HighSecLabs RS40N-3 Gebruikershandleiding - Pagina 7

Blader online of download pdf Gebruikershandleiding voor {categorie_naam} HighSecLabs RS40N-3. HighSecLabs RS40N-3 15 pagina's. Secure 2-port and 4-port multi-domain smart card reader
Ook voor HighSecLabs RS40N-3: Snelle configuratiehandleiding (2 pagina's)

Pagina afdrukken

SEC TIONS

Table of Contents

oPeRaTIoN

MDR Operational Modes

operational Mode settings determines how active/Passive PC Modes are set.

for example, when the MDR operational Mode is set to Manual, the user has

to manually press the PC Number button corresponding to the PC that requires

access to the smartcard.

When the MDR operational Mode is set to dynamic, auto-association methods

are used to determine which PC will be set as active. for example, when the

Table 01 Operational Modes:

Mode

Description

Manual

The user has to manually press the PC Number button corresponding to the PC that requires access to the smartcard.

for example: once the MDR is simultaneously connected to two computers (PC#1 and PC#2) and a user needs to authenticate securely

via smartcard in front of PC#1, by pressing PC Number button #1 the MDR becomes actively associated with PC#1 and the user can

authentication successfully.

Then when the user wants to digitally sign an email on PC#2, pressing PC Number button #2 will actively associate the MDR to PC#2 making

the smartcard available to the email application on that computer.

leD auto

MDR will automatically associate itself to the computer which requires smartcard access based on its led-light activity detection algorithm.

association

Some smartcard applications trigger the reader's led-light to blink while attempting to communicate with the smartcard. once the MDR

(This is the

detects such a trigger, it automatically actively associates itself to the computer that initiated it.

default mode)

Power auto

MDR will automatically associate itself to the computer which requires smartcard access based on a power-detection algorithm.

association

Some smartcard applications increase the reader's power consumption while attempting to communicate with the smartcard. once the

MDR detects an increase in power, it automatically associates itself to the computer that initiated it.

leD &

MDR will automatically associate itself to the computer which requires smartcard access based on both led-light and power activity

Power auto

detection.

association

HSL RS20N-3 (MDR102) / RS40N-3 (MDR104) Secure 2/4-Port Multi-Domain Smart Card Reader User Manual

MDR operational Mode is set to leD auto association, the MDR will automatically

actively associate itself to the computer which requires smartcard access based

on a led-light activity detection algorithm.

To preset which MDR operational Mode is in use (Manual / auto...etc), a

hardware dual in-line package (DIP) switch has to be configured. See the switch

configuration settings in Table 01, column DIP Switch.

DIP Switch

2 + 3