Understanding Non-print Media: From Audio to Cyber

The way we find, store, and share information has moved far beyond the printed page. Books, journals, and newspapers still matter, but a huge share of what we read, watch, and listen to now arrives through formats that have nothing to do with ink on paper. These formats are grouped together under one umbrella term: non-print media. For students of Library and Information Science, understanding these media types is essential, because libraries today manage collections that stretch from audio cassettes to streaming databases. This post walks through the full range of non-print media, from the earliest oral and audio forms to the electronic and cyber formats that define how we access information today.

What makes media “non-print”? 🔗

Non-print media refers to any resource that carries information through a medium other than paper. Instead of being physically printed, the content is held on electronic data carriers, magnetic tape, optical discs, or digital networks. One defining feature sets these resources apart from books: a machine usually acts as a mediator between the information and the user. You cannot read a CD or a film reel with your eyes alone; you need a player, a projector, or a computer. Researchers studying these materials in libraries noted long ago that this dependence on equipment, along with the sheer variety of formats, is exactly what makes non-print media both powerful and challenging to manage, as discussed in early library science literature on the topic.

This category is broad. It includes sound recordings, films, microforms, maps, photographs, e-books, databases, and the entire internet. To make sense of it, librarians and scholars usually divide non-print media into three broad groups: conventional media, electronic media, and cybermedia. Each group represents a stage in how technology reshaped information sharing.

Conventional non-print media 🔗

Before the digital age, non-print media already existed in several forms. These conventional formats laid the foundation for everything that followed, and many libraries still hold large collections of them.

Oral media 🔗

Oral media is the oldest form of information sharing. Knowledge passed down through speech, storytelling, folk songs, and recitation existed long before writing systems. In the Indian context, this tradition runs deep. Vast bodies of knowledge, from the Vedas to regional folk epics, were preserved orally for centuries before being written down. Oral media remains relevant today through lectures, interviews, oral history projects, and recorded testimonies, which libraries and archives increasingly collect to preserve cultural memory.

Audio media 🔗

Audio media captures sound for later playback. This includes gramophone records, audio cassettes, compact discs, audiobooks, radio broadcasts, and podcasts. Audio formats serve learners who absorb information better by listening, and they make content accessible to people with visual impairments. Libraries collect audio materials such as music recordings, language-learning tapes, and recorded talks. The shift from physical audio carriers to streaming services shows how even within a single format, the underlying technology keeps changing while the purpose stays the same.

Visual media 🔗

Visual media communicates through images rather than sound. Photographs, maps, charts, posters, slides, microfilm, and microfiche all fall here. Microforms deserve special mention for library work. They store large volumes of information, such as old newspapers and rare documents, in a tiny physical space and resist the insect damage that threatens paper collections. This makes them valuable for preservation, particularly in regions where storage space and climate pose real challenges for libraries.

Audio-visual media 🔗

Audio-visual media combines sound and image into a single experience. Films, documentaries, television programmes, video cassettes, and DVDs belong to this group. By engaging two senses at once, audio-visual formats can explain complex processes far more clearly than text alone. A short documentary on a historical event or a scientific demonstration on video often teaches more effectively than several written pages. Educational institutions and libraries have long used these materials to support teaching and self-study.

Electronic media 🔗

The arrival of computers transformed non-print media. Electronic media stores information in digital form, which can be copied without loss of quality, searched instantly, and updated easily. Within this broad category, two related concepts are especially important for information science: multimedia and hypermedia.

Multimedia 🔗

Multimedia means the integration of several content types, such as text, sound, graphics, animation, and video, into a single computer-based presentation. The key word is integration. Instead of consuming each format separately, the user experiences them together in one coordinated package. A reference work on a CD-ROM that combines written articles with photographs, audio clips, and short videos is a classic example of multimedia, as explained in standard computing references. Multimedia is often described as a relatively passive experience, because the content is presented to the user along a set path.

Hypermedia and hypertext 🔗

To understand hypermedia, you first need to understand hypertext. Hypertext is text displayed on a screen with links that let a reader jump directly to other documents instead of reading in a fixed sequence. The term was coined by Ted Nelson in 1965. Hypermedia extends this idea beyond text. It is a non-linear medium that links graphics, audio, video, and text together through hyperlinks, letting users navigate content along their own chosen path.

The relationship between these terms can be confusing, so it helps to be precise. Scholars describe hypermedia as an approach to building information systems made up of nodes of different media connected by associative links, where multimedia is the broader term and hypermedia is treated as a specialised, interactive subset, as set out in academic work on multimedia and hypermedia systems. The practical difference lies in user control. In multimedia, the user follows a designed sequence. In hypermedia, the user actively decides what to view next, and the path changes from person to person. Research in this area notes that this non-linear navigation supports flexible, self-directed learning, which is one reason hypermedia became central to educational technology.

Cybermedia: the internet and the World Wide Web 🔗

The most revolutionary form of non-print media is cybermedia, which is built on the internet and the World Wide Web. Cybermedia takes the ideas behind electronic media and hypermedia and scales them to a global network, connecting billions of documents and users in real time. Websites, blogs, social media platforms, online databases, and digital forums are all examples of cybermedia.

The birth of the Web 🔗

It is worth separating two terms that people often mix up. The internet is the underlying network of connected computers, designed in the early 1970s and running by 1983. The World Wide Web is a service that operates over that network. The Web was invented by Tim Berners-Lee in 1989 while he was working at CERN, the European particle physics laboratory. He was trying to solve a practical problem: scientists from around the world kept struggling to share information stored on different, incompatible computers.

Berners-Lee’s solution combined computers, data networks, and hypertext into one easy-to-use global system. He created the three foundations that anyone using the Web still relies on today: HTML, HTTP, and the URL. A crucial decision shaped everything that came after. Rather than patenting his invention, he insisted the Web remain an open standard that anyone could use freely. This openness is widely credited with allowing the Web to grow into the universal information resource it is now.

How cybermedia changed information access 🔗

Cybermedia broke the limits that bound earlier media. Unlike a printed book or even a fixed CD-ROM, online content can be updated constantly and accessed from almost anywhere. It allows real-time interaction, so users do not just receive information, they create, comment on, and reshape it. This shift has been described as one of the most transformational developments in human history, with the Web fundamentally altering how people communicate and share knowledge. For a country like India, where vast distances and uneven access to physical libraries once limited learning, cybermedia has opened access to journals, courses, and archives that were previously out of reach for most students.

Cybermedia also brings genuine challenges. The same openness that makes information abundant also makes it harder to judge quality, verify accuracy, and preserve content that can vanish when a website goes offline. These concerns put information professionals at the centre of the digital age, since evaluating, organising, and preserving online resources is precisely the kind of work libraries are built to do.

Why non-print media matters for libraries 🔗

Each of these media types serves a purpose that print alone cannot fill. Audio and audio-visual formats reach learners with different needs and styles. Microforms and digital files preserve fragile materials and save physical space. Multimedia and hypermedia make complex information interactive and easier to explore. Cybermedia connects users to a global store of knowledge that updates by the second.

Modern libraries are no longer just keepers of books. They acquire, catalogue, and provide access to all these formats, and they help users navigate the differences between a reliable database and an unverified webpage. Understanding how each medium works, what equipment it needs, and what strengths and weaknesses it carries is a core skill for anyone entering the information profession. The progression from oral tradition to the World Wide Web is, in many ways, the story of how human beings have continually found better tools to capture and share what they know.

What do you think? If the World Wide Web had been patented and locked into a proprietary system instead of kept open, how different might information access look today? And as more knowledge shifts from print to cybermedia, what should libraries prioritise – collecting digital content, or teaching people how to evaluate it?

References

1. https://pubmed.ncbi.nlm.nih.gov/4130233/
2. https://www.encyclopedia.com/science-and-technology/computers-and-electrical-engineering/computers-and-computing/multimedia
3. https://en.wikipedia.org/wiki/Hypermedia
4. https://link.springer.com/chapter/10.1007/978-1-349-14931-5_13
5. https://www.sciencedirect.com/topics/social-sciences/hypermedia
6. https://www.home.cern/science/computing/birth-web
7. https://www.w3.org/People/Berners-Lee/
8. https://webfoundation.org/about/vision/history-of-the-web/