Public Spat
By
Mobolaji E. Aluko PhD
alukome@gmail.com
Burtonsville MD, USA
August 13, 2007
INTRODUCTION
When two people are fighting, it is usual for an intermediary to hear both sides, and then to try to be as objective as possible, usually blaming both sides first before coming out in judgment in favor of one side or against the other.
GOING TO THE (FORMER) PRESIDENT FOR RELIEF
So that is a slippery slope that clearly violates due process.
At best, a President might have been prevailed upon to call the NCC and NIGCOMSAT together to resolve the issue but the LAST WORD should have been that of the NCC which is CONSTITUTIONALLY charged to award spectrum licenses, NOT the President.
GOING TO THE PRESS WITH AN ADVERTORIAL
Again I find this jejune. My major question: who paid for these advertorials, how much was paid and is it ever justified for an arm of government to spend so much government money to vilify another?
A SATELLITE IS MERELY A RELAY STATION AFTER ALL!
This here is my most important technical point: okay, NIGCOMSAT sent a satellite into geostationary (circular) orbit 22,000 miles up in the air. But a satellite is MERELY a relay station – you send information (data, voice, video, Internet, etc) to it from an Earth Station, and receive the information somewhere else or many places else via another Earth Station, all under some Command and Control Center operations. So in effect ALL that NIGCOMSAT would like to do can be considered TERRESTRIAL after some information has bounced UP and DOWN.
Now we might ask: what spectrums is NIGCOMSAT SPECIFICALLY seeking NCC permission for:
(1) the UPLINK (Earth-to-SATELLITE),
(2) DOWNLINK (SATELLITE-to-Earth) or
(3) TERRESTRIAL (Earth-to-Earth RADIO) CONNECTIONS ?
Not once in its advertorial does NIGCOMSAT mention a PARTICULAR frequency spectrum in contention with NCC eg 800 MHz band or 2.2 GHz band, etc. (see Table 1 for TERRESTRIAL frequency spectrums currently licensed and allocated by the NCC.) After all, the NCC is NOT involved in allocating SATELLITE frequency spectrums – that is the business of the ITU (International Telecommunication Union
QUOTE
UNQUOTE
www.gloworld.com ) do not even have their own satellite in space!
Furthermore, one also thought that government had decided to get out of the business of providing terrestrial communications services – hence it got out from NITEL and privatized it. So why the flip-flop here?
In any case, none of the satellite service providers that NIGCOMSAT mentioned in its advertorial (Intelsat, Eutelstat, Telenor Network, Singtel/OPTUS, Korea Telecom, ASTRA Thuraya and SES AMERICOM) is listed as being licensed for any frequencies by NCC in Nigeria. So what gives?
WHAT IS TO BE DONE?
What NIGCOMSAT wishes to do – make additional satellite bandwidth available more affordably to the Nigerian community – is laudable. It is how it is going about it that is not so laudable.
So some suggestions are in order here.
First, the spat between it and the NCC must stop and negotiations between the two parties should be held forthwith behind closed doors. The uncertainty that such controversy engenders will simply scare away both potential investors as well as potential consumers of its services.
www.nasrda.org ) should create – or cause to be created – two separate arms:
- NIGCOMSAT Satellite Services, Inc., (this appears to be the current NIGCOMSAT) with a subsidiary, for example
- NIGCOMSAT Terrestrial Services, Inc. to provide other services, including last-mile.
The Satellite Services may at the beginning have majority government ownership (it is now fully owned by government) but it should have a clear plan to wean itself from such majority ownership in the earliest possible time and let the world know it. Its major aim should be to sell SATELLITE bandwidth more inexpensively than the Intelsats, Eutelsats etc. of this world to ANY consumers/customers in Nigeria, ECOWAS and African market. The Terrestrial Services subsidiary – similar to subsidiaries created by Eutelsat, Intelsat, SES Americom, etc. - could then be MINORITY-OWNED by government simply in its attempt to maximize/demonstrate the impact of the Satellite Services – but should compete for and pay for frequencies to the NCC just like ANY OTHER private company.
EPILOGUE
In this regard the committee recently set up by the Federal Government comprised of officials of NIGCOMSAT, NCC, NITDA, the Communications Ministry and ISPAN to attempt to resolve the controversy is most welcome.
TABLE 1: SOME MAJOR TERRESTRIAL FREQUENCIES LICENSED AND ALLOCATED BY THE NCC
http://www.ncc.gov.ng/index7_e.htm
S/N | Frequency Band | Licensed to (Company): | Comment |
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1 | 800 MHz
| Cell Communications | In Lagos Abuja and Anambra |
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| Intercellular | Lagos Abuja, Niger Kano, Kaduna Borno, Rivers |
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| Multilinks | Lagos |
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| EMIS | Lagos |
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| Bourdex | Rivers, Bayelsa, Cross Rivers, Akwa Ibom Abia, Imo, Enugu , Ebonyi, Anambra |
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2 | GSM Licenses Lot 1: 900 MHz (890 – 960 MHz) Lot 2: 1800 MHz (1710 – 1880 MHz)
| NITEL (Analog & Digital) |
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| Globacom (SNO) |
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| MTN |
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| Econet (Celtel) |
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3 | 1900 MHz | Starcomm | Lagos Kano Borno |
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| MTS | Lagos Abuja Rivers |
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| Multilinks | Lagos |
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| Reliance | Lagos Rivers Anambra |
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| XPT (DECT) | Lagos |
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| SUNMAIL (PHS) | Bayelsa |
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| Galaxy | Jigawa |
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4 | 2.2 GHz | Mobitel | Lagos Rivers Delta |
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| NITTI | Lagos Abuja Rivers |
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| NASRDA Satellite | Lagos |
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5 | 2.4 GHz – Free ISM (Industrial, Scientific and Medical) Band | Free –used by most ISPs in Nigeria) | Not licensed by NCC |
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6 | 3.5 GHz | Several (22) FWA companies | Across all the states |
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7 | Unified Access License | Starcomm | Operative Aug. 1 2006 – July 31, 2016 |
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| Danjay Telecomms | Operative Aug. 1 2006 – July 31, 2016 |
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| Prest Cable and TV | Operative July. 1 2006 – June 30, 2016 |
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| MTN | Operative Sept. 1 2006 – Aug. 31 2016 |
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| Multilinks | Operative Nov. 1 2006 – Oct. 31, 2016 |
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| Gicell Wireless | Operative Nov. 1 2006 – Oct. 31 2016 |
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| Intercellular | Operative Dec. 1 2006 – Nov. 30, 2016 |
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| Celtel | Operative Dec. 1 2006 – Nov. 30, 2016 |
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| Emerging Markets Telecomms Services | Operative March. 15 2007 – February 14, 2022 |
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Sources:
http://www.eutelsat.com/news/media_library/brochures/guide-to-satellites.pdf
http://www.nigcomsat.org/Payload.html
S/N | Band | # of NigComSat-1 Transponders (Payload) | Frequency Band | Typical Applications |
1 | UHF-Band | 0 | 235 MHz – 400 MHz | Military mobile services |
2 | S-DAB Band [Satellite Digital Audio Broadcasting] | 0 | 1.452 GHz – 1.492 MHz | Television and radio Broadcasting |
3 | L-Band | 2 active | 1.518 – 1.675 GHz | Civilian Mobile Services |
4 | S-Band | 0 | 1.97 – 2.60 GHz | Television, Radio and Data Broadcasting |
5 | C-Band | 4 [6 Active 4 Redundant?] | 3.4 – 7.025 GHz | Television, Radio and Data Broadcasting |
6 | X-Band | 0 | 7 – 12.5 GHz | Some communication satellites, militaries, space agencies, marine and aircraft radars (overlaps a little with Ku) |
7 | Ku-Band | 14 [14 active 4 Redundant?] | 11.7 – 14.5 GHz | Television Radio and Data Broadcasting |
8 | Ka-Band | 8 [8 Active 2 Redundant?]
| 18.3 GHz – 31 GHz | Television, Radio and Data Broadcasting |
| TOTAL | 28 [30 active 10 redundant?] |
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TABLE 3: MAJOR INTERNATIONAL SATELLITE PROVIDERS – Contrasting with NIGCOMSAT
S/N | Name | Fleet Size (Number of Satellites) | Other features | Services Offered | Broadband/Terrestrial
Affiliate |
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1 | Intelsat
| 52 owned satellites
| Over 1200 transponders.
GXS infrastructure of 20,000+ miles of fiber optic, 8 teleports and 50+ PoPs, | Network broadband Internet Trunking International Private Line WiFi and VPN extensions VoIP | Intelsat General Corporation http://intelsatgeneral.com/ |
2 | Eutelsat | 19 principal satellites capacity in 4 others
| Over 450 transponders | direct-to-home broadcasting video distribution and contribution services; corporate network solutions and a portfolio of IP applications including broadband Internet access and Internet backbone connections | Skylogic www.skylogic.com with teleports in France and Italy |
3 | SES-Americom | 17 satellites
| Over 350 transponders in the C, Ku and Ka bands | Several Media & Entertainment Enterprise Solutions Government Services International Services | Several subsidiaries |
4 | NIGCOMSAT | 1 satellite
| 28 Transponders [L (2), C (4) Ku (14) and Ka (8) Bands] | Telecommunications Urban & rural telephony Mobile & paging services Corporate networks (VPN) VSAT networks Inter-carrier services Satellite to satellite services
Broadcasting Television (TV,HDTV) Direct to home (DTH) Multimedia Video Streaming Audio/Sound (DARS)
Internet & Multimedia
Navigation & Global Positioning Systems
Fleet Management System
Maritime and Aviation Applications
GPS Data Logging
Real Time Monitoring Services
Grid line monitoring
Petroleum pipeline monitoring
Equipment installation monitoring
Rapid deployment for disaster monitoring
Shipping and freight handling
Inventory control and cash flow/Point of Sale
Technical support networks
Supervisory control and data acquisition
Navigation & Global Positioning Systems
Fleet Management System
Maritime and Aviation Applications
GPS Data Logging
Telepresence
Distance Learning (Tele-Education)
Telemedicine/Tele-Health
e-Government
e-Commerce
Broadcastin
| ??? |
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SOURCES:
INTELSAT
http://www.intelsat.com/network/telecom/
http://www.intelsat.com/flash/coverage-maps/covmaphome.htm
EUTELSAT
http://www.eutelsat.com/satellites/satellite-fleet.html
SES AMERICOM
http://www.ses-americom.com/americom/siteSections/satellitesAndTeleports/satelliteFleet/index.php
NIGCOMSAT
http://www.nigcomsat.org/Mission.html
TABLE 4: CELLULAR TELECOMMUNICATIONS - The “Generations”
Generation | Signal Type | Example Access Method | Full Meaning | Implementations | Frequency Band | Typical Speeds |
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0G
Zero Generation | Analog | IMTS | Improved Mobile Telephone Service (IMTS) | Improvement on the MTS, a pre-cellular VHF/UHF radio system that links to the PSTN |
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1G
First Generation | Analog | AMPS (USA)
| Advanced Mobile Phone System (FDMA-based) |
| AMPS:824 -849 MHz UPLINK; 869 – 894 MHz DOWNLINK
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| TACS (UK)
[OBSOLETE] | Total Access Communication System (AMPS-based) | Developed by Motorola
JTAC – Japan
ETAC – an extended version of TAC |
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| NAMPS | Narrowband AMPS | Some digital technology introduction into AMPS |
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2G
Second Generation | Digital | FDMA | Frequency Division Multiple Accesss | Used mainly for analog transmission; not considered efficient for digital transmission, although possible. |
| Up to 144Kbps |
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| TDMA
(sometimes referred to as D-AMPS, Digital AMPS) | Time Division Multiple Accesss | IS-34 (54?)
IS-36 (136?)
GSM [Global System for Mobiles]
PCS [Personal Communications System]
IDEN [Integrated Digital Enhanced Network] | IS-54: 800 MHz
IS-136: 1900 MHz
GSM
Europe, Asia, Africa; : 900 MHz band (890 MHz – 915 MHz UPLINK; 935-960 MHz DOWNLINK); 1800 MHz
USA:850 MHz; 1900 MHz (1.9 GHz) band
PCS: GSM-based
IDEN : GSM-based
Handset power: limited to 2 watts in GSM850/900; 1 watt in GSM1800/1900
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| CDMA | Code Division Multiple Access | IS-95 | 800-MHz 1900-MHz |
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2.5 G | Digital | CDMA2000 1x with lower data speed (see below) |
| Also, a 2G (GSM) with GPRS ( General Packet Radio Service} capability |
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3G
Third Generation | Digital | CDMA 2000
| Based on CDMA technology
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CDMA2000 1x EV :
EVDO – Evolution Data Only
EVDV – Evolution Data & Voice |
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1X EV-DO: max 384 kbps – 2.4 Mbps,
1xEV-DV: 4.8 Mbps. |
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| WCDMA (UMTS)
| Wideband Code Division Multiple Access (Universal Mobile Telecommunications System) |
| 1920 MHz -1980 MHz and 2110 MHz – 2170 MHz (Frequency Division Duplex) UL and DL |
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| WCDMA (DoCoMo)
| Wideband Code Division Multiple Access [using using an ARIB standardised WCDMA solution. NEC, Ericsson and Lucent are suppliers to the 3G network] |
| 1920-1980 and 2110-2170 MHz (Frequency Division Duplex) UL and DL |
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| TDCDMA
| Time-division,code-division multiple access |
| 1900 MHz -1920 MHz and 2010 MHz – 2025 MHz (Time Division Duplex) |
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| TD-SCDMA
| Time-division Synchronous Code-division Multiple Access | China Wireless Telecommunication Standards group (CWTS) | 2010 MHz – 2025 MHz in China (WLL 1900 MHz – 1920 MHz) |
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4G
Fourth Generation
[Intermediate between 3G and 4G are 3.5G and Super3G] |
Digital
fully IP-based integrated system of systems and network of networks achieved after the convergence of wired and wireless networks; |
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100 Mbit/s outdoor (moving) environments;
1 Gbit/s, indoor (fixed) environments |
References:
http://electronics.howstuffworks.com/cell-phone9.htm
http://en.wikipedia.org/wiki/Advanced_Mobile_Phone_System
http://en.wikipedia.org/wiki/Universal_Mobile_Telecommunications_System
THE FOLLOWING IS AN ADVERTORIAL BY NIGCOMSAT IN SEVERAL NIGERIAN NEWSPAPERS, eg ThePunch of Friday, July 27, 2007 , page 33
NIGCOMSAT
SETTING THE RECORDS STRAIGHT: IRREFUTABLE FACTS OF THE DISPUTE BETWEEN THE NIGERIAN COMMUNICATIONS SATELLITE (NigComSat) LIMITED AND NIGERIAN COMMUNICATIONS COMMISSION (NCC)
On 5th May 2007, Mr. President approved specific spectrum allocation to NigComSat Limited and “total” frequency license for any telecommunication service NigComSat may wish to offer. It is germane to state that under the extant regulations, NigComSat as a government owned company is required to apply to the Federal Ministry of Information and Communication or the President for spectrum allocation and not to the Nigerian Communications Commission (NCC). However, since Mr. President’s approval has been communicated to NCC, the NCC ought to comply with Mr. President’s directives.
For the avoidance of doubt, the management of NigComSat Limited hereby wishes to inform he general public that:
* One of the requests made to Mr. President was in respect of fixed satellite spectrum which is congruent to our operation. NigComSat does not require the approval of NCC on this because the spectrum is reserved and allocated for satellite communication on a primary basis by the International Telecommunications Union (ITU). Importantly, the spectrum is vacant and free, which explained why Mr. President allocated it to NigComSat. This approval was properly communicated to NCC by the Presidency to enable t to update its frequency chart.
* NigComSat’s Board of Directors never advised against going into the provision of telecommunications services. The board is made up of men of integrity who are passionate about the development of our country, and they all knew Mr. President had given approval for the company to offer any form of telecommunications service it is capable of offering; the Company’s Memorandum of Association also permits it to go into telecommunications services; and all over the world, most companies that operate and manage communication satellites also provide such end-to-end services. Examples of such companies abound but the following should suffice due to constraint of space: Intelsat, Eutelstat, Telenor Network, Singtel/OPTUS, Korea Telecom, ASTRA (which states clearly that is vision is “to become the leading network services provider in Europe, the Middle East and Africa to the convergent fixed and mobie telecomes and media sectors”), Thuraya (which even provides rural communication services and SES AMERICOM (which owns 49% of QuetzSat and QuetzSat like most subsidiaries of SES AMERICOM, offers end to end services.)
* Just in January this year, five months before NigComSat-1 was launched, NCC granted a 3G license to Mubadala, a company wholly owned by the Government of United Arab Emirate, to operate telecommunications services in Nigeria. It is interesting to also note that Mubadala is about to launch its own satellite to be managed by Al YahSat.
* The Presidential approval for spectrum and frequency allocation already indicated that the commercial value of the spectrum will be capitalized in our equity. In essence, ultimately the Federal Government will hold only 40% of NigComSat’s equity. As we write, Nigerian banks are ready to take 25% of our equity, which goes back to Nigerians who bought shares in the banks through the IPOs. The remaining 35% will be sold next year on the floor of the Nigerian Stock Exchange.
* Opposition to our full operation is rooted in the fact that we are deploying state-of-the-art facilities to offer world class services at cheaper rates. Importantly, NigComSat Limited is positioned to bridge the digital divide in Nigeria by championing affordable and qualitative telecommunications services to rural and unserved urban centres. Our desire is to be able to have consumer broadband services to private homes as obtained abroad and also deliver Internet services to primary, secondary and tertiary institutions all over the country. This will definitely revolutionise our education system. The pertinent question to ask at this point is: Why should a regulatory agency that has the responsibility to ensure quality service delivery have problem with a company which mandate it to provide quality service delivery?
* In any case, we are not providing GSM service. WE ARE DEPLOYING 3.5G-to-4G MULTIMEDIA NETWORK WHICH GUARANTEES OUR CUSTOMERS UNFETTERED ACCESS TO VOICE, DATA AND VIDEO SERVICES ON THEIR HANDSETS ANYTIME, ANYWHERE.
* Other derivable benefits from NigComSat’s application include:
I. Tele-education: Expansion of opportunities for education through Internet-based learning, otherwise referred to as E-learning. This will create access to education to distant and remote areas with attendant reduction in cost of travel for students; bridge the gap in professional isolation of rural teachers; and cause improvement in the quality of education through access to quality learning resources irrespective of geographical location.
II. Community Telecommunications Centres – NigComSat-1 will provide the much needed communication facilities in different communities. This will especially be beneficial to people living in inaccessible areas as they will have easier access to telecommunications services by the use of various technological solutions via NigComSat-1.
III. Poverty Alleviation – Since information and knowledge are critical components of poverty alleviation strategies, NigComSat-1 holds the greatest promise for access to transformative information and will therefore play a key role in poverty reduction and giving a “voice” to the deprived in our society.
IV. Stimulation of SMEs – Because of its potential to bridge the digital divide, NigComSat-1 will create an opportunity for SMEs to access global USS1.2 trillion business opportunities thus bolstering existing small and medium enterprises.
V. Rural Telephony – One major area where satellite communications would have a tremendous impact is in the rural and remote communities that would otherwise have no significant access to communications. Now with the infrastructure provided by NigComSat-1, satellite terminals can be installed quickly in remote areas without any existing telecommunications infrastructure. NigComSat-1 will also provide access to reliable telecommunications services especially in places with difficult terrain for the viability for terrestrial network can benefit from NigComSat-1 by supplementing the existing telephone network thereby reaching the remotest parts of the country.
VI. Political Awareness – NigComSat-1 will heighten political education and awareness through e-government. It will also promote good governance, transparency and socio-political integration of various communities and ethnic groups through the provision of better access to qualitative information.
VII. Revenue Potential – With the deployment of various services such as e-education, e-commerce, e-banking, etc. , the projected revenue potential of NigComSat-1 is enormous. Business transactions can also be done on a real-time basis between partners such as suppliers and customers and on a global scale.
VIII. Job Creation – A multiplier effect will result from pervasive services that NigComSat-1 will engender through its operation and partnership with various service providers who will in turn engage the services of a number of people directly and indirectly.
IX. ICT backbone – NigComSat-1 provides a reliable backbone structure for carrying data, voice and video traffic.
X. Reduce capital flight – It will provide opportunity for Nigeria and Nigerians to receive a sizeable portion of the age old capital flow because it will conserve a capital flight of over US$95 million spent annually on bandwidth by Nigerian users and over US$660 million by African users for telephone trunking and data transport service.
XI. Improved Business Environment – NigComSat-1 will provide cheaper and more available communication through VOIP, Video conferencing, video streaming, etc. to enhance businesses and transactions and also opening up new business horizons and accelerating the growth of innovative services in different sectors of our economy.
XII. Investment security – NigComSat-1 will improve security over corporate networks, process control, and resources and pipeline monitoring.
These are some of the services that Nigerians will begin to enjoy from NigComSat-1 applications and as we plan to launch more satellites we want to ensure that we optimize and maximise the gains of NigComSat-1 in order to nudge investors to come on board. Painfully, these are valuable services that NCC is robbing Nigerians of by its actions.
MANAGEMENT

Good points. While NigerComSat should follow due process, it is even more important to ensure that the NCC doesn’t become a bureaucratic show-stopper. In the circumstance, turf wars are a luxury we can’t afford.
And while we are on the top, building up our fibre-optic capacity should be a major goal driven with a sense of urgency.