SZO-RR10UHF Reader for Sports Time Keeping

race result AG Joseph-von-Fraunhofer-Straße 11, 76327 Pfinztal Germany +49 (721) 961 409 01 [email protected] FCC ID: SZO-RR10 Functional Description Purpose: UHF RFID Reader for sports time keeping. This devices consists of UHF RFID Reader, a battery, and communication interfaces. It's purpose is to capture UHF transponders worn by participants of a sporting event and transmit its id, location and time stamp to a remote server. The system consists of two main parts, a reader and ID tags. The reader interrogates the tags that are attached to participants in the field created by the reader. Theory of Operation: The tags derive their power from the RF energy of the reader signal. They are not internally powered. Signaling from reader to tag is accomplished by ASK. Signaling from tag to reader is accomplished through antenna backscatter. The tag momentarily shorts its antenna terminals, which causes the transmitted power that was being absorbed into the tag to reflect back off its antenna. The receiver senses this reflected signal. Transmitter: The transmitter produces a CW signal that is modulated. In the transmitter, the phase locked loop output is amplified and then modulated by an RF mixer that is controlled by the microprocessor. The RF signal then passes through the final amplifier stage and low pass filter and then transmitted from the TX antenna. Receiver: The sensed backscatter signal from the RX antenna is combined with a carrier cancellation signal (derived from the TX path) and amplified by a LNA and then quadrature down converted by mixing using an LO tapped from the TX path. The two base band signals are amplified, filtered and AD converted as an input signal to the microprocessor. Antenna: The device has a bistatic antenna setup consisting of two integrated patch antennas with 6dBi gain. Power: The power conducted to the antenna is set to below 30 dBm. With an antenna gain of 6dBi, the effective isotropic radiated power is rated at less than 36 dBm (4 Watts). Modulated Signal Bandwidth: The 20dB bandwidth of the modulated signal is less than 500 kHz. Frequency Hopping Configuration: There are 51 hopping channels with center frequencies located at 500 kHz intervals starting at 902.5 Mhz and continuing to 927.5 MHz. The hopping time is roughly 100 milliseconds. The frequencies are chosen pseudorandomly.

race result AG Joseph-von-Fraunhofer-Straße 11, 76327 Pfinztal Germany +49 (721) 961 409 01 [email protected] Track Box Passive Quick Reference Guide The RACE RESULT Track Box provides a simple solution for split points for events which are timed using the RACE RESULT passive transponder. The Track Box is an all-in-one solution with the reader, battery and antenna integrated into a single unit which can be easily transported and setup faster than a conventional decoder and antenna. The Track Box includes an integrated stand and magnets which allows for a variety of mounting methods and angles. As the Track Box includes a 2.4Ghz module it can also operate as an Active Track Box simultaneously. Track Box Management can be done using a Management Box, or the most important configurations can be setup using either a dedicated online setup portal or via SMS sent to the device. Configuration of Track Boxes Insert SIM Card First, ensure the PIN settings are correctly defined for your SIM cards if required. The Track Box will try and connect as soon as it is on, and if the PIN is not properly setup, your SIM card may be locked by your operator. Open the Track Box by unscrewing the 6 screws on the front using a 2.5mm hex key. The SIM card slot is located on the right side just above the center screw, marked by a SIM symbol. Insert the SIM card into the SIM holder according to the orientation of the symbol until it clicks in to place. Replace the lid of the Track Box ensuring correct orientation of the cover with the clamp for the stand position at the bottom, and fasten the screws. Do not fasten too tight. If you are doing this with several Track Boxes at once, make sure that the serial number on the lid matches the one inside the Track Box. Once your SIM cards are inserted, you can turn your Track Boxes on, the Track Boxes will attempt to automatically set the APN which may take up to 5 minutes on the first connect. If they do not show as connected within this time you may need to Configure the SIM APN manually race result AG Joseph-von-Fraunhofer-Straße 11, 76327 Pfinztal Germany +49 (721) 961 409 01 [email protected] Basic Settings There are some basic parameters which need to be set on the Track Box in order to work correctly. Key Settings • Customer ID - Your RACE RESULT customer ID which will be used to access the Track Box data. • Name - A name for the device can be set for easier identification of devices. SIM Settings (no configuration needed when using RACE RESULT SIM Cards) • PIN - The PIN code of your SIM card. If you have disabled the PIN protection on your SIM, you can leave the field blank. If you wish to use your own SIM card with a PIN, you need to configure it through TagTool (using a Management Box). • APN Domain - APN URL which should be connected to. • APN User - Username for connecting to the APN if applicable. • APN Password - Password for connecting to the APN if applicable. Advanced Settings • Status URL and Trackping URL - The URLs the Track Boxes are reporting their status and transmitting the trackpings to. By default, these are set to communicate with the RACE RESULT servers. Do not modify these settings unless you want to report directly to your own server. These settings can be configured in three different ways. Please note that some settings are not available through all methods. Configuring the Track Box using TagTool with a Management Box is the only way to access all settings. As settings may be changed remotely, we recommend setting Track Boxes to lock using the Track Box Configuration Rules and only unlock Boxes at the end of an event or to make changes yourself. Online Portal Configuration A dedicated setup portal is available at https://www.raceresult.com/setup. You will need to login with your RACE RESULT customer ID and password. race result AG Joseph-von-Fraunhofer-Straße 11, 76327 Pfinztal Germany +49 (721) 961 409 01 [email protected] When using the online configuration your Track Box must be turned on, connected to the server and cannot be locked (via the Track Box Configuration Rules), for this reason it is not possible to set the SIM PIN using the online configuration portal. In addition, you need to have physical access to the Track Box (either directly or through an assistant) as applying the config requires the Track Box button to be pressed. To use the online configuration define the device ID of the Track Box you wish to update, select which parameter you want to change and the new value, then click set. You will then need to press the Track Box Button quickly 3 times. This sends a request to the server, the Track Box will give a short beep to acknowledge the request. Wait for a long beep from the Track Box to confirm the parameter has been updated, the online portal will also show a confirmation message, this can take several minutes. The confirmation message will show in a pop-up window and includes information on the Track Box ID, the parameter that you have changed and its new value. Note: If the Track Box cannot connect to the server via GSM, for example in the event of incorrect APN settings, then the Track Box will instead send an SMS message to a RACE RESULT server which if successful will also reply with an SMS. If using data only SIM cards then beware that this may cause additional charges for the sending / receiving of SMS. Set Configuration via SMS To set parameters via SMS the Track Box must be turned on with the SIM card fitted. You will need to send a text message with the parameter and new value to the phone number associated with your SIM card. For example, send an SMS in the following format. CUSTOMER=12345 APN=mobile.net race result AG Joseph-von-Fraunhofer-Straße 11, 76327 Pfinztal Germany +49 (721) 961 409 01 [email protected] The different parameters should be defined as: • APN (APN url) • CUSTOMER (Customer ID) • NAME (Device Name) • TRACKPINGURL (Server location to send data) • STATUSURL (Server location to send …

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TAVI CORONA-TRACING für Unternehmen und Einrichtungen How a transponder-based system helps tracing and protecting COVID-19 contacts 2RACE RESULT Corona-Tracing für Unternehmen und Einrichtungen D Dieses Whitepaper stellt ein System zum effektiven Contact Tracing innerhalb von Betrieben und öffentlichen Einrichtungen vor. Mit Transpondertechnologie werden alle neuralgischen Kontakte innerhalb vordefinierter Räume/Bereiche erfasst und gespeichert. Im Bedarfsfall können die Informationen gezielt ausgewertet werden. Das System soll Verantwortlichen im Infektionsfall helfen, möglicherweise gefährdete Personen schnell zu identifizieren und schützen zu können. Durch eine zuverlässige Datenlage können weitreichende Quarantänemaßnahmen möglicherwiese abgewendet werden. Smartphone-Apps zum Tracing haben Schwächen, wenn es um die Kontakterfassung innerhalb vordefinierter Bereiche und Personengruppen geht. Das zeigt bereits die folgende kurze Analyse. Ein hausinternes System, das die Kontakte unter Mitarbeitern und Besuchern zuverlässig aufzeichnet, ist im Infektionsfall deutlich effektiver. Dessen Bestandteile und Funktionsweise wird im Weiteren erläutert. Verantwortung übernehmen in Krisenzeiten Ohne verfügbaren Impfstoff bleibt der Schutz vor COVID-19 Infektionen eine enorme Herausforderung für Wirtschaft und Gesellschaft. Unternehmen, öffentliche und private Einrichtungen tragen Sorge dafür, dass Ihre Mitarbeiter geschützt sind. Gleichzeitig besteht ein berechtigtes Interesse, schnellstmöglich zurück in einen geregelten Betriebsablauf zurück zu kommen. Im Infektionsfall ist die konsequente Nachverfolgung von Kontakten der vergangenen Tage der wichtigste Baustein, um eine unkontrollierte Virusausbreitung zu verhindern. Ob Arbeitsplatz, Schule oder Pflegeheim: Wo sich eine definierte Personengruppe in immer gleichen Räumlichkeiten bewegt, bietet sich die Installation eines eigenen Tracing-Systems an, das leicht in den Alltag zu integrieren ist und das im Ernstfall schnelle, zuverlässige Ergebnisse liefert. 3RACE RESULT Corona-Tracing für Unternehmen und Einrichtungen Virologen sehen in einer freiwilligen Tracing- App für Smartphones einen wichtigen Baustein, um die Ausbreitung des Corona-Virus dauerhaft einzudämmen. Die App nutzt die Bluetooth- Schnittstelle des Smartphones, um zu erkennen, welche anderen App- Nutzer sich wie lange in geringem Abstand befinden. Ist ein Nutzer nachweislich mit COVID-19 infiziert, kann er nun Kontaktpersonen anonym warnen. Im Kerngeschäft von RACE RESULT, der Sportzeitnahme, wird vereinzelt mit ähnlichen App-Lösungen experimentiert, um Ergebnislisten bei Wettkämpfen zu erstellen. Die Erfahrung hat hier allerdings gezeigt, dass sich im konkreten Anwendungsfall deutliche Nachteile ergeben. Diese lassen sich auch auf andere Bereiche übertragen, wo Daten einer begrenzten Personengruppe in definierten Räumlichkeiten zuverlässig über längere Zeit erfasst werden müssen: ▬Eine App setzt voraus, dass der Nutzer sie installiert und gestartet hat. Zusätzlich muss die Bluetooth-Schnittstelle aktiviert sein und ausreichend Akku-Laufzeit zur Verfügung stehen. Mit jeder dieser Anforderungen steigen die Fehlerquellen beim Anwender ▬Im Live-Betrieb ist für den Verantwortlichen nicht einsehbar, ob das System wie gewünscht funktioniert und wer eine freiwillige App tatsächlich nutzt ▬Im Infektionsfall liegt es in der Hand des positiv getesteten App-Nutzers, ob er seine Daten preisgibt und Kontakte warnt ▬Betriebsleiter haben keinen zentralen Zugriff auf App-Daten, die innerhalb ihres Betriebes gesammelt wurden. Eine zentrale Abfrage im Infektionsfall ist so nicht möglich Eine Tracing-App kann in der Massen-Anwendung helfen das Virus einzudämmen. Im konkreten Infektionsfall innerhalb eines Unternehmens liefert sie aber keinerlei hilfreiche Daten. Wer Verantwortung trägt für die Erstellung von Listen, muss die eingesetzte Technologie selbst beherrschen und steuern können. Der Aufwand für einzelne Teilnehmer/Anwender muss weitest möglich reduziert werden. Eine schnelle und zielgerichtete Analyse der Kontaktdaten ist nur möglich, wenn diese vom Betrieb oder der Einrichtung erfasst und gespeichert werden. Wie praktikabel ist die Tracing-App? 4 TAVI - Transponder Against Virus Infection Automatic Contact Tracker Contact IDs:Seen within: Report for ID: Contacts ID of Infected: 102 102123 144 190 8min 5min together From: 20.04.2020 To : 27.04.2020 102 190 123 144 RACE RESULT Corona-Tracing für Unternehmen und Einrichtungen Nur wenn Betriebsleiter selbstständig in der Lage sind Kontakte zu erfassen und auszuwerten, können sie zuverlässige Aussagen zu Kontaktpersonen treffen. Im Infektionsfall ist schnelles Handeln gefordert, im Hinblick auf Gesundheitsschutz und Personalplanung. Hier sind automatisiert erfasste Daten aus den letzten Tagen besonders wertvoll: ▬Wer war mit dem Infizierten längere Zeit im selben Raum? ▬Wer hatte keinen Kontakt zum Infizierten? ▬Haben sich Schichtpläne oder Arbeitsbereiche ungeplant überschnitten? ▬Haben Mitarbeiter anderer Abteilungen den neuralgischen Bereich betreten? ▬Müssen externe Besucher benachrichtigt werden? Grundvoraussetzung für zuverlässige Daten ist, dass alle relevanten Kontakte aufgezeichnet wurden. Dazu müssen Mitarbeiter und Externe ein Tracing-System ohne technischen Aufwand und ohne „Fehlbedienung“ nutzen können. Genau hier setzt TAVI an, „Transponder Against Virus Infection“. Das System erfasst und archiviert völlig automatisch Kontakte in neuralgischen Bereichen. Betreiber können so rekonstruieren, wer zu welchem Zeitpunkt mit wem im selben Raum war. TAVI nutzt dazu UHF-Transpondertechnologie. Diese hat den großen Vorteil, dass sie ohne Zutun der Nutzer arbeitet. Wer den federleichten Transponder bei sich trägt, hat schon alles richtig gemacht. Die hausinterne Tracing-Lösung 5RACE RESULT Corona-Tracing für Unternehmen und Einrichtungen Track Box ▬Wird an neuralgischen Punkten installiert ▬Registriert, welcher Transponder sich wann in Reichweit…

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Nemko GmbH & Co. KG Reetzstraße 58 D-76327 Pfinztal Tel.: + 49 (0) 7240 – 63 - 0 Fax: + 49 (0) 7240 – 63 - 11 EUT EXTERNAL PHOTOS TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Page 1 (3) Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany EUT EXTERNAL PHOTOS Sample front side EUT EXTERNAL PHOTOS FCC Part 15.247 TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 2 (3) Sample rear side Sample left side EUT EXTERNAL PHOTOS FCC Part 15.247 TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 3 (3) Sample top side Samples and accessories

Nemko GmbH & Co. KG Reetzstraße 58 D-76327 Pfinztal Tel.: + 49 (0) 7240 – 63 - 0 Fax: + 49 (0) 7240 – 63 - 11 EUT INTERNAL PHOTOS TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Page 1 (3) Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany EUT INTERNAL PHOTOS Sample front side EUT INTERNAL PHOTOS FCC Part 15.247 TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 2 (3) Sample front side Sample rear side EUT INTERNAL PHOTOS FCC Part 15.247 TO REPORT NO.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 3 (3) Sample rear side Sample rear side

I-No: 399615 www.nemko.com 1 / 3 1. Declaration of RF exposure compliance for exemption from routine evaluation limits Applicant: race result AG Joseph-von-Fraunhofer-Str. 11 76327 Pfinztal Germany Nemko ident. no.: 399615 Number of pages: 3 Product Track Box Passive Model name: RR10 FCC ID: SZO-RR10 Manufacturer: race result AG Joseph-von-Fraunhofer-Str. 11 76327 Pfinztal Germany Exposure Conditions: The EUT consists of UHF RFID Reader, a battery, and communication interfaces. It's purpose is to capture UHF transponders worn by participants of a sporting event and transmit its id, location and time stamp to a remote server. The system consists of two main parts, a reader and ID tags. The reader interrogates the tags that are attached to participants in the field created by the reader. The Track Box Passive is used in a distance of more than 30cm from the human body. 4.3.1. Standalone SAR test exclusion considerations: Calculation for the 915 MHz RFID Reader Prediction of MPE I-No: 399615 www.nemko.com 2 / 3 4.3.2. Standalone SAR test exclusion considerations: Calculation for the 2.4 GHz Data transfer technology 4.3.3. Standalone SAR test exclusion considerations: Calculation for the LTE/3G I-No: 399615 www.nemko.com 3 / 3 2. Attestation ATTESTATION: I attest that the testing was performed by a FCC listed test laboratory, that the test measurements were made in accordance with the above-mentioned departmental standard(s), and that the radio equipment identified in this application has been subject to all applicable test conditions specified in the departmental standards and all of the requirements of the standards have been met. Signature: Date: October 14, 2020 Name: Peter Lukas, Lab Manager

TEST REPORT FCC Part 15.247 Report no.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 2 (31) CONTENTS 1 INFORMATION ......................................................................................................................... 3 1.1 Test Item .................................................................................................................................... 3 1.2 Normal test conditions ............................................................................................................... 4 1.3 Test Engineer(s) ........................................................................................................................ 4 1.4 Description of modification for Modification Filing ...................................................................... 4 1.5 Family List Rational ................................................................................................................... 4 1.6 Antenna Requirement ................................................................................................................ 4 1.7 Worst-Case Configuration and Mode ......................................................................................... 4 1.8 Comments ................................................................................................................................. 4 2 TEST REPORT SUMMARY ...................................................................................................... 5 2.1 General ...................................................................................................................................... 5 2.2 Test Summary ........................................................................................................................... 6 3 TEST RESULTS ........................................................................................................................ 7 3.1 AC Power Line Conducted Emissions limits .............................................................................. 7 3.2 20 dB Bandwidth...................................................................................................................... 11 3.3 Number of Hopping Frequencies and Average Time of Occupancy ........................................ 13 3.4 Carrier Frequency Separation ................................................................................................. 15 3.5 Occupied Bandwidth ................................................................................................................ 16 3.6 Transmitter Output Power ........................................................................................................ 18 3.7 Transmitter Conducted Emissions ........................................................................................... 21 3.8 Transmitter Band Edge Radiated Emission ............................................................................. 26 4 MEASUREMENT UNCERTAINTY .......................................................................................... 28 5 LIST OF TEST EQUIPMENT .................................................................................................. 29 6 BLOCK DIAGRAM .................................................................................................................. 30 6.1 Power Line Conducted Emission ............................................................................................. 30 6.2 Test Site Radiated Emission .................................................................................................... 30 TEST REPORT FCC Part 15.247 Report no.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 3 (31) 1 INFORMATION 1.1 Test Item Name: Track Box Passive FCC ID: SZO-RR10 Industry Canada ID: 20465-RR10 Model/version: Track Box Passive US RR10 Serial number: 20953 Software version: 27587 (firmware) Frequency Range: 902.5 – 927.5 MHz Number of Channels: 51 Transmit Channels Tested: Channel ID Channel Frequency (MHz) Bottom 902.5 Middle 915.0 Top 927.5 Operating Modes: RFID (FHSS) Type of Modulation: Digital ASK Output Power (radiated): 31.47 dBm Type of Power Supply: AC Adaptor: CUI SDI18-12-U (100 – 240V, 50 – 60Hz) Antenna Connector: None (internal antenna) Number of Antennas 1 Type of Antenna Dual Patch RX/TX Maximal gain of Antenna 6 dBi Description of Test Item The device is an RFID reader for passive transponders. It is mainly used for sports timing. Additionally, the device contains a 2.4 GHz (IEEE 802.15.4) and GSM Bands module for data transmission. For mobile use, the device can be powered by rechargeable internal batteries. TEST REPORT FCC Part 15.247 Report no.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 4 (31) 1.2 Normal test conditions Temperature: 19 - 22 °C Relative humidity: 45 - 60 % Normal test voltage: 120V / 60Hz The values are the limit registered during the test period. 1.3 Test Engineer(s) Frederic Hupbauer; Abdoufataou Salifou 1.4 Description of modification for Modification Filing Not Applicable. 1.5 Family List Rational Not Applicable. 1.6 Antenna Requirement Is the antenna detachable? Yes No If detachable, is the antenna connector non-standard? Yes No Type of antenna connector: N/A Ref. FCC §15.203 1.7 Worst-Case Configuration and Mode Radiated Emissions was performed with the EUT set to transmit at the channel with the highest output power as worst-case scenario. 1.8 Comments The measurements were done with the EUT powered by 120V / 60Hz. It was checked that power variations between 85% and 115% did not have any influence on the measurements. TEST REPORT FCC Part 15.247 Report no.: 399615-01 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 5 (31) 2 TEST REPORT SUMMARY 2.1 General All measurements are tracable to national standards. The tests were conducted for…

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TEST REPORT FCC Part 15.247 Report no.: 399615-03 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 2 (37) CONTENTS 1 INFORMATION ......................................................................................................................... 3 1.1 Test Item .................................................................................................................................... 3 1.2 Normal test conditions ............................................................................................................... 4 1.3 Test Engineer(s) ........................................................................................................................ 4 1.4 Description of modification for Modification Filing ...................................................................... 4 1.5 Family List Rational ................................................................................................................... 4 1.6 Antenna Requirement ................................................................................................................ 4 1.7 Worst-Case Configuration and Mode ......................................................................................... 4 1.8 Comments ................................................................................................................................. 4 2 TEST REPORT SUMMARY ...................................................................................................... 5 2.1 General ...................................................................................................................................... 5 2.2 Test Summary ........................................................................................................................... 6 3 TEST RESULTS ........................................................................................................................ 7 3.1 Transmitter radiated emission RFID top channel / 3G Band II bottom channel / 2.4GHz bottom channel ...................................................................................................................................... 7 3.2 Transmitter radiated emission RFID bottom channel / 3G Band II top channel / 2.4GHz top channel .................................................................................................................................... 13 3.3 Transmitter radiated emission RFID bottom channel / 3G Band V top channel / 2.4GHz bottom channel .................................................................................................................................... 19 3.4 Transmitter radiated emission RFID top channel / 3G Band V bottom channel / 2.4GHz top channel .................................................................................................................................... 26 4 MEASUREMENT UNCERTAINTY .......................................................................................... 34 5 LIST OF TEST EQUIPMENT................................................................................................... 35 6 BLOCK DIAGRAM .................................................................................................................. 36 6.1 Test Site Radiated Emission .................................................................................................... 36 TEST REPORT FCC Part 15.247 Report no.: 399615-03 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 3 (37) 1 INFORMATION 1.1 Test Item Technology Tested: RFID 915 MHz Typ of Unit: Transciever Transmit Frequency Range: 902 – 928 MHz (US band) Transmit Channels Tested: Channel ID Channel Frequency (MHz) Bottom 902.5 Middle 915.0 Top 927.5 Technology Tested: 2.4 GHz IEEE 802.15.4 Typ of Unit: Transciever Transmit Frequency Range: 2400 – 2483.5 MHz Transmit Channels Tested: Channel ID RF Channel Channel Frequency (MHz) Bottom 1 2405 Middle 5 2435 Top 0 2480 Technology Tested: WCDMA Band II Transmit Frequency Range: 1850 – 1910 MHz Transmit Channels Tested: Channel ID RF Channel Channel Frequency (MHz) Bottom 9262 1852.4 Top 9938 1907.6 Technology Tested: WCDMA V Transmit Frequency Range: 824 – 849 MHz Transmit Channels Tested: Channel ID RF Channel Channel Frequency (MHz) Bottom 4132 826.4 Top 4233 846.6 Description of Test Item The device is an RFID reader for passive transponders. It is mainly used for sports timing. Additionally, the device contains a 2.4 GHz (IEEE 802.15.4) and GSM Bands module for data transmission. For mobile use, the device can be powered by rechargeable internal batteries. TEST REPORT FCC Part 15.247 Report no.: 399615-03 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 4 (37) 1.2 Normal test conditions Temperature: 19 - 22 C Relative humidity: 45 - 60 % Normal test voltage: 120V / 60Hz The values are the limit registered during the test period. 1.3 Test Engineer(s) Frederic Hupbauer; Abdoufataou Salifou 1.4 Description of modification for Modification Filing Not applicable. 1.5 Family List Rational Not Applicable. 1.6 Antenna Requirement Is the antenna detachable? Yes No If detachable, is the antenna connector non-standard? Yes No Type of antenna connector: N/A Ref. FCC §15.203 1.7 Worst-Case Configuration and Mode Radiated Emissions was performed with the EUT set to transmit at the channel with the highest output power as worst-case scenario. 1.8 Comments The measurement were done with the EUT powered by 120V / 60Hz. It was checked that power variations between 85% and 115% did not have any influence on the measurements. TEST REPORT FCC Part 15.247 Report no.: 399615-03 FCC ID: SZO-RR10 Nemko GmbH & Co. KG, Reetzstraße 58, 76327 Pfinztal, Germany Page 5 (37) 2 TEST REPORT SUMMARY 2.1 General All measurements are tracable to national standards. The tests were conducted for the purpose of demonstrating compliance with FCC CFR 47 Part 15,…

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Ident. Nr.: FC-2005-399615 Date: 2020-07-09 EMV Testzentrum 399615TRFFCC.doc page 2 of 33 Index of the test report: 1 General information .............................................................................................. 5 1.1 Description of Equipment under test (EUT) ............................................................................. 5 1.2 Internal frequency .................................................................................................................... 5 1.3 Equipment configuration .......................................................................................…

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