VASCO DIGIPASS 810
The most popular Smart Card CAP reader has been upgraded
DIGIPASS 810 reader combines VASCO Class 1 stand-alone smart card reader functions such as e-signature with the most current EMV-CAP E compliance (Europay-Mastercard-Visa Chip Authentication Program Enhancements.) The display screen has also been redesigned to accommodate more text, including Asian characters.
Factory to Field
The DIGIPASS 810 reader initializes itself and becomes unique the moment a user inserts their smart card and enters their PIN. All secrets are permanently erased when the card is removed. The DIGIPASS 810 reader is platform-independent and does not require personalization prior to customer delivery; each reader is identical. Therefore production and distribution are efficient and very cost-effective.
Easy to Use
Cardholders simply insert their standard EMV chip card into the DIGIPASS 810 reader , and type their PIN for two-factor authentication (something they know, something they have). Each time a user enters his PIN, a one-time password (OTP) is generated and displayed.
The user can type this secure password to become authenticated over the bank's network. This dynamic password cannot be used more than once and can only be verified by the issuing bank. The verification of the OTP or e-signature demonstrates cardholder's identity and allows access to the network from any terminal, on any platform.
DIGIPASS 810 reader can be used in conjunction with VASCO's VACMAN controller authentication platform. For electronic payments, DIGIPASS 810 reader can also be integrated into the 3D-Secure architecture, allowing the cardholder to sign specific account data to complete the transaction. The reader does not require a connection to the terminal or PC, nor any client software or drivers.
Low cost of ownership
DIGIPASS 810 combines the intrinsic security of the smart card with the flexibility of an authentication device. No extra personalization is required by the network owner and DIGIPASS 810 can therefore be delivered very efficiently in high volume. Security infrastructure costs are reduced since there are fewer helpdesk calls. The DIGIPASS 810 card reader allows banks to transition cost effectively to strong authentication for retail banking by leveraging their existing investment in EMV infrastructure.
Factory to Field
DIGIPASS 810 initializes itself and becomes a personalized device from the moment when a user inserts his smart card and enters his PIN. All secrets are permanently erased when the card is removed. DIGIPASS 810 is platform-independent and does not require personalization prior to customer delivery; each reader is identical. Therefore production and distribution are efficient and very cost-effective.
The DIGIPASS 810 reader combines the intrinsic security of the smart card with the flexibility of a token. No extra personalization is required by the network owner and can be delivered very efficiently in high volume. Security infrastructure costs are reduced since there are fewer helpdesk calls. The DIGIPASS 810 reader reader can allows banks to transition cost effectively to strong authentication for retail banking by leveraging their existing investment in EMV infrastructure.
- Display: High contrast, 12 character, 2-line LCD (1 line 60x7 dot matrix line and 1 line of 7-segment characters)
- Optional display for CAP E and Asian characters: High contrast 2-line LCD (1 line 80x14 dot matrix line and 1 line of 14-segment characters)
- Size: Compact 96 x 62 x 11 mm
- Weight: 50 g
- Keypad: Tactile keypad with silicon rubber key printed with an epoxy layer. Resistant to over 100,000 rubbings. 10 numeric keys, 6 function keys
- Five year lifetime
- Mastercard CAP (2004, 2007)
- Mastercard CAP E (2008)
- VISA dynamic passcode authentication version 1.1
- German Sm@rt TAN
- Belgian eID Card
- Banksys Unconnected reader specification (BKS M.010 version 1.3)
- Logo: the bank’s logo can be printed on the reader. Color of the casing can also be customized
|Unique properties at a glance|
|Expected Lifetime (years)||4 to 5||3 to 4||4 to 5||4 to 7||4 to 7||15||15|
|Size||handheld size||palm size||handheld size||handheld size||handheld size||handheld size||desktop|
|Function buttons||5 + on/off||4-point console||5||2||2||6||9|
|Display||2 line||2 line||2 line||1 line||2 line||2 line||2 line (large)|
|Special interfaces||-||-||-||-||-||-||CV version has an inbuilt
|Logo printing location||surface||inside plastic||surface||inside plastic||inside plastic||surface||surface|
|Optional cover with key ring||(cover)||yes|
|Overall differentiating features|
|Small size for portability Game console type operation popular with young people||Slimmer, stylish design||Plastic cover for durable logo Bank card number visible when smart card is inserted Restricted to straight-forward smart cards due to limited processing power||Plastic cover for durable logo Bank card number visible when smart card is inserted||APACS compliant
Extra function button
|Durable desktop model, large
buttons and display, keypad
|Designed for:||Needing a cost-effective high volume solution||With young users, and/or requiring high portability||With large deployments, needing a user friendly interface encouraging high user acceptance||wanting to combine existing bank cards and OTP functionality||With special applications where an attractive design is required||With large deployments for situations where an extra function button is required||With professional desktop users and users who are visually impaired or blind|
|Compliance To Standards|
|Storage temperature||-10 °C to 50 °C 90 %RH non condensing||IEC 60068-2-78 (Damp heat) IEC 60068-2-1 (Cold)|
|Operating temperature||0 °C to 45 °C 85 %RH non condensing||IEC 60068-2-78 (Damp heat) IEC 60068-2-1 (Cold)|
|Vibration||10 to 75 Hz
|Drop||1 meter||IEC 60068-2-32|
|Immunity||4 kV contact discharges 8 kV air discharges 3 V/m from 80 to 1000 MHz||EN 61000 -4-2
|Compliance to European directives (CE marking)||2004/108/EC (EMC directives) 2002/95/EC (RoHS directive) 2002/96/EC (WEEE directive)|
Download the VASCO DIGIPASS 810 Data Sheet (.PDF)