Maximizing 8K Resolution & LPR Solutions for Stadiums

Maximizing 8K Resolution & LPR Solutions for Stadiums, Municipalities and Government

Aaron Saks | Product & Technical Manager

Boston, MA • Introduction • Maximizing 8K resolution for Stadiums, etc. • LPR Solutions for Stadiums, government, etc. • Key features • Demonstrations Agenda • Q&A

Notes:  This webinar is being recorded and will be available for replaying. The presentation materials will also be available in PDF format.

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 We will take Q&A time permitting. In case there is not time to get to all of the questions, we will reply to you individually afterwards. Please use the Chat or Q&A section.

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• Fortune Global 500 Company • World class optical design expertise • Supply chain of trust with in house R&D, • Video surveillance solutions across a wide manufacturing, & QA/QC. range of industry verticals • Innovative and proprietary SoC design and • Leading manufacturer in the video surveillance manufacturing market Manufacturing & Compliance

• All IP cameras, analog cameras, NVRs, DVRs and encoders sold and distributed in North America are manufactured in Hanwha’s facilities in South Korea and Vietnam.

• Most Hanwha products qualify for GSA Schedule Contracts and other government opportunities because they are TAA / NDAA compliant. “California IoT Law” - S.B. 327 / Cal. Civil Code §§ 1798.91.04-1798.91.05(b)

• Current Hanwha products are compliant with the California “IoT Law” by requiring a complex, unique password during installation, and not having a default password. Cyber Security

S-CERT & External Monitoring Security Vulnerability Response Team • Hanwha Techwin takes pride in having one of the Monitoring via CVE, ICS-CERT, KISA strongest cybersecurity track records in the video surveillance industy. Hardening Practical setup guide, detailed guide for 4 • Hanwha’s cyber security related, long-term firmware levels of security implementation support policy includes various firmware improvement activities, vulnerability Disclosure Security Vulnerability disclosure policy. countermeasures and product security quality Clear and published policy for sharing vulnera improvement activities. bilities

Cyber Essentials • Additionally, Hanwha operates a security 3rd Party accreditation vulnerability response team (S-CERT) to track and UK Government backed accreditation scheme monitor unauthorized security breaches from external sources, and to prevent internal security Other Certificates flaws. TTA Public IP Camera Certificate KISA Intelligent CCTV Solution Certificate Stadiums & Large Venues

• Many stadiums and large venues desired to have complete camera coverage of the “bowl” or seating areas.

• Traditionally this requires many cameras and is inefficient in locating a subject for live viewing or reviewing recorded footage. Easily manage operations.

• 8K allows higher detail levels so fewer cameras can cover wider areas for more efficient operations.

• This also saves on costs with fewer cameras to install, maintain, power, provide network ports, cabling, purchase accessories, UPS, cooling, etc. Stadiums in the US

• There are more than 140 “major stadiums” in the US. • There are more than 240 stadiums in the US with a seating capacity of 18,000 or more.

• Each stadium has many seating areas, walkways, ramps, and congregation areas that accommodate thousands of people. What is 8K, and why do I care?

• 8K is the next evolution in resolution beyond 4K. • It is typically defined as an image or video having a resolution of 7680x4320. Do I need an 8K monitor?

• No. You can use a standard 1080p or 4K resolution monitor to run your surveillance system.

• An 8K camera allows for higher forensic detail when zooming in to your video to provide more magnification with less pixilation. This allows you to count people, vehicles, etc. more accurately. So, where should I use an 8K camera? What makes large venues challenging? • Lots of congregation areas without chokepoints Huge expanses of parking areas Huge seating areas Indoor stadiums provide easy camera mounting from above Goal of high resolution cameras with long range lenses… Approximate pixel densities - DORI

Detect

• 10 pixels / foot

Observe

• 20 pixels / foot

Recognize

• 40 pixels / foot

Identify

• 80 pixels / foot

Department of Homeland Security 2013 (DHS 2013) Recommendations / European Standard EN 62676-4: 2015 TNB-9000 – The industry’s FIRST 8K camera

• 43 megapixel full-frame sensor with 33MP / 8K streaming output • Triple CODEC supporting H.265 / H.264 / MJPEG • RJ-45 (10/100/1000 BASE-T), SFP slot (100/1000Mbps) • HPoE (IEEE802.3bt, Class5), 12VDC powered • Operating Temperature Range 32°F ~ +122°F • Supports optional Canon EF mount lenses • Plugin-free for easy installation & configuration • RS-485 / 422 for PT Head integration • Simple Focus for perfect 8K resolution back focus Key unique features useful to large venues

• High Frame Rate – 15fps @ 8K • H.265 CODEC for reduced bandwidth & storage • 2 channels. Channel 1 = full resolution, Channel 2 = DPTZ/DAT • WiseStream II for further bandwidth & storage reductions • HDMI monitor output for local viewing & installation • PTZ handover • AI-based analytics for accurate detection (Object Detection, Directional detection, Enter/Exit, Loitering, Virtual line) • Object classification (Person/Face/Vehicle/License) with metadata & best shot • Sound classification & Audio Detection • Built-in SFP slot • 802.3bt HPoE powered with LLDP support • Pixel counter in web UI for accurate setup • ONVIF Profile S / G / T for easy integration New deep learning technology for Motion Detection / IVA*

. Traditional Motion Detection is based on pixel change of video image, it makes continuous alarms. . Deep learning based VA identifies people, discards other movements (wave, video noise, moving shadows. Strong in any environmental change

[ Pixel based conventional MD] [ Deep learning VA] New deep learning technology for Motion Detection / IVA*

Discard animals. No event trigger

[ Deep learning VA] [ Pixel based conventional MD] Supported Resolutions: 7680x4320, 7360x4128, 6016x3384, 6016x4008, 5472x3648, 4768x3184, 4608x2592, 3840x2160, 1920x1080, 1280x1024, 1280x960, 1280x720, 1024x768, 800x600, 800x448, 720x576, 720x480, 640x480, 640x360

Maximum Framerate @ H.265 / H.264: 8K / 33MP @ 15fps (Mode 0) : Available at product launch 24MP @ 20fps (Mode 1) : Available ~June 2020 15MP @ 30fps (Mode 2) : Available ~June 2020 4K / 8MP @ 60fps (Mode 3) : Available ~June 2020 Supported Lenses

EF Lens

EF 24mm f/1.4L II EF 35mm f/1.4L II EF 50mm f/1.2L EF 85mm f/1.2L II Lens EF 100mm f/2 USM EF 70–200mm f/2.8L USM USM USM USM USM

Focal Length 24mm 35mm 50mm 85mm 100mm 70~200mm

Diagonal FOV 69.2 50.3 36.0 22.0 18.5 26.3 9.2

Horizontal FOV 62.0 44.5 31.6 19.2 16.1 23.1 8.0

Vertical FOV 37.3 25.9 18.1 10.9 9.1 13.1 4.5 DORI Pixel density with for each lens Easy Simple Focus to ensure precise detail level is achieved Let’s see a demo… Housings and accessories

The camera will be available in the following configurations:  Camera  Kits = Camera + Lens + SHB-9000H Housing  Option 1 - EF 70-200 mm f/2.8 L IS III USM ( Varifocal)  Option 2 - EF 16-35mm f/2.8L III USM Lens (Varifocal)  Option 3 - EF 24mm f/1.4L II USM (Fixed) - Wide View

 Housing features:  Outdoor IP66 NEMA 4X rated  Integrated active heating (33W) & cooling (400BTU solid state) with blower  Aluminum with powder coating  High resolution Silicate Glass w/ AR Coating  Operating Temperature: -4⁰F to +140⁰F  Operating Humidity:10-100% RH (condensing)  Heating & Cooling Are Independently Thermostat Controlled  12v DC power with pass-through to camera

Various mounting accessories will be available as well. Availability

• The TNB-9000 8K camera, lenses, & housing will be available in March – April.

• Demo cameras are available now, so if you have a project opportunity, please contact your local Hanwha Regional Sales Manager. Adding intelligence to the perimeter with LPR LPR Overview • OCR as the basic technology • Optical character recognition from any image

Different terminologies in the industry

• LPC – License Plate Capture • LPR – License Plate Capture & Recognition • ANPR – Automatic Number Plate Recognition • LPNR - License Plate Number Recognition LPR System for Parking Lot / Slow Speed Traffic conditions

XNV-6120R/LPR XNO-6120R/LPR

The Wisenet License Plate Recognition (LPR) camera solution allows users to automatically capture vehicle license plates in access control and vehicle tracking applications. Full integration with Wisenet WAVE VMS and its ability to output license plate data using various protocols allows this solution to communicate with many video management and access control systems on the market to safeguard your critical infrastructure. LPR Application and Camera Specifications Key Features

• LPR recognition system for low speed parking lots, parking garages, gates and restricted drives • XNO-6120R / XNV-6120R Camera with LPR Application pre-loaded and license activated • Edge-based LPR application on Open Platform Non Server-based • 2 Megapixel (1920 x 1080) resolution • 5.2 ~ 62.4mm (Optical 12X) Optical Lens • Triple codec H.265, H.264, MJPEG CODEC • True Day & Night (ICR), WDR (150dB) • Loitering, Directional detection, Fog Detection, Audio detection, • IP67 / IP66, NEMA 4X, IK10 • LDC Support (Lens Distortion Correction) • PoE , 24V AC, 12V DC, Bi-directional audio Advantages of edge-based LPR solutions • Low cost due of system without the need for a server or on-going licensing & maintenance. • Stand-alone system that doesn’t require lots of external systems. • Easily add white/black list plates • Easy plate search from integrated VMS’s • LPR engine receives the highest quality image for processing • No lag between plate capture and OCR engine processing • Does not require constant bandwidth to process plates LPR Application Specification

Features Specs Details Stop and go, Low speed, Single Lane LPR Speed of Vehicle Up to 35MPH applications Speed of OCR engine 1PPS One plate per second Depends on plates, and install conditions. LPR Read Accuracy 95% See recommended height, lane offset and distance Required Frame Rate Min. 10 fps Required frame rate for LPR application Camera height measured from the bottom of the Camera Height Min. 4 ft Max. 14 ft ground to the camera Horizontal distance measured from number plate to Forward Distance Min. 10 ft Max. 40 ft the camera mount *1 *1 LPR plate capture distance vary depending on conditions. See Fig. 1x for illustrations Where do LPR cameras fit in?? Another example is a drop-off lane at a school… Sample video from a proper installation (frame-by-frame playback) LPR bookmarks in WAVE

• Bookmarks are created to associate each plate read with the video

• Plate Numbers are included as text with Time stamps

• Easily search bookmarks Easy WAVE VMS integration Other integrations

• The LPR app is also integrated to other popular systems, and can easily be integrated via JSON push. Install Considerations Refer to the quick reference guide for installation tips Install Considerations

Details of angle calculation Install Considerations

• The app provides easy checking of plates during configuration.

• A green “GO” / RED “NO GO” dial indicator is provided in the app for fine tuning of the configuration. Availability

• The XNO-6120R/LPR / XNV-6120R/LRP are available now.

• It is recommended that these cameras are installed by authorized & trained STEP partners who have completed the Wisenet Professional Certification program to ensure proper installation and configuration.

• CARE IS RECOMMENDED IN SELECTING MOUNTING LOCATION – See Quick Start Guide Step 1.

• It is recommended to consult with a Hanwha engineer before installation to ensure accurate placement and configuration for best plate recognition. Questions?

Thank you! 500 Frank W. Burr Blvd., Suite 43 Teaneck, NJ 07666 Hanwhasecurity.com