CHAPTER 9

CABLE AND OTHER MULTI-CHANNEL DISTRIBUTION SYSTEMS

The Green Paper outlined the need for the development of a framework to introduce multi-channel services, stating that such a strategy is important as a means of expanding the distribution infrastructure and as a platform for the growth of additional television services in the future. It recognized that successful introduction of these platforms is dependent on the ability to offer an attractive package of new services both domestic and foreign. Such services could be conventional television and radio services but might also be new interactive multimedia and other services delivered from the Internet.

The Green Paper requested comments as to the conditions that should be put upon multi-channel systems so that:

The Green Paper noted that signal distributors could avoid the regulation of their services depending on the type of satellite or other platform used and requested comments as to how to ensure that similar businesses be dealt with equitably., the Green Paper requested comments on competition in distribution. It wished discussion as to whether multiple technologies should be licensed to compete with each other as well as whether competition by several operators using the same technology should be permitted.

9.1THE OBJECTIVES FOR MULTI-CHANNEL DISTRIBUTION SYSTEMS

Objectives that underpin the multichannel distribution system:

9.2 POLICY FRAMEWORK

The Government should direct the Regulator to undertake a process, culminating in a Public Hearing or Hearing and report to the Minister of Communications by December 1999 on the introduction of a regulatory regime for the multi-channel distributions systems. The Government expects this process to be complete by January 2001. The Regulator will then hold hearings for the issuance of new licenses.

Possible policy thrust that could inform the regulatory regime:


CHAPTER 10 THE INTERNET

The Green Paper outlined how the Internet is evolving from a narrow band interactive facility to wide band transmission of sound, data and images. Cable modems and telephone technologies such as ISDN or ADSL will compete with wireless delivery mechanisms such as satellite and MMDS that use a telephone return path. As more fibre is rolled out even greater bandwidth will become available. Eventually broadcast services will be delivered via the Internet.

The new technologies raise difficult issues for the broadcast arena. While the broadcast regulation can ensure that the public does not have to endure racist broadcasts or child pornography. Similarly the Internet allows consumers to receive content from anywhere in the world. Local content may or may not be available on servers in South Africa. The rationale for the regulation of over-the-air or subscription will be challenged by this potentially unlicensed competition. Finally, the Internet challenges enforcement of copyright and other intellectual property rights.

Local Internet Service Providers will connect consumers to the Internet. There is potential for the State to intervene via the ISP’s. However, the ability of Internet providers to control the material that flows to consumers is limited or non-existent. They can monitor their own proprietary material and can develop navigational systems that offer local material in their default menus. Nonetheless, regulation of the supply side is difficult to achieve.

Most countries are opting for subsidy of local content to ensure their presence on the Net. In South Africa it is not clear that public funds are sufficiently available to make this kind of subsidy a priority for public expenditure. We will need to find innovative ways for private enterprise to meet public policy goods in the rollout of the Internet.

It is likely that the Internet will be provided to the most affluent section of the population earlier than other sectors. One way that services can be provided to the poorer and to the rural sectors is through the use of community centres and libraries as locations where individuals and groups can get access to the Net and in particular to public services. It is possible that the Net may be a very efficient way of providing government services and information. For example, public kiosks attached to the Internet could allow individuals to register important information such as births and marriages, to acquire or renew drivers’ or other licences and to even input their opinions to government processes such as this one.

This will take an investment in infrastructure that may not always be economic for the private sector to undertake. In the section of this paper that deals with Multichannel Broadcast Distribution, the Government has placed an emphasis on rolling out terrestrial distribution that has Web TV capacity. This will be the most efficient way to make Internet capacity available to a large portion of the population.

10.1 OBJECTIVES OF THE INTERNET

The final position on the Internet should be informed by the following policy objectives:

A strategy must be developed for the rollout of the Internet. Parts of that strategy are laid out in the multi-channel distribution section of this document

To the extent possible, Government information will be digitized and made available electronically. In addition, citizens who wish to communicate with their governments should be able to do so electronically. The Government will study the possibility of placing information kiosks or other means of accessing the Web in public sites. Government’s strategy will be to find means to provide service electronically to be more efficient and effective.


CHAPTER 11

DIGITAL BROADCASTING

11.1 DIGITAL SERVICES

The Green Paper briefly mentions digital broadcasting in chapter 6. It summarizes this topic as follows:

Digital DTH- involving a bouquet of digitised services requiring digital decoders and roof top antennas, possible with a basic/premium tiering structure for the television services.

Coaxial cable- either digital or high bandwidth analogue- which are typically established in the first instance for the retransmission of cross border stations or distant signals, but now are the main segment of multi-channel distribution.

Digital multi-channel multiunit distribution systems (MMDS)- which is an alternative to cable at 2.5 GHz, as well as a competitor to cable in the delivery of mix of local and distant programming services;

Digital local multipoint distribution system (LMDS)- which is another wireless platform at 28 GHz that is gaining an international interest; there is typically more spectrum available in this higher band, but the transmission is limited to 2-5 kms (unlike MMDS with a range of 39 kms)

Digital television transmission (DTT)- the conversion of terrestrial analogue to digital transmission in being planned by several countries; the result could be a mix of HDTV (which needs substantial spectrum) and multiplexed services

Local telephone- the phone company’s copper plant does not provide enough spectrum for broadcasting services, even though ADSL technology could deliver VCR quality video signals;

Digital Audio Broadcasting (DAB)- digitisation of audio (Radio) signal and using digital receivers for reception. The Worldspace project is looking at introducing DAB in Africa by the end of 1998.

11.2 PRESENT LAW

There is no law that governs digital broadcasting at present.

11.3 OBJECTIVES FOR DIGITAL BROADCASTING

There is no doubt that South Africa faces considerable difficulty in the task of extending broadcasting services to all South Africans.

There are many South Africans who have no access to broadcasting services at all.

Major advances have been achieved in the past four years, but much more remains to be done.

Elsewhere in the world major technological transformations are being actively considered by many developed countries. Some of these countries have even begun setting new policy frameworks in place that will deal with technological change, and a few have actually begun the technological transition.

The technological transformation in question is the change from analogue to digital technology as the means of transmission of broadcasting services.

Ever since broadcasting began, analogue technology has been the technology of transmission.

The development of digital technology, which has had considerable implications for the fields of telephony, telecommunications and computing, has been actively examined for many years by both radio and television broadcasters and their engineers.

Because digital transmission has different implications for the radio and television arms of the broadcasting sector, it is better if the ensuing discussion is broken into separate discussions about radio and television.

11.3.1Digital Television

The transmission of television by digital means has been, until very recently, the province of multi-channel subscription services delivered to the end user by satellite or cable.

This has served to help broadcasters deliver channels of programs economically. For example, satellite transmission costs have been made affordable because several channels of digitized programming can now be delivered by the same transponder capacity that once supported a much smaller number of channels.

Consumers can receive all these channels on their analogue television receivers with the assistance of reception dish, set-top box and down-converter technology. They receive these programs in analogue form and in standard definition.

Throughout the world there has been virtually no digital terrestrial television broadcasting. The field of terrestrial broadcasting has been the province of free-to-air broadcasters broadcasting by analogue means.

Free-to-air broadcasters have been exploring for many years the concept of ‘advanced television’ or ‘high definition’ television, transmitted terrestrially.

These examinations were focussed, when they began, on making analogue technology carry greater signal capacity and deliver high definition images. After a number of years of unproductive research, attention gradually switched to an examination of digital technology. This work was more successful and now two suites of digital transmission standards have emerged, from separate collaborations in America and Europe, offering the prospect of digital terrestrial television broadcasting.

In the USA the Federal Communications Commission has approved plans for the free-to-air networks to convert their transmissions from analogue to digital form.

This will require a long period of simulcasting – broadcasters will broadcast for many years, perhaps as long as ten or fifteen years - so that consumers can make full economic use of analogue-only television sets, before analogue transmissions cease and digital transmissions take over completely.

Digital terrestrial television broadcasting can be utilised in two different ways – a single channel of high definition programs can be broadcast on the equivalent spectrum bandwidth taken up by a single analogue free-to-air channel, or several channels of standard definition programs can be offered using the same bandwidth of spectrum.

High definition digital broadcasting cannot be received on analogue television receivers, but standard definition digital programs can be transmitted, converted to analogue format by set-top box technology, and viewed by audiences on those receivers.

In other words, high definition digital television makes it necessary for analogue television receivers to be replaced by receivers with digital capacity, and multi-channel does not.

American policy strongly favours single channel, high definition, digital broadcasting instead of multi-channel, standard definition, digital broadcasting.

Canada and South Korea have reportedly made policy decisions to adopt the American transmission standards.

In the United Kingdom licenses have been allocated for multi-channel, standard definition, services. There are some spectrum constraints in the United Kingdom which make the adoption of a high definition digital policy problematic.

European countries are continuing to consider their respective positions.

In Australia the Government has announced that it will adopt a high definition digital policy for its five terrestrial networks, but the decision about which suite of standards – the American ATSC or the European DVB - will be chosen to implement this decision will not be finalised until after tests currently being undertaken in Australia are completed.

Many countries around the world will closely examine the results of these tests. The American standard was designed for channel spacing of 6MHz, and the European for 8MHz. Australian channel spacing is 7MHz.

Receiver manufacturers will also be following international developments closely. Although the Americans have committed to high definition television using the ATSC standards, the global scale economies of production will be very influential in determining how much digital television receivers will cost the consumer.

The cost of new receivers to the consumer will significantly influence the standards choice to be made by policy makers. Many countries will wait until a clearer, more definite picture emerges about standards and consumer costs.

Japan, for example, notwithstanding its high technology environment, the fact that it shares the same analogue transmission standard (NTSC) with the US, and its years of experience in the advanced television field, has chosen not to commit itself yet to digital terrestrial television. This technology will be kept under review, but Japan’s plans focus on high definition digital television broadcast by satellite. Japan also intends to offer integrated services digital broadcasting, which integrates a wide range of digitally based services, such as SDTV, HDTV, audio and data, and can provide flexible services among various types of programs. Japan will eventually consider conversion of its terrestrial broadcast system to digital but is in no rush to do so.

11.3.2Digital Radio

Developments in digital audio or radio broadcasting (DAB or DRB) have focussed, after many years of developmental work, on the adoption of a single transmission standard – Eureka 147. Most of the countries of the world that are considering digital radio policy have either decided to adopt or are leaning towards that standard, broadcasting in the L-Band. The United States has resolutely declined to do so, and policy-making in the US about terrestrially transmitted digital radio seems certain to lag the rest of the world considerably.

However, in 1997 the FCC in the US auctioned two commercial satellite-delivered digital radio licenses, and this might give some impetus to policy development in the field of terrestrial digital radio.

The United Kingdom has been a pioneer in the development of digital radio technology, through the British Broadcasting Corporation. The BBC has invested very heavily in pilot testing of the technology, but the unavailability of receivers to consumers, until very recently, has held back progress.

In late 1997 a number of receiver manufacturers unveiled digital radio receivers at a German electronics fair. Manufacturers foreshadow that vehicle receivers will be available in UK shops by late 1998, followed by fixed receivers and then portable receivers by the year 2000.

As with all new technologies, there will be an initial premium, but prices will fall as the market grows.

The BBC estimates that, in ten years from now, the prices that consumers will pay for digital radio receivers will be only marginally more expensive than a typical analogue radio receiver.

Further into the future, the BBC is looking at utilising satellite delivered digital radio.

Canada has announced that it intends to adopt the Eureka 147 standard and broadcast in the L-Band. Other countries are clearly likely to make the same decision.

However, one feature that makes high definition TV attractive to consumers – a qualitatively improved experience for the audience – is missing from digital radio. While sound quality is improved somewhat, the radio industry has been unable to develop ‘must-hear’ programming concepts that would persuade consumers to by all-new radio receivers.

11.4 DIGITAL POLICY

One of the principal reasons why international attention turned to digital broadcasting technology was because of spectrum constraints.

Because digital technology offers the possibility that many more channels of both radio and television can be offered to consumers than could be achieved by analogue technology, many spectrum-constrained countries see it as offering a considerable advantage.

The introduction of digital technology into private broadcasting markets is very expensive, for both broadcasters and consumers.

The BBC, for example, has set aside many hundred of millions of pounds in order to convert its studios and transmission facilities from analogue to digital. In Australia the private television industry estimates that over $500 million more will be spent on conversion over the next ten years than would be normally be spent on operations and maintenance.

America’s public broadcasters have estimated that US$1.7 billion will be needed from the US Government to give effect to the transition to digital TV and radio technology. Most of this will be allocated to television transition.

Commercial broadcasters can only recoup investments of this order by increasing revenues and remaining efficient.

Nevertheless there is a need for South Africa to keep abreast of international developments in the digital broadcasting field

And there is a need to develop an understanding of digital policy issues in South Africa, in government, regulatory, production and business circles.

In company with the task of growing South African policy expertise in this area, it will be imperative that technological developments throughout the world are closely monitored and that local technology conversion issues be identified and studied.

11.4.1 Digital Broadcasting Advisory Council:

The Government may direct the Department of Communications to establish a Digital Broadcasting Advisory Council, chaired by an eminent member of the broadcasting community, with membership nominated by the following sectors of the broadcasting sector

The Council should establish committees to advise it about technological issues. These technological issues would include the suitability of competing transmission standards to South Africa’s spectrum plans, and other relevant radiofrequency engineering issues.

The Council will consider both radio and television issues but may organise its consideration of these issues separately and may report separately on them.

The Council will be required to present its first report to Government by 31 December, 1999, but may report earlier if it so wishes, or if requested to do so by the Minister.

The Department of Communications will provide support for the Council.


CHAPTER 12

OWNERSHIP, CONTROL AND CROSS-MEDIA

12.1 LIMITS ON FOREIGN OWNERSHIP

Private broadcasters are expected to fulfil significant public policy goals. To ensure that the broadcasting system meets the needs of South Africa, it is imperative that effective ownership and control of our broadcasting system remain in the hands of South African citizens. However, in order meet their obligations private broadcasters need access to adequate amounts of capital. An appropriate balance must be met between these priorities.

The level of ownership of private radio and television stations permitted for foreigners is currently 20% and may be increased to 33.33%. At the same time, measures for effective control of the broadcasting services by South Africans should not be relaxed. In earlier chapters, this document argued that control and ownership were means to achieve cultural and national identities. If the ownership levels by foreign persons were to be increased, the IBA might be required to develop and report on the criteria it will use to determine where effective control lies.

12.2 OWNERSHIP BY THE PREVIOUSLY DISADVANTAGED

Policy in broadcasting should encourage increasing the ownership of private broadcasting services by people from disadvantaged backgrounds. This is meant not only to redress historical imbalance but also to ensure that services are extended to un-served groups by owners who understand their needs. At the same time, it recognises that there may be need to include people with existing expertise in the ownership structure of broadcasters. Spectrum planning and frequency allocation should give priority to services for the disadvantaged and in that manner help to increase both participation and ownership by the previously disadvantaged.

12.3 CROSS MEDIA CONTROL

In many countries around the world, the privilege of being given access to a radio frequency is often subject to a number of obligations and impositions to achieve social values. One such obligation is ownership and cross-media rules.

Cross-media ownership as envisaged in the IBA Act refers to the cross-investment of entities in a manner as to straddle both print and electronic media.

The regulation of cross-media control derives legitimacy from section 50 of the IBA Act. The section, inter alia, charged the regulator to, "as soon as may be reasonably practicable after the commencement of this Act, conduct an inquiry in accordance with the provisions of section 28 and shall in doing so have regard to:

Submissions to the inquiry were received from a wide range of entities, interest groups and representatives of civil society. The major newspaper interests argued that media economics demanded that they rationalize and synergise their media production facilities to achieve economies of scale.

These groups alleged that they experienced a shift in advertising income with the introduction of SATV and believe that they were about to re-live that experience. Given the fact that the airwaves were then being opened, some of these companies claimed that new electronic media entities would drive them out of business.

Other submissions argued that such fears were groundless and that newspapers should re-strategise and improve their quality in order to meet the challenge of proliferating electronic media. Yet others argued that the public interest, diversity, choice and nation building should enjoy precedence over self-serving interests of existing companies.

Concentration of media power refers to the phenomenon whereby a few media players, through joint co-operation deals, mergers, acquisitions and cross-acquisitions and any other arrangements, establish themselves into powerful cross-holdings with financial or other interests straddling media types

The impact of this phenomenon is to deny the public a plurality of views, choice in the provision of news and information.

The control of a number of media by one person or entity limits the spread of views and ideas. Such concentration of control or media access in the hands of a powerful few, is a threat to diversity of information.

Governments the world over have been trying to establish different kinds of publisher links to avoid monopolies and ensure proper working of the market in the public interest. Therefor, limits are often set to cross-media ownership and especially to the relationship between the print and electronic sectors.

International approaches to cross-media control reveals five broad trends:

12.4 SPECIFIC SOUTH AFRICAN SITUATION

The flow of information in South Africa has historically been characterised by monopolies, virtual monopolies and oligopolies.

The IBA recommended principles to govern cross-media limitations in its Triple Report to parliament in September 1995. Those recommendations were approved by parliament in March 1996.

The IBA was to draw up proposed cross-media limitations and submit those to the Minister. There are, therefore, no formal regulations in place so that the intended legislation will expressly empower the IBA to regulate the investment by print media owners in electronic media.

It is in the public interest that cross-media control should be limited to ensure that there is an equitable share of voice across all print and electronic media in South Africa.

These limitations should at this stage be confined to ownership and control by print groups of radio and/or television operations, but include all forms of service provision for those media types. A decision has to be taken on what levels of cross-ownership should be permissible and what should be the specific regulatory mechanism for its enforcement.

This discussion document has already indicated that vertical integration of broadcasting services should also be discouraged. The Regulator required to conduct an Inquiry and submit a Report on appropriate regulatory mechanisms to discourage vertical integration of broadcasting services.


CHAPTER 13

HUMAN RESOURCES DEVELOPMENT

The Green Paper raised the issue of Human Resources Development from a background of:

The Green Paper also pointed out the broadcasting essentially is about ideas and the conversion of those ideas into programme content. It is in this context that Human Resources are the mean and the end of the development process in broadcasting.

13.1HUMAN RESOURCES DEVELOPMENT STRATEGY

The Human Resources Strategy in Broadcasting should aim to achieve the following:

13.2 NATIONAL FRAMEWORK

Government’s policy places great importance on Human Resources Development as an integral part of the over-all developmental needs of the country. The RDP and the Education and Training White Papers both support an integrated education and training system for South Africa. The objectives of this integrated approach to education and Training are to redress the inequalities and provide human resources for the growth of the South African industries.

The South African Qualifications Framework has been developed as part of the Strategy for the implementation of this human resources development.

The South African Qualifications Authority has been instituted to recognise and accredit the sectoral bodies setting educational and training standards.

The draft legislation, expected to be passed in June this year advocates for a levy on all employers for financing training and skills development.

Another relevant legislation is the Equal Employment Bill. This Bill has as its objectives the transformation of the work place to reflect the demographics of South Africa. It seeks to redress the employment inequalities.

Broadcasting will be expected to fall in line with the National Frameworks.

13.3 SECTOR EDUCATION AND TRAINING AUTHORITY

Human Resources Development Strategy for the broadcasting sector must be viewed holistically in terms of accreditation, standards, skill development, inter-relationship with the complimentary sectors and the funding of the strategy.

Broadcasting as a sector must establish a Sector Education and Training Authority and register this authority with the Ministry of Labour. This SETA will be responsible for:


CHAPTER 14

FINANCING PRODUCTION IN SOUTH AFRICA

The Green Paper noted the important role that the film, television production and sound recording industries have a role to play in the development and reflection of national and local culture. It further noted that in many countries around the world, governments support the production of local content by requiring the broadcast of local content by licensed broadcasters and by subsidising local film and television production as a means of allowing local broadcasters to afford to buy local programming.

In South Africa, the IBA introduced local content requirements in both television and radio. Much concern has been expressed by broadcasters that the quotas have been set at too high a level and that not enough material meeting international standards of quality is available. At the same time, the local production industry is concerned that the level is not sufficient to provide sufficient windows for South African product and that the market is saturated with foreign material. It is clear that all sectors are concerned that there are not sufficient resources devoted to production to be able to compete fairly with the best of what the world has to offer.

The Green Paper requested comment on what policies should be put in place to stimulate the South African film, television production and music industries as well as the role of the Government in promoting South African productions and the production industry. Among the means discussed was a greater use of co-productions with other countries.

14.1 THE OBJECTIVES FOR SOUTH AFRICAN PRODUCTION

The production of local content reflecting South Africa’s cultures languages and character is a top priority for this broadcasting policy process. A number of things need to be in place for local content to flourish and be competitive with the best the world has to offer.

14.2 GROWING SOUTH AFRICAN PRODUCTIONS

The development of strong television production and sound recording industries able to produce top-drawer audio-visual products relevant to South Africa should be a priority. Materials that feature South African artists, musicians and other creative talent should underpin the strategy for the transformation of the South African broadcasting system to be more reflective of the cultural heritage and meeting the broadcasting needs of South Africans.

At the same time, there must be recognition that the building of such industries relies on the creation of a pool of creative and technical talent that may be provided by foreign productions or by domestic productions for an international market.

Finally, finance for the production industry through, public funds, is limited given the many challenges to develop infrastructure in a wide range of sectors. What ever limited resources there are within government they have to be leveraged and complimented by the broadcasting industry. The responsibility for producing and displaying programmes finally rests with the Industry.

Therefore, consideration must be given to the following policy thrusts in support of the production industry.

14.3 The Film and Television Production Fund

The Sound Recording and Community Radio Fund

14.3.1Film and Television

  • Drama, including series, mini-series, made for television movies and feature films. In the case of feature films, the fees to be paid will be tied to the fees paid by the broadcaster only.
  • Documentaries
  • Performing arts
  • Children’s programs.

14.3.2 Sound Recording and Community Radio

14.3.3 The Financial Operations of the Fund

14.4 Co-productions