YWZ-NANOGATERFSecurity tags operating at 8.2 MHz

www.alphaworld.com Instructions for the Nano Gate NANOGATERF 1. The Nano Gate can be installed on any flat surface. 2. The Nano Gate triggers 3 Alarm RF devices. 3. The red light indicates good battery life and serves as a visual deterrent. NOTE: Battery life lasts 3 weeks if operating 24/7 4. The Nano Gate can pivot side-to-side if bumped into. 5. The Nano Gate will alarm if the Switch comes off the wall. 6. The Nano Gate should not be placed within 3 ft. (.91 m) of EAS systems FACTS ABOUT THE NANO GATE: • (1) Nano Gate - RF • (1) Mounting Template • (2) Brackets • (6) D-size Batteries • (10) Metal Screws • (2) Caps • (1) Power Supply Cord - 10’ (3.05 m) L NOTE: Electric Hand Drill required but not supplied TOOLS SUPPLIED: PC0277 Pivoting Antenna Clear Antenna LED Pressure Switch Annunciator Powers from Top or Bottom 1. Insert 6, D-size batteries into the Nano Gate (reference battery orientation in plastic housing). 2. Place the provided Mounting Template onto a flat surface with tape. The Mounting Template will be marked with TOP and BOTTOM for accurate placement and provides where the holes need to be drilled. NOTE: Must mount Nano Gate at least 3 feet (0.91 m) from floor 3. Drill 6 holes as indicated on the template. (Fig. 1) 4. Remove the template. You should have 3 holes on top and 3 holes on bottom. 5. Screw bottom bracket in place with 3 screws. (Fig. 2) 6. Of the three pre-drilled holes on the top, screw the lower screw into the surface using the “U” on the bracket as a guide for spacing. Do not tighten the screw down. (Fig. 3) 7. Insert the bottom end into the bottom Bracket and drop the Gate into place. (Fig. 4) 8. Place the Gate into pre-drilled screw on top and finish by screwing in the 2 remaining screws into the top bracket. (Fig. 5) 9. Place the Caps on both top and bottom ends of the Nano Gate and screw in with the 2 provided screws. (Fig. 7) 10. Nano Gate is now secure and ready for use. NOTE: 6’ (1.83 m) coverage requires mounting Nano Gate in off-set locations on the door. (See Diagram 1) MOUNTING INSTRUCTIONS: Battery Powered Installation 6’ Diagram 1 3.5’3’ Pivoting Antenna 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. FCC ID: YWZ-NANOGATERF IC: 3356F-NANOGATERF www.alphaworld.com Instructions for the Nano Gate NANOGATERF MOUNTING INSTRUCTIONS: Plug-n-Play Powered Installation PC0277 1. Measure the distance from wall power outlet to where the Nano Gate will be installed. 2. Insert 6, D-size batteries into the Nano Gate (reference battery orientation in plastic housing). 3. Place the provided Mounting Template onto a flat surface with tape. The Mounting Template will be marked with TOP and BOTTOM for accurate placement and provides where the holes need to be drilled. NOTE: Must mount Nano Gate at least 3 feet (0.91 m) from floor 4. Drill 6 holes as indicated on the template. (Fig. 1) 5. Remove the template. You should have 3 holes on top and 3 holes on bottom. 6. Screw bottom bracket in place with 3 screws. (Fig. 2) 7. Of the three pre-drilled holes on the top, screw the lower screw into the surface using the “U” on the bracket as a guide for spacing. Do not tighten the screw down. (Fig. 3) 8. Insert the bottom end into the bottom Bracket and drop the Gate into place. (Fig. 4) 9. Place the Gate into pre-drilled screw on top and finish by screwing in the 2 remaining screws into the top bracket. (Fig. 5) 10. Insert the Power Supply Cord in either the top or bottom plugs. (Fig. 6) Plug into an electrical outlet. The Nano Gate will beep twice to indicate power. 11. Place the Caps on both top and bottom ends of the Nano Gate and screw in with the 2 provided screws. (Fig. 7) 12. Nano Gate is now secure and ready for use. (Fig. 8) NOTE: 6’ (1.83 m) coverage requires mounting Nano Gate in off-set locations on the door. (See Diagram 1) PAGE 2 Figure 1 - Drill holes as indicated on template Figure 2 - Screw in bottom Bracket Figure 3 - Screw in top screw only - allowing space for the Bracket to slide on Figure 4 - Insert bottom end of Nano Gate into bottom Bracket Figure 5 - Screw in top Bracket Figure 6 - Insert power supply cord as applicable Figure 7 - Screw in both top and bottom Caps Figure 8

RF Nanogate Block Diagram Microcontroller 8 MHz – internal osc 12 kHz – internal osc Signature Generator Gates 8.192 MHz osc. To create signature Power AMP Power AMP 8.192 MHz osc PIR Board Contains switch, PIR sensor, and LED

Alpha - The Global Leader in High Theft Solutions 10715 Sikes Place, Ste. 200 Charlotte, NC 28277 (704) 206-7849 (888) 257-4272 (704) 845-2932 Fax www.alphaworld.com Page 1 of 1 November 5, 2010 Subject: Confidentiality Request for FCC ID: YWZ-NANOGATERF Pursuant to FCC 47 CRF 0.457(d) and 0.459 and IC RSP-100, Section 10, the applicant requests that a part of the subject FCC/IC application be held confidential. Alpha – High Theft Solution, A Division of Checkpoint Systems, Inc. has spent substantial effort in developing this product and it is one of the first of its kind in industry. Having the subject information easily available to "competition" would negate the advantage they have achieved by developing this product. Not protecting the details of the design will result in financial hardship. Permanent Confidentiality: The applicant requests the exhibits listed above as permanently confidential be permanently withheld from public review due to materials that contain trade secrets and proprietary information not customarily released to the public. Short-Term Confidentiality: The applicant requests the exhibits selected above as short term confidential be withheld from public view for a period of 180 days from the date of the Grant of Equipment Authorization and prior to marketing. This is to avoid premature release of sensitive information prior to marketing or release of the product to the public. Applicant is also aware that they are responsible to notify TUV Rheinland in the event information regarding the product or the product is made available to the public. TUV Rheinland will then release the documents listed above for public disclosure pursuant to FCC Public Notice DA 04-1705. Type of Confidentiality Requested Exhibit Short Term Permanent Block Diagrams Short Term Permanent Internal Photos Short Term Permanent Operation Description/Theory of Operation Short Term Permanent Schematics Short Term Permanent User’s Manual

TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 1 of 7 EUT: Nano Gate RF Model: Nano Gate RF External Photos EUT Name: Nano Gate RF FCC ID: YWZ-NANOGATERF IC ID: 3356F-NANOGATERF FCC Title 47, Part 15, SubpartC, RSS-210 Issue 7, ANSI C63.10:2009 Prepared for: Lee Eckert Alpha High Theft Solutions A Division of Checkpoint Systems, Inc. 10715 Sikes Place, Ste 200 Charlotte, NC 28277, USA Tel: 704-206-7849 x327 Fax: 704-845-2965 Prepared by: TUV Rheinland of North America 762 Park Avenue Youngsville, NC 27596 Tel: (919) 554-3668 Fax: (919) 554-3542 http://www.tuv.com/ Report/Issue Date: 16 November 2010 Report Number: Supplement to 31061492.001 - External Photos TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 2 of 7 EUT: Nano Gate RF Model: Nano Gate RF External Photos: Figure 1: View of RF Nano Gate TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 3 of 7 EUT: Nano Gate RF Model: Nano Gate RF Power connection Motion sensor Figure 2: Bottom View of EUT. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 4 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 3: Top View of EUT. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 5 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 4: Edge View of base unit. Swivel Mounts Antenna TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 6 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 5: Close up of swivel mount. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - External Photos Page 7 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 6: Rear View of EUT (Battery Compartments).

REV# DESCRIPTION SCALE SHEET 1 OF 1 DO NOT SCALE DATE ALL DIMENSIONS IN MILLIMETERS UNLESS OTHERWISE SPECIFIED FCC ID:YWZ-NANOGATERF MODEL: NANOGATERF IC:3356F-NANOGATERF DC IN: 12V/1.25A US C DESIGNED BY TITLE: DRAWING NUMBER: BRIAN CONTI F1167018 RF NANO LABEL REV R1 COLORS:BACKGROUND: PANTONE WARM GRAY 3TEXT: BLACK 11.8 mm 49.4 mm R1 INITIAL 11-10-2010 TUV Rheinland NOTES:1) LAMINATE: CLEAR VINYL 2.6mil2) ADHESIVE BACKED: 3M 468MP OR APPROVED EQUIVALENT3) SHAPE TOLERANCE +/- .15mm4) CORNER RADII = 2mm (4 PL)

ALPHA RF NANO GATE LABELING

TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 1 of 7 EUT: Nano Gate RF Model: Nano Gate RF Internal Photos EUT Name: Nano Gate RF FCC ID: YWZ-NANOGATERF IC ID: 3356F-NANOGATERF FCC Title 47, Part 15, SubpartC, RSS-210 Issue 7, ANSI C63.10:2009 Prepared for: Lee Eckert Alpha High Theft Solutions A Division of Checkpoint Systems, Inc. 10715 Sikes Place, Ste 200 Charlotte, NC 28277, USA Tel: 704-206-7849 x327 Fax: 704-845-2965 Prepared by: TUV Rheinland of North America 762 Park Avenue Youngsville, NC 27596 Tel: (919) 554-3668 Fax: (919) 554-3542 http://www.tuv.com/ Report/Issue Date: 16 November 2010 Report Number: Supplement to 31061492.001 - Internal Photos TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 2 of 7 EUT: Nano Gate RF Model: Nano Gate RF Internal Photos: Figure 1: View with back cover off. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 3 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 2: Close up top view of main circuit board. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 4 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 3: Bottom View of main PCB (shield on). To Antenna TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 5 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 4: Bottom View of main PCB (shield off). TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 6 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 5: Close-up View of transmitter section. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Internal Photos Page 7 of 7 EUT: Nano Gate RF Model: Nano Gate RF Figure 6: View of the motion detector circuit board and DC power input.

FCC ID: YWZ-NANOGATERF IC: 3356F-NANOGATERF Report No.: 31051395.001 - Rev A Page 1 of 34 The test results contained in this report refer exclusively to the product(s) presented for testing. No liability may be assumed for models or products not referred to herein. This test report may not be published or duplicated in part without permission of the testing body. This test report by itself does not constitute authorization for the use of any TUV Rheinland test mark. The report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government. TUV Rheinland of North America, Inc., 762 Park Avenue, Youngsville, NC 27596-9470, Tel: 919-554-3668, Fax: 919-554-3542 QF09B040 Revision 0 Electromagnetic Compatibility Test Report Prepared in accordance with FCC Part 15C, RSS-210 Issue 7 and ANSI C63.10 On ELECTRONIC ARTICLE SURVEILLANCE DEVICE NANO GATE RF Alpha-High Theft Solutions A Division of Checkpoint Systems, Inc. 10715 Sikes Place, Ste 200 Charlotte, NC 28277, USA Prepared by: TUV Rheinland of North America, Inc. FCC ID: YWZ-NANOGATERF IC: 3356F-NANOGATERF Report No.: 31051395.001 - Rev A Page 2 of 34 The test results contained in this report refer exclusively to the product(s) presented for testing. No liability may be assumed for models or products not referred to herein. This test report may not be published or duplicated in part without permission of the testing body. This test report by itself does not constitute authorization for the use of any TUV Rheinland test mark. The report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government. TUV Rheinland of North America, Inc., 762 Park Avenue, Youngsville, NC 27596-9470, Tel: 919-554-3668, Fax: 919-554-3542 QF09B040 Revision 0 FCC ID: YWZ-NANOGATERF IC: 3356F-NANOGATERF Report No.: 31051395.001 - Rev A Page 3 of 34 The test results contained in this report refer exclusively to the product(s) presented for testing. No liability may be assumed for models or products not referred to herein. This test report may not be published or duplicated in part without permission of the testing body. This test report by itself does not constitute authorization for the use of any TUV Rheinland test mark. The report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government. TUV Rheinland of North America, Inc., 762 Park Avenue, Youngsville, NC 27596-9470, Tel: 919-554-3668, Fax: 919-554-3542 QF09B040 Revision 0 Client: Alpha-High Theft Solutions A Division of Checkpoint Systems, Inc. 10715 Sikes Place, Ste 200 Charlotte, NC 28277, USA Lee Eckert 704-206-7849 x327 [email protected] Identification: ELECTRONIC ARTICLE SURVEILLANCE DEVICE Serial No.: Production Prototype Test item: NANO GATE RF Date tested: 27 October 2010 Testing location: TUV Rheinland of North America 762 Park Avenue Youngsville, NC 27596-9470 U.S.A. Tel: (919) 554-3668 Fax: (919) 554-3542 Test specification: Emissions: FCC Part 15, Subpart C, RSS-210 Issue 7: FCC Part 15.207(a) and RSS-GEN 7.2.2 FCC Parts 15.223(b), 15.205, 15.209, RSS-210 A2.3 and RSS-GEN 7.2.1 FCC Part 15.223(a) and RSS-GEN 4.6.1, FCC Part 15.215(c) and RSS-210 2.2, FCC Parts 15.107, 15.109 and RSS-210 2.2, 2.6,A8.5, RSS-GEN 7.2.3.2 FCC Part 2.1093 and RSS-102, Issue 4, Test Result The above product was found to be Compliant to the above test standard(s) tested by: Mark Ryan reviewed by: Robert Richards 2 December 2010 Signature 2 December 2010 Signature Other Aspects: None Abbreviations: OK, Pass, Compliant, Complies = passed Fail, Not Compliant, Does Not Comply = failed N/A = not applicable Industry Canada 90552 and 100881 NVLAP Lab Code (200094-0) IC-2932H FCC ID: YWZ-NANOGATERF IC: 3356F-NANOGATERF Report No.: 31051395.001 - Rev A Page 4 of 34 The test results contained in this report refer exclusively to the product(s) presented for testing. No liability may be assumed for models or products not referred to herein. This test report may not be published or duplicated in part without permission of the testing body. This test report by itself does not constitute authorization for the use of any TUV Rheinland test mark. The report must not be used by the client to claim product certification, approval, or endorsement by NVLAP, NIST, or any agency of the Federal Government. TUV Rheinland of North America, Inc., 762 Park Avenue, Youngsville, NC 27596-9470, Tel: 919-554-3668, Fax: 919-554-3542 QF09B040 Revision 0 TABLE OF CONTENTS 1 GENERAL INFORMATION ......................................................................................................................... 5 1.1 SCOPE......................................................................................................................................................... 5 1.2 PURPOSE..................................................................................................................................................... 5 1.3 SUMMARY OF TEST RESULTS..................................................................................................................... 6 2 LABORATORY INFORMATION ................................................................................................................ 7 2.1 ACCREDITATIONS AND ENDORSEMENTS.................................................................................................... 7 2.2 MEASUREMENT UNCERTAINTY EMISSIONS............................................................................................... 8 2.3 CALIBRATION TRACEABILITY.................................................................................................................... 8 2.4 MEASUREMENT EQUIPMENT USED............................................................................................................ 9 3 PRODUCT INFORMATION .................…

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TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Test Setup Photos Page 1 of 5 EUT: Nano Gate RF Model: Nano Gate RF Test Setup Photos EUT Name: Nano Gate RF FCC ID: YWZ-NANOGATERF IC ID: 3356F-NANOGATERF FCC Title 47, Part 15, SubpartC, RSS-210 Issue 7, ANSI C63.10:2009 Prepared for: Lee Eckert Alpha High Theft Solutions A Division of Checkpoint Systems, Inc. 10715 Sikes Place, Ste 200 Charlotte, NC 28277, USA Tel: 704-206-7849 x327 Fax: 704-845-2965 Prepared by: TUV Rheinland of North America 762 Park Avenue Youngsville, NC 27596 Tel: (919) 554-3668 Fax: (919) 554-3542 http://www.tuv.com/ Report/Issue Date: 16 November 2010 Report Number: Supplement to 31061492.001 - Test Setup Photos TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Test Setup Photos Page 2 of 5 EUT: Nano Gate RF Model: Nano Gate RF Test Setup Photos: Figure 1: Radiated Emissions – 10 KHz to 30 MHz. Photo shows EUT and antenna positioned for highest emission. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Test Setup Photos Page 3 of 5 EUT: Nano Gate RF Model: Nano Gate RF Figure 2: Radiated Emissions – 30 MHz to 1000 MHz. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Test Setup Photos Page 4 of 5 EUT: Nano Gate RF Model: Nano Gate RF Figure 3: View of EUT in test chamber. TUV Rheinland 762 Park Ave., Youngsville, NC 27596 FCC ID: YWZ-NANOGATERF Tel: (919) 554-3668, Fax: (919) 554-3542 IC ID: 3356F-NANOGATERF Report Number: Supplement to 31061492.001 - Test Setup Photos Page 5 of 5 EUT: Nano Gate RF Model: Nano Gate RF Figure 4: View of Conducted Emissions test setup.