SJNVMX-1002.4GHz Transmitter

Version 0.8, October 27, 2003 Proprietary to VPrf.com 1 VMX-100-SPP Preliminary Datasheet General Description The VMX-100-SPP is a 2.4 GHz Bluetooth radio (or modem) that acts as a wireless transceiver. Integrating the VMX-100-SPP into a device and setting up Bluetooth serial communication enables that device to send and receive wireless communication to/from other Bluetooth-enabled devices. Features • Small Size: The VMX-100 Wireless Modem has been engineered to be a very small size - only 1.44" x 1.335". • Simple Integration: Using VMX-100 Wireless Modems eliminates the need for expensive RF engineering and development for your product. • Fast Time to Market: Using the VMX-100 Wireless Modem reduces the time to market for your wireless product. • Highly Customizable: VPrf.com gives you the flexibility you need for your specific application by offering wireless radio customization and integration services. • Extended Range: VMX-100 Wireless Modems transmit and receive Bluetooth signals up to 100 meters (328 feet) with embedded antennas. • Low Power Consumption: Power management becomes easier with the low power consumption of the VMX-100 Wireless Modem. Applications • Consumer Products • Medical Devices • Industrial Products • Handheld Devices • Military Devices • Government Applications Ordering Information Part Number Description VMX-100-SPP Bluetooth Modem with embedded Serial Port Profile and integrated PCB antenna. VMX-Evaluation Kit Evaluation kit for VMX Bluetooth Modems. Includes one VMX-100- SPP module, one VMX-RS232 Interface Adapter, one Bluetooth USB Adapter, one 9-pin RS232 serial cable, one AC power adapter, and instructions. Version 0.8, October 27, 2003 Proprietary to VPrf.com 2 Key Specifications General Specifications Board Size with Connector 1.44" x 1.335" x 0.385" (36.58mm x 33.91mm x 9.78mm) Weight 0.3 oz. Frequency 2.4 GHZ - ISM band Bluetooth Class Class I Emission Type Frequency hopping spread spectrum (FHSS GFSK) RF Data Rate 1 Mbps Data Throughput 723 kbps maximum Connector 30 pins, 2 rows, 2 mm pin spacing Operating Temperatures 0° to 70° C (commercial) Antenna Internal Embedded antenna External Connector for external antenna* *May require additional FCC testing. Power Requirements Supply Voltage 3.3 - 5 volts unregulated Transmit Current 125 mA Receive Current 60 mA Sleep Mode Current 100 μA Shutdown Mode Current 0.1 μA Transmit Power Output 100 mW maximum (20 dBm) Max. Sleep Time to Maintain Sync 1.28 seconds recommended Compatibility & Certification FCC FCC Modular Approval Bluetooth Bluetooth 1.1 Compatible Distance Range 100 m (330 feet) open range Interface 30 Pin Interface UART, USB, and audio interfaces (standard) Power Consumption ACL Data Transfer 720kbps USB (Slave) 140 mA ACL Connection, Sniff Mode, 40ms Interval, 38.4kbps UART 10 mA ACL connection, Sniff Mode 1.28s interval, 38.4kbps UART 2 mA Version 0.8, October 27, 2003 Proprietary to VPrf.com 3 Pin Diagram Pin Description Pin Number Name Description/Function 1 GND Ground 2 VCC 3.3V to 5.5V unregulated power supply 3 RESET(L) Reset if low - must be low for >5ms 4 UART_CTS(L) UART clear to send input - active low - connect to your RTS output 5 GND Ground 6 UART_RTS(L) UART request to send output - active low - connect to your CTS input 7 UART_TX UART data output to your device's RX 8 UART_RX UART data input to your device's TX 9 GPIO_1 VPrf programmable input/output line 10 SHUTDOWN(L) Power shutdown to entire module - active low 11 SPI_MISO Serial peripheral interface data output 12 GPIO_2 VPrf programmable input/output line 13 GND Ground 14 SPI_CSB Chip select for serial peripheral interface 15 USB_D+ USB data plus 16 USB_D- USB data minus 17 SPI_MOSI Serial peripheral interface data input 18 GND Ground 19 GPIO_3 VPrf programmable input/output line 20 SPI_CLK Serial peripheral interface clock 21 PCM_SYNC Audio synchronous data SYNC 22 PCM_IN Audio synchronous data input 23 PCM_CLK Audio synchronous data Version 0.8, October 27, 2003 Proprietary to VPrf.com 4 24 PCM_OUT Audio synchronous data 25 GPIO_4 VPrf programmable input/output line 26 GND Ground 27 GPIO_5 VPrf programmable input/output line 28 GPIO_6 VPrf programmable input/output line 29 VCC 3.3V to 5.5V unregulated power supply 30 GND Ground (L) – Indicates an active low signal Wiring Diagram Pin 2Pin 1 Pin 8 Pin 7 Pin 4 Pin 6 Ground VCC UART_TX UART_RX RTS CTS UART_TX UART_RX RTS CTS VMXCustomer Device Version 0.8, October 27, 2003 Proprietary to VPrf.com 5 Electrical Characteristics Parameter Minimum Typical Maximum Absolute Maximum VCC 5.5V Absolute Minimum VCC 3.15V Input Logic Level Low -0.4V 0.8V Input Logic Level High 2.1V 3.4V Output Logic Level Low 0.2V Output Logic Level High 2.8V Default UART Settings Parameter Setting Baud Rate 57,600 Data Bits 8 Parity None Stop Bits 1 Hardware Flow Control Enabled Versi on 0.8, Octob e r 27, 2 003 Propri e tary to VPrf.com 6 Mechani c al Drawi n g

DNB Engineering Inc. Phone 1-800-887-4433/435-336-4433 1100 East Chalk Creek RD Fax: 435-336-4436 Coalville UT 84017 www.dnbenginc.com December 21, 2004 Re: FCC ID SJNVMX-100 Applicant: Visionar Products, Inc. Correspondence Reference Number: 28038 731 Confirmation Number: EA737579 Subject: RF Power at the Antenna Connection and Power Conducted emissions Attached are 2 PDF documents (56015C & mpecalc) containing the information that was requested in the above correspondence letter dated Nov 1, 2004 . Please feel free to contact me if you have any further questions or comments, and thank you again for assistance with this matter. Sincerely Clay Allred Facility Manger DNB Engineering Inc.

DNB Engineering Inc. Phone 1-800-887-4433/435-336-4433 1100 East Chalk Creek RD Fax: 435-336-4436 Coalville UT 84017 www.dnbenginc.com January 28, 2005 Re: FCC ID SJNVMX-100 Applicant: Visionary Products, Inc. Correspondence Reference Number: 28381 731 Confirmation Number: EA737579 Subject: Confidentiality Upon being authorized to act in behalf of Visionary Products Inc, I Clay Allred of DNB Engineering, Inc. request confidentiality on the following submittal items, for the above FCC transmitter certification submittal. ƒ Equipment Schematics ƒ Device Block Diagram Thank you for your assistance with this matter, and please feel free to contact me if you have any further questions or comments. Sincerely Clay Allred Facility Manger DNB Engineering Inc.

REPORT #56015-1 Appendix C External Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT REPORT #56015-1 Appendix C External Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT REPORT #56015-1 Appendix C External Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT with Antenna’s

REPORT #56015-1 Appendix B Internal Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT REPORT #56015-1 Appendix B Internal Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT REPORT #56015-1 Appendix B Internal Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT with Antenna’s

VMX-100 Operational Description: The VMX-100 is a Bluetooth compatible 2.4GHz radio. It can be integrated into many different devices using the three antenna types. The Bluetooth radio uses the CSR BC02 chip. A 16MHz crystal is used as the timing source for the generation of all transmission frequencies. The CSR BC02 radio chip is in full compliance with the frequency hopping requirements detailed in the Bluetooth 1.1 specification. The CSR BC02 uses all 79 channels equally on average. The CSR BC02 receiver hops in synchronization with the associated transmitter. The CSR BC02 generates a pseudorandom sequence that is used to control the hopping sequences. The chip evenly distributes a continuous stream of data over the 79 channels. This even distribution is realized even with a short burst of data. Clock Frequencies: 16MHz Description of protection covering control, tuning and filtering circuitry of receivers: The VMX-100 has an EMI shield can that covers all of the circuitry except for the 3.0 V regulator and the front-end pi filter and antennas. The receiver circuitry for the VMX-100 has some discrete filtering and a low noise amplifier. All other functions are performed internally to the CSR radio.

MPC Calculator Lowest Frequency2402 MHz Highest Frequency2480 MHz Wavelength (lowest frequency)0.12 m Antenna aperture (1/4 wavelength radiator assumed)0.031 m Far Field Distance1.56 cm Power17mW Ant Gain2dB Cable Loss1dB G (dB)1dB G1.14 numerical EIRP19.41 mW R20cm S0.004 mW/cm^2 Occupational/Controlled Exposure Limit Limit (1500 - 100,000 MHz)5.00 mW/cm^2 General Population/Uncontrolled Exposure Limit Limit (1500 - 100,000 MHz)1.00 mW/cm^2

REPORT #56015-1 CERTIFICATION REPORT FOR A LOW POWER TRANSMITTER Per 47 CFR Part 15, Subpart C, Section 15.247 47 CFR Part 15, Subpart C, Section 15.209 EUT:VMX-100 PREPARED FOR APPLICANT: Visionary Products Inc. 11814 S. Election Road Ste 200 Draper, UT. 84020 REPORT # 56015-1 ELA #116 Test Completion Date: September 03, 2004 Prepared By: DNB ENGINEERING, INC. NVLAP Lab Code 200634-0 1100 East Chalk Creek Rd. Coalville, Utah 84017 Tel: 1(435) 336-4433 REPORT #56015-1 EXECUTIVE SUMMARY The purpose of this series of tests was to demonstrate the Electromagnetic Compatibility (EMC) characteristics of the VMX-100, the following tests were performed: REQUIREMENTS STATUS COMPLIANT Yes/No/NA 47 CFR Part 15, Subpart C, Section 15.247 Transmitter Requirments Yes 47 CFR Part 15, Subpart C, Section 15.209 Spurious Emissions Yes Signed By : Clay Allred Lab Manager DNB Engineering Inc. This report shall not be reproduced without the written approval of DNB ENGINEERING, INC. Results contained in this report relate only to the item tested. 2 REPORT #56015-1 DOCUMENT HISTORY Revision Letter Number of Pages Page No. of Rev. Description Date 35 Document Release 9/22/04 3 REPORT #56015-1 TABLE OF CONTENTS 1 INTRODUCTION.....................................................................................................................................................6 1.1 A DMINISTRATIVE DATA AND TEST DESCRIPTION..............................................................................................6 1.2 T EST CONFIGURATION.......................................................................................................................................6 1.3 E QUIPMENT DESCRIPTION.................................................................................................................................. 6 1.4 M ODE OF OPERATION........................................................................................................................................6 1.5 A NTENNA INFORMATION...................................................................................................................................7 1.6 D OCUMENTED EMC CONTROL MEASURES........................................................................................................7 1.7 C LOCK FREQUENCIES.........................................................................................................................................7 1.8 T EST VOLTAGE..................................................................................................................................................7 1.9 J USTIFICATIONS.................................................................................................................................................7 1.10 B LOCK DIAGRAM...............................................................................................................................................8 1.11 I NTERNAL PHOTOGRAPH EQUIPMENT UNDER TEST (EUT)................................................................................9 1.12 E XTERNAL PHOTOGRAPH EQUIPMENT UNDER TEST (EUT).............................................................................10 2 SPURIOUS EMISSIONS PER PART 15, SUBPART C, SECTION 15.209.........................................................11 2.1 R ADIATED EMISSIONS TEST SETUP AND PROCEDURE......................................................................................11 2.2 R ADIATED EMISSIONS COMPLIANCE DATA......................................................................................................13 2.3 R ADIATED EMISSIONS FUNDAMENTAL FREQUENCY COMPLIANCE DATA........................................................17 2.4 R ADIATED EMISSIONS BANDWIDTH COMPLIANCE DATA.................................................................................19 2.5 T EST DESCRIPTION..........................................................................................................................................19 2.6 R ADIATED EMISSIONS BANDWIDTH COMPLIANCE DATA.................................................................................20 2.6.1 Run 1.2 Ch 79 (Vertical Plot).................................................................................................................20 2.6.2 Run 1.2 Channel 1 (Vertical Plot)..........................................................................................................21 2.6.3 Run 1.3 (Ch 1 Horizontal Plot)..............................................................................................................22 2.6.4 Run 1.3 (Ch 79 Horizontal Plot)............................................................................................................23 2.6.5 Run 1.4 (Ch 1 Vertical Plot)...................................................................................................................24 2.6.6 Run 1.4 (Ch 79 Vertical Plot).................................................................................................................25 2.7 C LIMATIC CONDITIONS....................................................................................................................................26 2.8 C OMPLIANT STATEMENT................................................................................................................................. 26 2.9 R ADIATED EMISSIONS COMPLIANCE DATA......................................................................................................27 2.10 P HOTOGRAPH OF RADIATED EMISSIONS TEST SETUP.......................................................................................28 3 EQUIPMENT MANUFACTURED AFTER COMPLIANCE TESTING..............................................................29 4 APPENDIX SECTION............................................................................................................................................29 4.1 A PPENDIX A LIST OF ATTACHMENTS................................…

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REPORT #56015 VERIFICATION REPORT OF ELECTROMAGNETIC INTERFERENCE Per CFR 47 Part 15 Subpart B Conducted Emissions Per EN 55022 EUT: PREPARED FOR APPLICANT: Visionary Product Inc. 11814 South Election Road Ste 200 Draper, UT. 84020 NVLAP Lab Code 200634-0 REPORT # 56015 TEST COMPLETION DATE: December 20, 2004 Prepared By: DNB ENGINEERING, INC. 1100 East Chalk Creek Rd. Coalville, Utah 84017 Phone (435) 336-4433 REPORT # 56015 1. CONDUCTED EMISSIONS EN 55022 CLASS A 1.1 Test Setup and Procedure The EUT was placed on a wooden table 1 meter wide and 1.5 meters long .The top of the table is 80 cm above the ground plane and 40 cm from the vertical coupling plane. The EUT was put into the mode of operation as stated in 1.4. The conducted tests are performed by inserting a 50-ohm, 50 uH LISN in series with the power line of the EUT. The tests are either performed on each unit individually or on several units at a time for each test configuration. The spectrum analyzer is setup to store the peak emissions over the range stated in the applicable standard. Cables are then adjusted to maximize emissions. The peak spectrum analyzer trace and limits are plotted onto graph paper. A receiver (with CISPR quasi peak and average capability) is used to identify the highest frequencies with respect to the limit. Ambients are noted on the graph along with emissions from the EUT. EUT emissions with more than 10 dB margin may only have peak spectrum analyzer measurements taken. The highest levels are listed in the Conducted Emissions Summary Test Data. Example of Typical Calculation Rohde and Schwarz reading @ 20 MHz 49.0dBμV LISN Factor +7.5dB Cable Loss +2.0dB Total Factors 9.5dB Voltage dBμV at LISN = 58.5dBμv 1.2 Diagram of test setup 1.3 Deviations 80cm table Height LISN EUT 40cm 40cm from the back edge of the table to the Shield room Wall LISN Ground Plane The EUT was tested at 2402 MHz and 2441 MHz using the wire Dipole Antenna and at 2480 MHz with the Chip Antenna, and there seemed to be little difference in the results. Therefore the reaming Antenna and Transmit Frequencies was not tested due to time restraints. 2 REPORT # 56015 1.4 Conducted Compliance Test Data EN 55022 Class B at 120 Volts 60Hz Run 1 Wire Dipole Antenna Transmitting at 2402 MHz Customer: Visionary Products Inc. EUT: VMX-100 Equipment on LISN Freq. MHz Meas'd (dBuV) Filter Factors (dB) AMP Factors (dB) LISN Factors Cable Factors Total Factors Total (dBuV) Limit (dBuV) Delta (dB) Limit Type AVE, QP Line Meas. Mode VMX-100 0.198 48.400.000.000.100.200.30 48.70 55.0 -6.30 AVE L2QP VMX-100 0.198 48.200.000.000.100.200.30 48.50 55.0 -6.50 AVE L1QP VMX-100 1.389 38.100.000.000.100.200.30 38.40 46.0 -7.60 AVE L2QP VMX-100 1.456 37.600.000.000.100.200.30 37.90 46.0 -8.10 AVE L2QP VMX-100 0.158 47.000.000.000.300.100.40 47.40 56.0 -8.60 AVE L2QP VMX-100 0.158 46.800.000.000.300.100.40 47.20 56.0 -8.80 AVE L1QP • 6 Highest frequencies relative to the Limit. Run 1.1 Dipole Wire Antenna Transmitting at 2441 MHz Customer: Visionary Products Inc. EUT: VMX-100 Equipment on LISN Freq. MHz Meas'd (dBuV) Filter Factors (dB) AMP Factors (dB) LISN Factors Cable Factors Total Factors Total (dBuV) Limit (dBuV) Delta (dB) Limit Type AVE, QP Line Meas. Mode VMX-100 0.198 48.200.000.000.100.200.30 48.50 55.0 -6.50 AVE L2QP VMX-100 0.198 48.200.000.000.100.200.30 48.50 55.0 -6.50 AVE L1QP VMX-100 1.389 38.100.000.000.100.200.30 38.40 46.0 -7.60 AVE L2QP VMX-100 0.158 47.400.000.000.300.100.40 47.80 56.0 -8.20 AVE L1QP VMX-100 0.158 46.700.000.000.300.100.40 47.10 56.0 -8.90 AVE L2QP VMX-100 1.456 36.400.000.000.100.200.30 36.70 46.0 -9.30 AVE L2QP • 6 Highest frequencies relative to the Limit. Run 1.2 Chip Antenna Transmitting at 2480 MHz Customer: Visionary Products Inc. EUT: VMX-100 Equipment on LISN Freq. MHz Meas'd (dBuV) Filter Factors (dB) AMP Factors (dB) LISN Factors Cable Factors Total Factors Total (dBuV) Limit (dBuV) Delta (dB) Limit Type AVE, QP Line Meas. Mode VMX-100 0.198 48.400.000.000.100.200.30 48.70 55.0 -6.30 AVE L2QP VMX-100 0.198 48.100.000.000.100.200.30 48.40 55.0 -6.60 AVE L1QP VMX-100 1.456 37.800.000.000.100.200.30 38.10 46.0 -7.90 AVE L2QP VMX-100 1.390 37.500.000.000.100.200.30 37.80 46.0 -8.20 AVE L2QP VMX-100 0.159 46.500.000.000.300.100.40 46.90 56.0 -9.10 AVE L2QP VMX-100 0.158 46.300.000.000.300.100.40 46.70 56.0 -9.30 AVE L1QP • 6 Highest frequencies relative to the Limit. 1.5 Compliant Statement The EUT was compliant with EN 55022 YES NO CA CA Test Engineer’s Initials 3 REPORT # 56015 1.6 Test Data for Conducted Emissions 1.6.1 Run 1 Wire Dipole Antenna Transmitting at 2402 MHz Spread Sheet 4 REPORT # 56015 1.6.2 Run 1 Wire Dipole Antenna Transmitting at 2402 MHz Plot 5 REPORT # 56015 1.6.3 Run 1.1 Wire Dipole Antenna Transmitting at 2441 MHz Spread Sheet 6 REPORT # 56015 1.6.4 Run 1.1 Wire Dipole Antenna Transmitting at 2441 MHz Plot 7 REPORT # 56015 1.6.5 Run 1.2 Chip Antenna Transmitting at 2480 MHz Spread Sheet 8 REPORT # 56015 1.6.6 Run 1.2 Chip Antenna Transmitting at 2480 MHz Plot 9 REPORT # 56015 1.7 Photographs of Test Setup Conducted Emissions EUT: VMX-100 View: Test Setup 10 REPORT # 56015 1.8 APPENDIX: EMC INSTRUMENTATION AND MEASUREMENT EQUIPMENT Calibration of test and measurement equipment is performed by an approved commercial facility, whose standards are traceable to the National Institute of Science and Technology. Conducted Emissions Equipment Description Manufacturer/MN Asset # Serial # Cal Due LISN Fisher LISN-50-32-4-01 U-286 02020 18MAR05 QP Adapter HP/85650 A U-001 2043A00277 05JAN04 Receiver R&S/ESH3 U-081 872742/045 20SEP05 Receiver R&S/ESH3 U-082 882399/025 23MAR05 Spectrum Analyzer Agilent U-257 MY 42000103 19JAN04 Spectrum Analyzer HP/8566B U-138 2421A00516 06MAR05 75 Ohm CDN FCC/FCC-801-C1-8 U-339 9940 14AUG05 50 Ohm CDN FCC/FCC-801-C1-B U-338 9908 27AUG05 Current Probe Solar 6741-1 U-267 966727 13JAN05 Telecom Impedance Stabilization Fischer FCC-T-LISN-T4 U-023 40020 15AUG05 11

REPORT #56015-1 Appendix E Test Setup Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: Test Setup Run 1.2 REPORT #56015-1 Appendix E Test Setup Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT Test Setup Run 1.3 REPORT #56015-1 Appendix E Test Setup Photographs of Equipment Under Test (EUT) EUT: VMX-100 View: EUT Test Setup Run 1.4 Note: A setup photograph of run 1.4 was not available, however the Device was set up the same Run 1.2 only with the antenna pictured below instead of black antenna.