manualshive.com logo in svg

Intel H1000, User'S Installation Manual

The Intel H1000 User's Installation Manual is a comprehensive user guide designed to assist users in smoothly installing and navigating their Intel H1000 product. Easily available for download on our website, this manual is free and ensures a seamless user experience with the Intel H1000.

Share
Download
background image

 
 
 

Intel®  Responsive Retail Sensor (RRS) Hx Series Sensor 
User & Installation Guide 

 

August 2018 

Page:  4 

 

 

Revision 0.4 

6.2

 

H1000 Model

 ................................................................................................................... 23

 

6.2.1

 

Mounting

 ........................................................................................................... 23

 

6.2.2

 

Connector J1 (RJ-45)

 ..................................................................................... 23

 

6.2.3

 

Reverse-SMA Connectors RS 0-4

 ................................................................ 23

 

6.3

 

Visual Indicator D1 (Tri-Color LED) for all models

 ................................................. 23

 

6.3.1

 

OFF

 ..................................................................................................................... 23

 

6.3.2

 

GREEN (Power On)

 ......................................................................................... 24

 

6.3.3

 

Light BLUE

 ........................................................................................................ 24

 

6.3.4

 

Flashing WHITE

 ............................................................................................... 24

 

6.3.5

 

Solid PURPLE

 .................................................................................................... 24

 

6.3.6

 

Flashing PURPLE

 .............................................................................................. 24

 

6.3.7

 

Solid Yellow (Idle)

........................................................................................... 24

 

6.3.8

 

BLUE

 .................................................................................................................. 24

 

6.3.9

 

Flashing BLUE

 .................................................................................................. 24

 

6.3.10

 

Flashing RED

 .................................................................................................... 24

 

7.0

 

Software Description

 ............................................................................................................. 25

 

7.1

 

Operating System

 .......................................................................................................... 25

 

7.2

 

Secure Platform

 ............................................................................................................. 25

 

7.3

 

Security Provisioning

 .................................................................................................... 25

 

8.0

 

Theory of Operation

 ............................................................................................................... 26

 

8.1

 

RFID Gateway Discovery

 ............................................................................................. 27

 

8.2

 

RFID Behavior Control

 .................................................................................................. 28

 

8.3

 

Managing Large Tag Populations

 ............................................................................... 30

 

8.3.1

 

Normal Scan (Single Target)

 ........................................................................ 31

 

8.3.2

 

Normal Scan (Dual Target)

 ........................................................................... 32

 

8.3.3

 

High Mobility (Dual Target)

 .......................................................................... 33

 

8.3.4

 

Deep Scan (Single Target)

 ........................................................................... 34

 

8.3.5

 

Searching for a Single Tag or Group of Tags

 ............................................ 35

 

9.0

 

System Installation

 ................................................................................................................ 38

 

9.1

 

RF Exposure Statement

 ............................................................................................... 38

 

9.2

 

Information to the User

 ............................................................................................... 38

 

9.3

 

Cabling Infrastructure

 .................................................................................................. 39

 

9.3.1

 

Correct Wiring Standards

 .............................................................................. 39

 

9.3.2

 

Proper Cable Type

 .......................................................................................... 40

 

9.3.3

 

Proper Cable Length

 ....................................................................................... 40

 

9.3.4

 

Environmental Conditions

 ............................................................................. 41

 

9.3.5

 

Power over Ethernet

 ...................................................................................... 41

 

9.3.6

 

Cabling, Mounting and Antenna Consideration for the H1000 models

 42

 

9.4

 

Connectivity

 .................................................................................................................... 45

 

9.4.1

 

Physical

 ............................................................................................................. 45

 

9.4.2

 

Network

 ............................................................................................................. 46

 

9.5

 

Mounting (H4000 and H3000)

 .................................................................................... 47

 

9.5.1

 

Track Light Mounting Bracket

 ...................................................................... 48

 

9.5.2

 

Wall Mounting Bracket

 ................................................................................... 49

 

Summary of Contents for H1000

Page 1: ...Revision 0 4 Intel Responsive Retail Sensor RRS H1000 H3000 and H4000 Sensors User Installation Guide Revision 0 4 August 2018 ...

Page 2: ...duct specifications and roadmaps The products described may contain design defects or errors known as errata which may cause the product to deviate from published specifications Current characterized errata are available on request Copies of documents which have an order number and are referenced in this document may be obtained by calling 1 800 548 4725 or by visiting http www intel com design li...

Page 3: ...1 3 Passive Infra Red Detector 13 3 1 4 Accelerometer Magnetometer 13 3 1 5 5MP Camera 13 3 1 6 Wi Fi BLE 13 3 1 7 Temperature Humidity 13 3 2 Block Diagrams 14 3 2 1 Top Level 14 3 2 2 RF Subsystem 15 3 2 3 R2000 ASIC 15 4 0 System Description 16 4 1 Data Flow 16 4 2 Customer Cloud Applications 17 4 3 Responsive Retail Platform RRP 17 4 4 RFID Readers 17 4 5 RRP Device to Sensor Protocol 18 4 5 1...

Page 4: ...of Operation 26 8 1 RFID Gateway Discovery 27 8 2 RFID Behavior Control 28 8 3 Managing Large Tag Populations 30 8 3 1 Normal Scan Single Target 31 8 3 2 Normal Scan Dual Target 32 8 3 3 High Mobility Dual Target 33 8 3 4 Deep Scan Single Target 34 8 3 5 Searching for a Single Tag or Group of Tags 35 9 0 System Installation 38 9 1 RF Exposure Statement 38 9 2 Information to the User 38 9 3 Cabling...

Page 5: ...Intel Responsive Retail Sensor RRS Hx Series Sensor August 2018 User Installation Guide Revision 0 4 Page 5 9 6 Mounting H1000 50 ...

Page 6: ... Revision 0 4 Revision History Date Revision Description June 2018 0 0 Initial release July 2018 0 1 Updates from J Belstner July 2018 0 2 Regulatory updates sections 2 1 2 2 2 3 2 5 July 2018 0 3 Updated various minor references B Wixom August 2018 0 4 Added China RoHS Table Section 2 5 B Wixom ...

Page 7: ...FCC ID ZFL H4000 ZFL H3000 and ZFL H1000 and contains FCC ID XF6 RS9113DB for H4000 IC 1000H H4000 1000H H3000 and 1000H H1000 and contains IC ID 8407A RS9113DB for H4000 complies with FCC Part 15 and ISED license exempt RSS standards Operation is subject to the following two conditions 1 this device may not cause interference and 2 this device must accept any interference including interference t...

Page 8: ... must accept any interference including interference that may cause undesired operation of the device Cet appareil qui contient ID FCC ZFL H4000 ZFL H3000 and ZFL H1000 et contient FCC ID XF6 RS9113DB pour H4000 IC 1000H H4000 1000H H3000 et 1000H H1000 et contient IC ID 8407A RS9113DB pour H4000 est conforme aux exigences FCC et ISED pour les appareils radio autorisés L opération est soumise aux ...

Page 9: ...ve 2012 19 EU China RoHS Declaration Management Methods on Control of Pollution From Electronic Information Products China RoHS declaration 产品中有害物质的名称及含量 Hazardous Substances Table 部件名称 Parts 铅 Pb 汞 Hg 镉 Cd 六价铬 Cr VI 多溴联苯 PBB 多溴二苯醚 PBDE 主机板 Motherboard 机壳Chassis 缆线Cables 风扇 Fan 散热器Heat sink 本表格依据 SJ T 11364 的规定编制 表示该有害物质在该部件所有均质材料中的含量均在GB T 26572标准规定的限量要求以下 Indicates that this hazardous substance ...

Page 10: ... device The required antenna impedance is 50 ohms Ce dispositif a été désigné pour fonctionner avec les antennes énumérées ci dessous et ayant un gain maximum de 8 5 dBi Les antennes non incluses dans cette liste ou ayant un gain plus grand que 8 5 dBi sont strictement interdites pour l utilisation avec cet appareil L antenne requise impédance est 50 ohms A The recommended antenna types for the H1...

Page 11: ...ed by Instructed Persons Skilled Persons only Do Not Open This device is not intended to be open by the operator There are no user serviceable parts Installation and Maintenance Do not connect disconnect any cables to or perform installation maintenance on this device during an electrical storm This equipment is only to be connected to PoE networks without routing to outside plants This unit is su...

Page 12: ... Sensor family that is part of the Intel Responsive Retail System RRS These devices have capabilities for several on board sensors including an EPC Gen 2 UHF RFID Interrogator reader These sensors are designed to work stand alone or in a network of other Smart Sensors as part of an Internet of Things IoT system where computing power is pushed out to the edge devices H4000 H3000 H1000 Figure 1 Resp...

Page 13: ...r module This module supports the core functionality of RRS i e inventory management 3 1 2 Internal RFID Antenna 7 67 dBi Slot Coupled Microstrip Antenna 3 1 3 Passive Infra Red Detector Detect human motion 3 1 4 Accelerometer Magnetometer Reading the orientation of the device as it is mounted 3 1 5 5MP Camera Omnivision OV5640 5MP camera for video and still image capture 3 1 6 Wi Fi BLE Redpine S...

Page 14: ...Sensor RRS Hx Series Sensor User Installation Guide August 2018 Page 14 Revision 0 4 3 2 Block Diagrams 3 2 1 Top Level A block diagram of the PCBA common to all products is shown below Figure 2 Hx000 Functional Block Diagram ...

Page 15: ...ntenna switch and associated matching components The Sensors uses an internal dual linear antenna that only requires two of the four ports The H1000 brings out all four of the antenna ports to external R SMA connectors allowing the System Integrator to use antennas that are not collocated with the H1000reader Below is a block diagram of the R2000 Sub System 3 2 3 R2000 ASIC For reference a block d...

Page 16: ...the RRP device Whether a system deployment has 5 or 500 Retail Sensor Platforms this communication and coordination greatly simplifies initial configuration as well as the operational management 4 1 Data Flow From a data flow perspective RFID reader interrogates the tag population within its field of view and passes information regarding the tags as well as information from other various on board ...

Page 17: ...Retail Platform RRP The Responsive Retail Platform RRP performs sensor control sensor management sensor data aggregation data processing event generation and event management It supports configuration and management from a local interface 4 4 RFID Readers The RRS Sensor devices provide the ability to remote command control status and data collection via Ethernet Data from RFID tag reads as well as...

Page 18: ...ect The Request object has the following members jsonrpc o A String specifying the version of the JSON RPC protocol method o A String containing the name of the method to be invoked params o A Structured value that holds the parameter values to be used duringthe invocation of the method o This member may be omitted id o An identifier containing a String or Number value if included o This member is...

Page 19: ...r type that occurred message o A String providing a short description of the error data o A Primitive or Structured value that contains additional formation about the error optional o See table below for supported error codes id o This member is always present on a response and contains the same value as the id member in the corresponding Request Object o This member is not present on indications ...

Page 20: ...onfigure a particular device_alert threshold ack_alert Acknowledge a particular device_alert set_motion_event Configure the motion_event thresholds get_sw_version Retrieve the software versions of the RRS load_defaults Command to load the power on default settings capture_image Capture an image using the on board camera start_video Start streaming video using the on board camera stop_video Stop st...

Page 21: ...ensions 6 25 x 6 25 x 1 25 15 9cm x 15 9cm x 3 2cm 10 4 x 9 x 2 26 4cm x 22 9cm x 5 1cm 12 x 9 x 2 30 5cm x 22 9cm x 5 1cm Weight 1 46 lbs 0 66 kg 4 00 lbs 1 82 kg 4 35 lbs 1 98 kg Mounting Custom mounting plate or desk top VESA 75mm pattern M4 threads VESA 75mm pattern M4 threads Color Black Black or White Black or White Environmental Operating Temperature 0 C to 35 C 0 C to 35 C 0 C to 35 C Rati...

Page 22: ...re threaded to accept up to a 1 cm M4 stud 6 1 2 Motion Sensor M1 The RRS H3000 Model H3000 and RRS H4000 Model H4000 sensors uses a passive infrared sensor to detect human motion in the field of the RFID antenna 6 1 3 Connector J1 RJ 45 The RRS H3000 and RRS H4000 sensor is a 48V Power Over Ethernet POE Class 3 device as defined in IEEE 802 3af The sensors supports 10 100 Ethernet on this same co...

Page 23: ...e RRS H1000 supports 10 100 Ethernet on this same connector 6 2 3 Reverse SMA Connectors RS 0 4 The RRS H1000 provides four Reverse SMA RF ports for connecting up to four UHF RFID external antennas not included 6 3 Visual Indicator D1 Tri Color LED for all models The RRS Sensors provides a multicolored visual indicator to notify the user of the following operational states 6 3 1 OFF An LED state o...

Page 24: ...emote Procedure Call RPC for visually identifying the RRS 6 3 5 Solid PURPLE An LED state of solid purple indicates the RRS Sensors is waiting to read a security provisioning tag 6 3 6 Flashing PURPLE After a security provisioning tag has been successfully read the RRS Sensors LED state will be flashing purple for a period of 5 seconds 6 3 7 Solid Yellow Idle Following Gateway Discovery an LED sta...

Page 25: ...orporates both secure boot file system encryption and software packages that are signed by Intel s EDSS to insure that only the software intended for this device is allowed to run 7 3 Security Provisioning The H4000 H3000 includes an embedded NFC tag for programming the security information required to join the Responsive Retail Platform An Android Application is available to easily program this i...

Page 26: ...RFID Retail Sensor Platform and the RFID Gateway that facilitates this orchestration Some of these messages affect the RF power output and modulation scheme being transmitted The Impinj R2000 RF subsystem buffers all commands received from the RFID Gateway via the Host Processor NOTE Any command that attempts to set a parameter to a value that is outside its valid range or would otherwise cause th...

Page 27: ...to authenticate the Cloud and the RRS Gateway to authenticate the sensor as it connects Figure 9 illustrates the message exchange involved in this use case Figure 9 Device Discovery Cloud Gateway Sensor Developer SI NFC Provisioning of Token Hash ntpdate Time Server time sync Root CA URL Time Server REST Root CA URL Root CA Root CA Authenticate against Hash REST https rfid gw creds include Token M...

Page 28: ... inventory cycle If this parameter is zero the inv_cycles parameter may not be zero The valid range is 0 65535 inv_cycles The maximum amount of inventory cycles to attempt on a particular virtual port before switching to the next virtual port during an inventory cycle If this parameter is zero the dwell_time parameter may not be zero The valid range is 0 65535 selected_state Specifies the state of...

Page 29: ... this value specifies when to toggle the targeted flag The valid values are None OnInvCycle OnInvRound or OnReadRate perform_select Specifies whether or not to perform a select command based on the previously configured criteria The valid values are true and false perform_post_match Specifies whether or not to perform a post singulation match based on the previously configured criteria The valid v...

Page 30: ...llows the RRS Sensors to more accurately inventory a tag population by avoiding collisions This same functionality can also be used to isolate a single tag that might be located in a challenging RF environment or perhaps physically oriented in a less than optimal fashion A challenge in managing larger tag populations is dealing with tag collisions during the query response more than one tag respon...

Page 31: ...e being continuously inventoried on an RFID enabled smart shelf or perhaps an overhead Retail Sensor Platform in an RFID enabled smart store This mode will allow multiple reads per tag for a moderate update of tag status to alert the RFID system should a tagged item be moved No tag filtering is specified The figure below illustrates the message exchange involved in this use case Figure 10 Normal S...

Page 32: ...e being continuously inventoried on an RFID enabled smart shelf or perhaps an overhead Retail Sensor Platform in an RFID enabled smart store This mode will allow multiple reads per tag for a moderate update of tag status to alert the RFID system should a tagged item be moved No tag filtering is specified The figure below illustrates the message exchange involved in this use case Figure 11 Normal S...

Page 33: ... 8 3 3 High Mobility Dual Target This Use Case addresses the situation where a number of tagged items are being continuously inventoried and higher numbers of reads per tag are required to detect tag mobility Figure 4 illustrates the message exchange involved in this use case Figure 12 High Mobility Data Flow ...

Page 34: ...respond without competing with the multiple responses of other tags and is recommended only in situations where multiple reads per tag is not required Sessions 2 and 3 are used to provide longer suppression times while scanning Alternating between sessions 2 and 3 and between A and B allows for a rapid recovery when rescanning the tag population This use case insures that even the most distant tag...

Page 35: ... good example of an applied use of the select function would be at the point of sale POS where tags could be deactivated killed prior to exiting a controlled area The post match function configures The RRS Sensors with set of tag filter criteria that is applied post singulation or after a particular tag protocol operation is performed Even though the tag still has to compete in the RF environment ...

Page 36: ...ion Guide August 2018 Page 36 Revision 0 4 8 3 5 1 Tag Select This Use Case shows an example of the tag select function to search for a single tag or group of tags Figure 7 below illustrates the message exchange involved in this use case Figure 14 Tag Select Data Flow ...

Page 37: ...lation Guide Revision 0 4 Page 37 8 3 5 2 Post Match Filtered Inventory This Use Case shows an example of the tag post match function to search for a single tag or group of tags Figure 8 illustrates the message exchange involved in this use case Figure 15 Post Match Data Flow ...

Page 38: ...onformité à l exposition RF 9 2 Information to the User 15 105 Information to the user Note This equipment has been tested and found to comply with the limits for a Class A digital device pursuant to part 15 of the FCC Rules These limits are designed to provide reasonable protection against harmful interference in a residential installation This equipment generates uses and can radiate radio frequ...

Page 39: ...ion it should be tested first using a Fluke Networks LSPRNTR 100 or equivalent device to insure proper RJ 45 connector pin out and Power over Ethernet POE capability before using with to power an RRS 9 3 1 Correct Wiring Standards There are two wiring standards for network cabling T568a and T568b DO NOT COMBINE T568a and T568b on the same cable Figure 16 T 568A vs T 568B RJ 45 connectors are desig...

Page 40: ...ever it is generally recommended to use CAT 5e or CAT 6 cabling for gigabit connectivity even if the existing network switches and routers support only 100 Mbps This will ensure that the infrastructure in place can support gigabit data rates when an upgrade becomes necessary 9 3 3 Proper Cable Length Ensure that your cabling meets the requirements of your equipment The distance between an RRS and ...

Page 41: ... reaches a temperature of 104 C the RRS software will shut down to prevent damage and memory corruption 9 3 5 Power over Ethernet Power over Ethernet POE is a mechanism for supplying power to network devices over the same cabling used to carry network traffic POE allows the RRS to receive both power and data over a single cable This feature simplifies network installation and maintenance by using ...

Page 42: ...nnas listed below and having a maximum gain of 6 dB Antennas not included in this list or having a gain greater than 6 dB are strictly prohibited for use with this device The required antenna impedance is 50 ohms Ce dispositif a été désigné pour fonctionner avec les antennes énumérées ci dessous et ayant un gain maximum de 6 dB Les antennes non incluses dans cette liste ou ayant un gain plus grand...

Page 43: ...gth of coax cable can greatly affect the tag read performance of the installation RF performance aka read range is determined by a combination of transmit power receive sensitivity cable losses antenna gain and tag type For a given RFID reader and tag the variables to consider during installation are cable losses and antenna gain The longer the cable the greater the loss If longer coax cable runs ...

Page 44: ...from 0 to 27 03 dBm To ensure compliance with the maximum EIRP restrictions defined in the certification grant these commands must be scripted by an authorized installer or system integrator The maximum power level is a function of the antenna gain and the cable connector losses as shown in the equation below Pout Gant Lcable EIRPlimit The table below shows the maximum power level allowed for the ...

Page 45: ...age 45 9 4 Connectivity 9 4 1 Physical Figure 10 shows all the physical components of an in store RFID network deployment and how they would be connected to one another Figure 19 Physical In Store Connectivity RFID Retail Sensor Platforms Router 400W POE Switch RFID GW To ISP Modem or Corporate Intranet ...

Page 46: ...Network Certain firewall rules may be necessary for proper functionality of the system In addition to a more traditional network diagram 錯誤 找不到參照來源 shows a list of domains protocols and ports that the RRS requires access to for proper functionality of the system Figure 20 Network Diagram with IP Port Identification ...

Page 47: ...9 5 Mounting H4000 and H3000 The typical Retail RFID installation will require the RRS sensors to be mounted from the ceiling A common mounting technique is to utilize existing track light rails Figure 13 shows how the RRS can blend in with the actual lights mounted to the same rail Figure 21 RRS H4000 Stealth ...

Page 48: ...er Installation Guide August 2018 Page 48 Revision 0 4 9 5 1 Track Light Mounting Bracket Encinitas Labs provides a mounting bracket that allows the SENSOR to be mounted from a track light rail see Figure 14 Figure 22 H4000 H3000 Track Light Mount Assembly ...

Page 49: ... Sensor August 2018 User Installation Guide Revision 0 4 Page 49 9 5 2 Wall Mounting Bracket Encinitas Labs provides a mounting bracket that allows the sensor to be mounted to a flat surface see Figure 15 Figure 23 H4000 H3000 Wall Mount Assembly ...

Page 50: ... under a table in the case of point of sale The RRS H1000 is mounted using the plate provided see Figure 24 Figure 24 H1000 Mounting Plate If at all practical or possible the RRS H1000 should be mounted onto a vertical surface for the best possible convection cooling The device should not be mounted in a way that blocks air flow between the unit and the mounting plate and the device should be moun...

Reviews:

No comments

Related manuals for H1000

Oki C7300 Replacement Instructions preview
C7300
Brand: Oki Pages: 2
Garland ECO Parts List preview
ECO
Brand: Garland Pages: 36
4MOMS RockaRoo Instruction Manual preview
RockaRoo
Brand: 4MOMS Pages: 20
oliser MS Instructions Manual preview
MS
Brand: oliser Pages: 6
Waterpik WP-320 Series Quick Start Manual preview
WP-320 Series
Brand: Waterpik Pages: 2
X4-Life Sleek Instruction Manual preview
Sleek
Brand: X4-Life Pages: 2
Xerox 6130N - Phaser Color Laser Printer Instruction Sheet preview
6130N - Phaser Color Laser Printer
Brand: Xerox Pages: 2
Varta element Series Add-On Instructions preview
element Series
Brand: Varta Pages: 132
Olympus E-P2 - PEN 12.3 MP Micro Four Thirds Interchangeable Lens Digital... Instructions preview
E-P2 - PEN 12.3 MP Micro Four Thirds Interchangeable Lens Digital...
Brand: Olympus Pages: 2
Olympus AS4000 - AS Transcription Kit Instructions Manual preview
AS4000 - AS Transcription Kit
Brand: Olympus Pages: 24
MAD AMPX FOC ESC 60A Manual preview
AMPX FOC ESC 60A
Brand: MAD Pages: 2
MAD AMPX ESC 40A HV Manual preview
AMPX ESC 40A HV
Brand: MAD Pages: 2
HBX ORC-0100 Installation Manual preview
ORC-0100
Brand: HBX Pages: 12
My Child Hideaway Instructions Manual preview
Hideaway
Brand: My Child Pages: 12
West Elm Marble + Brass 2743412 Instructions preview
Marble + Brass 2743412
Brand: West Elm Pages: 3
Hama 00201510 Operating Instructions Manual preview
00201510
Brand: Hama Pages: 40
Deka unigy Installation And Operating Instructions preview
unigy
Brand: Deka Pages: 4
Balluff BIS M-411-068-001-09-S72 Installation Manual preview
BIS M-411-068-001-09-S72
Brand: Balluff Pages: 2

Brands by name

Popular brands

Load more brands