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Flexpedient® AT80B Rugged Biometric Tablet • FBI Certified Sensor (FAP45) • IP67 • Sunlight readable
Biometrics Just Got Tough
The Flexpedient® AT80B earned its IP67 rating the hardway. We’ve dunked, baked, and froze this durable Android tablet and it still works. Ideal for field work in challenging environments, you will not find a more reliable biometric tablet solution.
The BEST Fingerprint Images
The industry-leading Sherlock® two-finger roll scanner uses cutting-edge Light Emitting Sensor (LES) technology to produce high-resolution images. Rated FAP45 (PIV and Appendix F), the scanner’s LES surface is less susceptible to smudging than the traditional glass surface, so there are fewer errors. Furthermore, special optical bonding reduces glare, reflection, and distortion. Good for enrollment, verification, and identification applications.
Flexibility = Economic Prototyping = Successful Adoption
Designed for easy customization, the Flexpedient® AT80B makes it easy to incorporate end-user feedback into any roll out. Reduce the risk of adoption failure and gain maximum flexibility in adapting to real-world application scenarios.
AT80B
TECHNICAL SPECIFICATIONS ITEM Processor Memory Storage (Built-in) Micro SD Display Touch Screen Front Camera Rear Camera OS Wireless GPS 3G I/O Ports
Power Imput & Battery Vibrator Motor G-sensor Accelerometer E-Compass Battery 3G Module Size Weight
Preliminary Specificactions (subject to change)
Texas Instrument OMAP 4470 Dual-core 1.5GHz 1GB LPDDR RAM 8 GB Supports SDHC up to 32GB 8-inch LCD (1024x768), 350 nits 10-point Capacitive 5MP Camera Module 5MP Camera Module Android 4.1 (Jelly Bean); (4.3 in Mass Production) 802.11 b/g/n Yes Supports 3G modem Micro SD card x 1, Power jack x 1, USB2.0 Host/OTG x 1, PCIe/USB x 1, SIM holder x 1, Speakers x 2, Headphone x 1, 3.5mm headphone jack x . Options: Serial x 1, Ethernet 10/100 (RJ45) x 1, USB2.0 Host x 3 (Internal) 12V power jack; 3.7V battery Yes Yes Yes Yes 6.5x72.2x102mm 4200mAh 49 45 44 Optional 3G Module Cinteron LGA PXS8 11 3/4” (L) x 6 7/8” (W) x 15/16” (H) (with bumpers) 1.91 lbs
SHERLOCK - TWO FINGER SCANNER Resolution Sensing Area Image Size I/O Port Processor Air/Contact Discharge Operating Temperature Humidity Compatibility
500 PPI 1.6” (W) x 1.5” (H) 800 (W) x 750 (H) pixels USB 2.0 >10 FPS: 1.6 GHZ Atom Z530 processor In compliance with IEC 61000-4-2 -20°C ~ +60°C 30~85% RH < 40°C (Non-condensing) IP65 Compatible (IP67 available upon request)
VAMPIRE Tactical Forensic Device In sensitive site exploitation and other law enforcement agency operations, agents arriving at an incident scene need to quickly collect any forensic evidence that may prove critical to their investigation. Time is of the essence as samples are sent to a laboratory for identification. However, obtaining latent fingerprint analysis results often takes days, preventing a real-time response and robbing operators of timely and critical leads. Labs must sort through a multitude of high-volume/low-value collection grabbed while on target to find critical forensic evidence. This tedious process creates a large backlog of biometric samples, slows down processing times, and increases costs. Frontline agents need field-ready, handheld forensic solutions to allow them to process, pre-screen, triage, and analyze forensic evidence in the field with the subject still present. Rapid, mobile forensic collection and identification gives agents actionable, on-site answers to their most pressing identification intelligence challenges.
VAMPIRE
VAMPIRETM DEVICE OFFERS ONSITE, REAL-TIME MOBILE FORENSIC COLLECTION, ANALYSIS, AND IDENTIFICATION Booz Allenâ&#x20AC;&#x2122;s VAMPIRE device conducts real-time forensic analysis in the field, performing fast and accurate, on-site human identification and analysis of sensitive evidence in seconds to minutes. A handheld forensics lab, this ruggedized unit integrates custom state-ofheart fingerprint analysis into a commercial mobileevice type platform, creating a lightweight, portable device that requires little forensic knowledge to perform advanced forensic processing. The VAMPIRE device captures latent fingerprint images directly from various surfaces using no lifting tape, minimizing potential damage to prints, and resulting in better quality forensic evidence. The VAMPIRE device is also versatile, conducting both live and latent identification to an onboard watch list, as well as a unique capability to perform latent-to-latent matching, resulting in quick and easy identification of critical leads.
MULTI - FORENSIC CAPABILITIES + Captures latent fingerprints via integrated 8-megapixel camera and integrated forensic light sources (including ultraviolet) + Captures live fingerprints via integrated fingerprint scanner (compliant with FBI PIV, GSA FIPS 201, and FAP45 standards) + Exports/imports EBTS-compliant biometric data and watch list data + Features a simple, easy-to-use interface, and is portable + Provides scene management and evidence location tracking
VAMPIRE
UNIQUE CAPABILITIES FOR BIOMETRIC AND FORENSIC IDENTIFICATION IN THE FIELD + Captures latent fingerprint images from various surfaces (lifting tape not required) + Conducts onboard latent fingerprint identification to on-board watch list + Performs unique, onboard latent-to-latent finger rint identification + Conducts onboard live-to-latent fingerprint identification using integrated scanner to acquire fingerprints from live subject
TAILORED MOBILE BIOME TRIC AND FORENSIC COLLEC TION SOLuTIONS The VAMPIRE tactical forensic device is adaptable to changing operator requirements by using a modular design that easily incorporates custom solutions and future upgrades. As a system integrator, Booz Allen can customize VAMPIRE units to meet specific mission tasks and can be integrated into your existing enterprise. Our custom, tailored solution reduces the cost of forensic analysis and identification. No other commercial device provides similar functionality and flexibility in such a portable, low-cost, and ruggedized
Provides latent- to-latent and latent-to-live matching to an onboard watch list in seconds.
VAMPIRE
TECHNICAL SPECIFICATIONS Main Processor
Quadcore 1.9 GHz Krait 300
Operating System Cellular Data Connectivity
Android v4.2 (Jelly Bean) 4G LTE, GSM (requires SIM card and data plan)
Other Wireless Communications
Wifi, Bluetooth
Display
TFT LCD touchscreen 5.0 in, 1080 x 1920 resolution
Camera
8 MP autofocus
Integrated Light Sources
White, Night (Red/Green/Blue), Ultraviolet
Lasers for image scaling Video/Audio
HD video recording (1080p@30fps)
External Interface
micro-USB (charging and communication)
Audio recording with active noise cancellation Ruggedization
IP-66 and MIL-STD-810G-516.6 certified Protected from dust, and water ingress
Dimensions
7.75 in x 3.5 in x 2.25 in
Weightt
2.5 lbs
Battery
Removable and hot-swappable for up to 6 hours of use under normal operations
CA PA BI LI TI E S Fingerprint Matching Capabilities
Match live or latent capture to watch list enrollees Match live capture to acquired live or latent captures Match latent capture to acquired live or latent captures
Live Fingerprint Capture
500 ppi, Compliant with FBI PIV, GSA FIPS 201, & FAP45
Latent Fingerprint Capture
500 ppi image using integrated 8MP camera and light sources Compatible with standard, magnetic and fluorescent fingerprinting powders, and PD, fuming and other techniques. Stand-off with no lifting tape required
Onboard Biometric Watch List
Store and match over 25,000 watch list and latent prints Imports/Exports EBTS-compliant biometric data
Onboard Matching Time (Capture-to-Identification)
Matches against onboard watch list and latents in seconds to minutes
Fingerprint Recognition Technology
Tolerant to fingerprint translation, rotation, and deformation NIST MINEX compliant
Scene Management
Scene and evidence location capabilities
Product Description TridentTM is the ultimate combination of face, finger and iris biometrics on a mobile platform. For the first time, binocular-type capture is available on a mobile platform, making simultaneous dual iris capture quick and easy. Complementing this state-of-the-art iris capture is the industry leading FAP 45 fingerprint sensor, capable of both rolled fingerprint and dual-fingerprint capture. Additionally, a high resolution autofocus camera produces professional quality images, making Trident the most full-fe tured multi-modal mobile device in the market today. Trident combines these features with a powerful Qualcomm Snapdragonâ&#x201E;˘ mobile chipset running Androidâ&#x201E;˘. Designed to support multiple applications concurrently, Trident can empower a diverse group of agencies to build and deploy multiple targeted applications for their desired objectives, work-fl ows and environments.
TRIDENT
The Ultimate Multi-Modal Mobile Biometric Platform
TRIDENT
Open Trident is a completely integrated multi-modal mobile biometrics device that employs the world's smallest and fastest FAP 45 fingerprint scanner, the first binocular-type iris capture on a mobile device and a stunning 5 MP auto-focus camera with fl ash. Trident runs on the latest Android 4.1.2 OS – a widely deployed and proven mobile operating system. Trident’s mobile chipset includes a Qualcomm Snapdragon Quad-core 1.7GHz Cortex-A9 ARM processor with an integrated 4-in-1 connectivity combo capable of 3G cellular, 802.11n Wi-Fi, Bluetooth 4.0 and GPS communications. The elegant and ergonomic design provides limitless applications for the diverse needs of end-users while a truly open platform enables developers to build their own customized applications that can integrate with both current and legacy environments.
One Platform, Many Applications • Benefit delivery, unemployment claims, support for poor/under privileged, natural & other disaster victims, voter ID, etc. • Medical services hospitals, medications, etc.) and insurance processing & claims. • Durable transactions; e.g. property & automobile renting, purchase, etc. • Banking, microfinance and commercial transactions.
Our partners control the objective they want to achieve. By providing a sensible and easy to program platform, the device offers limitless applications.
Simple As easy to use as your mobile phone, users can intuitively grasp the features of the Trident – without reviewing documentation or receiving training. Workfl ows are simple to follow and any novice user can learn how to use application in minutes.
Ergonomic Trident is designed from the ‘ground up’ with a thoughtful understanding of user requirements. Modern design features similar to mobile phones appeal to both novice and experienced users. A large touch screen, a forwardfacing fingerprint scanner and a binocular-style iris capture all encourage natural and intuitive interaction, while the side panel shape and texture creates a secure grip in your hand.
TECHNOLOGY
COSTUMER BENEFIT
High Performance System
Processor: Snapdragon S4 Pro Quad-Core 1.7GHz ARM-A9.
OPEN Operating System and Multi-Application Architecture
OS: Android OS 4.1.2 SDK: Java SDK for biometric functionality Algorithm: agnostic platform for onboard quality and matching.
Android’s open source development platform reduces risk, obsolescence and application development is exponentially accelerated because basic features are built into the OS.
High-Speed and Secure Memory
RAM: 2GB DDR3 FLASH: 16GB eMMC, upgradeable to 64GB
DDR3 provides PC grade memory I/O speeds, ideal for quickly running through gallery of templates. eMMC memory built into the main board provides unparalleled combinations of high speed data I/O and security.
Multiple Connectivity
Cellular: UMTS/HSDPA/HSUPA at 850/900/1,900/2100 MHz, Wi-Fi : 802.11 a/b/g/n Bluetooth 4.0 Size: 5.0” diagonal
State-of-the-art touch screen display and work area
Resolution: 1280x720 HD Touch panel: Capacitive 5point multi-touch panel
Quad-core application processor boosts application performance up to 80% compared to single-core, making demanding applications responsive & intuitive.
Quad-Band cellular support ensures the Trident can support world- wide networks. Latest generation Wi-Fi and Bluetooth capability open up abundant communication options.
Large display area and user interface is part of a highly mobile and ergonomically designed package that guarantees a pleasant, intuitive and efficient operator experience.
Largest fingerprint sensor on mobile platform capable of capturing rolled prints
Type: LES Image Capture Size: 41 x 38 mm DPI: 500dpi Classification: FAP 45 Certification: FBI Appendix F, PIV
Non-optical (LES) technology based FAP 45 sensor offers high quality imaging in dirty environments and direct sunlight. It can be used for both enrollment and verification in single, dual or roll fingerprint applications.
Binocular-Type Dual Iris Capture
Type: Simultaneous Dual Eye Focus depth of field: 30 mm Inter-pupillary distance: 40-90 mm
Binocular-type iris capture devices are proven to have the easiest and fastest iris capture experience, even in strong external sunlight. The expanded depth of field ensured and high inter- pupillary distance tolerance ensures ease of capture across full range of eye socket depth and age.
Integrated Camera
Resolution: 5 MP Autofocus: Yes Flash: Yes
An Android integrated camera gives users an intuitive and familiar experience when capturing images.
Easy to Expand
Interface: Micro USB OTG
Ergonomic and Lightweight Form Factor
Dimensions: 10.4’’ X 6.6’’ x 3.5’’ Weight: 2.75 lbs
Full Day Battery Life
10,000 mAH Li-Ion battery
A plethora of peripherals and cases can be connected via Bluetooth or MicroUSB. The Trident’s unique design allows both the operator and subject to intuitively capture all biometrics. With one of the highest capacity batteries in the industry, Trident ensures full day performance.
TRIDENT
FUNCTIONALITY
TRIDENT
A Revolution in Mobile Biometric Transactions The Global National eID Industry Report indicates that by 2015, the number of countries issuing eIdentities will exceed those issuing traditional IDs by more than 4-to-1. As National eID programs around the world continue to grow, the role of biometrics is evolving to become the enabler for civil programs such as; social benefits distribution, financial inclusion and voter ID. Biometrics offers robust and secure identity verification to the governing agencies while simplifying and easing the transaction experience for end users.
As the use of biometric technology has evolved, legacy identity management products have failed to keep pace with modern trends. In place of a ground up product design, most products in the current market were originally created for military use and are now inefficiently repurposed for civil applications. Trident converges the rapid evolution in mobile smart phone technology with state-of- the-art biometrics. Trident is based on the premise that, in order to bring wide-scale adoption of biometrics to every day transactions, it is essential that the user experience mirrors todayâ&#x20AC;&#x2122;s modern consumer electronic devices â&#x20AC;&#x201C; such as smart phones and tablets. Advances in mobile technology have changed the way people interact and relate to these devices. By aligning the experience of biometric devices with the familiarity of modern smart devices, we can ensure that technology will be widely adopted and benefits realized. Trident is designed, engineered and assembled in California, USA.
Iris Recognition System for Physical Access Control (PACS) Product Description The CMITech EMA-30 is a wall-mountable, dual iris biometrics imaging system for physical access control. Developed with an advanced image capture and processing architecture, the EMA-30 simultaneously and quickly captures the highest quality iris biometric images in the industry. A simple and intuitive user interface makes positioning fast and repeatable, even for subjects with little or no acclimation. The EMA-30 automatically tilts vertically to adjust for each subjectâ&#x20AC;&#x2122;s height, making it ideal for wall-mounted access control applications. The system is powered by a high performance ARM A9 embedded controller on a dedicated mainboard that handles all iris imaging, communications, and iris encoding and matching functions. The EMA-30 incorporates all essential PACS functions, including dual Wiegand connectors, optional on-board matching, a proximity sensor, a tamper switch, front side user buttons, and an optimized wall mounting system. Developed with the latest in system design technologies by one of the leaders in iris recognition imagers, the EMA-30 is physically robust, highly reliable and easy to integrate.
FEATURE
USER ADVANTAGES
Embedded processor on dedicated main board
High performance, low power processor utilizes latest generation ARM A9 quad core SOC (system on chip) architecture. Provides highest level of on-board computing power for fast and seamless operation as well as very fast encoding and matching speeds.
Essential Physical Access Control functionality
• • • • • • •
Proximity sensor for always-on operations Tamper switch to alarm if system is detached from wall Dual Wiegand ports Front side buttons for programmable user controls Optional on-board encoding and matching, and associated data base Speaker with voice feedback Easy to install wall mounting system
Compatible with most PACS systems
Readily interfaces to most PACS systems and peripherals through LAN (TCP/IP) and industry standard Wiegand connections.
Oversized optional data base
Stores up to 10,000 pairs of templates for on-board matching.
State-of-the-art optical design
With highest quality optics and very fast shutter speeds, the system exceeds industry standards for image quality. The measured modulation transfer function also exceeds the specification in the ISO 19794-6 standard of 4.0 lp/mm at 60% contrast ratio.
Advanced, proprietary stereoscopic eye localization
Accurately locates the position of both eyes in 3D in near-real time to optimize subject ease of positioning and iris image quality. Enables system subject distance positioning indicators.
Simple and repeatable subject user interface
Subject positioning is simple and intuitive. The subject merely aligns his / her eyes with the positioning mirrors, and then moves toward or away from the system based on simple, color LED indications: • Blue is too far away • Red is too close and • Green is OK.
Simplest of user instructions
The combination of the easy to use positioning features also means that the instructions to subjects are simple and straightforward. (See User Interface and Subject Instructions section.)
Proprietary optics for positioning indicators eliminate parallax viewing problems
The proprietary and patented design of the color LEDs for distance positioning can only be viewed by one eye at a time, eliminating any parallax viewing problems that might cause the subject to reposition his / her head. The result is a smooth and intuitive experience, even if the subject’s head is positioned slightly to one side.
Automatic vertical height adjustment
The system automatically accommodates subjects of different heights by tilting the iris imaging subsystem after locating the subject’s face and eyes.
Standoff distance of 32 to 35 cm
Comfortable operating range is fully applicable to access control environments, especially in compact installations.
FEATURE
USER ADVANTAGES
Large depth of capture of 30 mm
The very large depth of capture enhances robustness and ease of positioning.
High speed, simultaneous dual sensors
Dual iris sensors acquire iris images at very high speed, 30 frames per second. The system controller monitors in near real time various quality metrics to determine which iris image pairs should be selected as the biometric sample.
Real time off-axis gaze detection
The system detects the subject gaze angle (i.e. whether the subject is looking directly ahead at the imager), an essential feature for optimal iris biometrics. If the subject is looking away, the system will automatically wait until the subject looks straight ahead in order to capture a valid iris biometric image.
Very wide interpupillary distance range of 45 to 85 mm
The wide interpupillary distance range accommodates all adults and young children, making it ideal for large scale, public authentication programs.
Optional Extended Depth of Capture to 6.0 cm (new)
Option within SDK to extend the depth of capture to 6.0 cm in recognition mode only for improved ease of use. Stand-off distance is 30 cm to 36 cm in Extended mode. Feature is backward compatible.
USER INTERFACE AND SUBJECT ISTRUCTIONS Simplest and most repeatable subject interface available
• • • •
move forward
The subject should be instructed to::
Place the reflection of his / her eyes in the center of the mirror; Keep eyes open; Look at the colored LEDs and move his / her head toward or away from system according to the color; Stop when LED is green, and hold the position for about 1 second.
move backward
• • • •
stop/capture
Place the reflection of his / her eyes in the center of the mirror; Keep eyes open; Look at the colored LEDs and move his / her head toward or away from system according to the color; Stop when LED is green, and hold the position for about 1 second.
TECHNICAL SPECIFICATIONS Dimensions
202 x 122 x 66 mm (7.9 x 4.8 x 2.6 inches)
Weight
790 grams (27.8 ounces) without base
Image output
Meets ISO 19794-6; exceeds 4.0 lp/mm @ > 60% contrast
Iris diameter
240 pixels for average 11.5 mm diameter iris (200 to 285 pixels for full range of 9.5 to 13.5 mm diameter irises)
Iris image pixel resolution
640 x 480 pixels, 8 bit depth - Supports multiple formats
Operational iris imaging distance (stand-off range)
315 to 345 mm (12.4 to 13.6 inches) in Normal mode
Depth of field
30 mm (1.2 inches); option for 60mm (2.4 inches) in recognition mode only
Inter-pupillary distance covered
45 to 85mm (1.8 to 3.4 inches)
Time of capture
Typically about 1.0 second from time subject’s eyes are placed within capture volume
IR illumination for iris imaging
Dual LED: wavelengths of 850 nm nominal (about 50%); and 750 nm nominal (about 50%)
Subject positioning LED indicators
Blue: Subject too far away Red: Subject is too close Green: Subject within capture volume
Maximum user positioning speed
125 mm per second (4.9 inches per sec.) in “Z” direction
Operating temperature range
0 to 40˚C
Humidity
10 to 90% RH, non-condensing
Eye safety standard
IEC 62471
Network interface
10/100 Base-T Ethernet (RJ45 connector) WiFi 802.11bgn : optional
Other communications ports
Terminal and wired connectors for: Wiegand in/out, RS-422, RS-485, 4 GPI/O, USB host (for service), USB slave, 1 dry contact relay
Power
Independent power supply required: 2.0 A at 12.0 V (supplied with system)
Other certifications
CE, FCC, RoHS, IEC eye safety
Benefits > Enables fingerprint capture in standalone applications and in combination with commercial smart phones and tablets > Light weight (85 grams) > Dual flat print and single finger roll scan > No membranes > Ideal for use with mobile computers or hand-held devices > Ergonomically easy to use > Latent prints are not recognized > Excellent with dry and dirty fingers > Durable and shock resistant > Does not generate light when used in darkness > Operates in direct sunlight
Applications
> Embedded module for mobile applications > Standalone fingerprint scanner
Two-Finger Roll Scanner FBI Appendix F Certified The Watson Mini is a small, light, and fast FBI Appendix F Certified multi-fingerprint scanner. Utilizing Light Emitting Sensor technology, the worldâ&#x20AC;&#x2122;s first non-optical Appendix F Certified technology, the Watson-Mini produces the highest quality fingerprint images in a small and lightweight form factor. The Watson Mini is provided with a full featured SDK to enable effective integration into applications requiring Certified quality images. This product meets the needs for both enrollment and verification applications common in international standards based programs. The Watson Mini is particularly suited to the many mobile applications where minimal size and weight have significant value. It can also cost effectively perform all requirements common in Ten Print enrollment applications. > Durable: able to withstand the toughest operating environments with minimal maintenance > Accurate: provides accurate high-resolution fingerprint scans in virtually any environment: indirect or direct sunlight, a factory, etc. LES fingerprint sensor is not easily confused by foreign matter > Efficient: Typical power consumption 1.2w
WATSON MINI
TECHNICAL SPECIFICATIONS Resolution
500 PPI
Sensing Area
1.6¨ X 1.5¨
Image Size
800 X 750 pixels
Interface
USB 2.0
USB Certification Spec
USB.IF USB.ORG
USB Level
4.40V - 5.25V
DC Current
<40M¿mA idle, <300mA VBUS= +5.0VDC full scanning
FCC/CE Conformance
FCC Part 15 (per ANSI C62.4:2003) Class A, CSA ICES-003 Class A CE Emissions: EN 55022:2006 Class A CE Inmunity EN 55024:1998/A1:2001/A2:2003, iec 61000-4-2
Speed
10 FPS for Galaxy Nexus 1.2 GHz dual-core ARM Cortex-A) or equivalent 17 FPS for intel 2.8GHz Processor or equivalent processor
Product Options
Embedded Watson Mini (wings, pigtail, no feet) Standalone Watson Mini (feet, USB cable 1.5 m, no wings)
Product Weight
Watson Mini (no feet, no wings, pigtail): 85g Watson Mini (no feet, no wings, USB cable 1.5m): 144g
Air Distance / Contant Discharge
In compliance with IEC 61000-4-2
Operating Temperatura
-20oC ~ +60oC
Humidity
30~85% RH <40o C (Non-condensing)
RoHS Compliant
RoHS Directive 2002/95/EC
IP65
Yes
IP76
Available upon request
API Interface
Capture Two Finger Direct and Single Finger Roll Image. Multi-device / Multithread support
OS Support
Windows7, Windows8, Linux, Android 4.0
Surface Durability
MIL-C-675c 4.5010, MIL-STD-810F
Surface Resistance
Ammonia, IPA, Methanol, Soaps/detergents, Salt Water
Vibration Test
per MIL-STD-810F (Method 514.5, Category 24, Fig. 514.5C-17
Warranty
1 year hardware warranty (extended warranty available upon request)
Lumidigm Venus Series Biometric Sensors perform like no other… anytime, anywhere! Benefits
>The industry’s best fingerprint images >Meets high-performance challenges >Designed for easy integration >Protects against fakes and spoof fingerprints >Eliminates failure to enroll (FTE) and failure to acquire (FTA) headaches >Enables high throughput >Requires minimal maintenance >Yields a high return on investment
Features
>Patented multispectral imaging technique looks at and beneath the skin surface, simultaneously >Flexible, powerful device outputs • Image • Template >Compact design >State-of-the-art spoof prevention technology adaptable against future spoof threats (optional) >Expansive operating range • -10–50° C (14–122° F), wet or dry 500 dpi
Lumidigm Venus Series biometric sensors capture accurate and high-quality images by exposing the fingerprint surface and subsurface at the same time. You can depend on the Venus Series sensors to return superior images on anyone, anytime, in any environment. Superb Image Quality Lumidigm’s multispectral imaging technology simultaneously reads the surface and subsurface to capture clear, clean images every time—even when surface features are absent or hard to distinguish due to age, dirt, finger pressure, and skin or environmental conditions. Our sensors enroll and verify every fingerprint including those that thwart conventional sensors. Solve failure to enroll (FTE) and failure to acquire (FTA) issues with Lumidigm’s Venus Series. Spoof detection Eliminate performance problems associated with conventional fingerprint sensors. Venus Series sensors protect against fake and spoof fingerprints by capturing detailed surface and deep tissue data. Using the biometric industry’s best spoof detection technology, we provide the most secure and accurate sensors available—over 20,000 samples tested and detected to date.
VENUS
Ease of Integration
Venus Series sensors are small, lightweight sensors equipped with multiple communication interfaces that easily integrate with existing systems. Designed for this ease of integration*, Lumidigm sensors rise to the top with accurate, high-quality images and solve your performance problems, anytime, anywhere.*Software development kits available
State-of-the-Art Performance
Venus Series sensors outperform other sensors by improving your application’s throughput, accuracy, speed, and security. Let Lumidigm’s patented technology solve your management hassles and enduser frustration by delivering the high-quality images you expect…every time.
Technical Specifications Image Resolution
500 DPI
Platen Size
0.7¨ x 1.1¨ ellipse
Temp. (Operating)
-10–50° C (14–122° F)
Humidity (Operating)
0–100% condensing
ESD
15 kV
Supply Voltage/current
+5 VDC 500mA (max)
Image
ANSI 381 compliant*
Template
ANSI 378 compliant, Minex certified
Placement to image
1.0 seconds (typical)
PLacement to template
2.0 seconds
Interfaces
USB 2.0, RS-232, SPI*
Overal Dimenssions
3.25” W x 3.95” L x 2.31” H 8.3 cm x 10 cm x 5.9 cm
Housing
Painted magnesium alloy IP64 rating
Utilizamos tecnología de última generación de las mejores marcas para la administración, identificación y autenticación de características biométricas. Entendiendo a profundidad los procesos de negocio de nuestros clientes, hemos podido incrementar la productividad y aumentar la seguridad con dispositivos biométricos, creando robustas plataformas de administración de la identidad adaptadas a sus necesidades.