Finger Biometric Device Finger Vein Recognition INPULSE+ | eSSL

Finger Biometric Device Finger Vein Recognition INPULSE+ | eSSL

Finger Biometric Device with Finger & Vein Recognition INPULSE+, has been designed and developed by eSSL.

This is the first device ever in the market that recognizes a person from its finger vein. Finger Vein Recognition is a relatively new form of biometric authentication that uses near-infrared light to scan the user’s finger veins to identify them.

This finger biometric device type of authentication is considered to be more secure than traditional methods, as it is difficult to imitate or forge. Additionally, it includes banking, security, and healthcare.

Finger Vein Recognition is quickly becoming a popular biometric authentication solution, due to its accuracy and ease of use.

Finger biometric device with Finger vein recognition provide quick and accurate authentication, making it ideal for a variety of applications, a unique technology that is becoming increasingly popular in the realm of biometric identification.

By scanning the unique patterns of the veins in a person’s finger, it is possible to verify the identity of an individual with a high degree of accuracy.

Unlike other biometric technology, finger vein recognition is very difficult to spoof and thus offers a secure solution for authentication and access control. Additionally, finger vein recognition is non-invasive and can be used in a wide range of applications, making it an ideal choice for many organizations.

One of the most advanced and secure forms of power supply is a finger biometric device with finger vein recognition. This technology uses a special camera to scan the user’s finger and identify themselves by their unique vein pattern.

It is extremely difficult to replicate this pattern, making it virtually impossible to access the device without the proper biometric authentication. Finger vein recognition is becoming increasingly popular due to its reliability and ease of use.

Finger biometric device with Finger vein recognition is a relatively new technology that is being used as an alternative to traditional biometric methods. This technology is based on the unique pattern of veins in one’s finger and is used for authentication purposes.

This method is becoming increasingly popular due to its accuracy and reliability. Additionally, the finger vein recognition system is a contactless process, making it easy and convenient when it comes to authentication.

In recent years, new technologies of finger biometric device have emerged that can provide more secure power supplies. Finger vein recognition is one such technology that has the potential to revolutionize the way we think about power supplies.

Finger vein recognition is a form of biometric authentication that requires the user to place their finger on a specialized device to gain access to power. This technology is becoming increasingly popular due to its ability to provide a secure, reliable, and cost-effective power supply.

Product Recognition:

Multi-Biometric Finger Vein Standalone Access Control System
Finger Vein Capacity	1,500
Fingerprint Capacity	1,500
Card Capacity	2,000
Transaction Capacity	1,00,000
Communication	TCP/IP, USB Host / Client, Wiegand Input / Output, Security Relay Box
Hardware	1.2GHz Dual Core CPU, Memory
	128MB RAM / 256MB Flash, 2.8 Inches, TFT-LCD Touch Screen, 125KHz,
	EM Reader/Mifare (Optional), Hi-Fi Voice & Indicator, Tamper Switch Alarm
Standard Functions	Access Levels, Groups/Holidays,
	DST / Bell Schedule, Duress Mode (Password),
	Anti-Passback, Record Query, Custom Wallpaper & Screen Saver
Optional Functions	ID / HID / Mifare Card Reader, External Printer,
	Wi-Fi, 3G, Battery (2,000 mAH)
Special Functions	Multiple Verification Modes
Access Control Interface	Lock Relay Output, Alarm Output / Auxiliary Input,
	Exit Button, Door Sensor, Doorbell Output
Compatibility	Wiegand Slave Reader, BioSecurity Software
Working Temperature	-10 °C ~ 50 °C
Dimensions	201.7 × 85 × 102.7 mm
Algorithm	Vein v3.0 & Finger v10.0 Algorithms
Power	Operating Voltage: 12V DC,
Current Draw	< 500 mA