Examples of using Wiegand in English and their translations into Malay
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Colloquial
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Ecclesiastic
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Computer
The Wiegand Effect.
Automatically identify all Wiegand formats.
Wiegand Network.
Communication interface:Wiegand 26(Default)/Wiegand 34, USB.
Two great sources of information, both written by Michael Davis on Wiegand are below.
John Wiegand at his lab bench.
This signal extender automatically recognizes most Wiegand signal formats, from Wiegand26 to Wiegand80.
Other Wiegand formats provide data customization.
Enable Freedom Debug:Used during setup of XPressFreedom board when the Wiegand format might not be known exactly.
Supported formats: Wiegand 26bit format and Wiegand 37bit format.
He later became an engineer, but it was his perfect pitch that allowed him to hear changes that occurred as hiswires were magnetized that led to his discovery of the Wiegand Effect in the early 1970's.
Wiegand- The venerable access control interface is explained in detail in this post.
Utilized across a broad scope of access control manufacturers, the Wiegand interface is still the beast of the industry, and it refuses to die off.
Universal Wiegand output interface, compatible with most Wiegand protocol controllers on the market.
In conclusion, what began as a simple challenge to learn more about Wiegand, quickly became a fascinating learning experience about the roots of the access control industry.
The Wiegand interface is for readers that could detect these cards output data over two signal lines called D0(Data Zero) and D1(Data One).
Nearly fifty years ago, John R Wiegand discovered a cool way to manipulate the magnetic polarity of his custom wires;
Wiegand moved from Germany to the United States in the 1930's, in order to study piano and choral conducting at New York's world famous Julliard School of Music.
Recently, our CEO, David Carta, called me into his office and asked me,“Mark, what is Wiegand?” He was instructing a new Telaeris employee about XPressFreedom, our Wiegand to Ethernet converter which we use to enable mobile access control with existing system.
Wiegand wire, patented by Wiegand in 1974, is composed of a magnetic iron-alloy that is designed to form a hard outer casing around a softer inner core.
As you might recall from our earlier post, Wiegand is used interchangeably to describe a number of things- an electronic effect, an access card, a bit stream.
The Wiegand Network TCP/IP converter module uses the TCP SERVER/CLIENT protocol or the UDP SERVER/CLIENT protocol, which can be agreed with the software developer.
Supported formats: Wiegand 26bit format and Wiegand 37bit format, other formats can be customized.
The Wiegand interface, however, remains the standard convention for the transmission of data for any device(card, biometric, or PIN reader) to an access control panel.
In the late 1970's, Wiegand and his business partner, Milton Velinsky, developed a card using Wiegand wires for access control purposes.
The Wiegand standard is only a de facto standard, but there is a Security Industry Association(SIA) document“Access Control Standard Protocol for the 26-bit Wiegand(tm) Reader Interface” which describes an agreed standard that should work with all manufacturers' panels.
Not only could Wiegand cards not be re-written, they were difficult to manufacture, which meant they were difficult to counterfeit.
The use of the Wiegand interface technology isn't going anywhere in the near future, as the depth of its use far exceeds any up and coming technologies.
When a reader with a Wiegand interface is hooked up to an access panel, it generally includes 6 lines with the below color scheme, which interfaces with the back end access panel.
While the Wiegand card is still in production, in the modern access control industry this technology has been largely replaced by newer, cheaper and more secure forms of access cards(i.e. Mifare, iClass, Proximity).
