What are the dimensions, user capacities, and hardware specifications of the eSSL AiFace-Mars terminal?

The eSSL AiFace-Mars measures 91.93 mm (W) × 202.93 mm (H) × 21.5 mm (D) and features a 5.0-inch touchscreen display. It supports up to 3,000 face templates, 3,000 RFID cards, and 150,000 transaction records, operating on a Linux-driven 900MHz Dual-Core CPU with 512MB RAM and 8GB ROM on a 12V DC, 3A power supply.

Which software platforms, card formats, and door hardware interface with the eSSL AiFace-Mars?

The AiFace-Mars connects via TCP/IP Ethernet, RS485, and Wiegand Input/Output (with optional Wi-Fi), communicating directly with eTimeTracklite software via ADMS. For door automation, it features hardwired terminal interfaces for 3rd-party electric locks, door position sensors, exit buttons, and external alarm relays, with card support for standard 125KHz EM ID or optional 13.56MHz Mifare IC cards.

What is the HSN code for procurement of the eSSL AiFace-Mars?

The eSSL AiFace-Mars biometric terminal is categorized under HSN code 85437099 for commercial invoicing, taxation, and billing.

What is the product Access Control With Memory also known as?

Access Control System with Memory, Memory-Based Access Control, Smart Access Control, Biometric Access Control with Memory, Card Access Control with Memory, RFID Access Control System, Door Access System with Memory, Secure Access Control, Keyless Entry System with Memory, Digital Access Control with Memory, Memory Storage Access Control, Multi-Door Access Control, Networked Access Control with Memory, Advanced Access Control System, Electronic Access Control with Memory

What is an access control system with memory?

An access control system with memory is a type of access control system that has the capability to store and retain data related to access events. It can record information such as the date, time, and identity of individuals who enter or exit secured areas.

What are the advantages of an access control system with memory?

An access control system with memory offers several benefits. It provides a historical log of access events, which can be useful for security auditing, investigations, and monitoring employee or visitor activities. It enables you to track who accessed certain areas at specific times, enhancing security and accountability.

How does an access control system with memory store data?

Access control systems with memory typically utilize a variety of storage methods, such as local databases, onboard memory within the control panel, or network-connected servers. The data is stored in a structured format that can be easily accessed and analyzed when needed.

How can I access and review the stored data?

Access control systems with memory often come with user-friendly software that allows authorized personnel to access and review the stored data. The software may provide various reporting and analysis tools to help you extract meaningful insights from the access event logs. You can generate reports, search for specific events, or export data for further analysis.

What is the product Face, Finger, Card, Password Based also known as?

Card-Based Access Control, Password Authentication System, Card and Password Reader, Biometric Access System, Access Control with Card, Card Reader System, Password Protected Access, Smart Card System, Identity Verification System, Card Access Management, Password Security System, RFID Access Control, Multi-Factor Authentication System, Secure Access Solution, Access Control with Credentials

What is a face-based attendance system?

A face-based attendance system is a technology that uses facial recognition to track and record employee attendance. It analyzes unique facial features to verify and authenticate employee identities for attendance tracking purposes.

How does a face-based attendance system work?

A face-based attendance system captures an employee's face image using a camera or webcam. The system then analyzes the facial features and compares them to a pre-registered database of employee faces. If a match is found, the system records the attendance, including the time and date.

What are the advantages of a face-based attendance system?

Some advantages of a face-based attendance system include: Accurate and reliable: Facial recognition technology provides a high level of accuracy in identifying employees, minimizing the risk of attendance fraud. Contactless operation: Employees can mark their attendance without physical contact, promoting hygienic practices, especially in situations like the COVID-19 pandemic. Fast and convenient: Face recognition is typically quick, allowing employees to mark attendance effortlessly without the need for cards, passwords, or biometric devices. Scalability: Face-based attendance systems can handle a large number of employees, making them suitable for organizations of various sizes. Integration capabilities: Many face-based attendance systems can integrate with other HR or payroll systems for seamless data transfer and payroll processing.

Can a face-based attendance system work in different lighting conditions?

Modern face-based attendance systems are designed to work in various lighting conditions. They often utilize infrared technology to capture facial images, making them less dependent on ambient lighting. However, extreme lighting conditions, such as very bright or dark environments, may affect system performance.

What happens if an employee changes their appearance (e.g., hairstyle, beard) in a face-based attendance system?

Face-based attendance systems are designed to account for minor changes in appearance. However, significant changes, such as drastic hairstyle changes or growing or shaving a beard, can potentially impact recognition accuracy. In such cases, the system may require employees to re-enroll or update their facial template to ensure accurate identification.

Can a face-based attendance system be fooled by using a photograph or video?

Advanced face-based attendance systems employ liveness detection techniques to prevent spoofing attempts using static images or videos. Liveness detection measures factors such as facial movement, eye blinking, or head rotation to verify the presence of a live person. It is essential to choose a system with robust anti-spoofing measures to enhance security.

What if an employee's face cannot be recognized by the system?

In situations where an employee's face cannot be recognized, employees can typically use alternative methods to mark attendance, such as a backup card or PIN. Additionally, system administrators can review and update the employee's facial template or settings to improve recognition accuracy.

Product Information

Attribute

Value

Authentication-Type

Access and Attendance

eSSL AiFace Mars facial recognition terminal with 5-inch touchscreen display and dual lens camera

eSSL AiFace Mars Multi Biometric Access Control Terminal

KTI01002003AIFA

Product Description

The eSSL AiFace-Mars is a Linux-based visible light facial recognition and RFID access control terminal engineered for commercial and enterprise physical security and workforce time attendance management.

Make/Brand: eSSL
Model: AiFace-Mars
Display: 5.0-inch Capacitive Touch Screen
Face Capacity: 3,000 templates
Card Capacity: 3,000 cards (125 kHz EM-ID standard; optional 13.56 MHz Mifare)
Transaction Capacity: 150,000 logs
Optical Sensor: 2MP WDR low-light camera with adjustable brightness LED illumination
Hardware Platform: 900 MHz Dual-Core CPU, 512 MB RAM, 8 GB ROM
Operating System: Linux
Biometric Algorithm: Face VX5.8 with anti-spoofing against photo, video, and 3D mask attacks
Recognition Speed: ≤ 1.0 second
Recognition Distance & Angle: Up to 2.0 m with ±30° pose angle tolerance
Access Control Interfaces: 3rd-party electric lock, door sensor, exit button, alarm output, tamper switch
Communication: TCP/IP Ethernet, RS485, Wiegand Input/Output (optional Wi-Fi)
Supported Software: eSSL eTimeTracklite with ADMS push data protocol
Power Supply: 12V DC, 3A
Operating Temperature: -10 °C to 45 °C (10% to 90% RH non-condensing)
Dimensions: 91.93 mm (W) × 202.93 mm (H) × 21.5 mm (D)

KTI01002003AIFA

Price

₹ 23,430.60 excl. GST

+ 18.00% GST. Freight after pincode at cart.

Registered dealers see net rates after login

Product Details
Available Brands	Essl
Unit	Numbers
HSN Code	85437099
Dimension	L 20.29 x W 9.19 x H 2.15 cm cm ft in m
Warranty	12 Months No-Onsite Warranty
Resources	Download Datasheet
Tags/categories	Automation Access Control, Attendance System Access Control Access Control With Memory Attendance System Face, Finger, Card, Password Based

Usually dispatched within 6 days

	Current Product eSSL AiFace Mars Multi Biometric Access Control Terminal	Face, Finger, Card, Password Based ATF 305 WIFI	eSSL N UltraFace Multi Biometric Access Control Terminal	+ Add product to compare
SKU	KTI01002003AIFA	KTI01002003ATF3	KTI01002003SNUF	—
Brand	Essl	—	Essl	—
Price (excl. GST)	₹ 23,430.60 excl. GST	₹ 9,450.00 excl. GST	₹ 23,112.00 excl. GST	—
GST %	18.00%	18.00%	18.00%	—
Authentication-Type	—	—	—	—
Certifications	—	—	—	—
Availability	Made to Order	Made to Order	Made to Order	—
				—

Current Product

eSSL AiFace Mars Multi Biometric Access Control Terminal

Face, Finger, Card, Password Based ATF 305 WIFI

eSSL N UltraFace Multi Biometric Access Control Terminal

+ Add product to compare

SKU

KTI01002003AIFA

KTI01002003ATF3

KTI01002003SNUF

—

Brand

Essl

—

Essl

—

Price (excl. GST)

₹ 23,430.60 excl. GST

₹ 9,450.00 excl. GST

₹ 23,112.00 excl. GST

—

GST %

18.00%

—

Authentication-Type

—

Certifications

—

Availability

Made to Order

—

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eSSL AiFace Mars Multi Biometric Access Control Terminal

Product Description

KTI01002003AIFA

About this product .

Product Information .

System Compatibility & Hardware Integration Architecture for eSSL AiFace-Mars

Access Control Hardware & Locking Device Interfaces

Networking & Protocol Compatibility

Credential Verification & Card Reader Compatibility

Enterprise Software & Power Requirements

eSSL AiFace-Mars Hardware Installation and Interface Wiring Guide

Physical Dimensions and Spatial Positioning

Electrical Power Requirements

Access Control Peripheral Interfaces

Data Communications and Network Topology

System Commissioning and Software Setup

eSSL AiFace-Mars Access Control Terminal Diagnostic and Troubleshooting Guide

Power Supply and System Boot Diagnosis

Facial Verification and Optical Sensor Failures

Communication and eTimeTracklite / ADMS Connectivity

Access Control Relay, Anti-Passback, and Tamper Alarm Issues

RFID Card Read Failures

Related Products .

Compare with similar products .

Product FAQ .

Q. What are the dimensions, user capacities, and hardware specifications of the eSSL AiFace-Mars terminal?

Q. Which software platforms, card formats, and door hardware interface with the eSSL AiFace-Mars?

Q. What is the HSN code for procurement of the eSSL AiFace-Mars?

Category FAQ .

Q. What is the product Access Control With Memory also known as?

Q. What is an access control system with memory?

Q. What are the advantages of an access control system with memory?

Q. How does an access control system with memory store data?

Q. How can I access and review the stored data?

Q. What is the product Face, Finger, Card, Password Based also known as?

Q. What is a face-based attendance system?

Q. How does a face-based attendance system work?

Q. What are the advantages of a face-based attendance system?

Q. Can a face-based attendance system work in different lighting conditions?

Q. What happens if an employee changes their appearance (e.g., hairstyle, beard) in a face-based attendance system?

Q. Can a face-based attendance system be fooled by using a photograph or video?

Q. What if an employee's face cannot be recognized by the system?