User's Manual
Table Of Contents
- Introduction 1
- Basic Checkout 2
- 2.2 Preparing The 7545 For Operation
- 2.3 Powering Up The 7545
- 2.5 Calibrating The Touchscreen
- 2.6 Configuring Your Radio
- 2.7 Configuring An IEEE 802.11 Radio In The Unit
- 2.8 Summit Client Utility (SCU) For 802.11b/g Radio
- 2.9 Checking The Scanner
- 2.10 Data Transfer Between The 7545 And A PC
- 2.11 Resetting The 7545
- Getting To Know Your 7545 3
- Windows Embedded CE 5.0 4
- Configuration 5
- 5.1 Remote Connect
- 5.2 The TekTerm Application
- 5.3 Pocket PC Compatibility
- 5.4 The Control Panel
- 5.5 Control Panel Icons
- 5.6 Control Panel Applications: Basic Setup
- 5.7 Bluetooth Setup
- 5.8 Error Reporting
- 5.9 IPv6 Support
- 5.10 Scanner Settings
- 5.11 SNMP (Simple Network Management Protocol) Setup
- 5.12 The Storage Manager
- 5.13 Teklogix Error Handling Service
- 5.14 Teklogix Imagers
- 5.15 Total Recall
- 5.16 TweakIT Settings
- Specifications 7
- Appendix B
- SCU For 802.11b/g Radio
- B.1.2.1 SCU Security Capabilities
- B.1.2.2 SCU EAP Types
- B.1.2.3 EAP Credentials
- B.1.2.4 ThirdPartyConfig
- Appendix C
- Bar Code Settings
- C.1 Bar Code Settings
- C.2 Decoded (Internal) Scanners
- C.2.1 Options
- C.2.2 Decoded (Internal) Advanced Options
- C.2.3 Decoded (Internal) 2D Scanning Options
- C.2.4 Decoded (Internal) Data Options
- C.2.5 Code 39
- C.2.6 Code 128
- C.2.7 EAN 13
- C.2.8 EAN 8
- C.2.9 UPC A
- C.2.10 UPC E
- C.2.11 UPC/EAN Shared Settings
- C.2.12 Code 93
- C.2.13 Codabar
- C.2.14 MSI Plessey
- C.2.15 Interleaved 2 of 5
- C.2.16 Discrete 2 of 5
- C.2.17 RSS Code (Reduced Space Symbology)
- C.2.18 Composite
- C.2.19 PDF-417
- C.2.20 Micro PDF-417
- C.3 Decoded (Intermec ISCP)
- C.3.1 Decoded (ISCP) Options
- C.3.2 Decoded (ISCP) Advanced Options
- C.3.3 Code 39
- C.3.4 Code 128
- C.3.5 EAN 13
- C.3.6 EAN 8
- C.3.7 UPC A
- C.3.8 UPC E Settings
- C.3.9 UPC/EAN Shared Settings
- C.3.10 Code 93
- C.3.11 Codabar
- C.3.12 MSI Plessey
- C.3.13 Code 11
- C.3.14 Interleaved 2 of 5
- C.3.15 Matrix 2 of 5
- C.3.16 Discrete 2 of 5
- C.3.17 Telepen
- C.3.18 RSS Code (Reduced Space Symbology)
- C.3.19 Composite
- C.3.20 TLC-39
- C.3.21 PDF-417
- C.3.22 Micro PDF-417
- C.3.23 Codablock
- C.4 Imager
- C.4.1 Imager Options
- C.4.2 Imager Advanced Options
- C.4.3 Code 39
- C.4.4 Code 128
- C.4.5 EAN 13
- C.4.6 EAN 8
- C.4.7 UPC A
- C.4.8 UPC E
- C.4.9 Code 93
- C.4.10 Codabar
- C.4.11 Interleaved 2 of 5
- C.4.12 RSS Code (Reduced Space Symbology)
- C.4.13 Composite
- C.4.14 PDF-417
- C.4.15 Micro PDF-417
- C.4.16 2D Data Matrix
- C.4.17 2D QR Code
- C.4.18 2D Maxicode
- C.4.19 2D Aztec
- C.4.20 Postal: PlaNET
- C.4.21 Postal: PostNET
- C.4.22 Postal: Australian
- C.4.23 Postal: Japanese
- C.4.24 Postal: Korean
- C.4.25 Postal: Royal
- C.4.26 Postal: Kix
- C.4.27 Postal: Canadian
- C.5 Non-Decoded Scanners
Appendix B: SCU For 802.11b/g Radio
Profile
Psion Teklogix 7545 Hand-Held Computer User Manual B-7
• PEAP: Provides secure user authentication by using a TLS tunnel to encrypt EAP traf-
fic. Two different inner methods are used with PEAP:
- EAP-MSCHAPV2, resulting in PEAP-MSCHAP: This is appropriate for use against
Windows Active Directory and domains.
- EAP-GTC, resulting in PEAP-GTC: This is for authentication with one-time pass-
words (OTPs) against OTP databases such as SecureID.
• LEAP: Is an authentication method for use with Cisco WLAN access points. LEAP
does not require the use of server or client certificates. LEAP supports Windows Active
Directory and domains but requires the use of strong passwords to avoid vulnerability to
offline dictionary attacks.
• EAP-FAST: Is a successor to LEAP and does not require strong passwords to protect
against offline dictionary attacks. Like LEAP, EAP-FAST does not require the use of
server or client certificates and supports Windows Active Directory and domains.
B.1.2.2 SCU EAP Types
The following EAP types are supported by the integrated supplicant and can be configured
in SCU: PEAP-MSCHAP, PEAP-GTC, LEAP and EAP-FAST. With each of these four
types, if authentication credentials are not stored in the profile, you will be prompted to enter
credentials the first time the radio attempts to associate to an access point that supports
802.1X (EAP).
Consider the following when configuring one of the EAP types:
• PEAP-GTC: SCU supports static (login) passwords only.
• LEAP: Strong passwords are recommended.
• EAP-FAST: SCU supports automatic, not manual, PAC provisioning.
EAP-TLS will work with an 802.11a/b/g radio module when Windows Zero Config (WZC)
rather than the SCU is used to configure the type. With WZC, the native Windows supplicant
instead of the SCU integrated supplicant is used.
B.1.2.3 EAP Credentials
Keep the following in mind when defining security settings:
• If the credentials specified in the profile are incorrect and that profile is used, the
authentication fails without an error message; you will not be prompted to enter
correct credentials.
Note: PEAP and EAP-TLS require the use of Windows facilities for the configuration of
digital certificates.
Preliminary Draft 3