Our attendance and access control systems can work with any of the following three types of cards:

• Smart Card - these contact less 1K/4K mifare smart card has 13.56 MHz carrier frequencies. The reading distance is up to 60mm.
• Proximity Card - these cards has EM 125KHz carrier frequencies with a reading distance up to 120mm. These cards are available in ISO type / clamshell type.
• Drop Type Optical Cards - These 14 bit cards support only numeric card.

Based on most advance MIFARE technology, our smart card readers have 2 Megabyte memory i.e. 62500 records. It take attendance with card flash at a maximum distance of 60 mm. This system provides visual as well as audio conformation of attendance by showing the name and code of the employee on a display having 16 alphanumeric characters and a small beep.

Smart cards for these systems are provided with in built electronic chip having 1 KB memory to store employee related information. These smart card readers can also be used for multiple applications e.g. attendance, access control & canteen management.

Based on most recent MIFARE technology, our proximity card readers have 128 KB memory i.e. 24,000 records. Marking attendance is very easy with this system as it takes just a card flash from a maximum distance of 60 mm. Afterwards it provides both visual and audio conformation of attendance through a 16 alphanumeric characters display and a small beep.

Based on most recent MIFARE technology, our proximity card readers have 2 Megabyte memory i.e. 62500 records. Marking attendance is very easy with this system as it takes just a card flash from a maximum distance of 60 mm. Afterwards it provides both visual and audio conformation of attendance through a 16 alphanumeric characters display and a small beep.

Our specially designed drop types optical readers are provided with in built printer and manual keypad to generate on-spot reports. These card readers can store 24,000 records. Provided with 48 hours battery backup, these systems are very effective for SMEs. Its cards can be provided either as d-cum-attendance cards or plain attendance cards, which cannot be duplicated or altered due to concealed coding. The main features of these card readers include:

• 18 column printer attendance recording system
• Shows the current status of on duty employees
• Working hour report
• Attendance summary report
• Over time report
• Report to show missed punch for a particular card
• Added with holiday list
• Previous day row punch
• Replace card facility
• Enrolled card list to ensure no disturbance from others' attendance report
  

Biometric Card Reader, is a unique reader, which is highly recommended to avoid proxy punching and specially, where the SECURITY is a big concern. These readers are readily available with twin finger registration facility, which can be increased or reduced on customer's demand. The person has to put the finger on sensor to mark successful attendance. Finger print verification can be used with following options:

• Smart card with Finger Print
• Pin with Finger Print
• Only Finger

Starlink biometric attendance systems have some special features:

• Storage capacity of finger templates in Star Link attendance systems is 9000
• Sensing area is 16x19mm
• Image size is 272x320 pixels
• Verification time is less than 0.5 seconds for 95% cases
• False Rejection Rate (FRR) is less than 0.001%
• False Acceptance Rate (FAR) is less than 0.01%
• Processor: 32 bit RISC micro controller
• Scanner: Optical CMOS
• Finger registration up to 4000 Users
• 2 Mega-byte flash with data storage of 62500 Records with 8 digit alpha-numeric user ID
• Memory card support up to 1GB
• Operation temperature 5 - 50 Degree Celsius

This mode is most common every user will have one ID cum attendance smart card. This is 1:1 finger print matching mode which is fast and reliable. If finger print data is not to maintain in readers, finger print template can be store in smart card.

This mode is suitable if ID card not required and issuing smart card per user is out of budget. In this mode first user enter its ID through key board then its finger is verified. This is 1:1 finger print matching. This is slow process because entering ID through keyboard takes time.

In this mode user simply put finger on reader and reader identify user. No card is required but this is 1:N machine which is prone to errors and can be used where per reader user's are less then 200.