User guide
Table Of Contents
- 1. Introduction
- 2. Specifications and Requirements
- 3. Installation
- 4. System Overview
- 5. How to Set Up a Site
- 5.1 Adding Time Zones
- 5.2 Adding Holidays
- 5.3 Adding a Network
- 5.4 Adding Access Control Panels
- 5.5 Configuring the Doors
- 5.6 Configuring the Readers
- 5.7 Configuring the Inputs
- 5.8 Adding a Camera
- 5.9 Adding Panel Links
- 5.10 Creating Groups
- 5.11 Adding Users and Cards
- 5.12 Adding Departments, Users, and Visitors
- 5.13 Adding Access Areas
- 5.14 Adding Global Antipassback Rules
- 5.15 Car Parking
- 5.16 Adding Operators
- 5.17 Creating Elevator Control
- 5.18 Creating Status Maps
- 6. ViTrax™ Video Integration
- 7. Manual Operation
- 8. AxTraxNG™ Reports
- 9. Administrator Operations
- A. Firewall Configuration
- B. SQL Service Settings
- C. Network Configuration
- D. Restoring Factory Default Settings
- E. Configuring User Counters
- F. Cross Platform Camera Setup
- G. Enrolling Cards using MD-08 Desktop Reader
- H. SQL Server Installation Troubleshoot
- I. AxTrax.NET Watchdog
- J. Adding Custom Wiegand Formats

Adding Custom Wiegand Formats
AxTraxNG™ Software Installation and User Manual 137
Example
Enter a new Wiegand 29-bit protocol with the following rules:
Rule 1: Bit 1 – Odd parity on the bits 3–15
Rule 2: Bit 2 – Even parity on the bits 16– 28
Rule 3: Bit 29 – Odd parity on the bits 1–28
Rule 4: Bits 11–28 – ID data
Rule 5: Bit 3–10 – Facility code
The new protocol appears in the
Custom Reader Settings
window.
Please note that the first character in the first row and the last character in
the third row, which represents the odd parity,
is a capital “O” and not a zero
(0).
The new protocol now appears in the list of available protocols.
The representation of each existing protocol can be viewed.
Bit 1 – Odd Parity on Bits
3 to 15
(the other bits are 0)
Bit 2 – Even Parity on Bits 16 to 28
(the other bits are 0)
Bit 29 – Odd Parity on Bits 1 to 28
(the other bits are 0)
ID – Bits 11 to 28
(the
other bits are 0)
Facility – Bits 3 to 10
(the other bits are 0)