To:Chris Harvey > Cc:Laurence Richardson; GSM circular list > Subject: Telular FCC application comments to Metlabs questions. > > Chris, > > good to speak to you, and as discussed in our telephone > conversation, here are the comments (in bold) to the questions raised over > the Telular application, and some actions rectifying issues in a new > amended test report. > > > > -----Original Message----- > > From: Chris Harvey [mailto:[email protected]] > > Sent: 10 September 2001 22:18 > > To: '[email protected]'; '[email protected]' > > Cc: Marianne Bosley > > Subject: FW: Telular (7Layers) FCC ID:MTF00701 MET#11225 > > > > Andy and David , attached is the outcome of the initial technical review > for the Telular application referenced above. We will need continue the > review upon receipt of additional information. > > This is a mobile Part 24E device. > > The following items need to be either re-tested or somehow addressed: > > 1. You have listed the power as 1.54 W EIRP, without providing any > > justifications or calculation to support this statement. The FCC RF > Exposure Categorical Exclusion is for Mobile Devices that have less than > 3W ERP. Please provide the ERP value for this application. It is likely > that we will not need to perform the review of the SAR report that has > been provided. > > The test house has modified the results in the amended test report, to > indicate ERP showing any calculations. > > > > 2. A video filter (i.e., VBW < RBW) was used to demonstrate band edge > compliance. FCC policy has always required that constant envelope > modulation schemes (such as GMSK, as used by GSM devices like the EUT)must > use peak detection (i.e., RBW > VBW). This applies both to spurious > emissions tests and output power tests. Both of these must be re-measured > using a RBW > VBW, and new data submitted. > > Looking at the test report, all plots show that a resolution bandwidth > greater than the Video bandwidth was used e.g pages 10 - 37. > > > > 3. Please provide raw data, sample calculations, and test procedures used > to measure output power, EIRP, and spurious radiated emissions. Simply > providing summary sheets indicating final levels is not sufficient. > > The test house has modified the results in the amended test report, to > indicate raw data and sample calculations and test procedures. > > > > 4. Please provide occupied bandwidth plots. > > Looking at the test report, all plots show in effect occupied bandwidth as > they each have a limit line around it showing the bandwidth specification. > e.g pages 10 - 37. > > > > 5. Please propose an emission designator, and justify the proposed choice. > Typically GMSK Modulated signals for 24 Subpart E have something like > 340KGXW > > Still awaiting confir mation from Telular of the emission code. > > > > 6. As a mobile device, as far as RF Exposure is concerned, the FCC > generally requires that a statement be included in the installation > instructions of the User's Manual specifying a minimum separation distance > of 20 cm between the antenna and all persons during normal operation, in > order to comply with FCC RF Exposure limits. Please provide the statement > that Telular…

Text truncated - open the document above for the full version.

Chris Harvey From:Chris Harvey Sent:Friday, October 12, 2001 2:43 PM To:'[email protected]'; Chris Harvey Cc:Laurence Richardson; Jeff Hickey; Andy Crisp Subject:RE: Telular FCC application David and Andy, I have spent considerable time in reviewing the newest test report submitted, but do not see how the measurements have changed from the previous report. It appears as though you may have submitted a report that has not been updated. I could not find measurement plots in the report that used the stated 1MHz RBW and 1MHz VBW as stated in the text from you on September 28th. All plots seem to show RBW of 10kHz and VBW of 1kHz, thus making the measurements video filtered (or video averaged), not peak measurements. Please let me know if I am in error. I am attaching both copies of the report for your reference. Best regards, Chris Harvey -----Origina l Message----- From:David Tre va yne-Smith [SMTP:da vid.treva yne-smith@7la yers-UK.co m] Sent:Friday, October 12, 2001 7:51 AM To:Chris Harvey Cc:Laurence Richardson; Jeff Hickey; Andy Crisp Subject:RE: Telular FCC application Chris, Please find the attached report in connection to the application for FCC certification for the Telular SX4e product. Any queries or questions please do not hesitate in contacting myself or Andy Crisp. best regards David Trevayne-Smith sent o n be half of: Andy Crisp Qualification Engineer 7 layers UK Ltd Melbourn Science Park Melbourn, Royston, SG8 6HB, UK Tel: + 44 (0) 1763 262524 Direct: + 44 (0) 1763 269006 Fax: +44 (0) 1763 261177 email: [email protected] please cc all emails :[email protected] << File: FCC part 15_24 test report a.pdf >>

Marianne Bosley From:Greg Czumak Sent:Friday, September 07, 2001 11:31 AM To:Marianne Bosley; Chris Harvey Subject:RE: Telular (7Layers) FCC ID:MTF00701 MET#11225 Chris, This is a mobile Part 24E device, with which they have provided an SAR report. Does the FCC have to approve this? Listed EIRP is 1.54 W, though they provide no justification (i.e., test data) to support this statement. I am not qualified to review an SAR report. Re RF requirements, there are a number …

Text truncated - open the document above for the full version.