RWU-DMA0202MMimio Xi Whiteboard Capture System

w ireless accessory for Setup Guide wireless module wireless receiver mimio software CD power supply (US ONLY) 12” receiver USB cable * For use with mimio Xi only. System Requirements • Windows® Compatible PC with a Pentium II, 400 MHz processor minimum. • Microsoft® Windows 98SE, Me, 2000 or XP operating system. • 64 MB RAM minimum (128 MB RAM recommended). • Available USB port. Setup Process Depress the release button to remove the linkUSB module from the mimio Xi capture bar. Insert/slide the wireless module into mimio Xi capture b ar. Install the mimio software if not already installed (requires v2.74 or higher). Plug the wireless receiver into an available USB port. OR Power on the device. mimio Xi can be powered by 4AA b atteries or b y the included AC power suppl y (US ONLY). Open the mimio software (v2.74 or higher). Begin writing with a mimio stylus pen to use y our wireless mimio Xi. Maximum wireless range is 30 feet in an open air environment. User Interface Link Status Indicator Green : A wireless link is established between the unit and the PC. Amber: There is no wireless link between the unit and the PC. Flashing amber and green: Unit is in a learning process. Data Transmission Indicator Slow flashing green: System is idle. Fast flashing green: Pen data is being communicated to the PC. Off: No data is being communicate d between the unit and the PC. Power indicator Link Status Data Transmission Learn b utton** ** Refer to the Troubleshooting section for more info on the Learn button. Troubleshooting The wireless mimio module and re ceiver are programmed at the factory and are packaged as a mated pair to work “out of the box” without any user intervention. They are an exclusive pair of components that will only communica te to one another. This allows for more than one wireless mimio system to co-exist in the same environment without causing confus ion over which wireless module communicates to which wireless receiver. Since the wireless module and wirele ss receiver are designed to work exclusively as a pair, you cannot casually interchange a wireless module from one wireless system with a wireless receiver from another wireless system and expect it to work; mixed components will not be able to communicate unless they have been programmed as a pair. A wireless module can only be paired with one wireless receiver at any given point in time; you cannot program one wireless module to work with multiple wire less receivers and vice versa. If you own multiple wireless mimio systems and mistakenly get the wireless module and receiver comp onents mixed together, you can manually re-program any pair of wireless module and receiver components to work exclusively to gether through a learning process. The learning process is described in the steps listed below. Teach b utton Learn b utton 1. Power on the mimio Xi captur e bar (with wireless module). 2. Plug the wireless receiver into an available USB port on your PC. 3. Using a paper clip, press the teach button on the wireless receiver to initiate the learning process. 4. Press the recessed learn button on the wireless module with the tip of a pen or the end of a paper clip to complete the learning process. 5. The Link Status LED will start flashing amber and green while the learning process is underway. Once the wireless module and receiver are mated, the Link Stat us LED will turn to a solid green color to identify the 2 components have been paired and that a wireless connection is established. Technical Support All mimio products in clude free phone and e - mail support. Email: techsupport@virtual - ink.com (United States and Canada) or techsupport.europe@virtual - ink.com (Europe) Telephone: 1 - 877 - 846 - 3721 (United States and Canada) or +44 870 458 3366 (Europe) Web Site: http://www.mimio.com/support With all support inquiries, please provide us with the following information: • mimio model number (located on the mimio serial number label) • mimio software version number • Operating system on computer • Make and model of computer • Description of problem © 1999-2004 Virtual Ink Corporation. All rights rese rved. Virtual Ink and mimio are registered trademarks of Virtual Ink Corporation. mimio Xi and linkUSB are trademarks of Virtual Ink Corporation. Windows andMicrosoft are registered tradem arks of Microsoft Corporation. This device complies with Part 15 of the FCC Rules. Operation is subject to th e following two conditions: (1) this device may not cause harmful interference. (2) this device must accept any interference received , including interference that may cause undesired operation. Caution: Changes or modifications not expressly approved by the party responsible for compliance could void the user's authority to operate the equipment. Contact Virtual Ink Corporation, Brighton Landing East, 20 Guest Street – Suite 520, Boston, MA 02135. Technical Support: 877-846-3721.

▪ Brighton Landing East ▪ 20 Guest Street – Suite 520 ▪ Boston MA 02135 www.virtual-ink.com TEL. 617.987.0410 mimio wireless Block Diagram The mimio wireless system consists of two wireless modules that provide a cable- replacement function for the mimio Xi product. The first module shown in Figure 1 (USB wireless module / receiver) connects to the PC. The second module shown in Figure 2 (wireless device module) connects to the mimio Xi device. Cypress Radio CYWUSB6934 BP F (rlc) Antenna (PCB Trace) USB Microcontroller SPI USB conne ctio n to P C Pow er R eg u lat or miniUSB connector Po we r fr om US B Figure 1: USB wireless module / receiver Figure 2 shows the wireless device module that replaces the original linkUSB module in the mimio Xi product. This module also provides the user interface (buttons and LED’s) needed by the product. Figure 2: Wireless device module with attached mimio Xi capture device. Cypress Radio CYWUSB6934 BPF (rlc) Antenna (PCB Trace) Microcontroller SPI Power Regulator Module Connecto r 2.5mm Power jack (7.5volt 200ma external DC supply) Existing mimio Xi Capture device Module Connecto r SPI Buttons / LED's (User Interface) Wireless Module

MIMIO XI DMA0202M External Photos Page 1 of 8 Rear view of EUT and its host, EUT is at the left end of the photo and is removed from the wand by pressing the indent. MIMIO XI DMA0202M External Photos Page 2 of 8 Top side of EUT and wand, EUT is the section to the left of the photo with the keypad. MIMIO XI DMA0202M External Photos Page 3 of 8 Rear of EUT as it appears when removed from the wand. The inset area where the “SR25” label is located is the location for the FCC and IC ID label. MIMIO XI DMA0202M External Photos Page 4 of 8 Front of EUT as it appears when removed from the wand. MIMIO XI DMA0202M External Photos Page 5 of 8 Side view of EUT MIMIO XI DMA0202M External Photos Page 6 of 8 End view of EUT, shows the power input jack. MIMIO XI DMA0202M External Photos Page 7 of 8 End view of EUT, shows the connector for wand communications and power. MIMIO XI DMA0202M External Photos Page 8 of 8 Shows the wand end where the EUT would be connected.

  
 

  
 

PROPRIETARY RIGHTS: This material constitutes confidential, trade, secret, proprietarymaterial of Virtual Ink, Corp.; the unauthorized use, dissemination or copying of this material isprohibited. This material also constitutes unpublished material protected under provisions of theUnited States Copyright act. This document is to be returned, upon the earlier of demand oraccomplishment of the purpose for which it was provided, to Virtual Ink, Corp. PART NAME:PART NUMBER: 200-0140 REV 01 DRAWN BY: K DESMARAISCHECKED BY: DATE: 02-20-04 DATE: SCALE: 1:1SHEET: 1 OF 1 VIRTUAL INK CORPORATION 20 GUEST ST. - SUITE. 520 BOSTON, MA 02135 REVISIONS DESCRIPTION BY ECO REV DATE FILE PATH/NAME: LBL REGULATORY S/N WIRELESS PM VI 00xxx 01 RELEASE TO PRODUCTION 02-20-04 KMD NOTES:1. MATERIAL: 3M 7815 .0023 THK MATTE COATEDWHITE POLYESTER WITH .0008 ACRYLIC PSA. 2. FINISH: PRINT ARTWORK IN BLACKPANTONE PMS 6C 3. VENDOR TO SUPPLY UL AND CSACERTIFICATES OF COMPLIANCE

  
    

MIMIO XI DMA0202M Internal Photos Page 1 of 3 Interior of EUT with cover removed and PCB moved to the side, shows the speaker and connecting wires. MIMIO XI DMA0202M Internal Photos Page 2 of 3 Integral Antenna Bottom of PCB MIMIO XI DMA0202M Internal Photos Page 3 of 3 Top of PCB with cover of RF module removed.

Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 TEST REPORT TO INDUSTRY CANADA RSS 210 SECTION 6.2.2(m2) FEDERAL COMMUNICATIONS COMMISSION CFR47 PART 15.249 Low Power License-Exempt Data Radio communication Devices Intentional Radiators for Virtual Ink Brighton landing East 20 Guest Street- Suite 520 Boston, MA 02135 (617)987-0462 of MimioXi Wireless Interactive Whiteboard Device FCC ID: RWU-DMA0202M IC: 4952A-DMA0202M on 2/26/2004 Tested by _____________________________________ Andrew Mertinooke Reviewed by _____________________________________ Clifton P. Brick This report may not be duplicated, except in full without written permission from Compliance Worldwide, Inc. Page 2 of 38 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 TABLE OF CONTENTS • Test Description • Test Results and Conclusions • Test Procedures • RSS 210 /Part 15 Subpart C Test Limits • Test Facility Description • Test Setup and Connection Information • Test Measurements and Results Radiated Measurements Radiated Output Power & Occupied Bandwidth Conducted Measurements • Notes and Comments Page 3 of 38 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 TEST DESCRIPTION 1. TEST OBJECTIVE To test the Mimio Xi Wireless Wand to RSS 210 / Part 15 Subpart C Rules and write a report. 2. E.U.T. DESCRIPTION GENERAL The MimioXi Wireless Wand is a portable and low cost device that attaches to any whiteboard (up to 4'x8' in size), connects to your PC/Mac and when used with a projector, allows you control your desktop applications and documents directly from the board. Without a projector, mimio enables you to digitally capture notes or drawings that can be saved, shared, and/or integrated into other materials. SERIAL NUMBERS: ProductionPrototype. Page 4 of 38 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 TEST RESULTS AND CONCLUSIONS PRODUCT TESTED – Mimio Xi wireless Interactive Whiteboard wand MODEL NUMBER – DMA0202 RADIATED TEST RESULTS The test results show that the emissions radiated from this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C. OCCUPIED BANDWIDTH & OUTPUT POWER The test results show that the occupied bandwidth and output power of this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C . CONDUCTED TEST RESULTS The test results show that the emissions conducted through the power line from this equipment are in compliance with IC Rules RSS 210 / FCC Rules Part 15 Subpart C. ANALYSIS AND CONCLUSIONS Based upon the radiated and conducted measurements we find that this equipment is within the limits of the IC Rules RSS 210 / FCC Rules Part 15 Subpart C. All results are based on a test of one sample, and represent other production units, only in as much as a sample represents other production units. If any significant changes are made to the unit, the changes shall be evaluated and a retest may be required. NOTES (Special conditions unique to this test) None Page 5 of 38 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 TEST PROCEDURES 1. TEST EQUIPMENT A. HP 8546A (9 kHz - 6.5 GHz) EMI Receiver w/ RF Filter Section, S/N 3704A00323 / 3650A00360. Calibration Date 1-16-2004, calibrated annually. B. HP 8593E (9 kHz - 26.5 GHz) Spectrum Analyzer, S/N 3829A03887. Calibration Date 11-21-2004, calibrated annually. B. Com-Power Biconilog Antenna, Model AC220, S/N 25509. Calibration Date 3-11-2003, calibrated annually. C. Electro-Metrics Double Ridged Guide Antenna, Model EM-6961, S/N 6337. Calibration Date: 6-24-2003, calibrated annually. D. HP 1 - 26.5 GHz Preamplifier, Model 08449B, S/N 3008A01323. Calibration Date: 1-7-2004, calibrated annually. E. EMCO LISN, Model EM 3825/2, S/N 9109-1860. Calibration Date: 3-9-2003, calibrated annually. F. Com-Power Double Ridged Wave guide Antenna, Model AH-840, S/N 3075. Calibration Date: 1-12-2004, calibrated annually. 2. FREQUENCY RANGE TO BE SCANNED. A. Radiated Test from 30 MHz to 40 GHz (or the 10 th harmonic of the highest frequency whichever is lower). B. Conducted Test from 150 kHz to 30 MHz. Page 6 of 38 Compliance Worldwide, Inc. – 357 Main Street – Sandown, NH 03873 (603) 887 3903 Fax 887 6445 http://www.cw-inc.com TEST NUMBER - 150-04 3. TEST PROCEDURES. Radiated test procedure: The EUT, associated cables and peripheral devices are placed on the supporting table and any support equipment is placed off the site. The EUT is turned on and any necessary operating or test software installed and allowed to warm up. The EUT is pre-scanned in our ferrite tile lined chamber where it is rotated 360 degrees and examined in both horizontal and vertical polarization, all emission frequencies are identified and recorded. The EUT is then moved to the OATS and the frequency band from 30 MHz to 40 GHz is scanned, all frequencies identified in the chamber are investigated, as well as harmonic frequencies of the EUT. When an emission is found the emission is maximized by varying the bundle position of the connecting cables, the antenna height, the antenna polarization (vertical and horizontal) and the table orientation (360 degrees). The maximum reading is recorded and the next signal is searched for. Conducted test procedure: The power line of the EUT is connected to the LISN (Line Impedance Stabilization Network). A measurement of the emissions are made from the power line for both phase and neutral on the analyzer in the frequency range from 150 kHz to 30 MHz. The maximum readings are recorded for each phase. All measurements are made according to the procedures defined in: "ANSI C63.4-1992 Standard Met…

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MIMIO XI DMA0202M Test Setup Photos Page 1 of 4 Conducted Setup Front MIMIO XI DMA0202M Test Setup Photos Page 2 of 4 Conducted Setup Rear MIMIO XI DMA0202M Test Setup Photos Page 3 of 4 Radiated Setup Rear MIMIO XI DMA0202M Test Setup Photos Page 4 of 4 Radiated Setup Front